New Hair Loss Treatment - Keratin Microsphere for Hair Loss | Health and Fitness | Baldness Cure
Channel: Health & Fitness
Date: 2024-03-09

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Hair loss, or alopecia, affects millions of people worldwide, and researchers are continually exploring innovative approaches to tackle this common issue. A recent study has unveiled a potential breakthrough in hair regrowth treatment involving a gel containing tiny keratin spheres. 🌟 Keratin, a protein naturally produced by the body and commonly associated with strengthening hair, has taken center stage in this research due to its biocompatibility and promising results in various applications. 💪🏽💇‍♂️

The study, conducted by researchers from the University of Tsukuba in Japan, focused on the development and application of 3D microspheres made from water-soluble keratin. These microspheres, nanosized spherical particles derived from organic sources, demonstrated unique properties when in contact with water, forming gels that could be applied topically. 💦🔬

To assess the effectiveness of the keratin microsphere gel in promoting hair regrowth, the researchers conducted experiments on seven-week-old male mice. A section of back hair was removed, creating a hairless area, and the mice were divided into groups treated with different substances. These substances included minoxidil, a commonly used medication for pattern hair loss, pure keratin, microsphere keratin, and water (control group). The treatments were applied topically to the hairless area for 20 days, and the mice were monitored daily. 🐭🧴

Results revealed a remarkable regrowth of hair in the mice treated with the keratin microsphere gel. The onset of hair regrowth was observed as early as the second day after treatment, with a subsequent acceleration in the growth rate. Strikingly, the effect was comparable to that seen in the group treated with minoxidil, a well-known hair growth medication. 🚀🌱

Analysis of the treated skin from all groups provided insights into the genetic expression associated with hair regrowth. The upregulated genes in the keratin microsphere-treated group were primarily linked to skin functions, including hair follicle development. Additionally, genes involved in stress response, tissue development, and maintaining skin stability were increased. Notably, the keratin microsphere treatment triggered the expression of stem cell-related genes, activating pathways related to hair growth and follicle development. Furthermore, the treatment exhibited anti-inflammatory activity, as evidenced by a significant reduction in the expression of pro-inflammatory markers compared to the control group. 🧬🔍

The researchers extended their investigation to human hair follicle cells, specifically dermal papilla cells responsible for regulating follicle growth. The keratin microspheres were found to be absorbed through the epidermis to reach the dermal papilla cells, activating them and associated hair growth markers. Importantly, the microspheres demonstrated non-toxicity to the cells. 👩‍🔬🔬

In the words of the researchers, "We observed that microsphere treatment successfully penetrated the various layers of the epidermis to reach the dermal papilla and significantly activated markers associated with hair growth. These findings suggest that microsphere keratin stimulates the hair growth process and further enhances the interaction between the different layers of the skin." 💬👨‍🔬

The study's findings have significant implications for the field of hair loss research and potential applications in the development of targeted drug delivery systems. The unique properties of these keratin microspheres, with their ability to penetrate the skin barrier and activate hair growth pathways, open new possibilities for treating hair-related disorders. 💡💼

#HairLoss #AlopeciaTreatment #KeratinGel #HairRegrowth #InnovationInHairCare #ResearchBreakthrough 🚀 #HealthyHair #MinoxidilAlternative #ScientificDiscovery #HairLossSolution #DermalPapilla #StemCellResearch #AntiInflammatoryHairCare #TargetedDrugDelivery #SkinHealth #YouTubeSEO #HairLossResearch 💇‍♀️💆‍♂️

References:
1.ACS Publications: https://pubs.acs.org/doi/10.1021/acsabm.3c00956
2.New Atlas: https://newatlas.com/science/keratin-gel-hairloss/

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