00:00Blue Star News. The Future of Human Longevity, a part 5, 8 of 5.
00:06Which protein has the highest longevity leverage?
00:10Different proteins dominate different domains.
00:14Genome Stability, SIRT6.
00:17Stress Resistance, FOXO3.
00:21Systemic Aging, Brain Slash Vessels, Clotho.
00:25Mutation Rate Suppression, CIRBP.
00:30CIRBP stands out because it directly slows the rate of mutation accumulation, which is the deepest root of aging.
00:37Here's the stacked longevity model, how CIRBP, FOXO3, SIRT6 and Clotho layer together into one coherent system rather than four
00:48isolated tricks.
00:50High Level Interaction Model.
00:52Layer.
00:53Main Proteins.
00:55Primary Job.
00:56Aging Lever.
00:57Genome Integrity, CIRBP, SIRT6, DNA Repair, Mutation Control, Slows Damage Creation, Cellular Stress and Cleanup.
01:12FOXO3, CIRBP, SIRT6.
01:17Stress Resistance, Autophagy, Repair.
01:20Limits Damage Accumulation.
01:22Systemic Slash Organ Protection, Clotho.
01:26Vascular, Kidney, Brain Protection.
01:29Prevents Organ Level Failure 4.
01:31Integration and Rejuvenation, Coordinated Repair Plus Low Damage Rate, Extends Healthspan and Lifespan.
01:41Genome Integrity Layer.
01:43Proteins.
01:45CIRBP, CIRBP, CIRBP, CIRBP, CIRBP, Boosts Double-Strand DNA Repair, Both NHEJ and HR, and Lowers Mutation Rates.
01:56CIRBP, SIRT6, Enhances DNA Repair, Maintains Heterochromatin, and Suppresses Repetitive Elements.
02:06Stack Effect.
02:08CIRBP, CIRBP, Reduces How Often Serious DNA Errors Occur.
02:13SIRT6, Reduces How Often Those Errors Become Structural Slash Genomic Instability.
02:18Together.
02:20Lower Mutation Load Plus More Stable Epigenome Leads to Slower Intrinsic Aging.
02:25Cellular Stress and Cleanup Layer.
02:27Proteins.
02:29FOXO3, Plus SIRT6, Plus CIRBP.
02:36FOXO3, Upregulates Antioxidant Defenses, Autophagy, and Stress Response Genes, Tightly Linked to Human Exceptional Longevity.
02:47SIRT6, Regulates Metabolism and Inflammation, Reinforcing FOXO3-Driven Stress Resistance.
02:56CIRBP, Stabilizes Stress Sensitive MRNs, So Cells Keep Functioning Under Cold-Slash-Hypoxia-Slash-Metabolic
03:04Strain, Interaction Pattern.
03:07FOXO3 turns on the Stress Resistance and Cleanup Programs.
03:11CIRT6 keeps the genome and chromatin stable while those programs run.
03:16CIRBP keeps key transcripts intact during stress so the response doesn't collapse.
03:23Net Result?
03:24Cells Survive Stress with Less Permanent Damage,
03:27And Cleanup, Autophagy, runs without destabilizing the genome.
03:31home.
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