Unfortunately because this is a quick post I don’t have time to locate references for some of the things I learned tonight:
- Telomerase levels, and telomere length, are very strongly correlated with a gamut of human health outcomes, from stress to heart rate to longevity to abstract psychometrics like ‘rumination’.
- Telomerase resembles a kind of reverse transcriptase with a built in fragment of RNA that acts both as a kind of primer for the target telomere and as a functional moiety.
- Longevity has a far greater inherited component that I knew, but this only seems to kick in over the age of 75. Past that age, higher telomerase levels and longer telomeres have a strong negative correlation with geriatric diseases such as cancer and cardiovascular disease.
- Telomerase isn’t just good for extending telomeres. Even if RNA interference is used to disrupt the RNA portion of the enzyme, making it impossible for it to bind to DNA, telomerase levels have strong phenotypic correlates. In one experiment, induced higher telomerase levels lead to stem cell proliferation – the mouse model became a ball of fur because it had such a high density of new follicular cells.
Overall the talk was a perfect balance of hard science and human interest. Dr Blackmore is an excellent speaker and I strongly recommend seeing one of her presentations if you have the chance.

