BLOGPOST by Aase BirkhaugICA

BLOGPOST by Aase BirkhaugICA

BLOGPOST by Aase BirkhaugICA

BLOGPOST by Aase BirkhaugICA

BLOGPOST by Aase BirkhaugICA

BLOGPOST by Aase BirkhaugICA

Brain Fog, Fatigue and Possible Interventions

The Ubiquity of Evolutionary Scarcity Across Large Mammalian Lineages The evolutionary drive to store excess caloric energy as adipose tissue is far from a uniquely human trait; it is a fundamental survival mechanism shared across virtually all large mammalian taxa that survived the ecological turbulence of the Pleistocene. Large body size inherently requires substantial absolute energy to support basal metabolic functions, cell repair, and thermoregulation. Throughout evolutionary history, megafauna faced predictable environmental shocks—such as glacial periods, seasonal droughts, arctic winters, and migratory oceanic transits—where food availability collapsed to zero for months at a time.

Universität Bern is looking for PhD position in Bottom-up Bioenergetics and Cell Metabolism

Step beyond mainstream fitness dogma and superficial metrics. This curated collection of 36 essays meticulously dissects the complex interplay of human physiology, challenging conventional wisdom with a deep dive into evolutionary bioenergetics, metabolic adaptation, and the untapped frontiers of human performance. Discover the intricate biological laws governing strength, longevity, and true physical potential. Dive into 36 profound essays that unravel the biological truths shaping human physiology. Redefine your understanding of performance, longevity, and untapped potential. A curated collection of 36 essays.

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The human brain is an energetically demanding organ. Neurons have traditionally been considered to rely predominantly on glucose to sustain neuronal a…