Potential Active Marine Peptides as Anti-Aging Drugs or Drug Candidates

Aging is an irreversible physiological process in the human body, and the aging characteristics of the body that accompany this process also lead to many other chronic diseases, such as neurodegenerative diseases represented by Alzheimer's disease and Parkinson's disease, cardiovascular diseases, hypertension, obesity, cancer, and so on. The marine environment is highly biodiverse, the natural active products of these organisms constitute a vast treasure trove of marine drugs or drug candidates that play an essential role in disease prevention and treatment, and the active peptide products among them have received special attention because of their unique chemical properties. Therefore, the development of marine peptide compounds as anti-aging drugs is emerging as an important research area. This review highlights the currently available data on marine bioactive peptides with anti-aging potential from 2000 to 2022 by analyzing the prevalent aging mechanisms, critical aging metabolic pathways and well-established multi-omics aging characteristics, as well as grouping different bioactive and biological species lines of peptides from marine organisms and discussing their research modalities and functional characteristics. Active marine peptides is a promising topic to explore and to develop their potential as anti-aging drugs or drug candidates. We expect this review to be instructive for future marine drug development and to reveal new directions for future biopharmaceuticals.

Automated summary

Aging is an irreversible physiological process that leads to various chronic diseases. The marine environment is rich in biodiversity and provides a vast treasure trove of marine drugs or drug candidates that can play a crucial role in disease prevention and treatment. Marine peptides, with their unique chemical properties, are receiving special attention as potential anti-aging drugs. This review analyzes the available data on marine bioactive peptides from 2000 to 2022, highlighting their potential as anti-aging agents and discussing their research modalities and functional characteristics.