Scholars Frontiers in

Nanoscience and Nanotechnology Congress

THEME: "Fostering Advancements in Nanoscience and Nanotechnology"

img2 27-28 Mar 2023
img2 Crowne Plaza Ealing, London, UK & Online
Vinay Aseri

Vinay Aseri

Vivekananda Global University, India

Title: Functionalization of Carbon Nanodots And Their Application in Biomedicine


Biography

Vinay Aseri is currently pursuing B.Sc. (H) Forensic Science from Vivekananda Global University, Jaipur, Rajasthan, India. He has been Participating & Presenting his work for more than 15 National & International Conferences & Workshops. One Indian Copyright of Sugarcane Bagaas Nano Bio char application in Forensic Science. He has published 15+ papers in Scopus Indexed Journals and published 14 Book chapters in various National and International publishers & several papers/chapters are in progress. He has hands-on experience on a variety of sophisticated instruments like UV-Visible Spectrophotometer, IR Spectroscopy, SEM, Microscopy, etc.

Abstract

Carbon nanodots (CNDs) are an developing branch of nanomaterials and nanoscience, this have generating much more interest in the field and class of biomedicine science by way of unique particular properties, such as high stability, great photoluminescence, easy green synthesis, and simple surface modification. Numerous applications, such as bioimaging, biosensing, and treatment, have made use of CNDs. In this review, we describe the most recent developments in CND research and talk about major changes in our understanding of CNDs and their prospects as biomedical tools. The functional modification of CNDs through the changing of dopants and surface molecules, which has led to an improved knowledge of their antioxidant behaviour and mechanisms of action, is discussed in this review. Interest in in vivo procedures has grown as a result of the growing body of in vitro research on CNDs. We start by talking about the development of studies looking at CNDs as potential therapeutic agents for various disease states. Each topic is discussed while considering potential future research that could expand our understanding of CNDs.