Sanyog Jain
NIPER, India
Scientific Tracks Abstracts: J Material Sci Eng
Cancer nanotechnology is often considered to be a vast field that comprises of multidisciplinary aspect of science, engineering and medicine. This arena of technology not only aids in detection and prevention of cancer but also helps in generating effective and personalized medicine. The primary focus shifted towards this field with the observation of anti-cancer drugs showing poor oral bioavailability and higher side effects accompanying extra therapeutic toxicity due to lack of targeting. Moreover, the damage that occurs to normal cells includes genetic material damage via elevated oxidative stress. Arena of cancer nanotechnology holds fascinating techniques to address these problems. Smart Nano carriers are able to specifically target tumor once they are into the systemic circulation. This leads to reduced side effects related to cancer chemotherapy, although the approach to co-deliver an antioxidant with the anticancer drug further improves the therapy in controlling chemotherapy related distress. This improves the overall effectiveness of therapy. The route of administration also remains an important aspect since parentral, more preferably intravenous administration, gives absolute bioavailability and instant action, but remains to be poorly complying delivery for patients. Nanotechnology provides various techniques for improving oral bioavailability since this route of administration remains to be the most popular route for patients. Nano carriers holds answer to all these questions of targeted co-delivery of drugs through oral or other preferred routes. Thus this improvised technique provides the benefit of targeting with efficient multicomponent delivery which leads to effective cancer chemotherapy
Dr. Sanyog jain, is a professor at department of Pharmaceutics, National Institute of Pharmaceutical Education and Research, S.A.S Nagar (Mohali), India. He has been heading the Centre for Pharmaceutical Nanotechnology (CPN). He has been actively contributing in the field of Nano biotechnology and advanced drug delivery (Nano medicine). Also, he is deeply involved in developing tailor-made Nano formulations based on biodegradable polymers, lipids and carbon nanotubes for effective delivery of challenging drug and macromolecules like proteins (insulin), vaccines and DNA.
Journal of Material Sciences & Engineering received 3677 citations as per Google Scholar report