Xianfeng Yu | Animal Reproduction | Best Researcher Award Posted on 29/08/202529/08/2025 by Research Awards Prof Dr. Xianfeng Yu | Animal Reproduction | Best Researcher Award Prof Dr. Xianfeng Yu | Jilin University | China Prof. Dr. Xian-Feng Yu is a distinguished Professor at the College of Animal Sciences, Jilin University, China, with extensive expertise in animal cloning, stem cell biology, and reproductive biotechnology. He earned his Ph.D. in Animal Science and Technology from Sunchon National University, Korea, and has made groundbreaking contributions, including cloning the world’s first red fluorescent genetically modified cat, high-yielding dairy cows, and the resurrection of a world champion camel. His research focuses on embryonic development, IVF/IVC technologies, and stem cell characterization, with over 35 high-impact publications. Prof. Yu’s pioneering work continues to advance veterinary medicine, biotechnology, and sustainable livestock improvement. Author Profile Orcid Education Prof. Dr. Xian-Feng Yu began his academic journey with a strong passion for veterinary sciences and animal biotechnology. His early studies provided him with a deep understanding of veterinary medicine, pathology, and clinical applications, laying the groundwork for his future in reproductive and genetic sciences. During his advanced studies, he specialized in animal reproductive physiology and molecular biology, focusing on the characterization of embryonic stem-like cells and gene cloning. His academic pursuits sharpened his expertise in the intricate mechanisms of embryonic development and stem cell behavior, fostering a mindset of innovation and scientific rigor. From the beginning, he demonstrated exceptional dedication to research, which later enabled him to explore and push the frontiers of cloning technology and reproductive biotechnology. Experience Prof. Yu’s professional career has been defined by both academic excellence and groundbreaking research endeavors. As a dedicated faculty member at Jilin University, he advanced from a lecturer to a full professor, training young scientists while leading pioneering projects in animal biotechnology. He also gained valuable global exposure as a visiting scholar and postdoctoral researcher at esteemed institutions, where he collaborated with leading experts in reproductive biology and biotechnology. Beyond academia, he played a crucial role in biotechnology centers abroad, spearheading projects involving animal cloning and embryo research. These diverse experiences enriched his scientific outlook and allowed him to build bridges between academia, applied science, and industrial biotechnology, strengthening his global presence as a research leader. Research Focus Prof. Yu’s research contributions have been pivotal in the field of animal cloning and reproductive biotechnology. His expertise spans animal cloning, in vitro fertilization and embryo culture, embryonic stem cell isolation, and molecular characterization of pluripotency genes. Among his most notable achievements is the cloning of a world champion camel, resurrected from decade-old preserved tissues, which gained global attention for its scientific and cultural significance. He also pioneered the cloning of the world’s first red fluorescent genetically modified cat, a breakthrough in transgenic animal research. Additionally, he contributed to the cloning of high-yielding dairy cows, which holds transformative potential for sustainable livestock industries. His work consistently combines molecular genetics, embryology, and biotechnology to address practical challenges in agriculture and veterinary medicine while also opening new doors in genetic engineering and conservation biology. Accolades and Recognition Prof. Yu’s exceptional body of work has earned him recognition both nationally and internationally. His scientific achievements, particularly in animal cloning and genetic modification, are widely cited and celebrated as breakthroughs that showcase the possibilities of modern biotechnology. By publishing extensively in high-impact journals across disciplines like reproductive biology, genetics, and molecular development, he has cemented his reputation as a thought leader. His collaborations with world-renowned scientists and contributions to high-profile projects highlight his standing in the global research community. Furthermore, his ability to translate complex scientific principles into practical applications has brought him professional acclaim and the trust of peers, institutions, and industry stakeholders. Impact and Influence The impact of Prof. Yu’s research extends far beyond academic circles. His pioneering work has provided transformative tools for animal breeding, livestock improvement, and the conservation of endangered species. The cloning of high-yielding dairy cows demonstrates his role in enhancing food security, while his work with camels has both economic and cultural resonance in regions that rely on these animals. His research on embryonic stem cells and transgenic animals also contributes to advancing biomedical sciences, with potential applications in regenerative medicine and genetic therapies. Moreover, as an educator and mentor, he has shaped the next generation of researchers, ensuring that his knowledge and expertise continue to influence the scientific community for years to come. Publications ER Stress Disrupts MFN2-Related Mitophagy via HRD1-PINK1/ Parkin Axis in Bovine Embryos. Authors: Shu-Ming Shi; Li-Ying Liu; Zhi-Chao Chi; Lin-Yi Qu; Jing-Hang Li; Guan-Lin Jia; Yu-Yan He; Yong-Xun Jin; Ming-Jun Zhang; Xian-Feng Yu Journal: Theriogenology Year: 2025 Galangin Regulates Oxidative Stress Levels in Porcine Embryos Through Interaction with the Neh1 Domain of Nrf2. Authors: Zhi-Chao Chi; Shu-Ming Shi; Li-Ying Liu; Lin-Yi Qu; Jing-Hang Li; Guan-Lin Jia; Yu-Yan He; Lin-Xuan Li; Yong-Xun Jin; Ming-Jun Zhang et al. Journal: Antioxidants Year: 2025 Salidroside Supplementation Affects In Vitro Maturation and Preimplantation Embryonic Development by Promoting Meiotic Resumption. Authors: Shuming Shi; Zhaojun Geng; Xianfeng Yu; Bing Hu; Liying Liu; Zhichao Chi; Linyi Qu; Mingjun Zhang; Yongxun Jin Journal: Genes Year: 2023 Hydroxyurea affects in vitro porcine oocyte maturation through increased apoptosis and oxidative stress. Authors: Wei Gao; Yongxun Jin; Jindong Hao; Siyi Huang; Dongxu Wang; Fushi Quan; Mingjun Zhang; Jiabao Zhang; Wenzhi Ren; Xianfeng Yu Journal: Bioscience Reports Year: 2021 Conclusion Prof. Dr. Xian-Feng Yu stands as a pioneering figure whose career has seamlessly integrated academic rigor, innovative research, and global collaboration. From his early academic dedication to his transformative achievements in animal cloning and stem cell research, he has consistently pushed the boundaries of reproductive biotechnology. His contributions not only enhance scientific understanding but also create tangible benefits for agriculture, veterinary medicine, and biodiversity conservation. Through his mentorship and international collaborations, he continues to shape the future of biotechnology while inspiring the next generation of researchers. His legacy is one of vision, impact, and enduring commitment to advancing science for the betterment of society. Xiyuan Huang | Computer Science | Young Innovator Award Posted on 28/08/202529/08/2025 by Research Awards Ms. Xiyuan Huang | Computer Science | Young Innovator Award Ms. Xiyuan Huang | Beijing Union University | China Ms. Xiyuan Huang, a student researcher at Beijing Union University, has demonstrated exceptional academic brilliance in the field of Artificial Intelligence and time-series analysis. As the first author of a Q1 journal publication in Expert Systems with Applications (IF 7.5), she introduced TCDformer, an innovative transformer-based model for long-term sports momentum prediction, highlighting her ability to design cutting-edge deep learning architectures with real-world impact. Her contributions reflect not only technical expertise but also a forward-looking vision for advancing AI-driven sports analytics and forecasting research. Author Profile Scopus Education From the very beginning of her academic journey, Ms. Xiyuan Huang demonstrated a natural curiosity for solving complex problems through technology. Her passion for mathematics, data patterns, and intelligent systems laid the foundation for her engagement with artificial intelligence. She immersed herself in the study of algorithms, statistics, and computational models, finding inspiration in the ability of AI to transform raw data into meaningful predictions. Her early academic focus was not only on acquiring knowledge but also on developing critical thinking skills that would later help her design innovative models. This formative phase nurtured a deep commitment to scientific inquiry, and she quickly emerged as a diligent student with a vision to merge theory with practical applications. Experience While still pursuing her academic degree, Ms. Huang stepped into research roles that bridged the gap between academia and applied innovation. She contributed as a student researcher at Beijing Union University, where her responsibilities extended beyond coursework to involve hands-on projects in artificial intelligence. Her professional endeavors have been defined by her ability to take theoretical frameworks and transform them into implementable solutions. By collaborating with mentors and peers, she cultivated a research style rooted in collaboration, technical precision, and forward-looking exploration. She also actively explored opportunities to work on projects that connected AI with real-world forecasting challenges, particularly in the context of sports analytics, reflecting her drive to make research impactful and relevant. Research Focus At the heart of Ms. Huang’s scholarly work lies her focus on artificial intelligence, deep learning architectures, and time-series forecasting. Her most distinguished contribution is the development of TCDformer, a novel transformer-based model designed for long-term sports momentum prediction. Published in the prestigious Expert Systems with Applications journal (JCR Q1, IF 7.5), this research highlights her capacity to address complex predictive tasks with elegance and efficiency. The model reflects not only technical innovation but also a fresh perspective on how AI can be leveraged to understand dynamic human behaviors such as sports performance. Beyond her publication, she has been actively engaged in refining methods of time-series analysis, creating pathways for AI-driven insights across domains including healthcare, economics, and social sciences. Her contributions emphasize innovation, methodological rigor, and a drive to explore uncharted territories of AI research. Accolades and Recognition Ms. Huang’s research achievements have gained recognition within academic circles for their originality and potential for real-world application. Being the first author of a high-impact international journal publication at an early career stage stands as a testament to her dedication and intellectual maturity. Her work has also drawn appreciation for bridging the divide between theoretical AI research and practical applications, particularly in sports analytics—a growing interdisciplinary field. The Academic Brilliance Recognition Award nomination further reflects the acknowledgment of her scholarly potential and innovative spirit by the wider research community. Each accolade she receives not only honors her current achievements but also sets the stage for her continued advancement in the field of AI. Impact and Influence The influence of Ms. Huang’s work extends well beyond her immediate academic environment. By designing TCDformer, she has opened new opportunities for sports scientists, analysts, and trainers to better understand patterns of momentum and performance. This demonstrates the transformative power of AI in reshaping traditional approaches to sports analytics. Her impact also lies in inspiring peers and fellow students to pursue bold research questions, emphasizing that impactful contributions can emerge at any stage of one’s career. Moreover, her focus on time-series forecasting provides a versatile framework that can be adapted to multiple domains, ensuring that her research has a ripple effect across disciplines. Her influence is steadily shaping a culture of curiosity, rigor, and innovation among emerging researchers. Publications TCDformer-based momentum transfer model for long-term sports prediction. Author: Hui Liu, Xiyuan Huang, Jiacheng Gu Journal: Expert Systems with Applications Year: 2025 Conclusion Ms. Xiyuan Huang exemplifies the qualities of a promising researcher whose work combines academic excellence, innovation, and practical relevance. Her early academic pursuits built a strong intellectual foundation, while her professional endeavors and groundbreaking contributions in AI and time-series forecasting demonstrate both skill and vision. Recognized for her achievements through publications and nominations, she continues to inspire peers and expand the impact of AI research in sports analytics and beyond. With her dedication, creativity, and forward-looking mindset, Ms. Huang is poised to make enduring contributions that will shape the future of artificial intelligence and its applications in diverse fields. Mehrdad Esmaeilipour | Biomaterials | Best Keynote Speaker Posted on 26/08/202526/08/2025 by Research Awards Mr. Mehrdad Esmaeilipour | Biomaterials | Best Keynote Speaker Mr. Mehrdad Esmaeilipour | Islamic Azad University of Bushehr | Iran Mr. Mehrdad Esmaeilipour, an accomplished Electronics Engineer from Islamic Azad University of Bushehr, Iran, is recognized for his pioneering contributions to green technology, digital health, and sustainable innovation. With extensive experience as a Senior Electronics Engineer at Arya Plasma Gostar Pars Company, he has led groundbreaking projects in air purification, water filtration, and wastewater treatment using advanced plasma systems. As the founder of Parsa Pardazesh Bushehr Sanat Company, he has combined entrepreneurship with mentorship, creating opportunities for young engineers. His patented inventions, scholarly publications, and international conference contributions highlight his dedication to advancing environmental sustainability and wearable technologies, while his numerous global awards underscore his impact as an innovative researcher and leader in electronics. Author Profile Google Scholar Education From the very beginning of his academic journey, Mr. Mehrdad Esmaeilipour demonstrated a strong inclination toward innovation and problem-solving in the field of electronics. His educational foundation was built on a deep understanding of electronics engineering, where he honed both theoretical knowledge and practical skills. During his academic years, he immersed himself in circuit design, control systems, and automation, cultivating a passion for harnessing technology to improve human life. His early focus on robotics and applied electronics paved the way for his later breakthroughs in sustainable technologies, wearable devices, and smart systems. His academic pursuit was never limited to classrooms; he actively engaged in hands-on projects, collaborative learning, and mentoring peers, proving himself to be both a dedicated learner and an inspiring leader. Experience Mr. Esmaeilipour has built a distinguished professional career characterized by leadership, innovation, and a strong sense of social responsibility. As a Senior Electronics Engineer, he played a vital role in developing advanced plasma-based systems for air purification, water filtration, and wastewater treatment. His professional journey is marked by his ability to lead technical teams, manage large-scale projects, and design cutting-edge integrated circuits that enhanced efficiency and sustainability in environmental applications. Beyond engineering, his entrepreneurial spirit drove him to establish his own company, where he combined technical expertise with business acumen. This venture not only contributed to technological growth but also provided job opportunities, empowering students and young engineers to gain real-world experience. His professional endeavors reflect a balance of technical brilliance and visionary leadership. Research Focus At the heart of his professional identity lies an unwavering commitment to research and innovation. Mr. Esmaeilipour’s contributions span across green technology, digital health, robotics, and artificial intelligence applications in electronics. One of his most notable innovations is the conceptualization and patenting of a smart bracelet designed for visually impaired individuals, integrating artificial intelligence to enhance navigation and emergency support. His research focus extends to cold plasma technology for environmental sustainability, energy-efficient systems, and the development of intelligent controllers in robotics. He has authored several academic books on photovoltaic systems, electrical safety, and advanced control strategies, providing valuable resources to students and professionals alike. His scholarly articles further demonstrate his dedication to bridging the gap between research and practical applications, making his work influential both in academia and industry. Accolades and Recognition The global recognition Mr. Esmaeilipour has received stands as a testament to his exceptional contributions to science, technology, and innovation. His work has earned him multiple international awards, celebrating his advancements in wearable technology, environmental sustainability, and electronics research. From global innovation awards to honors in industry impact and academic achievement, his accolades highlight the significance of his work in addressing real-world challenges. He has also been invited as a speaker and presenter at international conferences, where his insights into artificial intelligence, cold plasma systems, and advanced control methods have inspired fellow researchers and industry leaders. These recognitions are not just symbols of personal success but also affirm his role as a driving force in shaping the future of sustainable engineering. Impact and Influence Beyond his technical contributions, Mr. Esmaeilipour has made a lasting impact on communities, institutions, and the global research ecosystem. Through his leadership in industrial projects, he has directly contributed to cleaner environments and safer technological practices. His entrepreneurial efforts have provided employment opportunities and fostered innovation in local industries. As a mentor, he has guided students and young engineers, encouraging them to pursue creative solutions in robotics and electronics. His published works, conference presentations, and patented inventions continue to influence researchers and practitioners worldwide, creating a ripple effect that extends far beyond his immediate projects. His influence lies not only in the technologies he has developed but also in the people he has inspired and empowered. Publications Design, Construction and Performance Comparison of Fuzzy Logic Controller and PID Controller for Two-Wheel Balance Robot(Smart Sensors). Author: M Esmaeilipour, MH Zalzar Journal: Applied Mathematics on Science and Engineering Year: 2025 Advances and Challenges in Lithium-Ion Battery Technology Author: M Esmaeilipour Journal: Electrical, Mechanical, Information Year: 2025 Conclusion In every stage of his journey, Mr. Mehrdad Esmaeilipour has exemplified the qualities of an innovative engineer, visionary entrepreneur, and dedicated mentor. His academic foundation, professional expertise, and research contributions have consistently advanced the fields of electronics, sustainability, and digital health. The recognition he has earned worldwide reflects not only his technical brilliance but also his enduring commitment to using technology for the greater good. As he continues to push the boundaries of innovation, his legacy will be defined by the meaningful impact he leaves on industries, communities, and future generations of engineers. Shanshan Liu | Environmental monitoring | Best Researcher Award Posted on 26/08/202526/08/2025 by Research Awards Prof. Shanshan Liu | Environmental monitoring | Best Researcher Award Prof. Shanshan Liu | Handan University | China Prof. Shanshan Liu, a distinguished faculty member at the College of Chemistry, Chemical Engineering and Materials, Handan University, is recognized for her impactful research in environmental materials and pollutant detection technologies. With a Ph.D. from Zhengzhou University (2023) and over 20 SCI-indexed publications, her innovative work on nano carbon dot materials has advanced applications in humidity sensing, water content analysis, heavy metal ion detection, and anti-tumor therapies. Her contributions provide valuable theoretical and practical insights for sustainable environmental monitoring and biomedical applications, marking her as a promising researcher and a strong contender for the Best Researcher Award. Author Profile Scopus Education Prof. Shanshan Liu’s academic journey reflects her unwavering dedication to science and innovation. From her earliest studies, she demonstrated a strong curiosity about the environment and materials science, a passion that later guided her towards advanced research. Her formal training in chemistry and materials science provided her with a solid foundation to explore the complex intersections between materials, environment, and health. With a Ph.D. in materials science, she sharpened her expertise in designing advanced functional materials, with a particular focus on environmental applications. This academic background not only nurtured her scientific rigor but also inspired her to engage in forward-looking research that addresses global challenges. Experience Currently serving as a professor at the College of Chemistry, Chemical Engineering and Materials at Handan University, Prof. Liu plays an influential role as a teacher, mentor, and researcher. Her professional career combines academic instruction with groundbreaking research, ensuring that her students receive both theoretical knowledge and exposure to cutting-edge innovations. Through her active involvement in university-led research projects, she contributes to strengthening her institution’s academic reputation while also creating opportunities for young researchers to grow. Her work is anchored in a vision that combines environmental sustainability with material science, reflecting her dedication to both scientific excellence and societal betterment. Research Focus Prof. Liu’s research primarily centers on environmental materials and pollutant detection technologies. Her pioneering work with nano carbon dot materials has opened new possibilities in multiple areas. She has developed innovative approaches for detecting water content in organic solvents and monitoring air humidity with high sensitivity and precision. Furthermore, her research extends to environmental pollution control, specifically targeting the detection of heavy metal ions using carbon dot fluorescence performance. Notably, her exploration of bio anti-tumor nanomaterials marks an important interdisciplinary contribution, linking materials science with biomedical research. These studies not only address pressing environmental and health-related challenges but also establish new pathways for developing sustainable sensing technologies and novel therapeutic solutions. Accolades and Recognition Prof. Liu’s commitment to research excellence is reflected in her impressive academic output, with more than 20 publications in SCI-indexed journals and a citation index exceeding 200. These achievements highlight the recognition her work has received within the scientific community. She has also been entrusted with leading several funded research projects at Handan University, demonstrating the trust placed in her ability to deliver impactful outcomes. While she has yet to publish books or patents, her strong research record and continuous engagement in institutional projects illustrate her rising influence in the field. Her nomination for the Best Researcher Award further acknowledges her outstanding contributions and the promise of even greater achievements ahead. Impact and Influence The impact of Prof. Liu’s research extends well beyond academic publications. Her innovations in pollutant detection provide valuable insights for environmental monitoring and public health protection, offering practical solutions to urgent global issues such as water quality, air purity, and toxic exposure. Her exploration of nanomaterials for biomedical applications is also influencing future directions in cancer treatment research, showing how cross-disciplinary collaboration can lead to meaningful breakthroughs. Beyond her personal research, she serves as a role model for her students and colleagues, inspiring them with her dedication, perseverance, and vision for science as a driver of positive change. Publications Surface Amide–Mediated Synthesis of Bright Blue Fluorescent Carbon Dots for High-Sensitivity Detection of Hg2+ Ions. Author: Shanshan Liu, Xiaojia Zhao, Hongying Guo, Yongfeng Cai, Tao Zhang Journal: Luminescence Year: 2025 The Role and Recent Progress in Hydrogen Production Using Carbon Dots-Based Photocatalysts. Author: Shanshan Liu, Junqi Chen, Yongfeng Cai, Yunping Lai, Tao Zhang Journal: Energy Technology Year: 2025 Hydrothermal Synthesis of Nitrogen-Doped Carbon Dots for Selective Fe3+ Detection. Author: Shanshan Liu, Weijie Liu, Xiuhong Chen, Yunping Lai & Tao Zhang Journal: Fluorescence Year: 2025 Conclusion Prof. Shanshan Liu’s academic journey and professional contributions reflect a blend of passion, innovation, and commitment to advancing science for the benefit of society. Through her pioneering work in environmental materials and pollutant detection technologies, she has not only enriched the field of materials science but also provided practical solutions for pressing environmental and health challenges. Her growing influence, proven research excellence, and dedication to mentorship establish her as an inspiring figure in academia. With a clear vision for future breakthroughs, she stands as a deserving candidate for the Best Researcher Award, embodying both scholarly excellence and societal impact. Jinhua Zhu | Separation Sciences | Best Researcher Award Posted on 25/08/202525/08/2025 by Research Awards Prof Dr. Jinhua Zhu | Separation Sciences | Best Researcher Award Prof Dr. Jinhua Zhu | Henan University | China Prof. Dr. Jinhua Zhu, a distinguished Professor and Doctoral/Master’s Supervisor at Henan University, is recognized as an Outstanding Youth of Henan Province. Her research centers on life separation science and the theory and application of chromatography technology, with impactful contributions in active component screening and functional drug delivery systems. She has published extensively in leading journals and has led numerous national and provincial research projects, advancing both theoretical and applied aspects of analytical chemistry. Author Profile Orcid Education Prof. Dr. Jinhua Zhu began her academic journey with a strong foundation in chemistry, cultivating an early passion for scientific inquiry and innovation. Her undergraduate studies provided her with a comprehensive understanding of core chemical principles, analytical thinking, and practical laboratory skills. This academic base ignited her curiosity in analytical chemistry, encouraging her to pursue advanced research in the field. As she progressed into doctoral studies, she immersed herself deeply in the study of separation science, chromatography, and applied chemical methodologies. Her doctoral training not only sharpened her research abilities but also nurtured her interest in solving real-world challenges related to drug discovery, environmental monitoring, and biochemical analysis. These formative years set the stage for her emergence as a respected academic, shaping her professional identity and building the foundation for her future contributions. Experience After completing her academic preparation, Prof. Zhu embarked on a professional journey that showcased her dedication to both teaching and research. She began her career in higher education, taking on roles that balanced classroom instruction with laboratory exploration. Her teaching portfolio has grown to include key undergraduate and graduate courses such as Instrumental Analysis, Separation Technology, and Modern Environmental Analysis Technology. Through these courses, she has not only transferred technical knowledge but also instilled scientific curiosity and critical problem-solving skills in her students. Alongside teaching, she pursued postdoctoral research, gaining deeper insights into advanced chemical analysis and international exposure through academic exchange programs. Her visiting scholarship abroad further broadened her scientific vision, allowing her to connect with global research trends and establish meaningful collaborations. Over time, her professional trajectory advanced steadily, reflecting her commitment to both academic excellence and innovative research leadership. Research Focus At the core of Prof. Zhu’s work lies her extensive contribution to life separation science and chromatography technology. Her research delves into both theoretical advancements and practical applications, making her work highly impactful in modern analytical chemistry. She has been particularly dedicated to the screening of bioactive components with hypoglycemic and anti-inflammatory properties, which has significant implications for therapeutic drug development. Another important dimension of her research is the construction and application of functional drug delivery systems, aimed at enhancing the effectiveness and precision of medical treatments. By combining fundamental chemical principles with applied research goals, Prof. Zhu bridges the gap between laboratory research and societal needs. Her publications in respected journals such as Separation and Purification Technology, Analytica Chimica Acta, Colloids and Surfaces B, and Talanta reflect her ability to contribute knowledge that is both novel and widely recognized in the scientific community. Accolades and Recognition Prof. Zhu’s academic journey has been marked by numerous awards, grants, and recognitions that highlight her leadership in chemistry and separation science. She has successfully led a variety of funded research projects, ranging from national-level grants to provincial programs that underscore her innovative contributions. Being recognized as an Outstanding Youth of Henan Province reflects not only her academic achievements but also her role as a model for emerging researchers in her region. These honors demonstrate her ability to consistently produce high-quality research, mentor the next generation of chemists, and push the boundaries of analytical methodologies. Her leadership in securing key projects at both national and provincial levels stands as testimony to her expertise, trustworthiness, and scientific vision. Impact and Influence The influence of Prof. Zhu extends beyond academic publications and research projects—her impact resonates within the broader scientific community and in real-world applications. Her work in drug delivery systems and natural product analysis offers pathways toward improved medical therapies, addressing health challenges such as diabetes and inflammation-related diseases. By developing innovative chromatography technologies, she has provided researchers with more efficient and precise analytical tools that can be applied in pharmaceutical, environmental, and food sciences. As a mentor and teacher, she has inspired numerous students, cultivating a culture of curiosity, discipline, and innovation in scientific practice. Her dual role as a researcher and educator ensures that her influence is both immediate in advancing scientific frontiers and long-lasting through the students she continues to guide. Publication Dual-monomer magnetic molecularly imprinted polymer for highly efficient luteolin separation from natural products. Author: Yunfeng Yuan, Xiaoqi Liu, Chenjia Jiang, Haodong Zhou, Jinhua Zhu, Abdelhadi El Jaouhari, Xiuhua Liu, Minghua Lu* Journal: Separation and Purification Technology, Year: 2025 Three-dimensional ordered macro-microporous ZIF-8-α-Glu microreactors for α-glucosidase inhibitors screening from green tea. Author: Xiaoqi Liu, Haodong Zhou, Chenjia Jiang, Yunfeng Yuan, Jinhua Zhu, Minghua Lu*Journal: Talanta Year: 2025 Phenylboronic acid functionalized magnetic ferroferric oxide nanoparticles and capillary electrophoresis for efficient isolation of flavonoid compounds from leaves of Lonicera japonica Thunb. Author: Chenjia Jiang, Xiaoqi Liu, Yunfeng Yuan, Haodong Zhou, Jinhua Zhu, Minghua Lu*Journal: Chromatography A, Year: 2025 Conclusion Prof. Dr. Jinhua Zhu stands as a leading figure in the field of analytical and separation science, with her research bridging theoretical chemistry and real-world biomedical applications. Through her pioneering work in chromatography, bioactive compound screening, and functional drug delivery systems, she has advanced both scientific knowledge and practical healthcare solutions. Her impactful publications, successful research leadership, and dedication to mentoring young scholars highlight her as a role model in academia. With continued innovation and global collaborations, Prof. Zhu’s contributions are set to leave a lasting legacy, shaping the future of separation science and strengthening its role in improving human health and well-being. Abolfazl Mozaffari | Nanofibers | Best Review Paper Award Posted on 25/08/202525/08/2025 by Research Awards Dr. Abolfazl Mozaffari | Nanofibers | Best Review Paper Award Dr. Abolfazl Mozaffari | Azad university | Iran Dr. Abolfazl Mozaffari is a textile engineering researcher and academic at Islamic Azad University, Iran, specializing in nanofibers, electrospinning, scaffolds, and tissue engineering. He holds a Ph.D. in Textile Engineering from Yazd Branch of Islamic Azad University, where his doctoral research focused on plasma modification of electrospun gelatin nanofibers for biomedical applications. With extensive teaching experience as a Visiting Assistant Professor at Applied Science University and Payame Noor University, he has published widely in peer-reviewed journals and contributed to books and conferences in textile science and biotechnology. His research integrates advanced textile materials with biomedical engineering to develop functional scaffolds and innovative applications in regenerative medicine. Author Profile Google Scholar Education Dr. Abolfazl Mozaffari began his academic journey with a strong passion for textiles and material sciences, laying the foundation of his career in textile engineering. His early education introduced him to the fundamental principles of fiber technology, dyeing, and textile chemistry, which later shaped his orientation toward nanofibers and biomedical applications. Driven by curiosity, he delved into the world of electrospinning, scaffolds, and surface modification, exploring how textile-based solutions could transcend conventional uses and address challenges in healthcare and biotechnology. His academic training equipped him with a multidisciplinary mindset, combining textile science with nanotechnology, biology, and engineering. This early pursuit instilled in him not only technical expertise but also the vision of integrating textile innovations into life-saving medical applications. Experience Throughout his career, Dr. Mozaffari has actively served as a Visiting Assistant Professor at both Applied Science University and Payame Noor University, contributing significantly to the academic and professional growth of students. His teaching portfolio includes courses on digital printing, textile identification, and advanced material characterization, which he delivered both in classrooms and specialized workshops at national and international conferences. Alongside teaching, he has supervised student projects and guided aspiring researchers in developing innovative ideas at the intersection of textiles, nanotechnology, and biomedical engineering. His professional endeavors also extend into translation and authorship of academic books, highlighting his commitment to knowledge dissemination. By balancing his role as an educator, researcher, and mentor, he has created a strong platform for advancing both academic excellence and practical applications in textile science. Research Focus Dr. Mozaffari’s research contributions lie at the exciting convergence of nanotechnology, tissue engineering, and textile innovations. His work has primarily focused on the development and surface modification of electrospun nanofiber scaffolds, particularly gelatin-based materials, to enhance their biocompatibility and functional properties for tissue engineering. Through pioneering studies on plasma treatments and chemical modifications using natural cross-linkers such as tannic acid, he has advanced scaffold fabrication methods that hold immense potential for regenerative medicine and wound healing. His scholarly publications, ranging from highly regarded journals to collaborative book projects, have explored electrospinning processes, surface modifications, and their biomedical applications. He has also extended his research into functional carbon-based materials for blood purification, broadening the scope of his expertise into critical medical interventions. Additionally, his earlier works on dyeing and antibacterial finishing of textiles using nanomaterials underscore his versatility in bridging traditional textile sciences with cutting-edge nanobiotechnology. Accolades and Recognition Recognized for his impactful research, Dr. Mozaffari has received multiple awards and grants that underscore the originality and societal relevance of his work. Notably, his innovative approaches to modifying electrospun nanofibers earned him grants from national nanotechnology councils, reflecting the scientific and practical importance of his doctoral and master’s research. His recognition also extends to awards received during academic conferences, particularly for workshops on digital printing and presentations on plasma technology applications in textiles and tissue engineering. These accolades highlight both his scientific ingenuity and his dedication to academic and professional communities. Impact and Influence The impact of Dr. Mozaffari’s work extends far beyond academia. By bridging textile science with regenerative medicine, his contributions provide new opportunities for healthcare innovation, especially in developing functional scaffolds for tissue repair and biomedical implants. His interdisciplinary approach has influenced young researchers and students, inspiring them to pursue bold ideas that merge traditional engineering with life sciences. Furthermore, his role as a reviewer and member of professional organizations such as the Iranian Textile Association positions him as an influencer in shaping research trends and maintaining high academic standards. His published works are widely referenced, making significant contributions to the evolving knowledge base in nanofibers, surface engineering, and biomedical textiles. Publications Argon and argon–oxygen plasma surface modification of gelatin nanofibers for tissue engineering applications. Author: A Mozaffari, M Parvinzadeh Gashti, M Mirjalili, M Parsania Journal: Membranes Year: 2021 Polyvinylpyrrolidone/carbon nanotube/cotton functional nanocomposite: preparation and characterization of properties. Author: F Alimohammadi, M Parvinzadeh Gashti, A Mozaffari Journal: Fibers and Polymers Year: 2018 Air plasma functionalization of electrospun nanofibers for skin tissue engineering. Author: A Mozaffari, M Parvinzadeh Gashti Journal: Biomedicines Year: 2022 The Impact of Helium and Nitrogen Plasmas on Electrospun Gelatin Nanofiber Scaffolds for Skin Tissue Engineering Applications. Author: A Mozaffari, M Parvinzadeh Gashti, F Alimohammadi, M Pousti Journal: Functional Biomaterials Year: 2024 Conclusion Dr. Abolfazl Mozaffari’s journey reflects the evolution of a scholar who has seamlessly combined the strengths of textile engineering, nanotechnology, and biomedical sciences. His dedication to academic excellence, innovative research, and student mentorship demonstrates not only his scientific brilliance but also his commitment to creating solutions with real-world impact. Through his publications, teaching, and professional service, he has contributed significantly to advancing both knowledge and practice in textile-based biomedical engineering. As he continues to explore new frontiers in nanofibers, functional materials, and regenerative medicine, Dr. Mozaffari stands as a forward-looking researcher whose legacy will inspire future generations of scientists, engineers, and innovators. Md. Hakimul Haque | Microbiology | Best Researcher Award | 13596 Posted on 25/08/202525/08/2025 by Research Awards Dr. Md. Hakimul Haque | Microbiology | Best Researcher Award Dr. Md. Hakimul Haque | The University of Queensland | Australia Dr. Md. Hakimul Haque is a research scientist with a PhD in Medicine from Griffith University, Australia, and over 19 years of academic and research experience in microbiology, molecular diagnostics, antimicrobial resistance, and cancer biomarker studies. He is currently a Postdoctoral Research Fellow at The University of Queensland and an Adjunct Research Fellow at James Cook University. Dr. Haque has authored 51 peer-reviewed publications, developed innovative biosensor technologies, and led multiple funded research projects on antimicrobial resistance and biosensing applications. His work integrates microbiology, nanotechnology, and translational research to advance diagnostic innovations and improve public health outcomes. Author Profile Scopus Education Dr. Md. Hakimul Haque’s academic journey began with a strong foundation in veterinary medicine and microbiology, where he excelled as a top-performing student. His early interests lay in the study of infectious diseases and the molecular mechanisms that drive pathogen behavior. This curiosity pushed him towards advanced research on molecular detection methods, microbial pathogenesis, and antimicrobial resistance. His postgraduate studies further deepened his expertise, focusing on clinical microbiology, molecular diagnostics, and the application of innovative laboratory techniques. From the outset, Dr. Haque demonstrated not only scholarly excellence but also a passion for applying science to address pressing public health issues, particularly in infectious disease surveillance and diagnostics. Experience Building upon his academic foundation, Dr. Haque has pursued an extensive professional career spanning teaching, research, and clinical practice. He has served in various academic and scientific capacities, contributing both as a lecturer and as a mentor to postgraduate students. His transition to research-intensive roles has seen him work at the interface of microbiology, nanotechnology, and biomedical science. At The University of Queensland, he continues to engage in groundbreaking projects that explore biosensor development, biomarker extraction, and electrochemical diagnostics. His professional engagements have not only advanced his own expertise but have also fostered collaboration across disciplines, connecting veterinary science, human medicine, and bioengineering. Research Focus Dr. Haque’s research portfolio is both broad and impactful. His work centers on molecular diagnostics, antimicrobial resistance, and cancer biomarkers, with a particular emphasis on the development of biosensing technologies. By integrating microbiology with nanotechnology, he has pioneered innovative diagnostic tools that allow for rapid, sensitive, and cost-effective disease detection. His contributions extend to both human and animal health, reflecting a true “One Health” approach. Through the development of electrochemical biosensors and novel detection techniques, Dr. Haque has opened new pathways for identifying drug-resistant pathogens and cancer-related biomarkers, offering potential solutions to some of the most urgent challenges in global health. His more than 50 peer-reviewed publications and multiple book chapters highlight his scholarly productivity and commitment to advancing biomedical sciences. Accolades and Recognition Throughout his career, Dr. Haque has been recognized for his excellence in both teaching and research. He has received multiple awards for high-impact publications, including recognition from prestigious organizations and international funding bodies. His academic success has been supported by competitive research scholarships, which enabled him to pursue advanced studies in Australia and conduct world-class research in cancer diagnostics and biosensing. In addition, he has been trusted with leadership roles in professional associations and review committees, where his expertise continues to shape scientific discourse and guide future research. These accolades reflect his dual strength as both a scientist and an academic leader. Impact and Influence The influence of Dr. Haque’s work extends far beyond academic publications. His studies on antimicrobial resistance directly inform public health strategies, especially in regions where resistant pathogens pose significant risks to human and animal health. His diagnostic innovations are designed to be practical and accessible, ensuring that advanced technologies can reach clinical and field settings worldwide. By mentoring graduate students, he has also contributed to capacity building in microbiology and biomedical sciences, nurturing the next generation of researchers. His collaborations with international partners reinforce his role as a global scientist whose work bridges disciplines, geographies, and societal needs. Publications First Molecular Characterization and Antibiogram of Bacteria Isolated from Dairy Farm Wastewater in Bangladesh. Author: M. S. Islam, M. A. Polash, M. H. Hague Journal: Veterinary medicine international Year: 2025 Risk factors and antibiogram of human uropathogens in the northern part of Bangladesh: A crosssectional study. Author: M. F. Islam, D. K. Das, M. H. Hague Journal: Applied biology and biotechnology Year: 2024 A simple, inexpensive and portable on-farm test for pregnancy diagnosis and ovary status in cows via chemical analysis of urine. Author: M. H. Haque, S. Narayan, M. S. Islam Journal: Biochemical and biophysical research communications Year: 2023 Conclusion Dr. Md. Hakimul Haque stands as a distinguished researcher whose journey reflects unwavering dedication to science, education, and global health. His pioneering work in molecular diagnostics, antimicrobial resistance, and biosensor technology has not only advanced biomedical research but also created tangible pathways for improving clinical outcomes. With a proven record of impactful publications, funded projects, and mentorship, he continues to shape the scientific community both in Australia and internationally. Looking to the future, Dr. Haque’s vision is clear—leveraging innovation and collaboration to address urgent health challenges and inspire the next generation of researchers. His career is a remarkable blend of academic brilliance, practical innovation, and a profound commitment to the betterment of society. HU Chuanmei | Aging design | Best Researcher Award Posted on 21/08/202521/08/2025 by Research Awards Assoc Prof Dr. HU Chuanmei | Aging design | Best Researcher Award Assoc Prof Dr. HU Chuanmei | Chengdu University of Technology | China Assoc. Prof. Dr. HU Chuanmei, from Chengdu University of Technology, China, is a distinguished academic and researcher specializing in industrial design, intelligent interaction systems, and aging research. Her work focuses on developing innovative assistive technologies, smart environments, and human-centered designs that enhance the quality of life for elderly populations. Through her interdisciplinary research and leadership, she has made significant contributions to the fields of design, robotics, and healthcare innovation. Author Profile Scopus Education Assoc. Prof. Dr. HU Chuanmei began her academic journey with a strong foundation in industrial design, urban planning, and architectural concepts. Her early education in industrial design nurtured her creative vision and technical understanding of how products and environments can be tailored to improve human lives. Building on this base, she pursued advanced studies in urban planning and design, equipping herself with a holistic perspective that blends creativity, engineering, and user-centric innovation. This academic path not only refined her design skills but also provided her with a comprehensive understanding of how people interact with spaces and technologies. Her passion for combining technology with human needs became the driving force behind her future research and professional endeavors. Experience Dr. HU Chuanmei has built an impressive career in academia, research, and administration. She has served in various teaching and leadership roles, progressing through positions that allowed her to mentor students, develop curriculum, and guide research initiatives. As an educator, she inspired young scholars in industrial design and engineering, instilling in them the values of creativity, precision, and innovation. Beyond teaching, she embraced significant administrative responsibilities, leading departments where she shaped academic programs and encouraged interdisciplinary collaboration. In addition to her university contributions, Dr. Hu extended her expertise to public service, taking on roles in municipal governance where she supported industrial partnerships and promoted economic cooperation. Her professional journey reflects a balance between academic dedication, research leadership, and practical engagement with real-world challenges. Research Focus The research interests of Dr. HU Chuanmei are centered on the intersection of technology, design, and human well-being. She is particularly recognized for her pioneering work in aging research, intelligent equipment and robotics, and intelligent interaction design. Her studies in aging research are aimed at addressing the challenges faced by elderly populations by creating solutions that enhance mobility, accessibility, and independence. She has focused on developing assistive devices that are ergonomic, user-friendly, and adaptable to the needs of aging individuals, ensuring that technology serves as a bridge to comfort and dignity. In robotics and intelligent equipment, her innovations have sought to improve efficiency and usability, integrating artificial intelligence and human-computer interaction to design devices that respond intuitively to user needs. By merging industrial design with intelligent technologies, she has created practical applications that directly improve quality of life and healthcare outcomes. Awards and Recognition Over the course of her career, Dr. HU Chuanmei has received recognition from academic and professional communities for her influential work. Her research has been widely cited in leading journals, particularly in studies concerning intelligent design and gerontechnology, showcasing the broad relevance and application of her findings. She has presented her work at prestigious international conferences, where her insights into design for aging populations and intelligent systems have been met with acclaim. Her interdisciplinary approach, combining design principles with advanced technologies, has positioned her as a thought leader and innovator in her field. These accolades highlight not only her academic excellence but also her ability to contribute solutions to some of society’s most pressing challenges, particularly those related to aging and healthcare innovation. Impact and Influence The influence of Dr. HU Chuanmei extends across disciplines and sectors, bridging industrial design, healthcare, and robotics. Her research has shaped the way designers and engineers think about aging populations, emphasizing inclusivity and accessibility as core principles of modern design. By incorporating intelligent interaction systems into assistive devices, she has redefined usability, ensuring that technology adapts to human needs rather than the reverse. Her contributions have significantly impacted the development of smart environments, healthcare solutions, and elderly care systems, offering innovative approaches to long-term care and independent living. Her work has also influenced students, fellow researchers, and practitioners, encouraging them to adopt an interdisciplinary and human-centered mindset. In essence, her career demonstrates how design and technology can be harmonized to create meaningful societal progress. Publication Applied research using the NIOSH lifting equation to optimize the design of shopping trolley for the elderly. Author: Chuanmei Hu, Xiaolin Huang, Gang Jiang, Siqi Hou & Yong Wang Journal: Scientific Reports Year: 2024 Conclusion Assoc. Prof. Dr. HU Chuanmei exemplifies the fusion of creativity, technology, and human-centered design in advancing solutions for an aging society. Her pioneering research in intelligent interaction, assistive technology, and industrial design continues to inspire innovation while addressing global challenges in elderly care. With her forward-looking vision and impactful contributions, she stands as a leader whose work will leave a lasting legacy in both academia and practical applications for societal well-being. Jitendra Patil | Health Sciences | Best Researcher Award Posted on 19/08/202519/08/2025 by Research Awards Mr. Jitendra Patil | Health Sciences | Best Researcher Award Mr. Jitendra Patil | Sankalchand Patel University Visnagar,Badoda | India Mr. Jitendra Hilal Patil, Lecturer at H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur, is a PCI-registered academic with a strong background in pharmaceutical sciences and nanotechnology. He holds an M.Pharm in Quality Assurance and is pursuing his Ph.D. at Sankalchand Patel University, Visnagar. His research focuses on developing pH-responsive nanocarrier drug delivery systems for targeted cancer therapy, with publications in Scopus-indexed journals and one patent under process. With a citation index of 29, his innovative work contributes significantly to advancing precision medicine while minimizing systemic toxicity in anticancer treatments. Author Profile Scopus Education From the very beginning of his educational journey, Mr. Jitendra Hilal Patil demonstrated a keen interest in pharmaceutical sciences and biomedical research. His strong academic foundation was built through consistent excellence across secondary and higher secondary education, which he pursued with dedication and discipline. His pursuit of a Bachelor’s and Master’s degree in Pharmacy further sharpened his knowledge in drug formulation, quality assurance, and advanced pharmaceutical principles. These formative academic years not only shaped his scientific mindset but also ignited his passion for research in nanotechnology and innovative drug delivery systems. His pursuit of a Ph.D. reflects his commitment to expanding the boundaries of knowledge and contributing to global healthcare challenges. Experience Mr. Patil serves as a Lecturer at H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur, where he plays a pivotal role in nurturing future pharmacists and researchers. His teaching approach integrates theory with practical insights, encouraging students to think critically about real-world healthcare challenges. Alongside his teaching responsibilities, he actively engages in research, ensuring his academic contributions are aligned with the latest developments in pharmaceutical innovation. His ability to balance teaching, research, and mentoring highlights his versatility as both an educator and a researcher. He also ensures his students are exposed to cutting-edge topics such as nanotechnology, targeted therapies, and drug delivery systems, preparing them to excel in the evolving landscape of pharmaceutical sciences. Research Focus The hallmark of Mr. Patil’s academic journey lies in his research on pH-responsive nanocarrier drug delivery systems designed for targeted cancer treatment. Recognizing the limitations of conventional chemotherapy—such as poor survival rates, systemic toxicity, and severe side effects—he focused on developing titanium-based metal-organic frameworks (Ti-MOFs) as nanocarriers for the anticancer drug axitinib (AXT). Through advanced hydrothermal synthesis and characterization techniques, he successfully developed stable, porous nanostructures that exhibit excellent pH-responsive behavior. His in vitro studies revealed that these carriers released minimal drug amounts in neutral pH, simulating healthy tissues, but significantly increased release in acidic environments mimicking cancer cells. This innovation represents a major step toward precision medicine, offering the potential to reduce toxicity and enhance therapeutic efficacy. His work exemplifies how nanotechnology can transform oncology treatments, opening doors to more effective and patient-friendly therapies. Awards and Recognition Mr. Patil’s research has garnered recognition through Scopus-indexed publications, citations, and a patent under process, highlighting the originality and applicability of his work. With a citation index of 29, his publications demonstrate a meaningful academic impact and a growing influence in the pharmaceutical research community. He is also a registered member of the Pharmacy Council of India (PCI), further strengthening his professional credibility. While he has not yet accumulated multiple industry consultancy projects or editorial appointments, his promising work and contributions reflect the qualities of a rising researcher who is set to achieve even greater recognition at both national and international levels. Impact and Influence The potential impact of Mr. Patil’s research extends beyond academia, offering transformative possibilities in cancer treatment. By addressing the challenges of drug toxicity and inefficient targeting, his nanocarrier-based system has the potential to improve the quality of life for patients undergoing therapy. Moreover, his contributions set a strong foundation for future collaborations in nanomedicine, oncology research, and pharmaceutical technology. His influence also extends to his students, who benefit from his mentorship, guidance, and emphasis on research-driven learning. By bridging the gap between classroom knowledge and practical innovation, he inspires a new generation of pharmaceutical professionals to pursue impactful research that addresses pressing healthcare challenges. Publications Nonlocal thermoelastic diffusion analysis in a semi-infinite body subjected to thermal loading with memory effects. Author: Jitendra Patil, Chandrakant Jadhav, Nitin Chandel & Vinod Varghese Journal: Archive of Applied Mechanics Year: 2025 Development and Characterization of AXT@Metal-Organic Framework: A Biocompatible, pH-Responsive Nanocarrier for Targeted Axitinib Delivery in MCF-7 Cancer Cells. Author: Jayvadan K. Patel, Ujashkumar A. Shah, Pravin O. Patil, Jitendra H. Patil Journal: Annales Pharmaceutiques Françaises Year: 2025 Conclusion Mr. Jitendra Hilal Patil exemplifies the qualities of a dedicated educator, an emerging researcher, and an innovator in pharmaceutical sciences. His academic journey, professional commitments, and research on pH-responsive nanocarriers reflect not only his scientific expertise but also his vision for improving global healthcare outcomes. With a growing body of impactful publications, a patent under process, and recognition as a promising voice in nanotechnology and drug delivery research, he continues to inspire both peers and students alike. Looking forward, his unwavering dedication positions him to make enduring contributions that bridge cutting-edge research with tangible benefits for society, leaving a meaningful legacy in academia and beyond. Bensiradj Nour El Houda | Pharmacology | Best Researcher Award Posted on 18/08/202518/08/2025 by Research Awards Dr. Bensiradj Nour El Houda | Pharmacology | Best Researcher Award Dr. Bensiradj Nour El Houda | ENS Kouba | Algeria Dr. Bensiradj Nour El Houda is an Associate Professor at the Higher Normal School (ENS) Kouba, Algeria, and a researcher at the Computational and Photonic Theoretical Chemistry Laboratory, USTHB. She holds a Magister (2010), a Doctorate in Theoretical and Computational Chemistry (2017), and a University Accreditation (2021). Her research focuses on computational chemistry, electronic spectroscopy, organometallic complexes, renewable energies, and photovoltaic materials (ZIFs). She has supervised numerous Master’s theses, coordinated national research projects, and published extensively in high-impact international journals. Dr. Bensiradj has also participated in international collaborations and conferences across Europe, the Middle East, and North Africa, contributing significantly to advancing theoretical and applied chemistry. Author Profile Scopus Education Dr. Bensiradj Nour El Houda began her academic journey with an early passion for chemistry, physics, and computational sciences, which shaped her career path in higher education and advanced research. She pursued her Magister degree in Chemistry at the University of Science and Technology Houari Boumediene (USTHB) in 2010, specializing in theoretical and computational chemistry. Her thesis, “Study of Electron Spectroscopy Applied to Chemical Systems: ZnTe and its Ions”, reflected her early interest in spectroscopic analysis and computational modeling. The thesis was supervised by Prof. O. Ouamerali and awarded with a “Very Good” distinction, highlighting her excellence at the initial stages of her career. Building upon this foundation, Dr. Bensiradj continued to explore the intersection of theoretical chemistry and spectroscopy, completing her Doctorate in Science in 2017 at USTHB. Her doctoral thesis, “Theoretical Study of Excited States and Electronic Spectroscopy of Chemical and Biological Systems”, marked a significant step in her scholarly journey, earning a “Very Honorable” mention. In 2021, she achieved University Accreditation with honors, a milestone that formally recognized her capacity to conduct independent research and mentor emerging scholars. Experience Dr. Bensiradj’s professional career is deeply tied to her dual roles as an academic educator and researcher. She began as an Assistant Teacher at ENS Kouba in 2013, later advancing to Lecturer (2017) and subsequently to Associate Professor (2021). Over the years, she has taught a wide spectrum of subjects, including quantum chemistry, atomic and molecular structure, chemical equilibrium, analytical chemistry, and computational methods at both undergraduate and postgraduate levels. Her teaching style blends theoretical rigor with applied perspectives, bridging the gap between computational simulations and real-world chemical systems. In parallel, she has guided numerous Master’s theses on topics ranging from theoretical studies of molecular clusters, natural product chemistry, spectroscopy of transition metal complexes, environmental chemistry, and deep learning applications in chemical analysis. This supervision reflects her ability to integrate theoretical models with experimental validation, preparing future researchers with interdisciplinary expertise. Research Focus Dr. Bensiradj Nour El Houda’s research is firmly anchored in computational and photonic theoretical chemistry, with her work spanning a diverse range of interconnected themes. She specializes in electronic spectroscopy and advanced quantum chemistry methods such as HF, DFT, and TDDFT, applying these approaches to investigate the structure and reactivity of organic, metallic, and organometallic compounds. A significant aspect of her research also centers on the modeling of photovoltaic materials and renewable energy applications, with a particular emphasis on Zeolitic-Imidazolate Frameworks (ZIFs) for gas adsorption, storage, and energy solutions. Additionally, she has contributed to the development of computational codes that optimize chemical modeling, enhancing both accuracy and efficiency in theoretical simulations. Beyond these areas, Dr. Bensiradj has actively engaged in environmental chemistry, exploring innovative methods for heavy metal removal, wastewater treatment, and green chemistry applications, thereby linking computational studies with real-world environmental sustainability. Awards and Recognition Dr. Bensiradj’s academic excellence has been consistently acknowledged. She earned distinctions in both her Magister and Doctoral degrees, culminating in a University Accreditation with Honors in 2021. She has been entrusted with national research projects, including CNEPRU and PRFU projects focused on hydrogen storage, non-linear optics, and computational modeling of organometallic systems. Her international collaborations with CSIC Madrid (Spain) and Yarmouk University (Jordan) further strengthened her recognition as a scholar with cross-border research impact. She has also co-authored interdisciplinary studies combining experimental and theoretical approaches, enhancing her profile as a versatile researcher. Impact and Influence Through her teaching, mentorship, and research, Dr. Bensiradj has had a lasting influence on the Algerian and global scientific community. She has trained a new generation of chemists in theoretical and computational methods, contributing to the advancement of quantum chemistry education in Algeria. Her research on renewable energies, spectroscopy, and water treatment addresses pressing global challenges, linking academic insights with sustainable solutions. Her interdisciplinary work, merging computational simulations, spectroscopy, environmental chemistry, and machine learning, has inspired both colleagues and students to adopt innovative approaches in chemical research. Moreover, her publications continue to be cited internationally, amplifying Algeria’s scientific visibility in theoretical chemistry. Publications ‘DFT studies of single and multiple molecular adsorption of CH4,SF6 and H2O in Zeolitic-Imidazolate Framework. Author: N.Bensiradj, V.Timon, R.Boussessi,S.Dalbouha and ML.senent Journal: Inorganica Chimica Acta Year: 2019 ”Phytochemical Study and Antibacterial Effects of Fraxinus angustifolia Vahl (Algeria): Experimental and Computational Investigations”. Author:N.Zouaghi, N.Bensiradj, C.Cavaleiro, B.Nadjemi ,and M. trari Journal: Waste and Biomass Valorization Year: 2020 Newly Streptomyces-Induced Rabelomycin after Specific Amino Acid Supplementations: Experimental and Computational Investigations of Reactivities. Author:Samira Tata, Nour El Houda Bensiradj, Amine Yekkour, Selma Snini, Atika Meklat & Noureddine Bouras Journal: Waste and Biomass Valorization Year: 2024 Conclusion Dr. Bensiradj stands as a remarkable figure in the realm of computational and photonic theoretical chemistry, seamlessly merging fundamental quantum principles with applied environmental and energy-focused research. Her groundbreaking studies on spectroscopy, quantum chemistry methods, renewable energy systems, and sustainable environmental practices reflect both scientific depth and societal relevance. With an impressive record of publications, international collaborations, and active participation in global conferences, she continues to inspire the academic community while addressing some of the most pressing challenges of our time. Her work not only enriches scientific knowledge but also paves the way for future innovations in clean energy, green chemistry, and advanced computational modeling—ensuring that her contributions will leave a lasting legacy for generations of researchers to come. Posts navigation Older posts
Prof. Dr. Xian-Feng Yu is a distinguished Professor at the College of Animal Sciences, Jilin University, China, with extensive expertise in animal cloning, stem cell biology, and reproductive biotechnology. He earned his Ph.D. in Animal Science and Technology from Sunchon National University, Korea, and has made groundbreaking contributions, including cloning the world’s first red fluorescent genetically modified cat, high-yielding dairy cows, and the resurrection of a world champion camel. His research focuses on embryonic development, IVF/IVC technologies, and stem cell characterization, with over 35 high-impact publications. Prof. Yu’s pioneering work continues to advance veterinary medicine, biotechnology, and sustainable livestock improvement. Author Profile Orcid Education Prof. Dr. Xian-Feng Yu began his academic journey with a strong passion for veterinary sciences and animal biotechnology. His early studies provided him with a deep understanding of veterinary medicine, pathology, and clinical applications, laying the groundwork for his future in reproductive and genetic sciences. During his advanced studies, he specialized in animal reproductive physiology and molecular biology, focusing on the characterization of embryonic stem-like cells and gene cloning. His academic pursuits sharpened his expertise in the intricate mechanisms of embryonic development and stem cell behavior, fostering a mindset of innovation and scientific rigor. From the beginning, he demonstrated exceptional dedication to research, which later enabled him to explore and push the frontiers of cloning technology and reproductive biotechnology. Experience Prof. Yu’s professional career has been defined by both academic excellence and groundbreaking research endeavors. As a dedicated faculty member at Jilin University, he advanced from a lecturer to a full professor, training young scientists while leading pioneering projects in animal biotechnology. He also gained valuable global exposure as a visiting scholar and postdoctoral researcher at esteemed institutions, where he collaborated with leading experts in reproductive biology and biotechnology. Beyond academia, he played a crucial role in biotechnology centers abroad, spearheading projects involving animal cloning and embryo research. These diverse experiences enriched his scientific outlook and allowed him to build bridges between academia, applied science, and industrial biotechnology, strengthening his global presence as a research leader. Research Focus Prof. Yu’s research contributions have been pivotal in the field of animal cloning and reproductive biotechnology. His expertise spans animal cloning, in vitro fertilization and embryo culture, embryonic stem cell isolation, and molecular characterization of pluripotency genes. Among his most notable achievements is the cloning of a world champion camel, resurrected from decade-old preserved tissues, which gained global attention for its scientific and cultural significance. He also pioneered the cloning of the world’s first red fluorescent genetically modified cat, a breakthrough in transgenic animal research. Additionally, he contributed to the cloning of high-yielding dairy cows, which holds transformative potential for sustainable livestock industries. His work consistently combines molecular genetics, embryology, and biotechnology to address practical challenges in agriculture and veterinary medicine while also opening new doors in genetic engineering and conservation biology. Accolades and Recognition Prof. Yu’s exceptional body of work has earned him recognition both nationally and internationally. His scientific achievements, particularly in animal cloning and genetic modification, are widely cited and celebrated as breakthroughs that showcase the possibilities of modern biotechnology. By publishing extensively in high-impact journals across disciplines like reproductive biology, genetics, and molecular development, he has cemented his reputation as a thought leader. His collaborations with world-renowned scientists and contributions to high-profile projects highlight his standing in the global research community. Furthermore, his ability to translate complex scientific principles into practical applications has brought him professional acclaim and the trust of peers, institutions, and industry stakeholders. Impact and Influence The impact of Prof. Yu’s research extends far beyond academic circles. His pioneering work has provided transformative tools for animal breeding, livestock improvement, and the conservation of endangered species. The cloning of high-yielding dairy cows demonstrates his role in enhancing food security, while his work with camels has both economic and cultural resonance in regions that rely on these animals. His research on embryonic stem cells and transgenic animals also contributes to advancing biomedical sciences, with potential applications in regenerative medicine and genetic therapies. Moreover, as an educator and mentor, he has shaped the next generation of researchers, ensuring that his knowledge and expertise continue to influence the scientific community for years to come. Publications ER Stress Disrupts MFN2-Related Mitophagy via HRD1-PINK1/ Parkin Axis in Bovine Embryos. Authors: Shu-Ming Shi; Li-Ying Liu; Zhi-Chao Chi; Lin-Yi Qu; Jing-Hang Li; Guan-Lin Jia; Yu-Yan He; Yong-Xun Jin; Ming-Jun Zhang; Xian-Feng Yu Journal: Theriogenology Year: 2025 Galangin Regulates Oxidative Stress Levels in Porcine Embryos Through Interaction with the Neh1 Domain of Nrf2. Authors: Zhi-Chao Chi; Shu-Ming Shi; Li-Ying Liu; Lin-Yi Qu; Jing-Hang Li; Guan-Lin Jia; Yu-Yan He; Lin-Xuan Li; Yong-Xun Jin; Ming-Jun Zhang et al. Journal: Antioxidants Year: 2025 Salidroside Supplementation Affects In Vitro Maturation and Preimplantation Embryonic Development by Promoting Meiotic Resumption. Authors: Shuming Shi; Zhaojun Geng; Xianfeng Yu; Bing Hu; Liying Liu; Zhichao Chi; Linyi Qu; Mingjun Zhang; Yongxun Jin Journal: Genes Year: 2023 Hydroxyurea affects in vitro porcine oocyte maturation through increased apoptosis and oxidative stress. Authors: Wei Gao; Yongxun Jin; Jindong Hao; Siyi Huang; Dongxu Wang; Fushi Quan; Mingjun Zhang; Jiabao Zhang; Wenzhi Ren; Xianfeng Yu Journal: Bioscience Reports Year: 2021 Conclusion Prof. Dr. Xian-Feng Yu stands as a pioneering figure whose career has seamlessly integrated academic rigor, innovative research, and global collaboration. From his early academic dedication to his transformative achievements in animal cloning and stem cell research, he has consistently pushed the boundaries of reproductive biotechnology. His contributions not only enhance scientific understanding but also create tangible benefits for agriculture, veterinary medicine, and biodiversity conservation. Through his mentorship and international collaborations, he continues to shape the future of biotechnology while inspiring the next generation of researchers. His legacy is one of vision, impact, and enduring commitment to advancing science for the betterment of society. Xiyuan Huang | Computer Science | Young Innovator Award Posted on 28/08/202529/08/2025 by Research Awards Ms. Xiyuan Huang | Computer Science | Young Innovator Award Ms. Xiyuan Huang | Beijing Union University | China Ms. Xiyuan Huang, a student researcher at Beijing Union University, has demonstrated exceptional academic brilliance in the field of Artificial Intelligence and time-series analysis. As the first author of a Q1 journal publication in Expert Systems with Applications (IF 7.5), she introduced TCDformer, an innovative transformer-based model for long-term sports momentum prediction, highlighting her ability to design cutting-edge deep learning architectures with real-world impact. Her contributions reflect not only technical expertise but also a forward-looking vision for advancing AI-driven sports analytics and forecasting research. Author Profile Scopus Education From the very beginning of her academic journey, Ms. Xiyuan Huang demonstrated a natural curiosity for solving complex problems through technology. Her passion for mathematics, data patterns, and intelligent systems laid the foundation for her engagement with artificial intelligence. She immersed herself in the study of algorithms, statistics, and computational models, finding inspiration in the ability of AI to transform raw data into meaningful predictions. Her early academic focus was not only on acquiring knowledge but also on developing critical thinking skills that would later help her design innovative models. This formative phase nurtured a deep commitment to scientific inquiry, and she quickly emerged as a diligent student with a vision to merge theory with practical applications. Experience While still pursuing her academic degree, Ms. Huang stepped into research roles that bridged the gap between academia and applied innovation. She contributed as a student researcher at Beijing Union University, where her responsibilities extended beyond coursework to involve hands-on projects in artificial intelligence. Her professional endeavors have been defined by her ability to take theoretical frameworks and transform them into implementable solutions. By collaborating with mentors and peers, she cultivated a research style rooted in collaboration, technical precision, and forward-looking exploration. She also actively explored opportunities to work on projects that connected AI with real-world forecasting challenges, particularly in the context of sports analytics, reflecting her drive to make research impactful and relevant. Research Focus At the heart of Ms. Huang’s scholarly work lies her focus on artificial intelligence, deep learning architectures, and time-series forecasting. Her most distinguished contribution is the development of TCDformer, a novel transformer-based model designed for long-term sports momentum prediction. Published in the prestigious Expert Systems with Applications journal (JCR Q1, IF 7.5), this research highlights her capacity to address complex predictive tasks with elegance and efficiency. The model reflects not only technical innovation but also a fresh perspective on how AI can be leveraged to understand dynamic human behaviors such as sports performance. Beyond her publication, she has been actively engaged in refining methods of time-series analysis, creating pathways for AI-driven insights across domains including healthcare, economics, and social sciences. Her contributions emphasize innovation, methodological rigor, and a drive to explore uncharted territories of AI research. Accolades and Recognition Ms. Huang’s research achievements have gained recognition within academic circles for their originality and potential for real-world application. Being the first author of a high-impact international journal publication at an early career stage stands as a testament to her dedication and intellectual maturity. Her work has also drawn appreciation for bridging the divide between theoretical AI research and practical applications, particularly in sports analytics—a growing interdisciplinary field. The Academic Brilliance Recognition Award nomination further reflects the acknowledgment of her scholarly potential and innovative spirit by the wider research community. Each accolade she receives not only honors her current achievements but also sets the stage for her continued advancement in the field of AI. Impact and Influence The influence of Ms. Huang’s work extends well beyond her immediate academic environment. By designing TCDformer, she has opened new opportunities for sports scientists, analysts, and trainers to better understand patterns of momentum and performance. This demonstrates the transformative power of AI in reshaping traditional approaches to sports analytics. Her impact also lies in inspiring peers and fellow students to pursue bold research questions, emphasizing that impactful contributions can emerge at any stage of one’s career. Moreover, her focus on time-series forecasting provides a versatile framework that can be adapted to multiple domains, ensuring that her research has a ripple effect across disciplines. Her influence is steadily shaping a culture of curiosity, rigor, and innovation among emerging researchers. Publications TCDformer-based momentum transfer model for long-term sports prediction. Author: Hui Liu, Xiyuan Huang, Jiacheng Gu Journal: Expert Systems with Applications Year: 2025 Conclusion Ms. Xiyuan Huang exemplifies the qualities of a promising researcher whose work combines academic excellence, innovation, and practical relevance. Her early academic pursuits built a strong intellectual foundation, while her professional endeavors and groundbreaking contributions in AI and time-series forecasting demonstrate both skill and vision. Recognized for her achievements through publications and nominations, she continues to inspire peers and expand the impact of AI research in sports analytics and beyond. With her dedication, creativity, and forward-looking mindset, Ms. Huang is poised to make enduring contributions that will shape the future of artificial intelligence and its applications in diverse fields. Mehrdad Esmaeilipour | Biomaterials | Best Keynote Speaker Posted on 26/08/202526/08/2025 by Research Awards Mr. Mehrdad Esmaeilipour | Biomaterials | Best Keynote Speaker Mr. Mehrdad Esmaeilipour | Islamic Azad University of Bushehr | Iran Mr. Mehrdad Esmaeilipour, an accomplished Electronics Engineer from Islamic Azad University of Bushehr, Iran, is recognized for his pioneering contributions to green technology, digital health, and sustainable innovation. With extensive experience as a Senior Electronics Engineer at Arya Plasma Gostar Pars Company, he has led groundbreaking projects in air purification, water filtration, and wastewater treatment using advanced plasma systems. As the founder of Parsa Pardazesh Bushehr Sanat Company, he has combined entrepreneurship with mentorship, creating opportunities for young engineers. His patented inventions, scholarly publications, and international conference contributions highlight his dedication to advancing environmental sustainability and wearable technologies, while his numerous global awards underscore his impact as an innovative researcher and leader in electronics. Author Profile Google Scholar Education From the very beginning of his academic journey, Mr. Mehrdad Esmaeilipour demonstrated a strong inclination toward innovation and problem-solving in the field of electronics. His educational foundation was built on a deep understanding of electronics engineering, where he honed both theoretical knowledge and practical skills. During his academic years, he immersed himself in circuit design, control systems, and automation, cultivating a passion for harnessing technology to improve human life. His early focus on robotics and applied electronics paved the way for his later breakthroughs in sustainable technologies, wearable devices, and smart systems. His academic pursuit was never limited to classrooms; he actively engaged in hands-on projects, collaborative learning, and mentoring peers, proving himself to be both a dedicated learner and an inspiring leader. Experience Mr. Esmaeilipour has built a distinguished professional career characterized by leadership, innovation, and a strong sense of social responsibility. As a Senior Electronics Engineer, he played a vital role in developing advanced plasma-based systems for air purification, water filtration, and wastewater treatment. His professional journey is marked by his ability to lead technical teams, manage large-scale projects, and design cutting-edge integrated circuits that enhanced efficiency and sustainability in environmental applications. Beyond engineering, his entrepreneurial spirit drove him to establish his own company, where he combined technical expertise with business acumen. This venture not only contributed to technological growth but also provided job opportunities, empowering students and young engineers to gain real-world experience. His professional endeavors reflect a balance of technical brilliance and visionary leadership. Research Focus At the heart of his professional identity lies an unwavering commitment to research and innovation. Mr. Esmaeilipour’s contributions span across green technology, digital health, robotics, and artificial intelligence applications in electronics. One of his most notable innovations is the conceptualization and patenting of a smart bracelet designed for visually impaired individuals, integrating artificial intelligence to enhance navigation and emergency support. His research focus extends to cold plasma technology for environmental sustainability, energy-efficient systems, and the development of intelligent controllers in robotics. He has authored several academic books on photovoltaic systems, electrical safety, and advanced control strategies, providing valuable resources to students and professionals alike. His scholarly articles further demonstrate his dedication to bridging the gap between research and practical applications, making his work influential both in academia and industry. Accolades and Recognition The global recognition Mr. Esmaeilipour has received stands as a testament to his exceptional contributions to science, technology, and innovation. His work has earned him multiple international awards, celebrating his advancements in wearable technology, environmental sustainability, and electronics research. From global innovation awards to honors in industry impact and academic achievement, his accolades highlight the significance of his work in addressing real-world challenges. He has also been invited as a speaker and presenter at international conferences, where his insights into artificial intelligence, cold plasma systems, and advanced control methods have inspired fellow researchers and industry leaders. These recognitions are not just symbols of personal success but also affirm his role as a driving force in shaping the future of sustainable engineering. Impact and Influence Beyond his technical contributions, Mr. Esmaeilipour has made a lasting impact on communities, institutions, and the global research ecosystem. Through his leadership in industrial projects, he has directly contributed to cleaner environments and safer technological practices. His entrepreneurial efforts have provided employment opportunities and fostered innovation in local industries. As a mentor, he has guided students and young engineers, encouraging them to pursue creative solutions in robotics and electronics. His published works, conference presentations, and patented inventions continue to influence researchers and practitioners worldwide, creating a ripple effect that extends far beyond his immediate projects. His influence lies not only in the technologies he has developed but also in the people he has inspired and empowered. Publications Design, Construction and Performance Comparison of Fuzzy Logic Controller and PID Controller for Two-Wheel Balance Robot(Smart Sensors). Author: M Esmaeilipour, MH Zalzar Journal: Applied Mathematics on Science and Engineering Year: 2025 Advances and Challenges in Lithium-Ion Battery Technology Author: M Esmaeilipour Journal: Electrical, Mechanical, Information Year: 2025 Conclusion In every stage of his journey, Mr. Mehrdad Esmaeilipour has exemplified the qualities of an innovative engineer, visionary entrepreneur, and dedicated mentor. His academic foundation, professional expertise, and research contributions have consistently advanced the fields of electronics, sustainability, and digital health. The recognition he has earned worldwide reflects not only his technical brilliance but also his enduring commitment to using technology for the greater good. As he continues to push the boundaries of innovation, his legacy will be defined by the meaningful impact he leaves on industries, communities, and future generations of engineers. Shanshan Liu | Environmental monitoring | Best Researcher Award Posted on 26/08/202526/08/2025 by Research Awards Prof. Shanshan Liu | Environmental monitoring | Best Researcher Award Prof. Shanshan Liu | Handan University | China Prof. Shanshan Liu, a distinguished faculty member at the College of Chemistry, Chemical Engineering and Materials, Handan University, is recognized for her impactful research in environmental materials and pollutant detection technologies. With a Ph.D. from Zhengzhou University (2023) and over 20 SCI-indexed publications, her innovative work on nano carbon dot materials has advanced applications in humidity sensing, water content analysis, heavy metal ion detection, and anti-tumor therapies. Her contributions provide valuable theoretical and practical insights for sustainable environmental monitoring and biomedical applications, marking her as a promising researcher and a strong contender for the Best Researcher Award. Author Profile Scopus Education Prof. Shanshan Liu’s academic journey reflects her unwavering dedication to science and innovation. From her earliest studies, she demonstrated a strong curiosity about the environment and materials science, a passion that later guided her towards advanced research. Her formal training in chemistry and materials science provided her with a solid foundation to explore the complex intersections between materials, environment, and health. With a Ph.D. in materials science, she sharpened her expertise in designing advanced functional materials, with a particular focus on environmental applications. This academic background not only nurtured her scientific rigor but also inspired her to engage in forward-looking research that addresses global challenges. Experience Currently serving as a professor at the College of Chemistry, Chemical Engineering and Materials at Handan University, Prof. Liu plays an influential role as a teacher, mentor, and researcher. Her professional career combines academic instruction with groundbreaking research, ensuring that her students receive both theoretical knowledge and exposure to cutting-edge innovations. Through her active involvement in university-led research projects, she contributes to strengthening her institution’s academic reputation while also creating opportunities for young researchers to grow. Her work is anchored in a vision that combines environmental sustainability with material science, reflecting her dedication to both scientific excellence and societal betterment. Research Focus Prof. Liu’s research primarily centers on environmental materials and pollutant detection technologies. Her pioneering work with nano carbon dot materials has opened new possibilities in multiple areas. She has developed innovative approaches for detecting water content in organic solvents and monitoring air humidity with high sensitivity and precision. Furthermore, her research extends to environmental pollution control, specifically targeting the detection of heavy metal ions using carbon dot fluorescence performance. Notably, her exploration of bio anti-tumor nanomaterials marks an important interdisciplinary contribution, linking materials science with biomedical research. These studies not only address pressing environmental and health-related challenges but also establish new pathways for developing sustainable sensing technologies and novel therapeutic solutions. Accolades and Recognition Prof. Liu’s commitment to research excellence is reflected in her impressive academic output, with more than 20 publications in SCI-indexed journals and a citation index exceeding 200. These achievements highlight the recognition her work has received within the scientific community. She has also been entrusted with leading several funded research projects at Handan University, demonstrating the trust placed in her ability to deliver impactful outcomes. While she has yet to publish books or patents, her strong research record and continuous engagement in institutional projects illustrate her rising influence in the field. Her nomination for the Best Researcher Award further acknowledges her outstanding contributions and the promise of even greater achievements ahead. Impact and Influence The impact of Prof. Liu’s research extends well beyond academic publications. Her innovations in pollutant detection provide valuable insights for environmental monitoring and public health protection, offering practical solutions to urgent global issues such as water quality, air purity, and toxic exposure. Her exploration of nanomaterials for biomedical applications is also influencing future directions in cancer treatment research, showing how cross-disciplinary collaboration can lead to meaningful breakthroughs. Beyond her personal research, she serves as a role model for her students and colleagues, inspiring them with her dedication, perseverance, and vision for science as a driver of positive change. Publications Surface Amide–Mediated Synthesis of Bright Blue Fluorescent Carbon Dots for High-Sensitivity Detection of Hg2+ Ions. Author: Shanshan Liu, Xiaojia Zhao, Hongying Guo, Yongfeng Cai, Tao Zhang Journal: Luminescence Year: 2025 The Role and Recent Progress in Hydrogen Production Using Carbon Dots-Based Photocatalysts. Author: Shanshan Liu, Junqi Chen, Yongfeng Cai, Yunping Lai, Tao Zhang Journal: Energy Technology Year: 2025 Hydrothermal Synthesis of Nitrogen-Doped Carbon Dots for Selective Fe3+ Detection. Author: Shanshan Liu, Weijie Liu, Xiuhong Chen, Yunping Lai & Tao Zhang Journal: Fluorescence Year: 2025 Conclusion Prof. Shanshan Liu’s academic journey and professional contributions reflect a blend of passion, innovation, and commitment to advancing science for the benefit of society. Through her pioneering work in environmental materials and pollutant detection technologies, she has not only enriched the field of materials science but also provided practical solutions for pressing environmental and health challenges. Her growing influence, proven research excellence, and dedication to mentorship establish her as an inspiring figure in academia. With a clear vision for future breakthroughs, she stands as a deserving candidate for the Best Researcher Award, embodying both scholarly excellence and societal impact. Jinhua Zhu | Separation Sciences | Best Researcher Award Posted on 25/08/202525/08/2025 by Research Awards Prof Dr. Jinhua Zhu | Separation Sciences | Best Researcher Award Prof Dr. Jinhua Zhu | Henan University | China Prof. Dr. Jinhua Zhu, a distinguished Professor and Doctoral/Master’s Supervisor at Henan University, is recognized as an Outstanding Youth of Henan Province. Her research centers on life separation science and the theory and application of chromatography technology, with impactful contributions in active component screening and functional drug delivery systems. She has published extensively in leading journals and has led numerous national and provincial research projects, advancing both theoretical and applied aspects of analytical chemistry. Author Profile Orcid Education Prof. Dr. Jinhua Zhu began her academic journey with a strong foundation in chemistry, cultivating an early passion for scientific inquiry and innovation. Her undergraduate studies provided her with a comprehensive understanding of core chemical principles, analytical thinking, and practical laboratory skills. This academic base ignited her curiosity in analytical chemistry, encouraging her to pursue advanced research in the field. As she progressed into doctoral studies, she immersed herself deeply in the study of separation science, chromatography, and applied chemical methodologies. Her doctoral training not only sharpened her research abilities but also nurtured her interest in solving real-world challenges related to drug discovery, environmental monitoring, and biochemical analysis. These formative years set the stage for her emergence as a respected academic, shaping her professional identity and building the foundation for her future contributions. Experience After completing her academic preparation, Prof. Zhu embarked on a professional journey that showcased her dedication to both teaching and research. She began her career in higher education, taking on roles that balanced classroom instruction with laboratory exploration. Her teaching portfolio has grown to include key undergraduate and graduate courses such as Instrumental Analysis, Separation Technology, and Modern Environmental Analysis Technology. Through these courses, she has not only transferred technical knowledge but also instilled scientific curiosity and critical problem-solving skills in her students. Alongside teaching, she pursued postdoctoral research, gaining deeper insights into advanced chemical analysis and international exposure through academic exchange programs. Her visiting scholarship abroad further broadened her scientific vision, allowing her to connect with global research trends and establish meaningful collaborations. Over time, her professional trajectory advanced steadily, reflecting her commitment to both academic excellence and innovative research leadership. Research Focus At the core of Prof. Zhu’s work lies her extensive contribution to life separation science and chromatography technology. Her research delves into both theoretical advancements and practical applications, making her work highly impactful in modern analytical chemistry. She has been particularly dedicated to the screening of bioactive components with hypoglycemic and anti-inflammatory properties, which has significant implications for therapeutic drug development. Another important dimension of her research is the construction and application of functional drug delivery systems, aimed at enhancing the effectiveness and precision of medical treatments. By combining fundamental chemical principles with applied research goals, Prof. Zhu bridges the gap between laboratory research and societal needs. Her publications in respected journals such as Separation and Purification Technology, Analytica Chimica Acta, Colloids and Surfaces B, and Talanta reflect her ability to contribute knowledge that is both novel and widely recognized in the scientific community. Accolades and Recognition Prof. Zhu’s academic journey has been marked by numerous awards, grants, and recognitions that highlight her leadership in chemistry and separation science. She has successfully led a variety of funded research projects, ranging from national-level grants to provincial programs that underscore her innovative contributions. Being recognized as an Outstanding Youth of Henan Province reflects not only her academic achievements but also her role as a model for emerging researchers in her region. These honors demonstrate her ability to consistently produce high-quality research, mentor the next generation of chemists, and push the boundaries of analytical methodologies. Her leadership in securing key projects at both national and provincial levels stands as testimony to her expertise, trustworthiness, and scientific vision. Impact and Influence The influence of Prof. Zhu extends beyond academic publications and research projects—her impact resonates within the broader scientific community and in real-world applications. Her work in drug delivery systems and natural product analysis offers pathways toward improved medical therapies, addressing health challenges such as diabetes and inflammation-related diseases. By developing innovative chromatography technologies, she has provided researchers with more efficient and precise analytical tools that can be applied in pharmaceutical, environmental, and food sciences. As a mentor and teacher, she has inspired numerous students, cultivating a culture of curiosity, discipline, and innovation in scientific practice. Her dual role as a researcher and educator ensures that her influence is both immediate in advancing scientific frontiers and long-lasting through the students she continues to guide. Publication Dual-monomer magnetic molecularly imprinted polymer for highly efficient luteolin separation from natural products. Author: Yunfeng Yuan, Xiaoqi Liu, Chenjia Jiang, Haodong Zhou, Jinhua Zhu, Abdelhadi El Jaouhari, Xiuhua Liu, Minghua Lu* Journal: Separation and Purification Technology, Year: 2025 Three-dimensional ordered macro-microporous ZIF-8-α-Glu microreactors for α-glucosidase inhibitors screening from green tea. Author: Xiaoqi Liu, Haodong Zhou, Chenjia Jiang, Yunfeng Yuan, Jinhua Zhu, Minghua Lu*Journal: Talanta Year: 2025 Phenylboronic acid functionalized magnetic ferroferric oxide nanoparticles and capillary electrophoresis for efficient isolation of flavonoid compounds from leaves of Lonicera japonica Thunb. Author: Chenjia Jiang, Xiaoqi Liu, Yunfeng Yuan, Haodong Zhou, Jinhua Zhu, Minghua Lu*Journal: Chromatography A, Year: 2025 Conclusion Prof. Dr. Jinhua Zhu stands as a leading figure in the field of analytical and separation science, with her research bridging theoretical chemistry and real-world biomedical applications. Through her pioneering work in chromatography, bioactive compound screening, and functional drug delivery systems, she has advanced both scientific knowledge and practical healthcare solutions. Her impactful publications, successful research leadership, and dedication to mentoring young scholars highlight her as a role model in academia. With continued innovation and global collaborations, Prof. Zhu’s contributions are set to leave a lasting legacy, shaping the future of separation science and strengthening its role in improving human health and well-being. Abolfazl Mozaffari | Nanofibers | Best Review Paper Award Posted on 25/08/202525/08/2025 by Research Awards Dr. Abolfazl Mozaffari | Nanofibers | Best Review Paper Award Dr. Abolfazl Mozaffari | Azad university | Iran Dr. Abolfazl Mozaffari is a textile engineering researcher and academic at Islamic Azad University, Iran, specializing in nanofibers, electrospinning, scaffolds, and tissue engineering. He holds a Ph.D. in Textile Engineering from Yazd Branch of Islamic Azad University, where his doctoral research focused on plasma modification of electrospun gelatin nanofibers for biomedical applications. With extensive teaching experience as a Visiting Assistant Professor at Applied Science University and Payame Noor University, he has published widely in peer-reviewed journals and contributed to books and conferences in textile science and biotechnology. His research integrates advanced textile materials with biomedical engineering to develop functional scaffolds and innovative applications in regenerative medicine. Author Profile Google Scholar Education Dr. Abolfazl Mozaffari began his academic journey with a strong passion for textiles and material sciences, laying the foundation of his career in textile engineering. His early education introduced him to the fundamental principles of fiber technology, dyeing, and textile chemistry, which later shaped his orientation toward nanofibers and biomedical applications. Driven by curiosity, he delved into the world of electrospinning, scaffolds, and surface modification, exploring how textile-based solutions could transcend conventional uses and address challenges in healthcare and biotechnology. His academic training equipped him with a multidisciplinary mindset, combining textile science with nanotechnology, biology, and engineering. This early pursuit instilled in him not only technical expertise but also the vision of integrating textile innovations into life-saving medical applications. Experience Throughout his career, Dr. Mozaffari has actively served as a Visiting Assistant Professor at both Applied Science University and Payame Noor University, contributing significantly to the academic and professional growth of students. His teaching portfolio includes courses on digital printing, textile identification, and advanced material characterization, which he delivered both in classrooms and specialized workshops at national and international conferences. Alongside teaching, he has supervised student projects and guided aspiring researchers in developing innovative ideas at the intersection of textiles, nanotechnology, and biomedical engineering. His professional endeavors also extend into translation and authorship of academic books, highlighting his commitment to knowledge dissemination. By balancing his role as an educator, researcher, and mentor, he has created a strong platform for advancing both academic excellence and practical applications in textile science. Research Focus Dr. Mozaffari’s research contributions lie at the exciting convergence of nanotechnology, tissue engineering, and textile innovations. His work has primarily focused on the development and surface modification of electrospun nanofiber scaffolds, particularly gelatin-based materials, to enhance their biocompatibility and functional properties for tissue engineering. Through pioneering studies on plasma treatments and chemical modifications using natural cross-linkers such as tannic acid, he has advanced scaffold fabrication methods that hold immense potential for regenerative medicine and wound healing. His scholarly publications, ranging from highly regarded journals to collaborative book projects, have explored electrospinning processes, surface modifications, and their biomedical applications. He has also extended his research into functional carbon-based materials for blood purification, broadening the scope of his expertise into critical medical interventions. Additionally, his earlier works on dyeing and antibacterial finishing of textiles using nanomaterials underscore his versatility in bridging traditional textile sciences with cutting-edge nanobiotechnology. Accolades and Recognition Recognized for his impactful research, Dr. Mozaffari has received multiple awards and grants that underscore the originality and societal relevance of his work. Notably, his innovative approaches to modifying electrospun nanofibers earned him grants from national nanotechnology councils, reflecting the scientific and practical importance of his doctoral and master’s research. His recognition also extends to awards received during academic conferences, particularly for workshops on digital printing and presentations on plasma technology applications in textiles and tissue engineering. These accolades highlight both his scientific ingenuity and his dedication to academic and professional communities. Impact and Influence The impact of Dr. Mozaffari’s work extends far beyond academia. By bridging textile science with regenerative medicine, his contributions provide new opportunities for healthcare innovation, especially in developing functional scaffolds for tissue repair and biomedical implants. His interdisciplinary approach has influenced young researchers and students, inspiring them to pursue bold ideas that merge traditional engineering with life sciences. Furthermore, his role as a reviewer and member of professional organizations such as the Iranian Textile Association positions him as an influencer in shaping research trends and maintaining high academic standards. His published works are widely referenced, making significant contributions to the evolving knowledge base in nanofibers, surface engineering, and biomedical textiles. Publications Argon and argon–oxygen plasma surface modification of gelatin nanofibers for tissue engineering applications. Author: A Mozaffari, M Parvinzadeh Gashti, M Mirjalili, M Parsania Journal: Membranes Year: 2021 Polyvinylpyrrolidone/carbon nanotube/cotton functional nanocomposite: preparation and characterization of properties. Author: F Alimohammadi, M Parvinzadeh Gashti, A Mozaffari Journal: Fibers and Polymers Year: 2018 Air plasma functionalization of electrospun nanofibers for skin tissue engineering. Author: A Mozaffari, M Parvinzadeh Gashti Journal: Biomedicines Year: 2022 The Impact of Helium and Nitrogen Plasmas on Electrospun Gelatin Nanofiber Scaffolds for Skin Tissue Engineering Applications. Author: A Mozaffari, M Parvinzadeh Gashti, F Alimohammadi, M Pousti Journal: Functional Biomaterials Year: 2024 Conclusion Dr. Abolfazl Mozaffari’s journey reflects the evolution of a scholar who has seamlessly combined the strengths of textile engineering, nanotechnology, and biomedical sciences. His dedication to academic excellence, innovative research, and student mentorship demonstrates not only his scientific brilliance but also his commitment to creating solutions with real-world impact. Through his publications, teaching, and professional service, he has contributed significantly to advancing both knowledge and practice in textile-based biomedical engineering. As he continues to explore new frontiers in nanofibers, functional materials, and regenerative medicine, Dr. Mozaffari stands as a forward-looking researcher whose legacy will inspire future generations of scientists, engineers, and innovators. Md. Hakimul Haque | Microbiology | Best Researcher Award | 13596 Posted on 25/08/202525/08/2025 by Research Awards Dr. Md. Hakimul Haque | Microbiology | Best Researcher Award Dr. Md. Hakimul Haque | The University of Queensland | Australia Dr. Md. Hakimul Haque is a research scientist with a PhD in Medicine from Griffith University, Australia, and over 19 years of academic and research experience in microbiology, molecular diagnostics, antimicrobial resistance, and cancer biomarker studies. He is currently a Postdoctoral Research Fellow at The University of Queensland and an Adjunct Research Fellow at James Cook University. Dr. Haque has authored 51 peer-reviewed publications, developed innovative biosensor technologies, and led multiple funded research projects on antimicrobial resistance and biosensing applications. His work integrates microbiology, nanotechnology, and translational research to advance diagnostic innovations and improve public health outcomes. Author Profile Scopus Education Dr. Md. Hakimul Haque’s academic journey began with a strong foundation in veterinary medicine and microbiology, where he excelled as a top-performing student. His early interests lay in the study of infectious diseases and the molecular mechanisms that drive pathogen behavior. This curiosity pushed him towards advanced research on molecular detection methods, microbial pathogenesis, and antimicrobial resistance. His postgraduate studies further deepened his expertise, focusing on clinical microbiology, molecular diagnostics, and the application of innovative laboratory techniques. From the outset, Dr. Haque demonstrated not only scholarly excellence but also a passion for applying science to address pressing public health issues, particularly in infectious disease surveillance and diagnostics. Experience Building upon his academic foundation, Dr. Haque has pursued an extensive professional career spanning teaching, research, and clinical practice. He has served in various academic and scientific capacities, contributing both as a lecturer and as a mentor to postgraduate students. His transition to research-intensive roles has seen him work at the interface of microbiology, nanotechnology, and biomedical science. At The University of Queensland, he continues to engage in groundbreaking projects that explore biosensor development, biomarker extraction, and electrochemical diagnostics. His professional engagements have not only advanced his own expertise but have also fostered collaboration across disciplines, connecting veterinary science, human medicine, and bioengineering. Research Focus Dr. Haque’s research portfolio is both broad and impactful. His work centers on molecular diagnostics, antimicrobial resistance, and cancer biomarkers, with a particular emphasis on the development of biosensing technologies. By integrating microbiology with nanotechnology, he has pioneered innovative diagnostic tools that allow for rapid, sensitive, and cost-effective disease detection. His contributions extend to both human and animal health, reflecting a true “One Health” approach. Through the development of electrochemical biosensors and novel detection techniques, Dr. Haque has opened new pathways for identifying drug-resistant pathogens and cancer-related biomarkers, offering potential solutions to some of the most urgent challenges in global health. His more than 50 peer-reviewed publications and multiple book chapters highlight his scholarly productivity and commitment to advancing biomedical sciences. Accolades and Recognition Throughout his career, Dr. Haque has been recognized for his excellence in both teaching and research. He has received multiple awards for high-impact publications, including recognition from prestigious organizations and international funding bodies. His academic success has been supported by competitive research scholarships, which enabled him to pursue advanced studies in Australia and conduct world-class research in cancer diagnostics and biosensing. In addition, he has been trusted with leadership roles in professional associations and review committees, where his expertise continues to shape scientific discourse and guide future research. These accolades reflect his dual strength as both a scientist and an academic leader. Impact and Influence The influence of Dr. Haque’s work extends far beyond academic publications. His studies on antimicrobial resistance directly inform public health strategies, especially in regions where resistant pathogens pose significant risks to human and animal health. His diagnostic innovations are designed to be practical and accessible, ensuring that advanced technologies can reach clinical and field settings worldwide. By mentoring graduate students, he has also contributed to capacity building in microbiology and biomedical sciences, nurturing the next generation of researchers. His collaborations with international partners reinforce his role as a global scientist whose work bridges disciplines, geographies, and societal needs. Publications First Molecular Characterization and Antibiogram of Bacteria Isolated from Dairy Farm Wastewater in Bangladesh. Author: M. S. Islam, M. A. Polash, M. H. Hague Journal: Veterinary medicine international Year: 2025 Risk factors and antibiogram of human uropathogens in the northern part of Bangladesh: A crosssectional study. Author: M. F. Islam, D. K. Das, M. H. Hague Journal: Applied biology and biotechnology Year: 2024 A simple, inexpensive and portable on-farm test for pregnancy diagnosis and ovary status in cows via chemical analysis of urine. Author: M. H. Haque, S. Narayan, M. S. Islam Journal: Biochemical and biophysical research communications Year: 2023 Conclusion Dr. Md. Hakimul Haque stands as a distinguished researcher whose journey reflects unwavering dedication to science, education, and global health. His pioneering work in molecular diagnostics, antimicrobial resistance, and biosensor technology has not only advanced biomedical research but also created tangible pathways for improving clinical outcomes. With a proven record of impactful publications, funded projects, and mentorship, he continues to shape the scientific community both in Australia and internationally. Looking to the future, Dr. Haque’s vision is clear—leveraging innovation and collaboration to address urgent health challenges and inspire the next generation of researchers. His career is a remarkable blend of academic brilliance, practical innovation, and a profound commitment to the betterment of society. HU Chuanmei | Aging design | Best Researcher Award Posted on 21/08/202521/08/2025 by Research Awards Assoc Prof Dr. HU Chuanmei | Aging design | Best Researcher Award Assoc Prof Dr. HU Chuanmei | Chengdu University of Technology | China Assoc. Prof. Dr. HU Chuanmei, from Chengdu University of Technology, China, is a distinguished academic and researcher specializing in industrial design, intelligent interaction systems, and aging research. Her work focuses on developing innovative assistive technologies, smart environments, and human-centered designs that enhance the quality of life for elderly populations. Through her interdisciplinary research and leadership, she has made significant contributions to the fields of design, robotics, and healthcare innovation. Author Profile Scopus Education Assoc. Prof. Dr. HU Chuanmei began her academic journey with a strong foundation in industrial design, urban planning, and architectural concepts. Her early education in industrial design nurtured her creative vision and technical understanding of how products and environments can be tailored to improve human lives. Building on this base, she pursued advanced studies in urban planning and design, equipping herself with a holistic perspective that blends creativity, engineering, and user-centric innovation. This academic path not only refined her design skills but also provided her with a comprehensive understanding of how people interact with spaces and technologies. Her passion for combining technology with human needs became the driving force behind her future research and professional endeavors. Experience Dr. HU Chuanmei has built an impressive career in academia, research, and administration. She has served in various teaching and leadership roles, progressing through positions that allowed her to mentor students, develop curriculum, and guide research initiatives. As an educator, she inspired young scholars in industrial design and engineering, instilling in them the values of creativity, precision, and innovation. Beyond teaching, she embraced significant administrative responsibilities, leading departments where she shaped academic programs and encouraged interdisciplinary collaboration. In addition to her university contributions, Dr. Hu extended her expertise to public service, taking on roles in municipal governance where she supported industrial partnerships and promoted economic cooperation. Her professional journey reflects a balance between academic dedication, research leadership, and practical engagement with real-world challenges. Research Focus The research interests of Dr. HU Chuanmei are centered on the intersection of technology, design, and human well-being. She is particularly recognized for her pioneering work in aging research, intelligent equipment and robotics, and intelligent interaction design. Her studies in aging research are aimed at addressing the challenges faced by elderly populations by creating solutions that enhance mobility, accessibility, and independence. She has focused on developing assistive devices that are ergonomic, user-friendly, and adaptable to the needs of aging individuals, ensuring that technology serves as a bridge to comfort and dignity. In robotics and intelligent equipment, her innovations have sought to improve efficiency and usability, integrating artificial intelligence and human-computer interaction to design devices that respond intuitively to user needs. By merging industrial design with intelligent technologies, she has created practical applications that directly improve quality of life and healthcare outcomes. Awards and Recognition Over the course of her career, Dr. HU Chuanmei has received recognition from academic and professional communities for her influential work. Her research has been widely cited in leading journals, particularly in studies concerning intelligent design and gerontechnology, showcasing the broad relevance and application of her findings. She has presented her work at prestigious international conferences, where her insights into design for aging populations and intelligent systems have been met with acclaim. Her interdisciplinary approach, combining design principles with advanced technologies, has positioned her as a thought leader and innovator in her field. These accolades highlight not only her academic excellence but also her ability to contribute solutions to some of society’s most pressing challenges, particularly those related to aging and healthcare innovation. Impact and Influence The influence of Dr. HU Chuanmei extends across disciplines and sectors, bridging industrial design, healthcare, and robotics. Her research has shaped the way designers and engineers think about aging populations, emphasizing inclusivity and accessibility as core principles of modern design. By incorporating intelligent interaction systems into assistive devices, she has redefined usability, ensuring that technology adapts to human needs rather than the reverse. Her contributions have significantly impacted the development of smart environments, healthcare solutions, and elderly care systems, offering innovative approaches to long-term care and independent living. Her work has also influenced students, fellow researchers, and practitioners, encouraging them to adopt an interdisciplinary and human-centered mindset. In essence, her career demonstrates how design and technology can be harmonized to create meaningful societal progress. Publication Applied research using the NIOSH lifting equation to optimize the design of shopping trolley for the elderly. Author: Chuanmei Hu, Xiaolin Huang, Gang Jiang, Siqi Hou & Yong Wang Journal: Scientific Reports Year: 2024 Conclusion Assoc. Prof. Dr. HU Chuanmei exemplifies the fusion of creativity, technology, and human-centered design in advancing solutions for an aging society. Her pioneering research in intelligent interaction, assistive technology, and industrial design continues to inspire innovation while addressing global challenges in elderly care. With her forward-looking vision and impactful contributions, she stands as a leader whose work will leave a lasting legacy in both academia and practical applications for societal well-being. Jitendra Patil | Health Sciences | Best Researcher Award Posted on 19/08/202519/08/2025 by Research Awards Mr. Jitendra Patil | Health Sciences | Best Researcher Award Mr. Jitendra Patil | Sankalchand Patel University Visnagar,Badoda | India Mr. Jitendra Hilal Patil, Lecturer at H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur, is a PCI-registered academic with a strong background in pharmaceutical sciences and nanotechnology. He holds an M.Pharm in Quality Assurance and is pursuing his Ph.D. at Sankalchand Patel University, Visnagar. His research focuses on developing pH-responsive nanocarrier drug delivery systems for targeted cancer therapy, with publications in Scopus-indexed journals and one patent under process. With a citation index of 29, his innovative work contributes significantly to advancing precision medicine while minimizing systemic toxicity in anticancer treatments. Author Profile Scopus Education From the very beginning of his educational journey, Mr. Jitendra Hilal Patil demonstrated a keen interest in pharmaceutical sciences and biomedical research. His strong academic foundation was built through consistent excellence across secondary and higher secondary education, which he pursued with dedication and discipline. His pursuit of a Bachelor’s and Master’s degree in Pharmacy further sharpened his knowledge in drug formulation, quality assurance, and advanced pharmaceutical principles. These formative academic years not only shaped his scientific mindset but also ignited his passion for research in nanotechnology and innovative drug delivery systems. His pursuit of a Ph.D. reflects his commitment to expanding the boundaries of knowledge and contributing to global healthcare challenges. Experience Mr. Patil serves as a Lecturer at H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur, where he plays a pivotal role in nurturing future pharmacists and researchers. His teaching approach integrates theory with practical insights, encouraging students to think critically about real-world healthcare challenges. Alongside his teaching responsibilities, he actively engages in research, ensuring his academic contributions are aligned with the latest developments in pharmaceutical innovation. His ability to balance teaching, research, and mentoring highlights his versatility as both an educator and a researcher. He also ensures his students are exposed to cutting-edge topics such as nanotechnology, targeted therapies, and drug delivery systems, preparing them to excel in the evolving landscape of pharmaceutical sciences. Research Focus The hallmark of Mr. Patil’s academic journey lies in his research on pH-responsive nanocarrier drug delivery systems designed for targeted cancer treatment. Recognizing the limitations of conventional chemotherapy—such as poor survival rates, systemic toxicity, and severe side effects—he focused on developing titanium-based metal-organic frameworks (Ti-MOFs) as nanocarriers for the anticancer drug axitinib (AXT). Through advanced hydrothermal synthesis and characterization techniques, he successfully developed stable, porous nanostructures that exhibit excellent pH-responsive behavior. His in vitro studies revealed that these carriers released minimal drug amounts in neutral pH, simulating healthy tissues, but significantly increased release in acidic environments mimicking cancer cells. This innovation represents a major step toward precision medicine, offering the potential to reduce toxicity and enhance therapeutic efficacy. His work exemplifies how nanotechnology can transform oncology treatments, opening doors to more effective and patient-friendly therapies. Awards and Recognition Mr. Patil’s research has garnered recognition through Scopus-indexed publications, citations, and a patent under process, highlighting the originality and applicability of his work. With a citation index of 29, his publications demonstrate a meaningful academic impact and a growing influence in the pharmaceutical research community. He is also a registered member of the Pharmacy Council of India (PCI), further strengthening his professional credibility. While he has not yet accumulated multiple industry consultancy projects or editorial appointments, his promising work and contributions reflect the qualities of a rising researcher who is set to achieve even greater recognition at both national and international levels. Impact and Influence The potential impact of Mr. Patil’s research extends beyond academia, offering transformative possibilities in cancer treatment. By addressing the challenges of drug toxicity and inefficient targeting, his nanocarrier-based system has the potential to improve the quality of life for patients undergoing therapy. Moreover, his contributions set a strong foundation for future collaborations in nanomedicine, oncology research, and pharmaceutical technology. His influence also extends to his students, who benefit from his mentorship, guidance, and emphasis on research-driven learning. By bridging the gap between classroom knowledge and practical innovation, he inspires a new generation of pharmaceutical professionals to pursue impactful research that addresses pressing healthcare challenges. Publications Nonlocal thermoelastic diffusion analysis in a semi-infinite body subjected to thermal loading with memory effects. Author: Jitendra Patil, Chandrakant Jadhav, Nitin Chandel & Vinod Varghese Journal: Archive of Applied Mechanics Year: 2025 Development and Characterization of AXT@Metal-Organic Framework: A Biocompatible, pH-Responsive Nanocarrier for Targeted Axitinib Delivery in MCF-7 Cancer Cells. Author: Jayvadan K. Patel, Ujashkumar A. Shah, Pravin O. Patil, Jitendra H. Patil Journal: Annales Pharmaceutiques Françaises Year: 2025 Conclusion Mr. Jitendra Hilal Patil exemplifies the qualities of a dedicated educator, an emerging researcher, and an innovator in pharmaceutical sciences. His academic journey, professional commitments, and research on pH-responsive nanocarriers reflect not only his scientific expertise but also his vision for improving global healthcare outcomes. With a growing body of impactful publications, a patent under process, and recognition as a promising voice in nanotechnology and drug delivery research, he continues to inspire both peers and students alike. Looking forward, his unwavering dedication positions him to make enduring contributions that bridge cutting-edge research with tangible benefits for society, leaving a meaningful legacy in academia and beyond. Bensiradj Nour El Houda | Pharmacology | Best Researcher Award Posted on 18/08/202518/08/2025 by Research Awards Dr. Bensiradj Nour El Houda | Pharmacology | Best Researcher Award Dr. Bensiradj Nour El Houda | ENS Kouba | Algeria Dr. Bensiradj Nour El Houda is an Associate Professor at the Higher Normal School (ENS) Kouba, Algeria, and a researcher at the Computational and Photonic Theoretical Chemistry Laboratory, USTHB. She holds a Magister (2010), a Doctorate in Theoretical and Computational Chemistry (2017), and a University Accreditation (2021). Her research focuses on computational chemistry, electronic spectroscopy, organometallic complexes, renewable energies, and photovoltaic materials (ZIFs). She has supervised numerous Master’s theses, coordinated national research projects, and published extensively in high-impact international journals. Dr. Bensiradj has also participated in international collaborations and conferences across Europe, the Middle East, and North Africa, contributing significantly to advancing theoretical and applied chemistry. Author Profile Scopus Education Dr. Bensiradj Nour El Houda began her academic journey with an early passion for chemistry, physics, and computational sciences, which shaped her career path in higher education and advanced research. She pursued her Magister degree in Chemistry at the University of Science and Technology Houari Boumediene (USTHB) in 2010, specializing in theoretical and computational chemistry. Her thesis, “Study of Electron Spectroscopy Applied to Chemical Systems: ZnTe and its Ions”, reflected her early interest in spectroscopic analysis and computational modeling. The thesis was supervised by Prof. O. Ouamerali and awarded with a “Very Good” distinction, highlighting her excellence at the initial stages of her career. Building upon this foundation, Dr. Bensiradj continued to explore the intersection of theoretical chemistry and spectroscopy, completing her Doctorate in Science in 2017 at USTHB. Her doctoral thesis, “Theoretical Study of Excited States and Electronic Spectroscopy of Chemical and Biological Systems”, marked a significant step in her scholarly journey, earning a “Very Honorable” mention. In 2021, she achieved University Accreditation with honors, a milestone that formally recognized her capacity to conduct independent research and mentor emerging scholars. Experience Dr. Bensiradj’s professional career is deeply tied to her dual roles as an academic educator and researcher. She began as an Assistant Teacher at ENS Kouba in 2013, later advancing to Lecturer (2017) and subsequently to Associate Professor (2021). Over the years, she has taught a wide spectrum of subjects, including quantum chemistry, atomic and molecular structure, chemical equilibrium, analytical chemistry, and computational methods at both undergraduate and postgraduate levels. Her teaching style blends theoretical rigor with applied perspectives, bridging the gap between computational simulations and real-world chemical systems. In parallel, she has guided numerous Master’s theses on topics ranging from theoretical studies of molecular clusters, natural product chemistry, spectroscopy of transition metal complexes, environmental chemistry, and deep learning applications in chemical analysis. This supervision reflects her ability to integrate theoretical models with experimental validation, preparing future researchers with interdisciplinary expertise. Research Focus Dr. Bensiradj Nour El Houda’s research is firmly anchored in computational and photonic theoretical chemistry, with her work spanning a diverse range of interconnected themes. She specializes in electronic spectroscopy and advanced quantum chemistry methods such as HF, DFT, and TDDFT, applying these approaches to investigate the structure and reactivity of organic, metallic, and organometallic compounds. A significant aspect of her research also centers on the modeling of photovoltaic materials and renewable energy applications, with a particular emphasis on Zeolitic-Imidazolate Frameworks (ZIFs) for gas adsorption, storage, and energy solutions. Additionally, she has contributed to the development of computational codes that optimize chemical modeling, enhancing both accuracy and efficiency in theoretical simulations. Beyond these areas, Dr. Bensiradj has actively engaged in environmental chemistry, exploring innovative methods for heavy metal removal, wastewater treatment, and green chemistry applications, thereby linking computational studies with real-world environmental sustainability. Awards and Recognition Dr. Bensiradj’s academic excellence has been consistently acknowledged. She earned distinctions in both her Magister and Doctoral degrees, culminating in a University Accreditation with Honors in 2021. She has been entrusted with national research projects, including CNEPRU and PRFU projects focused on hydrogen storage, non-linear optics, and computational modeling of organometallic systems. Her international collaborations with CSIC Madrid (Spain) and Yarmouk University (Jordan) further strengthened her recognition as a scholar with cross-border research impact. She has also co-authored interdisciplinary studies combining experimental and theoretical approaches, enhancing her profile as a versatile researcher. Impact and Influence Through her teaching, mentorship, and research, Dr. Bensiradj has had a lasting influence on the Algerian and global scientific community. She has trained a new generation of chemists in theoretical and computational methods, contributing to the advancement of quantum chemistry education in Algeria. Her research on renewable energies, spectroscopy, and water treatment addresses pressing global challenges, linking academic insights with sustainable solutions. Her interdisciplinary work, merging computational simulations, spectroscopy, environmental chemistry, and machine learning, has inspired both colleagues and students to adopt innovative approaches in chemical research. Moreover, her publications continue to be cited internationally, amplifying Algeria’s scientific visibility in theoretical chemistry. Publications ‘DFT studies of single and multiple molecular adsorption of CH4,SF6 and H2O in Zeolitic-Imidazolate Framework. Author: N.Bensiradj, V.Timon, R.Boussessi,S.Dalbouha and ML.senent Journal: Inorganica Chimica Acta Year: 2019 ”Phytochemical Study and Antibacterial Effects of Fraxinus angustifolia Vahl (Algeria): Experimental and Computational Investigations”. Author:N.Zouaghi, N.Bensiradj, C.Cavaleiro, B.Nadjemi ,and M. trari Journal: Waste and Biomass Valorization Year: 2020 Newly Streptomyces-Induced Rabelomycin after Specific Amino Acid Supplementations: Experimental and Computational Investigations of Reactivities. Author:Samira Tata, Nour El Houda Bensiradj, Amine Yekkour, Selma Snini, Atika Meklat & Noureddine Bouras Journal: Waste and Biomass Valorization Year: 2024 Conclusion Dr. Bensiradj stands as a remarkable figure in the realm of computational and photonic theoretical chemistry, seamlessly merging fundamental quantum principles with applied environmental and energy-focused research. Her groundbreaking studies on spectroscopy, quantum chemistry methods, renewable energy systems, and sustainable environmental practices reflect both scientific depth and societal relevance. With an impressive record of publications, international collaborations, and active participation in global conferences, she continues to inspire the academic community while addressing some of the most pressing challenges of our time. Her work not only enriches scientific knowledge but also paves the way for future innovations in clean energy, green chemistry, and advanced computational modeling—ensuring that her contributions will leave a lasting legacy for generations of researchers to come. Posts navigation Older posts
Xiyuan Huang | Computer Science | Young Innovator Award Posted on 28/08/202529/08/2025 by Research Awards Ms. Xiyuan Huang | Computer Science | Young Innovator Award Ms. Xiyuan Huang | Beijing Union University | China Ms. Xiyuan Huang, a student researcher at Beijing Union University, has demonstrated exceptional academic brilliance in the field of Artificial Intelligence and time-series analysis. As the first author of a Q1 journal publication in Expert Systems with Applications (IF 7.5), she introduced TCDformer, an innovative transformer-based model for long-term sports momentum prediction, highlighting her ability to design cutting-edge deep learning architectures with real-world impact. Her contributions reflect not only technical expertise but also a forward-looking vision for advancing AI-driven sports analytics and forecasting research. Author Profile Scopus Education From the very beginning of her academic journey, Ms. Xiyuan Huang demonstrated a natural curiosity for solving complex problems through technology. Her passion for mathematics, data patterns, and intelligent systems laid the foundation for her engagement with artificial intelligence. She immersed herself in the study of algorithms, statistics, and computational models, finding inspiration in the ability of AI to transform raw data into meaningful predictions. Her early academic focus was not only on acquiring knowledge but also on developing critical thinking skills that would later help her design innovative models. This formative phase nurtured a deep commitment to scientific inquiry, and she quickly emerged as a diligent student with a vision to merge theory with practical applications. Experience While still pursuing her academic degree, Ms. Huang stepped into research roles that bridged the gap between academia and applied innovation. She contributed as a student researcher at Beijing Union University, where her responsibilities extended beyond coursework to involve hands-on projects in artificial intelligence. Her professional endeavors have been defined by her ability to take theoretical frameworks and transform them into implementable solutions. By collaborating with mentors and peers, she cultivated a research style rooted in collaboration, technical precision, and forward-looking exploration. She also actively explored opportunities to work on projects that connected AI with real-world forecasting challenges, particularly in the context of sports analytics, reflecting her drive to make research impactful and relevant. Research Focus At the heart of Ms. Huang’s scholarly work lies her focus on artificial intelligence, deep learning architectures, and time-series forecasting. Her most distinguished contribution is the development of TCDformer, a novel transformer-based model designed for long-term sports momentum prediction. Published in the prestigious Expert Systems with Applications journal (JCR Q1, IF 7.5), this research highlights her capacity to address complex predictive tasks with elegance and efficiency. The model reflects not only technical innovation but also a fresh perspective on how AI can be leveraged to understand dynamic human behaviors such as sports performance. Beyond her publication, she has been actively engaged in refining methods of time-series analysis, creating pathways for AI-driven insights across domains including healthcare, economics, and social sciences. Her contributions emphasize innovation, methodological rigor, and a drive to explore uncharted territories of AI research. Accolades and Recognition Ms. Huang’s research achievements have gained recognition within academic circles for their originality and potential for real-world application. Being the first author of a high-impact international journal publication at an early career stage stands as a testament to her dedication and intellectual maturity. Her work has also drawn appreciation for bridging the divide between theoretical AI research and practical applications, particularly in sports analytics—a growing interdisciplinary field. The Academic Brilliance Recognition Award nomination further reflects the acknowledgment of her scholarly potential and innovative spirit by the wider research community. Each accolade she receives not only honors her current achievements but also sets the stage for her continued advancement in the field of AI. Impact and Influence The influence of Ms. Huang’s work extends well beyond her immediate academic environment. By designing TCDformer, she has opened new opportunities for sports scientists, analysts, and trainers to better understand patterns of momentum and performance. This demonstrates the transformative power of AI in reshaping traditional approaches to sports analytics. Her impact also lies in inspiring peers and fellow students to pursue bold research questions, emphasizing that impactful contributions can emerge at any stage of one’s career. Moreover, her focus on time-series forecasting provides a versatile framework that can be adapted to multiple domains, ensuring that her research has a ripple effect across disciplines. Her influence is steadily shaping a culture of curiosity, rigor, and innovation among emerging researchers. Publications TCDformer-based momentum transfer model for long-term sports prediction. Author: Hui Liu, Xiyuan Huang, Jiacheng Gu Journal: Expert Systems with Applications Year: 2025 Conclusion Ms. Xiyuan Huang exemplifies the qualities of a promising researcher whose work combines academic excellence, innovation, and practical relevance. Her early academic pursuits built a strong intellectual foundation, while her professional endeavors and groundbreaking contributions in AI and time-series forecasting demonstrate both skill and vision. Recognized for her achievements through publications and nominations, she continues to inspire peers and expand the impact of AI research in sports analytics and beyond. With her dedication, creativity, and forward-looking mindset, Ms. Huang is poised to make enduring contributions that will shape the future of artificial intelligence and its applications in diverse fields.
Mehrdad Esmaeilipour | Biomaterials | Best Keynote Speaker Posted on 26/08/202526/08/2025 by Research Awards Mr. Mehrdad Esmaeilipour | Biomaterials | Best Keynote Speaker Mr. Mehrdad Esmaeilipour | Islamic Azad University of Bushehr | Iran Mr. Mehrdad Esmaeilipour, an accomplished Electronics Engineer from Islamic Azad University of Bushehr, Iran, is recognized for his pioneering contributions to green technology, digital health, and sustainable innovation. With extensive experience as a Senior Electronics Engineer at Arya Plasma Gostar Pars Company, he has led groundbreaking projects in air purification, water filtration, and wastewater treatment using advanced plasma systems. As the founder of Parsa Pardazesh Bushehr Sanat Company, he has combined entrepreneurship with mentorship, creating opportunities for young engineers. His patented inventions, scholarly publications, and international conference contributions highlight his dedication to advancing environmental sustainability and wearable technologies, while his numerous global awards underscore his impact as an innovative researcher and leader in electronics. Author Profile Google Scholar Education From the very beginning of his academic journey, Mr. Mehrdad Esmaeilipour demonstrated a strong inclination toward innovation and problem-solving in the field of electronics. His educational foundation was built on a deep understanding of electronics engineering, where he honed both theoretical knowledge and practical skills. During his academic years, he immersed himself in circuit design, control systems, and automation, cultivating a passion for harnessing technology to improve human life. His early focus on robotics and applied electronics paved the way for his later breakthroughs in sustainable technologies, wearable devices, and smart systems. His academic pursuit was never limited to classrooms; he actively engaged in hands-on projects, collaborative learning, and mentoring peers, proving himself to be both a dedicated learner and an inspiring leader. Experience Mr. Esmaeilipour has built a distinguished professional career characterized by leadership, innovation, and a strong sense of social responsibility. As a Senior Electronics Engineer, he played a vital role in developing advanced plasma-based systems for air purification, water filtration, and wastewater treatment. His professional journey is marked by his ability to lead technical teams, manage large-scale projects, and design cutting-edge integrated circuits that enhanced efficiency and sustainability in environmental applications. Beyond engineering, his entrepreneurial spirit drove him to establish his own company, where he combined technical expertise with business acumen. This venture not only contributed to technological growth but also provided job opportunities, empowering students and young engineers to gain real-world experience. His professional endeavors reflect a balance of technical brilliance and visionary leadership. Research Focus At the heart of his professional identity lies an unwavering commitment to research and innovation. Mr. Esmaeilipour’s contributions span across green technology, digital health, robotics, and artificial intelligence applications in electronics. One of his most notable innovations is the conceptualization and patenting of a smart bracelet designed for visually impaired individuals, integrating artificial intelligence to enhance navigation and emergency support. His research focus extends to cold plasma technology for environmental sustainability, energy-efficient systems, and the development of intelligent controllers in robotics. He has authored several academic books on photovoltaic systems, electrical safety, and advanced control strategies, providing valuable resources to students and professionals alike. His scholarly articles further demonstrate his dedication to bridging the gap between research and practical applications, making his work influential both in academia and industry. Accolades and Recognition The global recognition Mr. Esmaeilipour has received stands as a testament to his exceptional contributions to science, technology, and innovation. His work has earned him multiple international awards, celebrating his advancements in wearable technology, environmental sustainability, and electronics research. From global innovation awards to honors in industry impact and academic achievement, his accolades highlight the significance of his work in addressing real-world challenges. He has also been invited as a speaker and presenter at international conferences, where his insights into artificial intelligence, cold plasma systems, and advanced control methods have inspired fellow researchers and industry leaders. These recognitions are not just symbols of personal success but also affirm his role as a driving force in shaping the future of sustainable engineering. Impact and Influence Beyond his technical contributions, Mr. Esmaeilipour has made a lasting impact on communities, institutions, and the global research ecosystem. Through his leadership in industrial projects, he has directly contributed to cleaner environments and safer technological practices. His entrepreneurial efforts have provided employment opportunities and fostered innovation in local industries. As a mentor, he has guided students and young engineers, encouraging them to pursue creative solutions in robotics and electronics. His published works, conference presentations, and patented inventions continue to influence researchers and practitioners worldwide, creating a ripple effect that extends far beyond his immediate projects. His influence lies not only in the technologies he has developed but also in the people he has inspired and empowered. Publications Design, Construction and Performance Comparison of Fuzzy Logic Controller and PID Controller for Two-Wheel Balance Robot(Smart Sensors). Author: M Esmaeilipour, MH Zalzar Journal: Applied Mathematics on Science and Engineering Year: 2025 Advances and Challenges in Lithium-Ion Battery Technology Author: M Esmaeilipour Journal: Electrical, Mechanical, Information Year: 2025 Conclusion In every stage of his journey, Mr. Mehrdad Esmaeilipour has exemplified the qualities of an innovative engineer, visionary entrepreneur, and dedicated mentor. His academic foundation, professional expertise, and research contributions have consistently advanced the fields of electronics, sustainability, and digital health. The recognition he has earned worldwide reflects not only his technical brilliance but also his enduring commitment to using technology for the greater good. As he continues to push the boundaries of innovation, his legacy will be defined by the meaningful impact he leaves on industries, communities, and future generations of engineers.
Mr. Mehrdad Esmaeilipour, an accomplished Electronics Engineer from Islamic Azad University of Bushehr, Iran, is recognized for his pioneering contributions to green technology, digital health, and sustainable innovation. With extensive experience as a Senior Electronics Engineer at Arya Plasma Gostar Pars Company, he has led groundbreaking projects in air purification, water filtration, and wastewater treatment using advanced plasma systems. As the founder of Parsa Pardazesh Bushehr Sanat Company, he has combined entrepreneurship with mentorship, creating opportunities for young engineers. His patented inventions, scholarly publications, and international conference contributions highlight his dedication to advancing environmental sustainability and wearable technologies, while his numerous global awards underscore his impact as an innovative researcher and leader in electronics. Author Profile Google Scholar Education From the very beginning of his academic journey, Mr. Mehrdad Esmaeilipour demonstrated a strong inclination toward innovation and problem-solving in the field of electronics. His educational foundation was built on a deep understanding of electronics engineering, where he honed both theoretical knowledge and practical skills. During his academic years, he immersed himself in circuit design, control systems, and automation, cultivating a passion for harnessing technology to improve human life. His early focus on robotics and applied electronics paved the way for his later breakthroughs in sustainable technologies, wearable devices, and smart systems. His academic pursuit was never limited to classrooms; he actively engaged in hands-on projects, collaborative learning, and mentoring peers, proving himself to be both a dedicated learner and an inspiring leader. Experience Mr. Esmaeilipour has built a distinguished professional career characterized by leadership, innovation, and a strong sense of social responsibility. As a Senior Electronics Engineer, he played a vital role in developing advanced plasma-based systems for air purification, water filtration, and wastewater treatment. His professional journey is marked by his ability to lead technical teams, manage large-scale projects, and design cutting-edge integrated circuits that enhanced efficiency and sustainability in environmental applications. Beyond engineering, his entrepreneurial spirit drove him to establish his own company, where he combined technical expertise with business acumen. This venture not only contributed to technological growth but also provided job opportunities, empowering students and young engineers to gain real-world experience. His professional endeavors reflect a balance of technical brilliance and visionary leadership. Research Focus At the heart of his professional identity lies an unwavering commitment to research and innovation. Mr. Esmaeilipour’s contributions span across green technology, digital health, robotics, and artificial intelligence applications in electronics. One of his most notable innovations is the conceptualization and patenting of a smart bracelet designed for visually impaired individuals, integrating artificial intelligence to enhance navigation and emergency support. His research focus extends to cold plasma technology for environmental sustainability, energy-efficient systems, and the development of intelligent controllers in robotics. He has authored several academic books on photovoltaic systems, electrical safety, and advanced control strategies, providing valuable resources to students and professionals alike. His scholarly articles further demonstrate his dedication to bridging the gap between research and practical applications, making his work influential both in academia and industry. Accolades and Recognition The global recognition Mr. Esmaeilipour has received stands as a testament to his exceptional contributions to science, technology, and innovation. His work has earned him multiple international awards, celebrating his advancements in wearable technology, environmental sustainability, and electronics research. From global innovation awards to honors in industry impact and academic achievement, his accolades highlight the significance of his work in addressing real-world challenges. He has also been invited as a speaker and presenter at international conferences, where his insights into artificial intelligence, cold plasma systems, and advanced control methods have inspired fellow researchers and industry leaders. These recognitions are not just symbols of personal success but also affirm his role as a driving force in shaping the future of sustainable engineering. Impact and Influence Beyond his technical contributions, Mr. Esmaeilipour has made a lasting impact on communities, institutions, and the global research ecosystem. Through his leadership in industrial projects, he has directly contributed to cleaner environments and safer technological practices. His entrepreneurial efforts have provided employment opportunities and fostered innovation in local industries. As a mentor, he has guided students and young engineers, encouraging them to pursue creative solutions in robotics and electronics. His published works, conference presentations, and patented inventions continue to influence researchers and practitioners worldwide, creating a ripple effect that extends far beyond his immediate projects. His influence lies not only in the technologies he has developed but also in the people he has inspired and empowered. Publications Design, Construction and Performance Comparison of Fuzzy Logic Controller and PID Controller for Two-Wheel Balance Robot(Smart Sensors). Author: M Esmaeilipour, MH Zalzar Journal: Applied Mathematics on Science and Engineering Year: 2025 Advances and Challenges in Lithium-Ion Battery Technology Author: M Esmaeilipour Journal: Electrical, Mechanical, Information Year: 2025 Conclusion In every stage of his journey, Mr. Mehrdad Esmaeilipour has exemplified the qualities of an innovative engineer, visionary entrepreneur, and dedicated mentor. His academic foundation, professional expertise, and research contributions have consistently advanced the fields of electronics, sustainability, and digital health. The recognition he has earned worldwide reflects not only his technical brilliance but also his enduring commitment to using technology for the greater good. As he continues to push the boundaries of innovation, his legacy will be defined by the meaningful impact he leaves on industries, communities, and future generations of engineers.
Shanshan Liu | Environmental monitoring | Best Researcher Award Posted on 26/08/202526/08/2025 by Research Awards Prof. Shanshan Liu | Environmental monitoring | Best Researcher Award Prof. Shanshan Liu | Handan University | China Prof. Shanshan Liu, a distinguished faculty member at the College of Chemistry, Chemical Engineering and Materials, Handan University, is recognized for her impactful research in environmental materials and pollutant detection technologies. With a Ph.D. from Zhengzhou University (2023) and over 20 SCI-indexed publications, her innovative work on nano carbon dot materials has advanced applications in humidity sensing, water content analysis, heavy metal ion detection, and anti-tumor therapies. Her contributions provide valuable theoretical and practical insights for sustainable environmental monitoring and biomedical applications, marking her as a promising researcher and a strong contender for the Best Researcher Award. Author Profile Scopus Education Prof. Shanshan Liu’s academic journey reflects her unwavering dedication to science and innovation. From her earliest studies, she demonstrated a strong curiosity about the environment and materials science, a passion that later guided her towards advanced research. Her formal training in chemistry and materials science provided her with a solid foundation to explore the complex intersections between materials, environment, and health. With a Ph.D. in materials science, she sharpened her expertise in designing advanced functional materials, with a particular focus on environmental applications. This academic background not only nurtured her scientific rigor but also inspired her to engage in forward-looking research that addresses global challenges. Experience Currently serving as a professor at the College of Chemistry, Chemical Engineering and Materials at Handan University, Prof. Liu plays an influential role as a teacher, mentor, and researcher. Her professional career combines academic instruction with groundbreaking research, ensuring that her students receive both theoretical knowledge and exposure to cutting-edge innovations. Through her active involvement in university-led research projects, she contributes to strengthening her institution’s academic reputation while also creating opportunities for young researchers to grow. Her work is anchored in a vision that combines environmental sustainability with material science, reflecting her dedication to both scientific excellence and societal betterment. Research Focus Prof. Liu’s research primarily centers on environmental materials and pollutant detection technologies. Her pioneering work with nano carbon dot materials has opened new possibilities in multiple areas. She has developed innovative approaches for detecting water content in organic solvents and monitoring air humidity with high sensitivity and precision. Furthermore, her research extends to environmental pollution control, specifically targeting the detection of heavy metal ions using carbon dot fluorescence performance. Notably, her exploration of bio anti-tumor nanomaterials marks an important interdisciplinary contribution, linking materials science with biomedical research. These studies not only address pressing environmental and health-related challenges but also establish new pathways for developing sustainable sensing technologies and novel therapeutic solutions. Accolades and Recognition Prof. Liu’s commitment to research excellence is reflected in her impressive academic output, with more than 20 publications in SCI-indexed journals and a citation index exceeding 200. These achievements highlight the recognition her work has received within the scientific community. She has also been entrusted with leading several funded research projects at Handan University, demonstrating the trust placed in her ability to deliver impactful outcomes. While she has yet to publish books or patents, her strong research record and continuous engagement in institutional projects illustrate her rising influence in the field. Her nomination for the Best Researcher Award further acknowledges her outstanding contributions and the promise of even greater achievements ahead. Impact and Influence The impact of Prof. Liu’s research extends well beyond academic publications. Her innovations in pollutant detection provide valuable insights for environmental monitoring and public health protection, offering practical solutions to urgent global issues such as water quality, air purity, and toxic exposure. Her exploration of nanomaterials for biomedical applications is also influencing future directions in cancer treatment research, showing how cross-disciplinary collaboration can lead to meaningful breakthroughs. Beyond her personal research, she serves as a role model for her students and colleagues, inspiring them with her dedication, perseverance, and vision for science as a driver of positive change. Publications Surface Amide–Mediated Synthesis of Bright Blue Fluorescent Carbon Dots for High-Sensitivity Detection of Hg2+ Ions. Author: Shanshan Liu, Xiaojia Zhao, Hongying Guo, Yongfeng Cai, Tao Zhang Journal: Luminescence Year: 2025 The Role and Recent Progress in Hydrogen Production Using Carbon Dots-Based Photocatalysts. Author: Shanshan Liu, Junqi Chen, Yongfeng Cai, Yunping Lai, Tao Zhang Journal: Energy Technology Year: 2025 Hydrothermal Synthesis of Nitrogen-Doped Carbon Dots for Selective Fe3+ Detection. Author: Shanshan Liu, Weijie Liu, Xiuhong Chen, Yunping Lai & Tao Zhang Journal: Fluorescence Year: 2025 Conclusion Prof. Shanshan Liu’s academic journey and professional contributions reflect a blend of passion, innovation, and commitment to advancing science for the benefit of society. Through her pioneering work in environmental materials and pollutant detection technologies, she has not only enriched the field of materials science but also provided practical solutions for pressing environmental and health challenges. Her growing influence, proven research excellence, and dedication to mentorship establish her as an inspiring figure in academia. With a clear vision for future breakthroughs, she stands as a deserving candidate for the Best Researcher Award, embodying both scholarly excellence and societal impact.
Jinhua Zhu | Separation Sciences | Best Researcher Award Posted on 25/08/202525/08/2025 by Research Awards Prof Dr. Jinhua Zhu | Separation Sciences | Best Researcher Award Prof Dr. Jinhua Zhu | Henan University | China Prof. Dr. Jinhua Zhu, a distinguished Professor and Doctoral/Master’s Supervisor at Henan University, is recognized as an Outstanding Youth of Henan Province. Her research centers on life separation science and the theory and application of chromatography technology, with impactful contributions in active component screening and functional drug delivery systems. She has published extensively in leading journals and has led numerous national and provincial research projects, advancing both theoretical and applied aspects of analytical chemistry. Author Profile Orcid Education Prof. Dr. Jinhua Zhu began her academic journey with a strong foundation in chemistry, cultivating an early passion for scientific inquiry and innovation. Her undergraduate studies provided her with a comprehensive understanding of core chemical principles, analytical thinking, and practical laboratory skills. This academic base ignited her curiosity in analytical chemistry, encouraging her to pursue advanced research in the field. As she progressed into doctoral studies, she immersed herself deeply in the study of separation science, chromatography, and applied chemical methodologies. Her doctoral training not only sharpened her research abilities but also nurtured her interest in solving real-world challenges related to drug discovery, environmental monitoring, and biochemical analysis. These formative years set the stage for her emergence as a respected academic, shaping her professional identity and building the foundation for her future contributions. Experience After completing her academic preparation, Prof. Zhu embarked on a professional journey that showcased her dedication to both teaching and research. She began her career in higher education, taking on roles that balanced classroom instruction with laboratory exploration. Her teaching portfolio has grown to include key undergraduate and graduate courses such as Instrumental Analysis, Separation Technology, and Modern Environmental Analysis Technology. Through these courses, she has not only transferred technical knowledge but also instilled scientific curiosity and critical problem-solving skills in her students. Alongside teaching, she pursued postdoctoral research, gaining deeper insights into advanced chemical analysis and international exposure through academic exchange programs. Her visiting scholarship abroad further broadened her scientific vision, allowing her to connect with global research trends and establish meaningful collaborations. Over time, her professional trajectory advanced steadily, reflecting her commitment to both academic excellence and innovative research leadership. Research Focus At the core of Prof. Zhu’s work lies her extensive contribution to life separation science and chromatography technology. Her research delves into both theoretical advancements and practical applications, making her work highly impactful in modern analytical chemistry. She has been particularly dedicated to the screening of bioactive components with hypoglycemic and anti-inflammatory properties, which has significant implications for therapeutic drug development. Another important dimension of her research is the construction and application of functional drug delivery systems, aimed at enhancing the effectiveness and precision of medical treatments. By combining fundamental chemical principles with applied research goals, Prof. Zhu bridges the gap between laboratory research and societal needs. Her publications in respected journals such as Separation and Purification Technology, Analytica Chimica Acta, Colloids and Surfaces B, and Talanta reflect her ability to contribute knowledge that is both novel and widely recognized in the scientific community. Accolades and Recognition Prof. Zhu’s academic journey has been marked by numerous awards, grants, and recognitions that highlight her leadership in chemistry and separation science. She has successfully led a variety of funded research projects, ranging from national-level grants to provincial programs that underscore her innovative contributions. Being recognized as an Outstanding Youth of Henan Province reflects not only her academic achievements but also her role as a model for emerging researchers in her region. These honors demonstrate her ability to consistently produce high-quality research, mentor the next generation of chemists, and push the boundaries of analytical methodologies. Her leadership in securing key projects at both national and provincial levels stands as testimony to her expertise, trustworthiness, and scientific vision. Impact and Influence The influence of Prof. Zhu extends beyond academic publications and research projects—her impact resonates within the broader scientific community and in real-world applications. Her work in drug delivery systems and natural product analysis offers pathways toward improved medical therapies, addressing health challenges such as diabetes and inflammation-related diseases. By developing innovative chromatography technologies, she has provided researchers with more efficient and precise analytical tools that can be applied in pharmaceutical, environmental, and food sciences. As a mentor and teacher, she has inspired numerous students, cultivating a culture of curiosity, discipline, and innovation in scientific practice. Her dual role as a researcher and educator ensures that her influence is both immediate in advancing scientific frontiers and long-lasting through the students she continues to guide. Publication Dual-monomer magnetic molecularly imprinted polymer for highly efficient luteolin separation from natural products. Author: Yunfeng Yuan, Xiaoqi Liu, Chenjia Jiang, Haodong Zhou, Jinhua Zhu, Abdelhadi El Jaouhari, Xiuhua Liu, Minghua Lu* Journal: Separation and Purification Technology, Year: 2025 Three-dimensional ordered macro-microporous ZIF-8-α-Glu microreactors for α-glucosidase inhibitors screening from green tea. Author: Xiaoqi Liu, Haodong Zhou, Chenjia Jiang, Yunfeng Yuan, Jinhua Zhu, Minghua Lu*Journal: Talanta Year: 2025 Phenylboronic acid functionalized magnetic ferroferric oxide nanoparticles and capillary electrophoresis for efficient isolation of flavonoid compounds from leaves of Lonicera japonica Thunb. Author: Chenjia Jiang, Xiaoqi Liu, Yunfeng Yuan, Haodong Zhou, Jinhua Zhu, Minghua Lu*Journal: Chromatography A, Year: 2025 Conclusion Prof. Dr. Jinhua Zhu stands as a leading figure in the field of analytical and separation science, with her research bridging theoretical chemistry and real-world biomedical applications. Through her pioneering work in chromatography, bioactive compound screening, and functional drug delivery systems, she has advanced both scientific knowledge and practical healthcare solutions. Her impactful publications, successful research leadership, and dedication to mentoring young scholars highlight her as a role model in academia. With continued innovation and global collaborations, Prof. Zhu’s contributions are set to leave a lasting legacy, shaping the future of separation science and strengthening its role in improving human health and well-being.
Prof. Dr. Jinhua Zhu, a distinguished Professor and Doctoral/Master’s Supervisor at Henan University, is recognized as an Outstanding Youth of Henan Province. Her research centers on life separation science and the theory and application of chromatography technology, with impactful contributions in active component screening and functional drug delivery systems. She has published extensively in leading journals and has led numerous national and provincial research projects, advancing both theoretical and applied aspects of analytical chemistry. Author Profile Orcid Education Prof. Dr. Jinhua Zhu began her academic journey with a strong foundation in chemistry, cultivating an early passion for scientific inquiry and innovation. Her undergraduate studies provided her with a comprehensive understanding of core chemical principles, analytical thinking, and practical laboratory skills. This academic base ignited her curiosity in analytical chemistry, encouraging her to pursue advanced research in the field. As she progressed into doctoral studies, she immersed herself deeply in the study of separation science, chromatography, and applied chemical methodologies. Her doctoral training not only sharpened her research abilities but also nurtured her interest in solving real-world challenges related to drug discovery, environmental monitoring, and biochemical analysis. These formative years set the stage for her emergence as a respected academic, shaping her professional identity and building the foundation for her future contributions. Experience After completing her academic preparation, Prof. Zhu embarked on a professional journey that showcased her dedication to both teaching and research. She began her career in higher education, taking on roles that balanced classroom instruction with laboratory exploration. Her teaching portfolio has grown to include key undergraduate and graduate courses such as Instrumental Analysis, Separation Technology, and Modern Environmental Analysis Technology. Through these courses, she has not only transferred technical knowledge but also instilled scientific curiosity and critical problem-solving skills in her students. Alongside teaching, she pursued postdoctoral research, gaining deeper insights into advanced chemical analysis and international exposure through academic exchange programs. Her visiting scholarship abroad further broadened her scientific vision, allowing her to connect with global research trends and establish meaningful collaborations. Over time, her professional trajectory advanced steadily, reflecting her commitment to both academic excellence and innovative research leadership. Research Focus At the core of Prof. Zhu’s work lies her extensive contribution to life separation science and chromatography technology. Her research delves into both theoretical advancements and practical applications, making her work highly impactful in modern analytical chemistry. She has been particularly dedicated to the screening of bioactive components with hypoglycemic and anti-inflammatory properties, which has significant implications for therapeutic drug development. Another important dimension of her research is the construction and application of functional drug delivery systems, aimed at enhancing the effectiveness and precision of medical treatments. By combining fundamental chemical principles with applied research goals, Prof. Zhu bridges the gap between laboratory research and societal needs. Her publications in respected journals such as Separation and Purification Technology, Analytica Chimica Acta, Colloids and Surfaces B, and Talanta reflect her ability to contribute knowledge that is both novel and widely recognized in the scientific community. Accolades and Recognition Prof. Zhu’s academic journey has been marked by numerous awards, grants, and recognitions that highlight her leadership in chemistry and separation science. She has successfully led a variety of funded research projects, ranging from national-level grants to provincial programs that underscore her innovative contributions. Being recognized as an Outstanding Youth of Henan Province reflects not only her academic achievements but also her role as a model for emerging researchers in her region. These honors demonstrate her ability to consistently produce high-quality research, mentor the next generation of chemists, and push the boundaries of analytical methodologies. Her leadership in securing key projects at both national and provincial levels stands as testimony to her expertise, trustworthiness, and scientific vision. Impact and Influence The influence of Prof. Zhu extends beyond academic publications and research projects—her impact resonates within the broader scientific community and in real-world applications. Her work in drug delivery systems and natural product analysis offers pathways toward improved medical therapies, addressing health challenges such as diabetes and inflammation-related diseases. By developing innovative chromatography technologies, she has provided researchers with more efficient and precise analytical tools that can be applied in pharmaceutical, environmental, and food sciences. As a mentor and teacher, she has inspired numerous students, cultivating a culture of curiosity, discipline, and innovation in scientific practice. Her dual role as a researcher and educator ensures that her influence is both immediate in advancing scientific frontiers and long-lasting through the students she continues to guide. Publication Dual-monomer magnetic molecularly imprinted polymer for highly efficient luteolin separation from natural products. Author: Yunfeng Yuan, Xiaoqi Liu, Chenjia Jiang, Haodong Zhou, Jinhua Zhu, Abdelhadi El Jaouhari, Xiuhua Liu, Minghua Lu* Journal: Separation and Purification Technology, Year: 2025 Three-dimensional ordered macro-microporous ZIF-8-α-Glu microreactors for α-glucosidase inhibitors screening from green tea. Author: Xiaoqi Liu, Haodong Zhou, Chenjia Jiang, Yunfeng Yuan, Jinhua Zhu, Minghua Lu*Journal: Talanta Year: 2025 Phenylboronic acid functionalized magnetic ferroferric oxide nanoparticles and capillary electrophoresis for efficient isolation of flavonoid compounds from leaves of Lonicera japonica Thunb. Author: Chenjia Jiang, Xiaoqi Liu, Yunfeng Yuan, Haodong Zhou, Jinhua Zhu, Minghua Lu*Journal: Chromatography A, Year: 2025 Conclusion Prof. Dr. Jinhua Zhu stands as a leading figure in the field of analytical and separation science, with her research bridging theoretical chemistry and real-world biomedical applications. Through her pioneering work in chromatography, bioactive compound screening, and functional drug delivery systems, she has advanced both scientific knowledge and practical healthcare solutions. Her impactful publications, successful research leadership, and dedication to mentoring young scholars highlight her as a role model in academia. With continued innovation and global collaborations, Prof. Zhu’s contributions are set to leave a lasting legacy, shaping the future of separation science and strengthening its role in improving human health and well-being.
Abolfazl Mozaffari | Nanofibers | Best Review Paper Award Posted on 25/08/202525/08/2025 by Research Awards Dr. Abolfazl Mozaffari | Nanofibers | Best Review Paper Award Dr. Abolfazl Mozaffari | Azad university | Iran Dr. Abolfazl Mozaffari is a textile engineering researcher and academic at Islamic Azad University, Iran, specializing in nanofibers, electrospinning, scaffolds, and tissue engineering. He holds a Ph.D. in Textile Engineering from Yazd Branch of Islamic Azad University, where his doctoral research focused on plasma modification of electrospun gelatin nanofibers for biomedical applications. With extensive teaching experience as a Visiting Assistant Professor at Applied Science University and Payame Noor University, he has published widely in peer-reviewed journals and contributed to books and conferences in textile science and biotechnology. His research integrates advanced textile materials with biomedical engineering to develop functional scaffolds and innovative applications in regenerative medicine. Author Profile Google Scholar Education Dr. Abolfazl Mozaffari began his academic journey with a strong passion for textiles and material sciences, laying the foundation of his career in textile engineering. His early education introduced him to the fundamental principles of fiber technology, dyeing, and textile chemistry, which later shaped his orientation toward nanofibers and biomedical applications. Driven by curiosity, he delved into the world of electrospinning, scaffolds, and surface modification, exploring how textile-based solutions could transcend conventional uses and address challenges in healthcare and biotechnology. His academic training equipped him with a multidisciplinary mindset, combining textile science with nanotechnology, biology, and engineering. This early pursuit instilled in him not only technical expertise but also the vision of integrating textile innovations into life-saving medical applications. Experience Throughout his career, Dr. Mozaffari has actively served as a Visiting Assistant Professor at both Applied Science University and Payame Noor University, contributing significantly to the academic and professional growth of students. His teaching portfolio includes courses on digital printing, textile identification, and advanced material characterization, which he delivered both in classrooms and specialized workshops at national and international conferences. Alongside teaching, he has supervised student projects and guided aspiring researchers in developing innovative ideas at the intersection of textiles, nanotechnology, and biomedical engineering. His professional endeavors also extend into translation and authorship of academic books, highlighting his commitment to knowledge dissemination. By balancing his role as an educator, researcher, and mentor, he has created a strong platform for advancing both academic excellence and practical applications in textile science. Research Focus Dr. Mozaffari’s research contributions lie at the exciting convergence of nanotechnology, tissue engineering, and textile innovations. His work has primarily focused on the development and surface modification of electrospun nanofiber scaffolds, particularly gelatin-based materials, to enhance their biocompatibility and functional properties for tissue engineering. Through pioneering studies on plasma treatments and chemical modifications using natural cross-linkers such as tannic acid, he has advanced scaffold fabrication methods that hold immense potential for regenerative medicine and wound healing. His scholarly publications, ranging from highly regarded journals to collaborative book projects, have explored electrospinning processes, surface modifications, and their biomedical applications. He has also extended his research into functional carbon-based materials for blood purification, broadening the scope of his expertise into critical medical interventions. Additionally, his earlier works on dyeing and antibacterial finishing of textiles using nanomaterials underscore his versatility in bridging traditional textile sciences with cutting-edge nanobiotechnology. Accolades and Recognition Recognized for his impactful research, Dr. Mozaffari has received multiple awards and grants that underscore the originality and societal relevance of his work. Notably, his innovative approaches to modifying electrospun nanofibers earned him grants from national nanotechnology councils, reflecting the scientific and practical importance of his doctoral and master’s research. His recognition also extends to awards received during academic conferences, particularly for workshops on digital printing and presentations on plasma technology applications in textiles and tissue engineering. These accolades highlight both his scientific ingenuity and his dedication to academic and professional communities. Impact and Influence The impact of Dr. Mozaffari’s work extends far beyond academia. By bridging textile science with regenerative medicine, his contributions provide new opportunities for healthcare innovation, especially in developing functional scaffolds for tissue repair and biomedical implants. His interdisciplinary approach has influenced young researchers and students, inspiring them to pursue bold ideas that merge traditional engineering with life sciences. Furthermore, his role as a reviewer and member of professional organizations such as the Iranian Textile Association positions him as an influencer in shaping research trends and maintaining high academic standards. His published works are widely referenced, making significant contributions to the evolving knowledge base in nanofibers, surface engineering, and biomedical textiles. Publications Argon and argon–oxygen plasma surface modification of gelatin nanofibers for tissue engineering applications. Author: A Mozaffari, M Parvinzadeh Gashti, M Mirjalili, M Parsania Journal: Membranes Year: 2021 Polyvinylpyrrolidone/carbon nanotube/cotton functional nanocomposite: preparation and characterization of properties. Author: F Alimohammadi, M Parvinzadeh Gashti, A Mozaffari Journal: Fibers and Polymers Year: 2018 Air plasma functionalization of electrospun nanofibers for skin tissue engineering. Author: A Mozaffari, M Parvinzadeh Gashti Journal: Biomedicines Year: 2022 The Impact of Helium and Nitrogen Plasmas on Electrospun Gelatin Nanofiber Scaffolds for Skin Tissue Engineering Applications. Author: A Mozaffari, M Parvinzadeh Gashti, F Alimohammadi, M Pousti Journal: Functional Biomaterials Year: 2024 Conclusion Dr. Abolfazl Mozaffari’s journey reflects the evolution of a scholar who has seamlessly combined the strengths of textile engineering, nanotechnology, and biomedical sciences. His dedication to academic excellence, innovative research, and student mentorship demonstrates not only his scientific brilliance but also his commitment to creating solutions with real-world impact. Through his publications, teaching, and professional service, he has contributed significantly to advancing both knowledge and practice in textile-based biomedical engineering. As he continues to explore new frontiers in nanofibers, functional materials, and regenerative medicine, Dr. Mozaffari stands as a forward-looking researcher whose legacy will inspire future generations of scientists, engineers, and innovators.
Md. Hakimul Haque | Microbiology | Best Researcher Award | 13596 Posted on 25/08/202525/08/2025 by Research Awards Dr. Md. Hakimul Haque | Microbiology | Best Researcher Award Dr. Md. Hakimul Haque | The University of Queensland | Australia Dr. Md. Hakimul Haque is a research scientist with a PhD in Medicine from Griffith University, Australia, and over 19 years of academic and research experience in microbiology, molecular diagnostics, antimicrobial resistance, and cancer biomarker studies. He is currently a Postdoctoral Research Fellow at The University of Queensland and an Adjunct Research Fellow at James Cook University. Dr. Haque has authored 51 peer-reviewed publications, developed innovative biosensor technologies, and led multiple funded research projects on antimicrobial resistance and biosensing applications. His work integrates microbiology, nanotechnology, and translational research to advance diagnostic innovations and improve public health outcomes. Author Profile Scopus Education Dr. Md. Hakimul Haque’s academic journey began with a strong foundation in veterinary medicine and microbiology, where he excelled as a top-performing student. His early interests lay in the study of infectious diseases and the molecular mechanisms that drive pathogen behavior. This curiosity pushed him towards advanced research on molecular detection methods, microbial pathogenesis, and antimicrobial resistance. His postgraduate studies further deepened his expertise, focusing on clinical microbiology, molecular diagnostics, and the application of innovative laboratory techniques. From the outset, Dr. Haque demonstrated not only scholarly excellence but also a passion for applying science to address pressing public health issues, particularly in infectious disease surveillance and diagnostics. Experience Building upon his academic foundation, Dr. Haque has pursued an extensive professional career spanning teaching, research, and clinical practice. He has served in various academic and scientific capacities, contributing both as a lecturer and as a mentor to postgraduate students. His transition to research-intensive roles has seen him work at the interface of microbiology, nanotechnology, and biomedical science. At The University of Queensland, he continues to engage in groundbreaking projects that explore biosensor development, biomarker extraction, and electrochemical diagnostics. His professional engagements have not only advanced his own expertise but have also fostered collaboration across disciplines, connecting veterinary science, human medicine, and bioengineering. Research Focus Dr. Haque’s research portfolio is both broad and impactful. His work centers on molecular diagnostics, antimicrobial resistance, and cancer biomarkers, with a particular emphasis on the development of biosensing technologies. By integrating microbiology with nanotechnology, he has pioneered innovative diagnostic tools that allow for rapid, sensitive, and cost-effective disease detection. His contributions extend to both human and animal health, reflecting a true “One Health” approach. Through the development of electrochemical biosensors and novel detection techniques, Dr. Haque has opened new pathways for identifying drug-resistant pathogens and cancer-related biomarkers, offering potential solutions to some of the most urgent challenges in global health. His more than 50 peer-reviewed publications and multiple book chapters highlight his scholarly productivity and commitment to advancing biomedical sciences. Accolades and Recognition Throughout his career, Dr. Haque has been recognized for his excellence in both teaching and research. He has received multiple awards for high-impact publications, including recognition from prestigious organizations and international funding bodies. His academic success has been supported by competitive research scholarships, which enabled him to pursue advanced studies in Australia and conduct world-class research in cancer diagnostics and biosensing. In addition, he has been trusted with leadership roles in professional associations and review committees, where his expertise continues to shape scientific discourse and guide future research. These accolades reflect his dual strength as both a scientist and an academic leader. Impact and Influence The influence of Dr. Haque’s work extends far beyond academic publications. His studies on antimicrobial resistance directly inform public health strategies, especially in regions where resistant pathogens pose significant risks to human and animal health. His diagnostic innovations are designed to be practical and accessible, ensuring that advanced technologies can reach clinical and field settings worldwide. By mentoring graduate students, he has also contributed to capacity building in microbiology and biomedical sciences, nurturing the next generation of researchers. His collaborations with international partners reinforce his role as a global scientist whose work bridges disciplines, geographies, and societal needs. Publications First Molecular Characterization and Antibiogram of Bacteria Isolated from Dairy Farm Wastewater in Bangladesh. Author: M. S. Islam, M. A. Polash, M. H. Hague Journal: Veterinary medicine international Year: 2025 Risk factors and antibiogram of human uropathogens in the northern part of Bangladesh: A crosssectional study. Author: M. F. Islam, D. K. Das, M. H. Hague Journal: Applied biology and biotechnology Year: 2024 A simple, inexpensive and portable on-farm test for pregnancy diagnosis and ovary status in cows via chemical analysis of urine. Author: M. H. Haque, S. Narayan, M. S. Islam Journal: Biochemical and biophysical research communications Year: 2023 Conclusion Dr. Md. Hakimul Haque stands as a distinguished researcher whose journey reflects unwavering dedication to science, education, and global health. His pioneering work in molecular diagnostics, antimicrobial resistance, and biosensor technology has not only advanced biomedical research but also created tangible pathways for improving clinical outcomes. With a proven record of impactful publications, funded projects, and mentorship, he continues to shape the scientific community both in Australia and internationally. Looking to the future, Dr. Haque’s vision is clear—leveraging innovation and collaboration to address urgent health challenges and inspire the next generation of researchers. His career is a remarkable blend of academic brilliance, practical innovation, and a profound commitment to the betterment of society.
HU Chuanmei | Aging design | Best Researcher Award Posted on 21/08/202521/08/2025 by Research Awards Assoc Prof Dr. HU Chuanmei | Aging design | Best Researcher Award Assoc Prof Dr. HU Chuanmei | Chengdu University of Technology | China Assoc. Prof. Dr. HU Chuanmei, from Chengdu University of Technology, China, is a distinguished academic and researcher specializing in industrial design, intelligent interaction systems, and aging research. Her work focuses on developing innovative assistive technologies, smart environments, and human-centered designs that enhance the quality of life for elderly populations. Through her interdisciplinary research and leadership, she has made significant contributions to the fields of design, robotics, and healthcare innovation. Author Profile Scopus Education Assoc. Prof. Dr. HU Chuanmei began her academic journey with a strong foundation in industrial design, urban planning, and architectural concepts. Her early education in industrial design nurtured her creative vision and technical understanding of how products and environments can be tailored to improve human lives. Building on this base, she pursued advanced studies in urban planning and design, equipping herself with a holistic perspective that blends creativity, engineering, and user-centric innovation. This academic path not only refined her design skills but also provided her with a comprehensive understanding of how people interact with spaces and technologies. Her passion for combining technology with human needs became the driving force behind her future research and professional endeavors. Experience Dr. HU Chuanmei has built an impressive career in academia, research, and administration. She has served in various teaching and leadership roles, progressing through positions that allowed her to mentor students, develop curriculum, and guide research initiatives. As an educator, she inspired young scholars in industrial design and engineering, instilling in them the values of creativity, precision, and innovation. Beyond teaching, she embraced significant administrative responsibilities, leading departments where she shaped academic programs and encouraged interdisciplinary collaboration. In addition to her university contributions, Dr. Hu extended her expertise to public service, taking on roles in municipal governance where she supported industrial partnerships and promoted economic cooperation. Her professional journey reflects a balance between academic dedication, research leadership, and practical engagement with real-world challenges. Research Focus The research interests of Dr. HU Chuanmei are centered on the intersection of technology, design, and human well-being. She is particularly recognized for her pioneering work in aging research, intelligent equipment and robotics, and intelligent interaction design. Her studies in aging research are aimed at addressing the challenges faced by elderly populations by creating solutions that enhance mobility, accessibility, and independence. She has focused on developing assistive devices that are ergonomic, user-friendly, and adaptable to the needs of aging individuals, ensuring that technology serves as a bridge to comfort and dignity. In robotics and intelligent equipment, her innovations have sought to improve efficiency and usability, integrating artificial intelligence and human-computer interaction to design devices that respond intuitively to user needs. By merging industrial design with intelligent technologies, she has created practical applications that directly improve quality of life and healthcare outcomes. Awards and Recognition Over the course of her career, Dr. HU Chuanmei has received recognition from academic and professional communities for her influential work. Her research has been widely cited in leading journals, particularly in studies concerning intelligent design and gerontechnology, showcasing the broad relevance and application of her findings. She has presented her work at prestigious international conferences, where her insights into design for aging populations and intelligent systems have been met with acclaim. Her interdisciplinary approach, combining design principles with advanced technologies, has positioned her as a thought leader and innovator in her field. These accolades highlight not only her academic excellence but also her ability to contribute solutions to some of society’s most pressing challenges, particularly those related to aging and healthcare innovation. Impact and Influence The influence of Dr. HU Chuanmei extends across disciplines and sectors, bridging industrial design, healthcare, and robotics. Her research has shaped the way designers and engineers think about aging populations, emphasizing inclusivity and accessibility as core principles of modern design. By incorporating intelligent interaction systems into assistive devices, she has redefined usability, ensuring that technology adapts to human needs rather than the reverse. Her contributions have significantly impacted the development of smart environments, healthcare solutions, and elderly care systems, offering innovative approaches to long-term care and independent living. Her work has also influenced students, fellow researchers, and practitioners, encouraging them to adopt an interdisciplinary and human-centered mindset. In essence, her career demonstrates how design and technology can be harmonized to create meaningful societal progress. Publication Applied research using the NIOSH lifting equation to optimize the design of shopping trolley for the elderly. Author: Chuanmei Hu, Xiaolin Huang, Gang Jiang, Siqi Hou & Yong Wang Journal: Scientific Reports Year: 2024 Conclusion Assoc. Prof. Dr. HU Chuanmei exemplifies the fusion of creativity, technology, and human-centered design in advancing solutions for an aging society. Her pioneering research in intelligent interaction, assistive technology, and industrial design continues to inspire innovation while addressing global challenges in elderly care. With her forward-looking vision and impactful contributions, she stands as a leader whose work will leave a lasting legacy in both academia and practical applications for societal well-being.
Assoc. Prof. Dr. HU Chuanmei, from Chengdu University of Technology, China, is a distinguished academic and researcher specializing in industrial design, intelligent interaction systems, and aging research. Her work focuses on developing innovative assistive technologies, smart environments, and human-centered designs that enhance the quality of life for elderly populations. Through her interdisciplinary research and leadership, she has made significant contributions to the fields of design, robotics, and healthcare innovation. Author Profile Scopus Education Assoc. Prof. Dr. HU Chuanmei began her academic journey with a strong foundation in industrial design, urban planning, and architectural concepts. Her early education in industrial design nurtured her creative vision and technical understanding of how products and environments can be tailored to improve human lives. Building on this base, she pursued advanced studies in urban planning and design, equipping herself with a holistic perspective that blends creativity, engineering, and user-centric innovation. This academic path not only refined her design skills but also provided her with a comprehensive understanding of how people interact with spaces and technologies. Her passion for combining technology with human needs became the driving force behind her future research and professional endeavors. Experience Dr. HU Chuanmei has built an impressive career in academia, research, and administration. She has served in various teaching and leadership roles, progressing through positions that allowed her to mentor students, develop curriculum, and guide research initiatives. As an educator, she inspired young scholars in industrial design and engineering, instilling in them the values of creativity, precision, and innovation. Beyond teaching, she embraced significant administrative responsibilities, leading departments where she shaped academic programs and encouraged interdisciplinary collaboration. In addition to her university contributions, Dr. Hu extended her expertise to public service, taking on roles in municipal governance where she supported industrial partnerships and promoted economic cooperation. Her professional journey reflects a balance between academic dedication, research leadership, and practical engagement with real-world challenges. Research Focus The research interests of Dr. HU Chuanmei are centered on the intersection of technology, design, and human well-being. She is particularly recognized for her pioneering work in aging research, intelligent equipment and robotics, and intelligent interaction design. Her studies in aging research are aimed at addressing the challenges faced by elderly populations by creating solutions that enhance mobility, accessibility, and independence. She has focused on developing assistive devices that are ergonomic, user-friendly, and adaptable to the needs of aging individuals, ensuring that technology serves as a bridge to comfort and dignity. In robotics and intelligent equipment, her innovations have sought to improve efficiency and usability, integrating artificial intelligence and human-computer interaction to design devices that respond intuitively to user needs. By merging industrial design with intelligent technologies, she has created practical applications that directly improve quality of life and healthcare outcomes. Awards and Recognition Over the course of her career, Dr. HU Chuanmei has received recognition from academic and professional communities for her influential work. Her research has been widely cited in leading journals, particularly in studies concerning intelligent design and gerontechnology, showcasing the broad relevance and application of her findings. She has presented her work at prestigious international conferences, where her insights into design for aging populations and intelligent systems have been met with acclaim. Her interdisciplinary approach, combining design principles with advanced technologies, has positioned her as a thought leader and innovator in her field. These accolades highlight not only her academic excellence but also her ability to contribute solutions to some of society’s most pressing challenges, particularly those related to aging and healthcare innovation. Impact and Influence The influence of Dr. HU Chuanmei extends across disciplines and sectors, bridging industrial design, healthcare, and robotics. Her research has shaped the way designers and engineers think about aging populations, emphasizing inclusivity and accessibility as core principles of modern design. By incorporating intelligent interaction systems into assistive devices, she has redefined usability, ensuring that technology adapts to human needs rather than the reverse. Her contributions have significantly impacted the development of smart environments, healthcare solutions, and elderly care systems, offering innovative approaches to long-term care and independent living. Her work has also influenced students, fellow researchers, and practitioners, encouraging them to adopt an interdisciplinary and human-centered mindset. In essence, her career demonstrates how design and technology can be harmonized to create meaningful societal progress. Publication Applied research using the NIOSH lifting equation to optimize the design of shopping trolley for the elderly. Author: Chuanmei Hu, Xiaolin Huang, Gang Jiang, Siqi Hou & Yong Wang Journal: Scientific Reports Year: 2024 Conclusion Assoc. Prof. Dr. HU Chuanmei exemplifies the fusion of creativity, technology, and human-centered design in advancing solutions for an aging society. Her pioneering research in intelligent interaction, assistive technology, and industrial design continues to inspire innovation while addressing global challenges in elderly care. With her forward-looking vision and impactful contributions, she stands as a leader whose work will leave a lasting legacy in both academia and practical applications for societal well-being.
Jitendra Patil | Health Sciences | Best Researcher Award Posted on 19/08/202519/08/2025 by Research Awards Mr. Jitendra Patil | Health Sciences | Best Researcher Award Mr. Jitendra Patil | Sankalchand Patel University Visnagar,Badoda | India Mr. Jitendra Hilal Patil, Lecturer at H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur, is a PCI-registered academic with a strong background in pharmaceutical sciences and nanotechnology. He holds an M.Pharm in Quality Assurance and is pursuing his Ph.D. at Sankalchand Patel University, Visnagar. His research focuses on developing pH-responsive nanocarrier drug delivery systems for targeted cancer therapy, with publications in Scopus-indexed journals and one patent under process. With a citation index of 29, his innovative work contributes significantly to advancing precision medicine while minimizing systemic toxicity in anticancer treatments. Author Profile Scopus Education From the very beginning of his educational journey, Mr. Jitendra Hilal Patil demonstrated a keen interest in pharmaceutical sciences and biomedical research. His strong academic foundation was built through consistent excellence across secondary and higher secondary education, which he pursued with dedication and discipline. His pursuit of a Bachelor’s and Master’s degree in Pharmacy further sharpened his knowledge in drug formulation, quality assurance, and advanced pharmaceutical principles. These formative academic years not only shaped his scientific mindset but also ignited his passion for research in nanotechnology and innovative drug delivery systems. His pursuit of a Ph.D. reflects his commitment to expanding the boundaries of knowledge and contributing to global healthcare challenges. Experience Mr. Patil serves as a Lecturer at H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur, where he plays a pivotal role in nurturing future pharmacists and researchers. His teaching approach integrates theory with practical insights, encouraging students to think critically about real-world healthcare challenges. Alongside his teaching responsibilities, he actively engages in research, ensuring his academic contributions are aligned with the latest developments in pharmaceutical innovation. His ability to balance teaching, research, and mentoring highlights his versatility as both an educator and a researcher. He also ensures his students are exposed to cutting-edge topics such as nanotechnology, targeted therapies, and drug delivery systems, preparing them to excel in the evolving landscape of pharmaceutical sciences. Research Focus The hallmark of Mr. Patil’s academic journey lies in his research on pH-responsive nanocarrier drug delivery systems designed for targeted cancer treatment. Recognizing the limitations of conventional chemotherapy—such as poor survival rates, systemic toxicity, and severe side effects—he focused on developing titanium-based metal-organic frameworks (Ti-MOFs) as nanocarriers for the anticancer drug axitinib (AXT). Through advanced hydrothermal synthesis and characterization techniques, he successfully developed stable, porous nanostructures that exhibit excellent pH-responsive behavior. His in vitro studies revealed that these carriers released minimal drug amounts in neutral pH, simulating healthy tissues, but significantly increased release in acidic environments mimicking cancer cells. This innovation represents a major step toward precision medicine, offering the potential to reduce toxicity and enhance therapeutic efficacy. His work exemplifies how nanotechnology can transform oncology treatments, opening doors to more effective and patient-friendly therapies. Awards and Recognition Mr. Patil’s research has garnered recognition through Scopus-indexed publications, citations, and a patent under process, highlighting the originality and applicability of his work. With a citation index of 29, his publications demonstrate a meaningful academic impact and a growing influence in the pharmaceutical research community. He is also a registered member of the Pharmacy Council of India (PCI), further strengthening his professional credibility. While he has not yet accumulated multiple industry consultancy projects or editorial appointments, his promising work and contributions reflect the qualities of a rising researcher who is set to achieve even greater recognition at both national and international levels. Impact and Influence The potential impact of Mr. Patil’s research extends beyond academia, offering transformative possibilities in cancer treatment. By addressing the challenges of drug toxicity and inefficient targeting, his nanocarrier-based system has the potential to improve the quality of life for patients undergoing therapy. Moreover, his contributions set a strong foundation for future collaborations in nanomedicine, oncology research, and pharmaceutical technology. His influence also extends to his students, who benefit from his mentorship, guidance, and emphasis on research-driven learning. By bridging the gap between classroom knowledge and practical innovation, he inspires a new generation of pharmaceutical professionals to pursue impactful research that addresses pressing healthcare challenges. Publications Nonlocal thermoelastic diffusion analysis in a semi-infinite body subjected to thermal loading with memory effects. Author: Jitendra Patil, Chandrakant Jadhav, Nitin Chandel & Vinod Varghese Journal: Archive of Applied Mechanics Year: 2025 Development and Characterization of AXT@Metal-Organic Framework: A Biocompatible, pH-Responsive Nanocarrier for Targeted Axitinib Delivery in MCF-7 Cancer Cells. Author: Jayvadan K. Patel, Ujashkumar A. Shah, Pravin O. Patil, Jitendra H. Patil Journal: Annales Pharmaceutiques Françaises Year: 2025 Conclusion Mr. Jitendra Hilal Patil exemplifies the qualities of a dedicated educator, an emerging researcher, and an innovator in pharmaceutical sciences. His academic journey, professional commitments, and research on pH-responsive nanocarriers reflect not only his scientific expertise but also his vision for improving global healthcare outcomes. With a growing body of impactful publications, a patent under process, and recognition as a promising voice in nanotechnology and drug delivery research, he continues to inspire both peers and students alike. Looking forward, his unwavering dedication positions him to make enduring contributions that bridge cutting-edge research with tangible benefits for society, leaving a meaningful legacy in academia and beyond.
Bensiradj Nour El Houda | Pharmacology | Best Researcher Award Posted on 18/08/202518/08/2025 by Research Awards Dr. Bensiradj Nour El Houda | Pharmacology | Best Researcher Award Dr. Bensiradj Nour El Houda | ENS Kouba | Algeria Dr. Bensiradj Nour El Houda is an Associate Professor at the Higher Normal School (ENS) Kouba, Algeria, and a researcher at the Computational and Photonic Theoretical Chemistry Laboratory, USTHB. She holds a Magister (2010), a Doctorate in Theoretical and Computational Chemistry (2017), and a University Accreditation (2021). Her research focuses on computational chemistry, electronic spectroscopy, organometallic complexes, renewable energies, and photovoltaic materials (ZIFs). She has supervised numerous Master’s theses, coordinated national research projects, and published extensively in high-impact international journals. Dr. Bensiradj has also participated in international collaborations and conferences across Europe, the Middle East, and North Africa, contributing significantly to advancing theoretical and applied chemistry. Author Profile Scopus Education Dr. Bensiradj Nour El Houda began her academic journey with an early passion for chemistry, physics, and computational sciences, which shaped her career path in higher education and advanced research. She pursued her Magister degree in Chemistry at the University of Science and Technology Houari Boumediene (USTHB) in 2010, specializing in theoretical and computational chemistry. Her thesis, “Study of Electron Spectroscopy Applied to Chemical Systems: ZnTe and its Ions”, reflected her early interest in spectroscopic analysis and computational modeling. The thesis was supervised by Prof. O. Ouamerali and awarded with a “Very Good” distinction, highlighting her excellence at the initial stages of her career. Building upon this foundation, Dr. Bensiradj continued to explore the intersection of theoretical chemistry and spectroscopy, completing her Doctorate in Science in 2017 at USTHB. Her doctoral thesis, “Theoretical Study of Excited States and Electronic Spectroscopy of Chemical and Biological Systems”, marked a significant step in her scholarly journey, earning a “Very Honorable” mention. In 2021, she achieved University Accreditation with honors, a milestone that formally recognized her capacity to conduct independent research and mentor emerging scholars. Experience Dr. Bensiradj’s professional career is deeply tied to her dual roles as an academic educator and researcher. She began as an Assistant Teacher at ENS Kouba in 2013, later advancing to Lecturer (2017) and subsequently to Associate Professor (2021). Over the years, she has taught a wide spectrum of subjects, including quantum chemistry, atomic and molecular structure, chemical equilibrium, analytical chemistry, and computational methods at both undergraduate and postgraduate levels. Her teaching style blends theoretical rigor with applied perspectives, bridging the gap between computational simulations and real-world chemical systems. In parallel, she has guided numerous Master’s theses on topics ranging from theoretical studies of molecular clusters, natural product chemistry, spectroscopy of transition metal complexes, environmental chemistry, and deep learning applications in chemical analysis. This supervision reflects her ability to integrate theoretical models with experimental validation, preparing future researchers with interdisciplinary expertise. Research Focus Dr. Bensiradj Nour El Houda’s research is firmly anchored in computational and photonic theoretical chemistry, with her work spanning a diverse range of interconnected themes. She specializes in electronic spectroscopy and advanced quantum chemistry methods such as HF, DFT, and TDDFT, applying these approaches to investigate the structure and reactivity of organic, metallic, and organometallic compounds. A significant aspect of her research also centers on the modeling of photovoltaic materials and renewable energy applications, with a particular emphasis on Zeolitic-Imidazolate Frameworks (ZIFs) for gas adsorption, storage, and energy solutions. Additionally, she has contributed to the development of computational codes that optimize chemical modeling, enhancing both accuracy and efficiency in theoretical simulations. Beyond these areas, Dr. Bensiradj has actively engaged in environmental chemistry, exploring innovative methods for heavy metal removal, wastewater treatment, and green chemistry applications, thereby linking computational studies with real-world environmental sustainability. Awards and Recognition Dr. Bensiradj’s academic excellence has been consistently acknowledged. She earned distinctions in both her Magister and Doctoral degrees, culminating in a University Accreditation with Honors in 2021. She has been entrusted with national research projects, including CNEPRU and PRFU projects focused on hydrogen storage, non-linear optics, and computational modeling of organometallic systems. Her international collaborations with CSIC Madrid (Spain) and Yarmouk University (Jordan) further strengthened her recognition as a scholar with cross-border research impact. She has also co-authored interdisciplinary studies combining experimental and theoretical approaches, enhancing her profile as a versatile researcher. Impact and Influence Through her teaching, mentorship, and research, Dr. Bensiradj has had a lasting influence on the Algerian and global scientific community. She has trained a new generation of chemists in theoretical and computational methods, contributing to the advancement of quantum chemistry education in Algeria. Her research on renewable energies, spectroscopy, and water treatment addresses pressing global challenges, linking academic insights with sustainable solutions. Her interdisciplinary work, merging computational simulations, spectroscopy, environmental chemistry, and machine learning, has inspired both colleagues and students to adopt innovative approaches in chemical research. Moreover, her publications continue to be cited internationally, amplifying Algeria’s scientific visibility in theoretical chemistry. Publications ‘DFT studies of single and multiple molecular adsorption of CH4,SF6 and H2O in Zeolitic-Imidazolate Framework. Author: N.Bensiradj, V.Timon, R.Boussessi,S.Dalbouha and ML.senent Journal: Inorganica Chimica Acta Year: 2019 ”Phytochemical Study and Antibacterial Effects of Fraxinus angustifolia Vahl (Algeria): Experimental and Computational Investigations”. Author:N.Zouaghi, N.Bensiradj, C.Cavaleiro, B.Nadjemi ,and M. trari Journal: Waste and Biomass Valorization Year: 2020 Newly Streptomyces-Induced Rabelomycin after Specific Amino Acid Supplementations: Experimental and Computational Investigations of Reactivities. Author:Samira Tata, Nour El Houda Bensiradj, Amine Yekkour, Selma Snini, Atika Meklat & Noureddine Bouras Journal: Waste and Biomass Valorization Year: 2024 Conclusion Dr. Bensiradj stands as a remarkable figure in the realm of computational and photonic theoretical chemistry, seamlessly merging fundamental quantum principles with applied environmental and energy-focused research. Her groundbreaking studies on spectroscopy, quantum chemistry methods, renewable energy systems, and sustainable environmental practices reflect both scientific depth and societal relevance. With an impressive record of publications, international collaborations, and active participation in global conferences, she continues to inspire the academic community while addressing some of the most pressing challenges of our time. Her work not only enriches scientific knowledge but also paves the way for future innovations in clean energy, green chemistry, and advanced computational modeling—ensuring that her contributions will leave a lasting legacy for generations of researchers to come.