Dr. STANISLAUS ANTONY CEASAR | Biochemistry|Most Reader’s Article Award
Doctor at Rajagiri College of Social Sciences
Strengths for the Award
1. Impactful Research Contributions:
- Dr. Antony Ceasar’s work in plant biotechnology, particularly focusing on millet improvement and fungal resistance, showcases his significant contributions to advancing agricultural science. His research addresses crucial issues such as fungal resistance and nutrient transport in crops, which have direct implications for food security and agricultural sustainability.
2. Recognized Expertise:
- Being listed among the world’s top 2% cited scientists by Stanford University underscores the impact and recognition of his research in the scientific community. This level of citation reflects the relevance and influence of his work in the field.
3. International Fellowships and Awards:
- Dr. Ceasar has received prestigious fellowships such as the Marie Curie International Incoming Fellowship and BELSPO Non-European Postdoctoral Fellowship, highlighting his international recognition and the trust placed in his research capabilities.
4. Leadership and Administrative Roles:
- His roles as Director of the Rajagiri R&D Cell and Chairman of the Institutional Biosafety Committee demonstrate his leadership and administrative capabilities. Organizing international conferences and serving on editorial boards further indicates his commitment to advancing scientific research and education.
5. Research Guidance and Training:
- Dr. Ceasar has mentored numerous Ph.D. and M.Sc. students, guiding their research projects and contributing to the development of future scientists. His involvement in student research reflects his dedication to nurturing talent and promoting research excellence.
6. Community and Societal Impact:
- His ongoing project on socio-economic empowerment through mushroom cultivation illustrates a commitment to addressing community needs and promoting sustainable livelihoods, aligning well with the goals of a Research for Community Impact Award.
Areas for Improvement
1. Broader Community Engagement:
- While Dr. Ceasar’s research has significant scientific and agricultural impact, increasing efforts to engage directly with local communities and stakeholders could further enhance the social impact of his work. More community-based initiatives or outreach programs could help bridge the gap between research and its practical applications.
2. Increased Collaboration with Industry:
- Strengthening collaborations with industry partners could lead to more applied research outcomes and facilitate the translation of his scientific findings into real-world solutions. This could enhance the practical impact of his research on agricultural practices and food security.
3. Public Awareness and Education:
- Expanding efforts to communicate his research findings to the general public and non-specialists could raise awareness about the importance of his work. Educational programs or public lectures could help in disseminating knowledge and garnering support for his research initiatives.
Education:
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- Integrated metabolomic analysis and molecular docking: Unveiling the potential of Nephrolepis exaltata (L.) Schott phytocompounds for mosquito control via glutathione-S-transferase targeting
- Â Ebeed, H., Baz, M., Habib, E., Prabhu, S., Ceasar, S.A.
- Â International Journal of Biological Macromolecules, 2024, 273, 133072
- Brown-top millet: An overview of breeding, genetic, and genomic resources development for crop improvement
- Â Bhavani, P., Nandini, C., Maharajan, T., Nagaraja, T.E., Ceasar, S.A.
- Â Planta, 2024, 260(1), 10
- Genomics and bioinformatics applications in crop stress: Unraveling molecular mechanisms for sustainable agriculture
- Â Ebeed, H.T., Ceasar, S.A.
-  South African Journal of Botany, 2024, 170, pp. 38–47
- Cyanobacterial Metabolites as Promising Neuroprotective Agents by Targeting Phosphoglycerate Kinase 1: Dynamic In Silico Approaches
- Â Prabhu, S., Kalaimathi, K., Jayasree, S., Sanjeevi, B., Priya, S.P.
-  Journal of Computational Biophysics and Chemistry, 2024, 23(5), pp. 691–708
- Humic acid regulates gene expression and activity of antioxidant enzymes to inhibit the salt-induced oxidative stress in finger millet
- Â Rakkammal, K., Pandian, S., Maharajan, T., Sohn, S.-I., Ramesh, M.
-  Cereal Research Communications, 2024, 52(2), pp. 397–411
- Integrated metabolomic analysis and molecular docking: Unveiling the potential of Nephrolepis exaltata (L.) Schott phytocompounds for mosquito control via glutathione-S-transferase targeting