Maniragaba Yves
3.2K posts

Maniragaba Yves
@ManiragabaY
MD HSS/Renforcement des Systèmes de Santé SR/Santé Sexuelle et de la Reproduction Sports Medicine/Médecine du Sport

















NEWS🚨: Stanford scientists may have just killed the $65B knee and hip replacement industry. They made a breakthrough that could regrow aging cartilage and reverse arthritis.


🔥 INSTANT ANXIETY RELIEF — BACKED BY SCIENCE! 🔥 Feeling anxious or overwhelmed? Try this simple, fast trick: place something cold under your arms. The cold activates your vagus nerve, which slows your heart rate, steadies your breathing, and lowers stress hormones — creating calm within seconds. Psychologists often recommend cold therapy like ice packs, splashing cold water on your face, or quick cold showers to help your body reset and stop panic or anxiety quickly. Sometimes the most powerful stress relief isn’t medicine — it’s understanding how your body works. Try it next time your mind feels too heavy. 💙


The vagus nerve is the gut-brain axis's main conduit. It governs digestion, inflammation, and emotions. This bidirectional pathway links gut microbiome and brain function. Think of it as a walkie-talkie system. Gut sends signals, brain responds (and vice versa!). Vagal tone reflects parasympathetic efficiency. Heart rate variability (HRV) tracks it. Low vagal tone correlates with anxiety and IBS. Enhanced vagal tone builds resilience. Omega-3s, fermented foods, and polyphenols boost vagal activity. They modulate microbiota and reduce gut permeability. Improved vagal tone stabilizes mood, balances immunity, and supports metabolic health. A happy vagus means a happier, calmer, healthier YOU. Brain-gut connection simplified! Read the prepared module to see the connection for yourself ! skool.com/vagus/classroo…


Exercise improves the balance of gut bacteria which reduces inflammation & depressive symptoms.


Skeletal muscle has two modes: signaling and silence. Modern life keeps people geared toward a silence state. When muscles contract, they don’t just generate force. They release myokines, signaling molecules that communicate with the brain, immune system, liver, adipose tissue, and vasculature. When muscles remain inactive, that signaling largely shuts down. The difference is biochemical, not motivational: • Contracting muscle releases myokines into circulation • These signals help regulate inflammation, metabolism, and stress responses • Inactive muscle becomes metabolically quiet and chemically disengaged This is why regular movement consistently lowers chronic inflammation, even without weight loss or major changes in fitness. Same muscles. Same genome. Completely different signaling environment. Exercise doesn’t just build strength or burn calories. It determines whether skeletal muscle participates in whole-body communication (or remains silent).





