Posts tagged mitochondrial biogenesis
#421: Trauma SCIENCE: How Hidden Stress Hijacks Your Health (Autoimmunity, Brain Inflammation, and Unlocking Resilience) | With Dr. Aimie Apigian
#421: Trauma SCIENCE: How Hidden Stress Hijacks Your Health (Autoimmunity, Brain Inflammation, and Unlocking Resilience) | With Dr. Aimie Apigian

Today, I’m joined by Dr. Aimie Apigian, an innovative leader in the biology of trauma, whose work bridges the worlds of science, medicine, and lived experience. In our conversation, Dr. Apigian opens up about her journey from conventional medicine—where symptom management was the norm—to uncovering the physiological roots of trauma and the crucial role our nervous system plays in resilience and healing. She shares how her own health struggles, her work with adopted children, and a relentless curiosity led her to re-examine everything she thought she knew about stress, autoimmunity, and capacity.

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Nervous System Health, Mitochondrial HealthLorenz Ralph Gañolongevity, trauma, nervous system, chronic stress, resilience, biological capacity, mitochondria, autoimmunity, brain inflammation, mold exposure, attachment patterns, immune system, gut health, functional medicine, somatic therapy, trauma therapy, survival state, vagus nerve, overwhelm, oxidative stress, telomeres, mitochondrial biogenesis, epigenetics, generational trauma, gut microbiome, nervous system tracking, sleep problems, hormesis, mitochondrial repair, self-regulation
#419: A Mind-Blowing Mitochondria Episode— Mito Transplant, Rare Diseases & Biomarkers With Dr. Natalie Yivgi-Ohana
#419: A Mind-Blowing Mitochondria Episode— Mito Transplant, Rare Diseases & Biomarkers With Dr. Natalie Yivgi-Ohana

Today, I’m joined by the extraordinary Dr. Natalie Yivgi-Ohana, a pioneering scientist whose passion for mitochondria unlocks new frontiers in longevity medicine. Our conversation truly blew my mind—Dr. Yivgi-Ohana brings decades of expertise to demystify these tiny, ancient powerhouses that fuel every cell in our bodies, impact our hormones, drive immunity, and, as it turns out, play a central role in how we age.

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Mitochondrial Health, Aging & LongevityLorenz Ralph Gañomitochondria, mitochondrial dysfunction, energy production, ATP, stem cells, immune function, mitochondrial transfer, endosymbiotic theory, aging, chronic disease, fertility, hormone production, neurodegeneration, mitochondrial biomarkers, mitochondrial transplantation, metabolic flexibility, ketogenic diet, free fatty acids, glucose metabolism, mitophagy, mitochondrial biogenesis, placental mitochondria, Pearson syndrome, myelodysplastic syndrome (MDS), Coenzyme Q10, NAD, oxidative stress, senescent cells, stem cell exhaustion, regenerative medicine, emotional health