Dr. Bathini Srinivas Publishes UHPLC Method Paper in Elsevier Journal

Anurag University proudly recognises the research achievement of Dr. Bathini Srinivas, Assistant Professor, and Mr. S. R. Gangadhar Koppineni, Research Scholar, both of the Department of Chemistry, on the publication of their paper titled 'A Novel Stability-Indicating UHPLC Method for the Determination of Related Substances and Assay in the Synthetic Opioid Peptide Difelikefalin Acetate and LC-MS Identification of the Major Degradation Products.'
The work appears in Microchemical Journal, an Elsevier publication that is Q1-ranked with an H-index of 117 and an Impact Factor of 5.1. Analytical methods of this kind are essential in pharmaceutical science, ensuring the quality, purity, and stability of drug compounds, which directly affects patient safety. By developing a stability-indicating UHPLC method and identifying major degradation products through LC-MS for Difelikefalin acetate, the authors provide a reliable analytical tool valuable to drug development and quality control. Publication in a high-impact Q1 journal reflects the precision and significance of this research.
This achievement underscores Anurag University's strength in analytical and pharmaceutical chemistry, as well as its productive faculty-scholar collaborations. The university congratulates Dr. Srinivas and Mr. Koppineni on this impactful contribution and celebrates their commitment to rigorous, application-driven scientific research.
Written By
By AU Media Team
More Stories You Might Like

Advancing Computational Ferrites Research
Dr. G. Swetha, Assistant Professor, Department of Physics, has authored the book chapter "Computational Insights into Ferrites" in the book Recent Advances in Ferrites: Structure, Properties, and Emerging Applications, published in the IIP Series.

Advancing Dielectric and Ferroelectric Studies
Dr. Ch. Sameera Devi and Dr. G. Swetha, Assistant Professors, Department of Physics, have co-authored the book "Introduction to Dielectric and Ferroelectric Studies: Relaxor Ferroelectrics," published by LAP LAMBERT Academic Publishing.


