Minoxidil nanoliposomes as a hair growth stimulator and a scalp disinfectant.

Pak J Pharm Sci

Department of Biological Science, Faculty of Science, King Abdulaziz University; Jeddah, Saudi Arabia/Princess Dr. Najla Bint Saud Al-Saud Centre for Excellence Research in Biotechnology, King Abdulaziz University, Jeddah, Saudi Arabia.

Published: March 2024

AI Article Synopsis

  • The study investigates the effectiveness of minoxidil nanoliposomes (MXD-NLs) in promoting hair growth in mice compared to free minoxidil (MXD).
  • Results show that mice treated with MXD-NLs experienced greater hair growth (0.65 cm) compared to those treated with free MXD (0.53 cm).
  • Additionally, MXD-NLs exhibited enhanced disinfectant properties, reducing scalp bacteria significantly more than free MXD, indicating potential benefits for both hair growth and scalp health.

Article Abstract

Hair loss (alopecia) continues to be an issue for both sexes. There are multiple ways to reduce ‎the effects of alopecia, one of which is topical minoxidil (MXD). This study aimed to test the ‎effects of minoxidil nanoliposomes (MXD-NLs) on the hair of mice, compared with free MXD and to examine the disinfectant ability of MXD-NLs toward scalp bacteria. To test the study hypothesis, MXD-NLs and free MXD were prepared. Mouse hair was shaved prior to the experiment. MXD-NLs, free MXD and their vehicles were applied for 15 days. In addition, dermal swabs were used to isolate scalp bacteria and test the inhibitory effect of pretreated media with the two formulations and their vehicles. The results revealed that hair growth in the MXD-NLs -treated group (0.65±0.1cm) was higher than that in the free MXD -treated group (0.53±0.2cm). In addition, MXD-NLs treated media reduced the number of scalp bacteria (p=0.0456) compared with free MXD. These results reveal a novel formulation of MXD with faster hair growth properties and a better disinfectant effect than free MXD. This study can help future researchers to expand and develop MXD-NLs.

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