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Jordan Peterson

12/30/24

@ Andrew Huberman

The gut has neurons that respond to nutrients, signaling the brain when essential amino acids are consumed, which is crucial for understanding hunger and satisfaction.

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How to Best Guide Your Life Decisions & Path | Dr. Jordan Peterson

@ Andrew Huberman

How to Best Guide Your Life Decisions & Path | Dr. Jordan Peterson

12/30/24

Related Takeaways

Andrew Huberman

06/05/25

@ Andrew Huberman

Neurons in the intestines, such as GLP1R neurons, detect stretch and nutrient presence, sending signals to the brain to regulate eating behavior based on gut status.

Andrew Huberman

06/05/25

@ Andrew Huberman

The gut communicates with the brain through mechanical and chemical signals, influencing hunger and satiety based on the fullness or emptiness of the stomach and intestines.

Jordan Peterson

12/30/24

@ Andrew Huberman

The mouth learns taste associations, but it cannot learn nutrient content; the gut knows nutrient content, which is essential for regulating appetite and satisfaction.

Andrew Huberman

04/03/25

@ Andrew Huberman

Your body fat is innervated by neurons, which can influence whether that fat is burned or not, making the nervous system a key player in fat utilization.

Dr. Justin Sonnenburg

03/07/22

@ Andrew Huberman

The gut-brain axis involves direct communication between the gut and the brain, influencing mood and overall health.

The Diary Of A CEO Cast

01/15/24

@ The Diary Of A CEO

We have three to five times more serotonin receptors in our gut than in our brain, highlighting the gut's importance as our second brain.

Patrick Hsu

04/15/25

@ Sequoia Capital

Deep psychological stress can lead to gut inflammation through signaling from the brain, illustrating the brain-body connection and its impact on health.

Jordan Peterson

12/30/24

@ Andrew Huberman

When consuming highly processed foods, the brain cannot effectively learn about nutrient content, leading to continued foraging for food even when satiated.

Andrew Huberman

06/19/25

@ Andrew Huberman

The brain interprets electrical signals from sensory neurons, creating experiences of pleasure and pain based on both innate and learned factors.