Regeneration from simple to complex animals and back

Less turnover. Less replacement. Aging is mainly tissue attrition. Hence regeneration research is where time, money and energy are best spent when it comes to solving the puzzle of aging. Because the ability to regenerate is often – but not always – found in species with negligible senescence. Coupled or not with slow growth. There…… Continue reading Regeneration from simple to complex animals and back

Aging is the loss of cell polarity maintenance

There are 2 ways to deal with the inevitable damage that takes place in an organism in time: 1. You can try to repair it. 2. You can try to limit it. The first solution is usable, but expensive. Energetically expensive. Species mainly use it on the short-term. Some kind of repair is needed for…… Continue reading Aging is the loss of cell polarity maintenance

How to buy time for free: calorie restriction with optimal nutrition without daily tracking software or measuring ingredients

No matter who you are, the day still has 24 hours in it. Aside from slowing down the rotation of Earth around the sun, how can you actually buy time? You can do that by trying a method that extended the average and maximum lifespan of several species: calorie restriction with optimal nutrition.  And while…… Continue reading How to buy time for free: calorie restriction with optimal nutrition without daily tracking software or measuring ingredients

The regeneration gap between the young and the old and the two cell types responsible for it

The genes that you and I have from cradle to grave are mostly the same. But we certainly look and feel different at each stage of life. And we heal differently given the same type of injury. While the first and second term human fetus is likely to undergo surgery without any consequent scars, as…… Continue reading The regeneration gap between the young and the old and the two cell types responsible for it