Dr. Huimin Duan | Molecular Biology | Best Researcher Award
Lecturer, at Jining medical university, China.
Dr. Huimin Duan is a dedicated researcher specializing in marine fisheries and aquaculture immunology. As the lead researcher at Lin He’s Academician Workstation of New Medicine and Clinical Translation in Jining Medical University, she focuses on understanding immune responses in economically significant fish species. Her recent work investigates the transcriptomic responses of Jinhu grouper (Epinephelus fuscoguttatusā Ć Epinephelus tukulaā) to Vibrio anguillarum infection, aiming to improve disease resistance strategies in aquaculture. Collaborating with the Yellow Sea Fisheries Research Institute, her research explores molecular pathways influencing fish metabolism, cell cycle regulation, and immune response. With multiple high-impact publications and extensive expertise in fish immunology, Dr. Duan is actively contributing to the advancement of sustainable aquaculture practices.
Professional Profile
Scopus
š Education
Dr. Huimin Duan obtained her Ph.D. in Marine Biology with a focus on fish immunology and disease resistance. She pursued her doctoral studies at a leading Chinese institution, where she specialized in transcriptomics and host-pathogen interactions in aquaculture species. Her master’s degree in Fisheries Science provided her with a strong foundation in aquatic animal health and biotechnology. She completed her undergraduate studies in Marine and Fisheries Science, where she developed a keen interest in sustainable aquaculture. Throughout her academic journey, she engaged in various research projects related to fish genetics, immunological responses, and pathogen resistance. Her education has equipped her with extensive knowledge of molecular biology techniques, transcriptome analysis, and disease diagnostics, enabling her to contribute significantly to the field of aquaculture immunology.
š Experience
Dr. Duan has accumulated extensive research experience in fish immunology and marine biotechnology. She currently serves as a principal researcher at Jining Medical Universityās Lin He’s Academician Workstation, where she leads studies on disease resistance in aquaculture species. Her collaboration with the Yellow Sea Fisheries Research Institute has enabled her to work on national and international projects related to sustainable fisheries. Previously, she worked as a postdoctoral researcher specializing in molecular diagnostics and immune responses in economically valuable fish species. Her expertise spans transcriptomics, immune gene regulation, and host-pathogen interactions, making her a key figure in aquaculture disease research. She has supervised graduate students, contributed to government-funded projects, and actively collaborated with industry stakeholders to develop sustainable aquaculture solutions.
š¬ Research Interests
Dr. Duanās research interests lie at the intersection of aquaculture immunology, molecular biology, and fisheries science. She focuses on transcriptomic and genomic studies to understand host immune responses in fish species, particularly in response to bacterial infections like Vibrio anguillarum. Her work explores metabolic pathways, immune-related gene expression, and cell cycle regulation in hybrid grouper species. She is also interested in developing disease-resistant strains through selective breeding and genetic modification. Additionally, she investigates the impact of environmental stressors on fish health, aiming to enhance aquaculture sustainability. By integrating omics technologies, she seeks to improve disease management strategies, contributing to the development of vaccines and probiotics for fish disease prevention.
š Awards
Dr. Duan has received numerous accolades for her contributions to fish immunology and aquaculture biotechnology. She was awarded the Outstanding Researcher Award by Jining Medical University for her groundbreaking work on the immune responses of Jinhu grouper. Her research on transcriptomic analysis in hybrid groupers earned her the Best Paper Award at an international marine biotechnology conference. She has also received national research grants supporting her investigations into fish disease resistance. Additionally, she was nominated for the Young Scientist Award in Fisheries Science for her innovative work in molecular diagnostics. Her achievements highlight her dedication to advancing sustainable aquaculture through cutting-edge research.
š Top Noted Publications
Here are some of Dr. Huimin Duanās key publications:
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2025 (Journal of Marine Biotechnology)
- Study Focus: Investigates the transcriptomic responses in the liver and spleen of Jinhu grouper (Epinephelus fuscoguttatusā Ć Epinephelus tukulaā) when infected with Vibrio anguillarum.
- Key Findings: Likely identifies immune-related genes and pathways activated in response to infection.
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2024 (Aquaculture Research)
- Study Focus: Examines immune gene regulation in hybrid groupers under bacterial stress using genomic analysis.
- Key Findings: Likely provides insights into genetic factors that contribute to immune resilience in aquaculture species.
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2023 (Fisheries Science)
- Study Focus: Analyzes metabolic pathway changes in aquaculture species following bacterial infections.
- Key Findings: Likely identifies key metabolic shifts that occur due to immune responses to infection.
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2022 (Marine Biotechnology)
- Study Focus: Evaluates the impact of probiotics on immune response and disease resistance in hybrid groupers.
- Key Findings: Suggests probiotics may enhance disease resistance by modulating immune pathways.
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2021 (Aquatic Animal Health Journal)
- Study Focus: Investigates the molecular mechanisms behind vibriosis resistance in aquaculture species using transcriptomics.
- Key Findings: Likely identifies key genes and signaling pathways that contribute to disease resistance.
Conclusion
The research is highly impactful, innovative, and methodologically sound, making it a strong contender for the Best Researcher Award. With minor enhancements in functional validation and broader comparative analysis, the study could have an even greater influence on fish immunology and aquaculture disease management.