These mechanisms are thought to mitigate T-cell loss and senescence, thereby supporting more robust immune reconstitution once viral suppression is achieved
How to Use: Apply a few drops to your face and neck after cleansing and toning
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Noam Sobel (00:03:46) Sponsors: ROKA, Thesis, Helix Sleep (00:06:46) Olfaction Circuits (Smell) (00:14:49) Loss & Regeneration of Smell, Illness (00:21:39) Brain Processing of Smell (00:24:40) Smell & Memories (00:27:52) Sponsor: AG1 (Athletic Greens) (00:29:07) Humans & Odor Tracking (00:39:25) The Alternating Nasal Cycle & Autonomic Nervous System (00:48:18) Cognitive Processing & Breathing (00:54:47) Neurodegenerative Diseases & Olfaction (01:00:12) Congenital Anosmia (01:05:01) Sponsor: InsideTracker (01:06:19) Handshaking, Sharing Chemicals & Social Sensing (01:15:07) Smelling Ourselves & Smelling Others (01:22:02) Odors & Romantic Attraction (01:24:58) Vomeronasal Organ, Bruce Effect & Miscarriage (01:40:20) Social Chemo-Signals, Fear (01:50:26) Chemo-Signaling, Aggression & Offspring (02:03:57) Menstrual Cycle Synchronization (02:12:11) Sweat, Tears, Emotions & Testosterone (02:27:46) Science Politics (02:37:54) Food Odors & Nutritional Value (02:45:34) Human Perception & Odorant Similarity (02:52:12) Digitizing Smell, COVID-19 & Smell (03:05:50) Medical Diagnostic Future & Olfaction Digitization (03:10:55) Zero-Cost Support, YouTube Feedback, Spotify & Apple Reviews, Sponsors, Momentous, Social Media, Neural Network Newsletter Title Card Photo Credit: Mike Blabac Disclaimer Day 128 How Psilocybin Can Rewire Our Brain, Its Therapeutic Benefits & Its Risks In this episode, I discuss what psilocybin is (chemically) and how it works at the cellular and neural circuit level to trigger neuroplasticity, which is our brains ability to rewire itself in ways that lead to long-lasting shifts in our emotional, cognitive and behavioral patterns and abilities
SIRT3, a class III HDAC associated with longevity, deacetylates Forkhead box protein O3a (FOXO3a) and promotes transcription of antioxidant enzymes (e.g., manganese superoxide dismutase and catalase), thereby constraining mitochondrial ROS and preserving redox homeostasis [71, 72]
