Telomerase Breakdown: How Does the Body Break It Down?

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Telomerase is present in humans early in life but diminishes as development progresses, leading to questions about its breakdown mechanisms. The body likely utilizes specific biochemical pathways to degrade telomerase, although the exact chemicals involved are not clearly defined. During mitosis, telomerase is distributed equally between daughter cells, resulting in reduced levels in each. Meiosis appears to have a mechanism that replenishes telomerase, allowing embryos to develop with sufficient levels for normal cell division. Research into anti-aging drugs targeting telomerase has raised concerns about increased cancer risks associated with their use.
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So I've finished my university's genetics class and we talked about how telomerase is present in a human early in life but then it disappears. Does anyone here how exactly the body breaks it down? Is there a specific chemical released throughout the body that causes it to degrade?
 
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If I remember correctly, during mitosis the telomerase on each chromosome is split equally between the two daughter cells, so each one has only half as much as the original cell. During meiosis there is some mechanism that builds the telomerase back up so the fertilized embryo begins development with enough that it can keep dividing normally. A lot of research into anti-aging drugs has targeted telomerase, but I believe those drugs also increased the risk of cancer.
 
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