Antidiabetic Potential of Marine Life

Authors: Santhanam Ramesh, Ramasamy Santhanam, Arumugam Uma

Series Title: Medicinal Chemistry and Marine Life

Antidiabetic Potential of Marine Life

Volume 2

ISSN: 3082-8333
eISSN: 3082-8325 (Online)
ISBN: 978-981-5322-86-6
eISBN: 978-981-5322-85-9 (Online)

Introduction

Medicinal Chemistry and Marine Life Volume 2: Antidiabetic Potential of Marine Life explores the vast antidiabetic potential of marine organisms, from microbes and macroalgae to invertebrates, fishes, and by-products like fish oils and chitosan. It highlights bioactive marine-derived molecules and lead compounds with proven or emerging antidiabetic activity, bridging insights from pharmaceutical and marine biology research.

Key Features:

  • - Presents a comprehensive overview of marine-derived antidiabetic agents.
  • - Discusses pharmacological mechanisms and lead molecule identification.
  • - Explores therapeutic potential across diverse marine species and by-products.
  • - Integrates interdisciplinary research from marine biology and pharmaceutical sciences.
  • - Serves as the first consolidated reference on marine biota and diabetes management.


Target Readership: :

Ideal for researchers, students, and professionals in biomedical, pharmaceutical, marine, and fisheries sciences, as well as pharmaceutical industry experts developing novel marine-based drugs.

Foreword

It is my privilege to write this Foreword for my former teacher and guide, Dr. Ramasamy Santhanam (an author and former Dean of the Thoothukudi Fisheries College and Research Institute, the first fisheries college in Tamil Nadu functioning under this University), for his book titled “ Medicinal Chemistry and Marine Life: Volume 2. Antidiabetic Potential of Marine Life”.

Diabetes mellitus, a chronic metabolic disorder, is characterized by a rise in blood glucose levels, and it is considered to be a major health hazard. The International Diabetes Federation (IDF) has reported that the number of people suffering from diabetes may increase to 693 million by the year 2045. Because of the increasing number of diabetic patients and the limited number of antidiabetic drugs, the search for new antidiabetic compounds, especially from marine sources, has attracted much interest from the scientific community. The marine environment is considered to be a vast and relatively unexploited source of antidiabetic compounds, which offer great scope for the development of new drugs.

The present title, the first of its kind, deals with marine life possessing potential antidiabetic compounds. I strongly hope that his publication will serve as a valuable resource for the students and teachers of both fisheries and pharmaceutical sciences, besides serving as a potential guide for drug industries in the development of novel, antidiabetic drugs.

I congratulate the team of authors for their timely contribution.

N. Felix
Tamil Nadu Dr. J. Jayalalithaa Fisheries University
Nagapattinam, Tamil Nadu
India