Particle size frequency and image of IMC-MP@GCgel and IMC-NP@GCgel.

<p>(A) and (B) Particle size distribution data of the IMC-MP@GCgel (A) and IMC-NP@GCgel (B) determined using SALD-7100. (C) Particle size distribution of the IMC-NP@GC gel using NanoSight LM10. (d) Digital images of IMC-MP@GCgel and IMC-NP@GCgel. The particle size was significantly reduced by...

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Bibliographic Details
Main Author:	Hiroko Otake (14771131) (author)
Other Authors:	Ogata Fumihiko (21519794) (author), Yosuke Nakazawa (4353649) (author), Manju Misra (8271540) (author), Masanobu Tsubaki (5902571) (author), Naohito Kawasaki (14659703) (author), Noriaki Nagai (14053659) (author)
Published:	2025
Subjects:	Molecular Biology Pharmacology Ecology Sociology Developmental Biology Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified xlink "> top successful nanoparticle formulation demonstrated whether formulations 6 &# 181 40 &# 8211 200 &# 8201 dermal formulations based dermal formulation based mean particle size indomethacin </ p drug particle size plasma imc levels containing imc nanocrystals carbopol gels containing particle size imc nanocrystals imc levels dermal application drug release carbopol gels imc microcrystals treated rats skin tissue skin retention skin permeability significantly reduced rats treated nanocrystal formulated gum arabic breakdown method bead milling appropriate additives alternative additive additive capable
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Particle size frequency and image of IMC-MP@GCgel and IMC-NP@GCgel.

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