Episode
Sleep, Daylight Anchoring, and Effects on Memory & Obesity with Dan Pardi
Dan Pardi: Ph.D. candidate studying sleep neurobiology at Stanford and University of Leiden, co-founder of Dan’s Plan online wellness company.
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Ranked by shared topics, with one result from each original episode.
Episode
Dan Pardi: Ph.D. candidate studying sleep neurobiology at Stanford and University of Leiden, co-founder of Dan’s Plan online wellness company.
Clip
“Dr. Candow explains why a hormone change within the physiological range cannot by itself establish a hair effect. A later 12-week randomized trial directly measured hormones and hair-follicle outcomes in resistance-trained men taking five grams of creatine per day.”
Episode
“Tools, companies, and resources mentioned OpenAI - AI research and deployment company behind widely used GPT systems and developer tools; its science case study describes GPT-5 helping Unutmaz's lab resolve a long-standing immunology question.”
Episode
“Moreover, taking mega doses (i.e. 400 IU/day) of alpha tocopherol has the unintended side-effect of actually depleting tissue levels of another important form of vitamin E that plays an anti-inflammatory role, known as gamma tocopherol.”
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“Although some evidence suggests that black, caffeinated coffee or tea may have little effect on the beneficial effects associated with time-restricted eating, experts in the field of circadian biology suggest a more conservative approach that permits coffee and tea only during the designated window of eating.”
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“Aging in tumor tissue is markedly accelerated, however – an indicator of the perturbed metabolic and growth processes observed in cancer. In this clip, Dr. Steve Horvath discusses correlations between epigenetic aging and age-related chronic diseases.”
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“Patients assigned to supervised exercise during neoadjuvant chemoradiation, followed by continued activity before surgery, were more likely to achieve a complete or near-complete pathological response than those receiving usual care.”
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“Dr. Patrick describes increased shear as a possible way vigorous exercise can damage fragile circulating tumor cells; this is a proposed mechanism, not proof that a workout eliminates metastasis or treats an established tumor.”
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“Dr. Patrick also describes a proposed anti-metastatic mechanism: faster blood flow during vigorous exercise increases shear forces on circulating tumor cells, the cells that have left a primary tumor and entered the bloodstream.”
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“In this excerpt from Dr. Rhonda Patrick’s A4M LongevityFest 2023 keynote, she reviews a randomized trial in sedentary middle-aged adults. Two years of progressive, supervised aerobic training increased VO2 max and reduced left-ventricular stiffness.”