The findings from this research contribute to an evolving understanding of immune system behavior at the cellular level,with lipid rafts and membrane morphology highlighted as significant players. For India, where health innovation and biotechnology sectors are gaining traction, such studies could have downstream implications for immunological research and therapeutic advancements.With potential applications ranging from vaccine development to targeted treatments for autoimmune diseases, insights into membrane-level processes present opportunities for advancement in both healthcare policy and commercial biotech ventures.