About this episode
In this episode of The Feldman Protocol, special guest Mike Mutzel explores groundbreaking research on the immune system, GLP-1, the gut microbiome and lean mass hyper-responders. They deep dive on the Lipid Energy Model, atherosclerosis mechanisms, immune system interactions, coronary artery imaging data, and conventional cardiovascular risk paradigms in metabolic health.? This episode is sponsored by us -- Own Your Labs http://ownyourlabs.com -- private blood testing services.?Over 300 blood tests? Extremely affordable?? We love our customers(Yes, we are literally funding the entire podcast from our own company -- so if you want to show your support, keep getting your private blood testing through our service. Thank you! ?)? CONNECT WITH DAVE FELDMAN:Main Channel: https://youtube.com/@realDaveFeldmanX/Twitter: https://x.com/realDaveFeldman Instagram: https://instagram.com/realDaveFeldmanWebsite: https://thefeldmanprotocol.com? Chapters3:01 – Introduction and Mike's background9:14 – Medicine and nutrition evolution17:44 – Mindful eating and GLP-1 connections25:00 – Dave's cholesterol discovery story31:42 – Understanding lipid trafficking physics40:18 – Endothelial dysfunction and inflammation49:00 – LDL oxidation and modification theories58:23 – Atherosclerosis as immune response1:05:47 – Blood viscosity and cardiovascular risk1:15:19 – Self-censorship in scientific discourse1:25:33 – Continual exposure hypothesis debate1:32:19 – Own Your Labs citizen science project1:40:58 – Cholesterol paradox in aging populations1:50:33 – Metabolic health vs inflammation2:00:12 – Radiation concerns with CT angiograms2:08:56 – Triglycerides and ketogenic metabolism2:18:47 – Study results and mainstream response2:22:41 – Final thoughts and future research#FeldmanProtocol #DaveFeldman #DaveFeldmanGuest #LipidEnergyModel #LeanMassHyperResponder #LMHR #CholesterolResearch #MetabolicHealth #LDLCholesterol #CoronaryArteryImaging #ApoB #CardiovascularHealth #KetoResearch #CitizenScience #OwnYourLabs #LipidParticles #Atherosclerosis #EndothelialFunction #BloodViscosity #TriglyceridesTolerance #LPA
