SCUBE3 IS A GO! Clinical trials planned for later this year Research/Science 4/1/2023
SCUBE3 clinical trials for hair loss treatment to start this year. Treatment may involve regular, painless scalp injections to maintain hair growth.
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5 / 71 resultscommunity New drug for hair loss announced by Amplifica
Amplifica starting clinical trials for new hair loss drug. SCUBE3 protein discovered, stimulates hair growth, could be alternative to Minoxidil and Finasteride.
community Kintor has announced the results for their human Phase I trials of GT20029
The conversation discusses the potential of a new hair loss treatment, GT20029, which may prevent hair loss by destroying androgen receptors on the scalp. Users express hope for the treatment's success and speculate on its usage routine, effectiveness, and possible side effects.
community PYRILUTAMIDE PHASE 3 RESULTS : No statistical significance
The phase 3 trial results for Pyrilutamide showed no significant difference from the control treatment in increasing hair count, leading to the company halting its development. Users discussed their disappointment and skepticism about hair loss treatments, with some mentioning other treatments like Minoxidil, Finasteride, and RU58841.
community SCUBE3 is going to save us!!! This is the news we've all been waiting for...
User discusses potential hair loss treatment SCUBE3 and shares mixed opinions on its effectiveness. One user reports positive results after applying SCUBE3 following microneedling.
community New company Amplifica gets $11.8 million in financing for development of its hair loss products. Dr. Maksim Plikus and William Rassman are co-founders.
New company Amplifica receives $11.8 million for hair loss product development, co-founded by Dr. Maksim Plikus and William Rassman. Users discuss undisclosed product candidates and application methods.
Related Research
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Ginsenoside CK, found in Panax ginseng, can prevent hair loss by controlling certain growth pathways and promoting hair follicle development.
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The research identified various cell types in mouse and human teeth, which could help in developing dental regenerative treatments.