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⚡️ The gym really reduces stress During workouts, muscles release “hope molecules” — compounds that enter the bloodstream and help the brain cope with stress. Scientists say they protect against depression and act like a natural antidepressant. There’s no other way to trigger this effect — only movement and...

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THE U.S. GOVERNMENT PATENTED CANNABINOIDS FOR BRAIN PROTECTION. WHY IS NO ONE TALKING ABOUT IT? In 2003, the U.S. government was awarded Patent 6,630,507: "Cannabinoids as Antioxidants and Neuroprotectants." It specifically mentions CBD, THC, and other cannabinoids as having the potential to: ✅ Reduce oxidative stress ✅ Protect brain cells ✅ Support recovery from stroke, trauma, and neurodegenerative diseases. What is oxidative stress? Your cells naturally produce free radicals — unstable molecules — when making energy. Stress, poor diet, smoking, pollution, alcohol, UV exposure, and infections increase free radicals. • When your body can't neutralize them fast enough, oxidative stress occurs. Over time, oxidative stress damages DNA, proteins, and cell membranes, contributing to: • Faster aging • Chronic inflammation • Low immunity • Brain & nerve decline. Cannabinoids act as powerful antioxidants, and help neutralize free radicals, calm inflammation, and protect your cells — sometimes even more effectively than classic antioxidants like vitamins C & E. Why the patent? Researchers realized cannabinoids could protect your cells and brain. That's why the government and pharma positioned early to secure rights for medicinal use. That’s why I grow my own #cannabinoidscience #oxidativestress #neuroprotection #brainhealth #cellularhealth #antioxidants #endocannabinoidsystem #plantmedicine #healthyaging

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⚾️ FULL EXPLANATION OF HOW THE ELBOW HANDLES STRESS When you throw a baseball, the inside of your elbow gets hit with a big pulling/gapping force. Your body has three main ways it protects the elbow from that stress. Think of it as three layers of protection working together every time you throw. ✅ Radiocapitellar Joint Compression As the inside of your elbow tries to gap open during a throw, the outside of the joint compresses. The radius and humerus on the lateral side press together, creating a physical barrier that limits how far the elbow can open into valgus. ✅ Forearm Musculature All the forearm muscles that attach to the inside of the elbow help shield it. They anchor to the medial epicondyle and act as active stabilizers during the throw. This group includes the pronator teres, FCU, FCR, FDS, and palmaris longus. The simple takeaway is that the stronger/stiffer these muscles are, the more support they provide to the UCL. Training them through finger flexion, wrist flexion, ulnar deviation, and pronation is extremely effective. ✅ Ulnar Collateral Ligament Whatever force is not absorbed by joint compression and the forearm muscles ends up on the UCL. A UCL on its own can only tolerate roughly 35 newton meters before failure, yet every pitch produces FAR MORE than that. This highlights how essential those first two protective systems really are. 🎯 Conclusion In the big picture, your bones and your ligament offer a set, mostly fixed level of protection. They are important, but they cannot be dramatically changed. Your forearm musculature, on the other hand, is highly trainable. It can get stronger/stiffer pretty quickly and make a meaningful difference in how much stress your elbow can safely handle. If you are looking for the most direct, actionable way to protect your elbow, building stronger forearm muscles is the clearest and most impactful place to focus.

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