Spectroscopic parallelism in structural skeletonization and standardization of pharmaceuticals

Abstract

Spectroscopy based pharmaceuticals chemo fingerprinting and standardization is an essential intent to portrait molecular structures as well, a cemented platform to harvest diversified physiochemical characteristics of therapeutic chemo entity. Compared to classical wet techniques, the spectroscopic-framed-chemical analysis meritoriously distinguished from former in terms of sensitivity, accuracy, precession, rapidness, detection limit, spectrum, versatility, result reliability, intuiting data, and automated operation. Quest for “ideal medicine” is still a misnomer, however, may comply if being assisted with well planned and excellently executed spectroscopy methodology. The present paper is design to explore various prospective of different spectroscopic technique and their role in chemical evaluation and standardization of pharmaceuticals.