| Title of the Event | Guest Lecture on “Bridging pathogenesis and therapy , Biomedical targets in Alzhemier’s disease” |
| Date | 27.10.2025 |
| Time | 10 AM-12 PM |
| Venue | Hi Tech , Hall-II |
| Total Attendees | 120 |
| Name of the Speaker | Dr. Pramoda GN , Scientist Biological sciences Biomaterials Department , CSIR –Central Leather Research Institute Adyar , Chennai |
| Event Mode | Offline |
| Convenor | Dr.Ushus s Kumar, HoD(i/C)/BME |
| Coordinator | Ms.P.Padmapriya, AP/BME and Dr.Karolinekersin .E |
Summary of the event
“Bridging Pathogenesis and Therapy: Biomedical Targets in Alzheimer’s Disease”
The Department of Biomedical Engineering, Faculty of Engineering and Technology, SRM Institute of Science and Technology, Ramapuram, organized a guest lecture titled “Bridging Pathogenesis and Therapy: Biomedical Targets in Alzheimer’s Disease” on 27th October 2025 at Hi-Tech Hall – II.The session was delivered by Dr. Pramoda GN, Scientist, Biological Sciences Biomaterials Department,CSIR–Central Leather Research Institute (CLRI), Adyar, Chennai. The event was convenedby Dr. Ushus S Kumar (HoD, BME), co-convened byMs. P. Padmapriya (AP–BME), and coordinated byDr. E. Karolinekersin (AP–BME). This program, aligned with the theme “Biomedical Research with Impact: Translating Basic Research to Patient Care,” highlighted the vital role of biomedical engineers in transforming fundamental discoveries into clinical applications. Dr. Pramoda discussed the complex mechanisms underlying Alzheimer’s disease, emphasizing emerging biomedical targets and therapeutic approaches. The lecture also shed light on translational research pathways, the importance of interdisciplinary collaboration, and the potential of biomedical innovations in improving patient outcomes.The session provided valuable insights for 2nd and 3rd year Biomedical Engineering students, inspiring them to pursue impactful research that bridges the gap between laboratory discoveries and real-world healthcare solutions, ultimately contributing to the advancement of global health.
Conclusion
The guest lecture, “Biomedical Research with Impact: Translating Basic Research to Patient Care,” delivered by Dr. Pramoda GN, offered an in-depth exploration of the immense potential for innovation within biomedical engineering. From novel therapeutic targets in Alzheimer’s disease to advances in biomaterials and diagnostic tools, the session underscored how engineering solutions can convert fundamental science into tangible improvements in patient care.
As the program concluded, it became clear that opportunities for biomedical engineers are vast and expanding—driven by a shared commitment to enhance patient outcomes and address pressing global health challenges. The interdisciplinary synergy of engineering, biology, and clinical practice fosters a fertile environment for ideas to evolve into real-world healthcare interventions.
This lecture inspired participants to pursue fresh lines of inquiry, form cross-disciplinary collaborations, and remain persistent in pushing the boundaries of biomedical science. Equipped with new perspectives on translational pathways, regulatory considerations, and collaborative strategies, attendees are well positioned to contribute to the next generation of medical breakthroughs.
With the insights gained from this session, the cohort of 2nd and 3rd year Biomedical Engineering students is better prepared to transform research into meaningful healthcare solutions—advancing both patient care and the broader field of global health.
Action Plan — “Bridging Pathogenesis and Therapy: Biomedical Targets in Alzheimer’s Disease”
Highlight Key Research Areas
Focus on core biomedical domains related to neurodegenerative disorders, including molecular pathogenesis, biomaterials for neural regeneration, drug delivery systems, and neuroimaging technologies.
Present Emerging Trends and Therapeutic Strategies
Introduce recent advancements in Alzheimer’s research, such as nanotechnology-based therapies, stem cell approaches, and computational modeling for drug design and early diagnosis.
Identify Leading Institutions & Research Opportunities
Showcase premier research centers and laboratories specializing in neuroscience and biomedical engineering, including CSIR institutes, IITs, NITs, and international collaborations. Provide insights into funding opportunities, internships, and ongoing translational research projects.
Discuss Career Pathways in Biomedical Research
Outline various professional trajectories in neurobiology, biomedical instrumentation, and pharmaceutical R&D. Highlight avenues for higher education, clinical research fellowships, and postdoctoral programs in neuroscience and biomaterials.
Emphasize Interdisciplinary Collaboration
Promote integrated teamwork between biomedical engineers, neuroscientists, clinicians, and data scientists to accelerate innovation in understanding and treating Alzheimer’s disease. Encourage participants to engage in collaborative research initiatives bridging engineering and medical sciences.
OUTCOMES OF THE PROGRAM (Based on SDGs)
SDG 4: Quality Education
Enhanced understanding of biomedical engineering research pathways among students.
Increased interest in higher education and specialized research careers.
Exposure to global research trends and cutting-edge technologies through expert insights.
SDG 17: Partnerships for the Goals
Strengthened collaboration between academic institutions, research organizations, and industry experts, fostering a platform for translational biomedical research.
Promoted resource sharing and interdisciplinary joint research initiatives in areas such as neurodegeneration, biomaterials, and therapeutic innovation.
Encouraged the creation of a knowledge-sharing ecosystem that supports healthcare innovation, translational research, and the pursuit of sustainable development goals in biomedical engineering and patient care.
Enhanced student awareness and engagement in emerging research domains, motivating them to pursue impactful projects that bridge fundamental science and clinical application.
