CLOCK, MTNR1B, BDNF, FKBP5, and PPARGC1A variants all respond to the specific daily inputs Huberman covers — light timing, exercise, cold exposure, breathing. The protocols are particularly relevant when layered on genomic context.
Stanford neuroscientist and Huberman Lab host distills years of podcast protocols into one reference book covering sleep, light exposure, exercise, stress, and focus — framed as an evidence-based operating manual for optimizing physiology through neuroscience-grounded daily practices.
The book form of the most-listened-to health-science podcast in the world.
These peer-reviewed studies connect to the core ideas in this book. Each result has been scored for reliability.
Dr. Panda leads one of the world's top labs on time-restricted eating and circadian biology. His research on meal timing and metabolic health maps directly to what peer-reviewed studies have found for MTNR1B GG carriers — making when you eat as important as what you eat.
Covers the research on how specific nutrients — omega-3s, B vitamins, fat-soluble vitamins — affect brain and metabolic function. Directly relevant to FADS1 and BCMO1 variant research on nutrient conversion efficiency.
Volek and Phinney are the leading researchers on fat adaptation in athletes. Essential reading for PPARA GG individuals — this genotype is associated with stronger fat-burning efficiency during aerobic effort, making the research in this book directly applicable.