3D micropattern enhances hair regrowth3D multicellular micropatterning biomaterials for hair regeneration and vascularization.
We explored a novel approach to tackle hair loss by using a 3D multicellular micropattern that includes magnesium silicate (MS) nanomaterials. This innovative method involved carefully positioning hair follicle-related cells in a structured network along with vascular cells, all created through advanced bioprinting techniques.
The incorporation of magnesium silicate aimed to enhance both hair follicle potential and the formation of new blood vessels—factors crucial for healthy hair growth. Our findings revealed promising results, showing that this 3D micropattern with MS significantly promoted hair regrowth in models of skin tissue regeneration, including both immunodeficient mice and those with androgenetic alopecia.
Essentially, we demonstrated that integrating magnesium with a well-designed cell arrangement could lead to better hair restoration outcomes. This significant insight contributes to the ongoing search for effective treatments for hair loss, bridging biological engineering and dermatology in the process.
Read More
Magnesium shows significant hair loss benefitsComparative evaluation between two nutritional supplements in the improvement of telogen effluvium.
We examined the effectiveness of two different nutritional supplements for treating telogen effluvium (TE), a type of hair loss. Over 180 days, female participants were split into two groups to receive distinct supplements.
Our findings revealed that the first group, which included magnesium, showed significant improvement in hair loss, volume, and density by the 90-day mark. However, the second group did not demonstrate similar benefits.
Overall, magnesium and a mix of nutrients can significantly benefit those suffering from TE, suggesting a nutritional approach for better hair health.
Read More
Liver transplant skin issues addressedDermatologic complications after liver transplantation: a single-center experience.
We examined the occurrence of skin problems following liver transplants in 112 patients, noting that 12.5% experienced dermatological complications. Many of these issues directly stemmed from immunosuppressive therapy used post-surgery.
We found that most skin complications could be effectively managed with adjustments in medication. Notably, we also noted that hair loss due to low magnesium levels was treated successfully with daily supplements.
Overall, while skin complications are common, they are often preventable and manageable through careful monitoring.
Read More