Biomedical applications and future perspectives of carbon dots and their hybrid nanomaterials

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초록

Carbon dot-based hybrid nanomaterials are becoming more popular in the biomedical field because they are safer, work well with living things, and are simple to make. Researchers have come up with different ways to control the shape and features of carbon dots, graphene quantum dots, and carbon nanodots, and have improved their abilities by combining them with metals, polymers, or other substances. These materials are being studied for uses like imaging inside the body, detecting diseases, fighting bacteria, and delivering drugs to specific places, as well as for new treatments that use light or sound. Even so, there are still problems with making sure they are safe, reliable, and easy to produce in large amounts. This review looks at the latest progress in making and using carbon dots and their hybrids, and talks about how they might be used in medicine in the future.

키워드

QUANTUM DOTSIN-VIVOSURFACE FUNCTIONALIZATIONPHOTODYNAMIC THERAPYDRUG-DELIVERYCANCER
제목
Biomedical applications and future perspectives of carbon dots and their hybrid nanomaterials
저자
Seo, GyeongsuKim, Byoung-suLim, HyeonguChoi, JaewonKim, MinseLee, HyungseokKim, Hyun-Ouk
DOI
10.1039/d5ma00816f
발행일
2026-01-13
유형
Review
저널명
MATERIALS ADVANCES
7
1
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157 ~ 174