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Posted On: 05/07/2023 6:19:02 PM
Post# of 148892
I had to look up Telomeres. Here’s a link to a simple explanation.
https://www.genome.gov/genetics-glossary/Telomere
It reminds me of the Rats versus Grey Squirrel studies regarding aging/life expectancy.
Basically, they share nearly identical genomes. Yet, rats live 2.5 years. And squirrels live 25 years. Thus, the impetus of the inquiry regarding aging/life expectancy.
Sean, are you suggesting LL could be the fountain of youth?
BTW, I tend to agree that our competitive binding to N-terminus and ECL2 allowing chemotaxis to continue the good stuff while stopping the bad stuff may be the fountain of youth. Certainly we’re one of the safest immune modulators out there.
If only we can get approval before BP catches up.
https://www.genome.gov/genetics-glossary/Telomere
It reminds me of the Rats versus Grey Squirrel studies regarding aging/life expectancy.
Basically, they share nearly identical genomes. Yet, rats live 2.5 years. And squirrels live 25 years. Thus, the impetus of the inquiry regarding aging/life expectancy.
Sean, are you suggesting LL could be the fountain of youth?
BTW, I tend to agree that our competitive binding to N-terminus and ECL2 allowing chemotaxis to continue the good stuff while stopping the bad stuff may be the fountain of youth. Certainly we’re one of the safest immune modulators out there.
If only we can get approval before BP catches up.
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