I'm thinking about this every spare second I have: evolution is an unforgiving, unfeeling and violent process. We must evolve to avoid death and secure our place in the future.
I'm thinking about this every spare second I have:
evolution is an unforgiving, unfeeling and violent process. We must evolve to avoid death and secure our place in the future.
I don't think we understand how fast AI is improving. Even those closest to it. I just don't think we can understand it. What do you think?
Limitations 1. Although the effects of long-term differences of daily heat-index on biological age are large and meaningful, these numbers originated from comparing the largest differences in exposure to heat days 1st and 100th percentiles, hence actual real-life differences…
What you should do 1. If given the option; choose to live in more temperate or and cooler climates, both extreme heat and extreme temperature swings can correlate with higher morbidity and mortality. 2. Using indoor air conditioning on hot days, temperatures between 20°C and…
What you should do
1. If given the option; choose to live in more temperate or and cooler climates, both extreme heat and extreme temperature swings can correlate with higher morbidity and mortality.
2. Using indoor air conditioning on hot days, temperatures between 20°C and…
2. Three epigenetic clocks were used to assess the effect of outdoors ambient heat on biological aging i. PHENOAge: measurement of biological age ii. GrimAge: estimates mortality risk iii. DunedinPACE: measures the speed of aging
2. Three epigenetic clocks were used to assess the effect of outdoors ambient heat on biological aging
i. PHENOAge: measurement of biological age ii. GrimAge: estimates mortality risk iii. DunedinPACE: measures the speed of aging
Results 1. PhenoAge clock was most sensitive to heat exposure differences; both short and long term increases in ambient outside temperature correlated with increases in PHENOAge biological age according; around 1 extra year for short term differences and over 3 years of…
Results
1. PhenoAge clock was most sensitive to heat exposure differences; both short and long term increases in ambient outside temperature correlated with increases in PHENOAge biological age according; around 1 extra year for short term differences and over 3 years of…
People living in hotter climates age faster Published this week a study used three distinct epigenetic aging clocks to show that more hotter days on average (caution-level and extreme level heat) make you age faster. 🧵
People living in hotter climates age faster
Published this week a study used three distinct epigenetic aging clocks to show that more hotter days on average (caution-level and extreme level heat) make you age faster. 🧵
Background 0/ The study tracked biological age in 3686 adults over 56 years across the US in relation to outdoor ambient heat exposure.
Background
0/ The study tracked biological age in 3686 adults over 56 years across the US in relation to outdoor ambient heat exposure.
1. Comparisons were done for short and long-term differential exposure to outside heat based on daily heat index, as assessed by number of heat days: (heat caution= 80° to 90°F (26.7° to 32.2°C); 90° and 103°F (32.2° and 39.4°C)) as provided by the National Weather Service based…
@nicolasjammet Nicolas it's great seeing you bring some sanity to food
