Mechanism to prevent hair loss discovered in mice
ScienceDaily - 28-Sep-2020Lifespan of hair follicle stem cells can be prolonged by changing their metabolic state
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Post doctoral researcher at Max Planck Institute for Biology of Ageing
My Ph.D. training was in the lung epithelial biology, focusing on the regulation of the epithelial sodium channel by a small protein named SPLUNC1. SPLUNC1-derived peptide is currently undergoing clinical trials for the treatment of cystic fibrosis disease. At MPI, I've gained experience in skin epithelial biology, focusing on glutaminolysis in the regulation of hair follicle stem cell plasticity and population dynamics. Additionally, together with my collaborators, I have investigated the crosstalk between the hair follicle stem cells and the niche cells upon UV stress. Currently, at DGIST, I'm back to the lung research, focusing on alveolar stem cell fate determination. My overall interest lies in epithelial biology at the cellular and molecular level.
Visit website: https://www.stemcancerbio.com
See also: Max Planck Institute for Biology of Ageing - Scientific research institute dedicated to age research
Details last updated 01-Dec-2020
Lifespan of hair follicle stem cells can be prolonged by changing their metabolic state