Search
for

    GlossaryNonsense Mutation

    change in DNA introduces a premature stop codon

    A nonsense mutation, also known as a premature stop codon or termination mutation, is a change in the DNA sequence that introduces a stop codon where there shouldn't be one. This causes the protein synthesis process to halt prematurely, resulting in a truncated and usually nonfunctional protein. This type of mutation can lead to various genetic disorders, including some forms of alopecia, by disrupting the normal function of essential proteins.

    Related Terms

    Learn

    0 / 0 results
    — no results

    Research

    5 / 440 results

    Community Join

    5 / 302 results

      community Is Vitamin D the cause of my baldness or slow regrowth?

      in Is this regrowth?  1 upvotes 1 week ago
      The conversation discusses hair loss treatments, including oral finasteride, topical minoxidil, and microneedling, and the potential impact of Vitamin D and folic acid deficiencies on hair regrowth. It suggests that while male pattern baldness is the primary cause, addressing vitamin deficiencies may aid in improving regrowth.

      community If PP405 goes systemic this would be quite catastrophic

      in Research/Science  4 upvotes 10 months ago
      Concerns about the potential systemic effects and safety of PP405 for hair loss, with discussions on its comparison to existing treatments like finasteride and minoxidil. Users express skepticism about untested research chemicals and emphasize the importance of clinical trials to ensure safety and efficacy.

      community Dutasteride causing us to have… girl babies?

      in Finasteride/Dutasteride  26 upvotes 2 years ago
      User Kylo313 used dutasteride for 20 years and had two daughters, questioning if dutasteride affects the likelihood of having male vs female children. Replies mostly request hairline photos and discuss anecdotal experiences, with some suggesting correlation doesn't imply causation and that gender determination isn't affected by dutasteride.