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This is a In Vitro Study study.

Relevance of topical application of minoxidil laden nano-lipid for hair growth enhancement

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Observational analysis shows topical application of nanocarrier minoxidil improves hair growth in mice, indicating potential for hair loss treatment.

The optimized nanocarrier formulation demonstrated a nanosize of 83.1 nm, promoting effective transdermal delivery and hair growth enhancement.
In vitro release of minoxidil reached 75.6% over 6 hours, highlighting the efficacy of nanoemulsion for drug delivery.
Response Surface Methodology was employed for optimizing nanoemulsion properties like pH (5.9) and viscosity (26.7 cP), ensuring stability.
Stability testing indicated the formulation remained effective at room temperature and refrigerate for 12 months, underlining its practical applications.

Alghazal et al. (2025) studied this question.

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View Full Paper

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Authors

Observational analysis shows topical application of nanocarrier minoxidil improves hair growth in mice, indicating potential for hair loss treatment.

The optimized nanocarrier formulation demonstrated a nanosize of 83.1 nm, promoting effective transdermal delivery and hair growth enhancement.
In vitro release of minoxidil reached 75.6% over 6 hours, highlighting the efficacy of nanoemulsion for drug delivery.
Response Surface Methodology was employed for optimizing nanoemulsion properties like pH (5.9) and viscosity (26.7 cP), ensuring stability.
Stability testing indicated the formulation remained effective at room temperature and refrigerate for 12 months, underlining its practical applications.

Alghazal et al. (2025) studied this question.

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