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A Review on Properties, Synthesis, Surface Functionalization and Application of Nanodiamonds for Antimicrobial Activity
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Abstract:
Diamond is a metastable carbon allotrope. Microdiamonds are monocrystalline diamonds
with particle sizes of less than 100 nm that have been explored over the last few decades. Nanodiamonds
are particularly appealing to provide a variety of possible applications due to their superior mechanical
and optical qualities, wide surface area, ease of bioconjugation, and high biocompatibility. In
recent years, NDs have gotten a lot of attention in nanomedicine, and some significant progress has
been made. The methods for creating various kinds of nanodiamonds are generalized, including detonation,
CVD, hydrothermal and High-Pressure, High-Temperature Microdiamond Milling procedures.
The characteristics, properties, synthesis, structure and surface functionalization, and applications of
nanodiamonds for antimicrobial activity are discussed in this review paper.
Bentham Science Publishers Ltd.
Title: A Review on Properties, Synthesis, Surface Functionalization and Application
of Nanodiamonds for Antimicrobial Activity
Description:
Abstract:
Diamond is a metastable carbon allotrope.
Microdiamonds are monocrystalline diamonds
with particle sizes of less than 100 nm that have been explored over the last few decades.
Nanodiamonds
are particularly appealing to provide a variety of possible applications due to their superior mechanical
and optical qualities, wide surface area, ease of bioconjugation, and high biocompatibility.
In
recent years, NDs have gotten a lot of attention in nanomedicine, and some significant progress has
been made.
The methods for creating various kinds of nanodiamonds are generalized, including detonation,
CVD, hydrothermal and High-Pressure, High-Temperature Microdiamond Milling procedures.
The characteristics, properties, synthesis, structure and surface functionalization, and applications of
nanodiamonds for antimicrobial activity are discussed in this review paper.
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