Student Ready Enterpreneurial Development in Biotechnology (BTS-422) on Cell Metabolic Viability and Morphological Analysis of Radiation Induced Neuronal Outgrowth of Neuro2A nCells and its Alteration by Rk IP006 Pre-Treatments : Unlocking the Potential of RK-IP006 As a Radioprotective Drug in the Market

Abstract

Our understanding of the effects of ionizing radiation on the CNS (central nervous system) is still incomplete. In this study conducted, the RK-IP.006 molecule has been investigated for its radioprotective efficacy gamma radiation using Neuro2a cells. Cell death due to radiation and the possible protective potential of RK-IP.006 were investigated by MTT assay. The effect of pre treating irradiated with RK-IP.006 on radiation induced neuronal outgrowth were investigated with the help of fluorescence microscope. The ability to suppress apoptosis IS Used to evaluate RK-IP-006's radioprotective effectiveness. this repmt investigates the Bioentrepreneurial aspect of radioprotective drugs and presents an in-depth exploration of the market landscape. The report also focuses on the development of a manufacturing industry for the production of the DRDO drug, RKIP. 006, and provides a comprehensive analysis of the necessary markers and factors to establish the manufacturing facility. By examining the Bioentrepreneurial oppmtunities and challenges in the radioprotective drug sector, this research offers valuable insights for entrepreneurs and industry professionals. The report also includes a rough estimated plan for the establishment of the radioprotective drug manufacturing industry. Overall, this report contributes to the understanding of Bioentrepreneurship in radioprotective drug development and offers practical guidance for the successful implementation of the manufacturing facility for RKIP. 006.