Tools: Localize Body Feeling, Curiosity 01:04:11 IFS & Psychedelics, Ketamine, Big Self, Journal Retractions 01:11:18 Early Morning, Breathwork, Exiles & Healing 01:13:53 Sponsor: Function 01:15:41 Shame, Racism, Protectors & Carrying Burden, Compassion 01:21:29 Unhealthy Romantic Relationships, Child-Parent Relationship 01:27:06 Therapist, Self-Exploration, Protectors & Introduction to Self 01:31:08 Tool: Questions for a Self-Exploration of Internal Protectors 01:39:30 Writing, Forming New Relationships with Parts, Leading with Self 01:42:51 Protectors, Managers, Firefighters, Suicidal & Addiction Behaviors 01:48:37 Overworking, Fear, Mortality 01:54:35 Technology & Distraction, Exiles, Worthlessness 01:58:58 Psychiatry, Medicine, New Ideas 02:02:58 Culture & Expanding Problems, Activism & Self 02:10:39 Zero-Cost Support, YouTube, Spotify & Apple Follow & Reviews, Sponsors, YouTube Feedback, Protocols Book, Social Media, Neural Network Newsletter Disclaimer & Disclosures Day 250 Essentials: How to Control Your Metabolism by Thyroid & Growth Hormone In this Huberman Lab Essentials episode, I explain how two key hormones control metabolism and discuss tools to enhance their levels to improve metabolic health
(JILL ROBERTS CENTER FOR IBD, Weill Cornell Medicine) #FecalMicrobiotaTransplantation #UlcerativeColitis #MicrobiomeTherapy #FMT #GutHealth #MicrobiomeResearch #DietAndGut #Prebiotics #FiberSupplementation To view or add a comment, sign in 19,632 followers Explore related topics Innovations Improving Car T Treatments Advancements in Cell Therapy Research How CAR-T Cell Therapy Targets Cancer Cells Advances in Preventing CAR-T Cell Therapy Failure Future Trends in Personalized Medicine for CGT Preventing T-Cell Fratricide in Cancer Immunotherapy Expert Insights on CAR-T Cell Therapy Clinical Trials Effects of Cellular Senescence on Health Impact of FAS Gene on CAR-T Therapy Outcomes
When blended by a physician like Dr
Caligiore et al., in vivo studies also linked the damage to the noradrenergic neurons in the locus coeruleus in the early stage of PD and the dopaminergic neurons in the substantia nigra pars compacta with the contribution of the motor deficits seen in PD patients (Fearnley and Lees, 1993
