Chapter

Evolutionary Changes in the Human Skull and Nutrient Storage
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32:46 - 36:32 (03:45)

The evolution of the human skull led to a more juvenileized version of earlier skulls, likely due to the need to store nutrients during times of food scarcity. While there are about a billion proteins in a cell, making of new proteins is an interval-based process.

Clips
The modern human skull is a 'juvenileized' version of the earlier skull, indicating the importance of overeating during periods of food abundance to prepare for times of scarcity.
32:46 - 36:32 (03:45)
listen on Spotify
Evolution, Nutrition
Summary

The modern human skull is a 'juvenileized' version of the earlier skull, indicating the importance of overeating during periods of food abundance to prepare for times of scarcity. The process of making new proteins involves intervals despite the presence of about a billion proteins in a cell.

Chapter
Evolutionary Changes in the Human Skull and Nutrient Storage
Episode
#239: How to Reverse Aging with Art De Vany
Podcast
The Tim Ferriss Show