Project results
Do mushrooms help regrow hair? Upon observation, the mycelium-infused Physarum polycephalum culture grew as much, if not more than the synthetic serum cultures. Although it was not proven whether the mycelium serum contributed to the Physarum polycephalum growth, mycelium serum did not inhibit growth, nor were there any noticeable abnormalities or discoloration in its culture plate (see Lab Notes).
This project started early, upon receipt of perishable cultures, and ended within timeline perimeters. Additional funding would have yielded addtional culture tests and variables tested.
Not only did the mycelial culture grow as much if not more than its synthetic counterparts, this mycelium-based serum was made from sustainable sources, free from potentially toxic preservatives and had bioactive compounds which contained immunomodulatory properties which synthetic serums lack. With repeated tests and development, a mycelium-based serum could be a viable alternative to synthetics for those suffering with SARS-CoV-2-related alopecia.
The onset of SARS-COV-2 alopecia necessitated an in-depth study of hair regrowth treatments. What started out as independent, speculative project evolved into a veritable test of mycelial application. Though the use of mushrooms for medicinal purposes is not new, research into its efficacy is still in its infancy.
This project was submitted in answer to the Mycological Innovations Challenge Grant. Although this project did not meet the criteria to receive funding from the Footprint Coalition, it was still launched on the Experiment platform. I would like to thank the project backers, and David Lang in particular, for providing space for speculation, giving citizen scientists an opportunity to put forward questions and engage in scientific discussion and inquiry.
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