ECO-FRIENDLY DRUG DEVELOPMENT: UTILIZING ETH NO-PHARMACOLOGICAL KNOWLEDGE OF COASTAL COMMUNITIES AND MARINE RESOURCES

Marine ecosystems and coastal populations provide a variety of bioactive compounds that hold great promise for environmentally friendly drug development. This review emphasizes the importance of combining ethnopharmacological knowledge with marine resources to identify new therapeutics. By focusing on traditional healing practices, marine biodiversity, and cutting-edge biotechnology, it examines sustainable methods for bioprospecting and the ethical sharing of benefits with local communities. The article discusses the challenges of reconciling conservation efforts with drug discovery, the scalability of compounds derived from marine sources, and the existing policy frameworks. By merging interdisciplinary research, synthetic biology, and AI-based bioinformatics, marine bioprospecting can foster innovation while maintaining biodiversity and honoring the cultural traditions of coastal communities.

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Publication Details

Journal
Journal of medical & health sciences review.
Published
2025-08-18
DOI
https://doi.org/10.62019/5p3yfh42
Primary Topic
Chemistry and Chemical Engineering
Type
article
Field-Weighted Citation Impact
0.00
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article

ECO-FRIENDLY DRUG DEVELOPMENT: UTILIZING ETH NO-PHARMACOLOGICAL KNOWLEDGE OF COASTAL COMMUNITIES AND MARINE RESOURCES

Muhammad Zafar, Asif Inam, Samiyah Tasleem
Journal of medical & health sciences review.
Chemistry and Chemical Engineering
article

ECO-FRIENDLY DRUG DEVELOPMENT: UTILIZING ETH NO-PHARMACOLOGICAL KNOWLEDGE OF COASTAL COMMUNITIES AND MARINE RESOURCES

Muhammad Zafar, Asif Inam, Samiyah Tasleem
article en

Abstract

Marine ecosystems and coastal populations provide a variety of bioactive compounds that hold great promise for environmentally friendly drug development. This review emphasizes the importance of combining ethnopharmacological knowledge with marine resources to identify new therapeutics. By focusing on traditional healing practices, marine biodiversity, and cutting-edge biotechnology, it examines sustainable methods for bioprospecting and the ethical sharing of benefits with local communities. The article discusses the challenges of reconciling conservation efforts with drug discovery, the scalability of compounds derived from marine sources, and the existing policy frameworks. By merging interdisciplinary research, synthetic biology, and AI-based bioinformatics, marine bioprospecting can foster innovation while maintaining biodiversity and honoring the cultural traditions of coastal communities.

Journal of medical & health sciences review.Vol. 2(3)
Hamdard University (PK), Bahria University (PK)
Openalex Percentile: Top 79%
Chemistry and Chemical Engineering
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