Siddhika Birla, Sapna Kushwaha
Nanomedicine, which uses nanoscale materials for advancements in drug delivery, diagnostic imaging, regenerative medicine, and biosensing, has revolutionized medical practices. Their ability to interact with biological systems, their small size, and their strong surface reactivity raise serious concerns about human health and environmental safety despite their therapeutic benefits. This review rigorously examines the categorization of nanomaterials, mechanisms of nanotoxicity, organ-specific health consequences, environmental destiny, and ecotoxicological dangers related to nanomedicine. Additionally included are life-cycle assessment techniques, regulatory obstacles, and the contribution of green nanotechnology to reducing environmental impact. For nanomedicine to advance safely, ethically, and sustainably, it is vital to comprehend the harmony between potential health and environmental dangers and therapeutic advantages.
@article{22f8fda2-359a-435b-bd33-4b468005f9ff,
title={Environmental safety and health concern associated with nanomed 2026 Next Ma},
author={Siddhika Birla and Sapna Kushwaha},
year={2026},
language={en}
}TY - JOUR TI - Environmental safety and health concern associated with nanomed 2026 Next Ma AU - Siddhika Birla AU - Sapna Kushwaha PY - 2026 LA - en ER -
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