About This Webinar
Bone is a dynamic, metabolically active tissue constantly regulated by precise cellular signaling pathways. In modern lifestyles, high-fat diets and metabolic disorders have emerged as major contributors to skeletal deterioration, osteoblast dysfunction, and compromised bone mineral density.
Join The SciTech Club for an in-depth, research-oriented session where we break down the molecular mechanisms linking saturated fatty acids (such as palmitic acid) to bone cell stress, apoptosis, and impaired remodeling, alongside promising bone-protective therapeutic strategies.
Key Topics Covered:
– Basics of Bone Biology & Bone Remodeling: Dynamics of osteoblasts, osteoclasts, and matrix mineralization.
– Saturated Fatty Acids & Palmitic Acid: Biochemical characteristics of dietary lipids and systemic lipotoxicity.
– How Fatty Acids Affect Osteoblasts: Molecular pathways driving cellular dysfunction and decreased bone formation.
– Oxidative Stress & ER Stress in Bone Cells: Intracellular stress responses triggered by lipid overload.
– Experimental Evidence From Cells to Animals: Preclinical insights from cell cultures to in vivo metabolic models.
– Withaferin A as a Potential Bone-Protective Agent: Natural bioactive molecules reversing lipotoxic skeletal damage.
– Connecting Nutrition, Obesity & Bone Health: Translating metabolic insights to human health and preventive strategies.
Webinar Details
📅 Event Type: Online Webinar
📅 Date : 05 September 2026
💻 Platform: Google Meet
🎓 Registration Fee: FREE
📜 E-Certificate Fee: ₹31 only
Participants who wish to receive a verified digital certificate of participation can opt for the certificate by paying ₹31 during registration.
Who Should Attend?
- Undergraduate & Postgraduate Life Science Students
- Biotechnology, Biochemistry & Zoology Students
- Biomedical Science & Pharmacy Scholars
- Pre-clinical & Nutrition Enthusiasts
- PhD Aspirants & Research Scholars
- Faculty & Early-Career Researchers
Why Attend?
- Build a rock-solid foundation in bone biology & cell signaling.
- Understand mechanistic pathways of lipid-induced ER stress.
- Discover cutting-edge preclinical drug screening models.
- Learn directly from an active CSIR-CDRI researcher.
- Prepare for entrance exams (IIT-JAM, CUET-PG, CSIR-NET).
- Add a verified academic certification to your resume.
Key Takeaways
- - Master the cellular fundamentals of bone remodeling.
- - Explain the molecular basis of lipotoxicity in osteoblasts.
- - Analyze ER stress and oxidative stress markers in disease.
- - Evaluate Withaferin A as a promising bone therapeutic.
- - Bridge dietary habits with long-term skeletal integrity.
- - Gain clarity on experimental designs in biomedical sciences
Speaker
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