Generative Energy #103: Nitric Oxide | Medical Incompetence | World War 3 | Vitamin K | Vitamin D with Georgi Dinkov
Sep 13, 2023
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Georgi Dinkov discusses medical incompetence and generative energy. Topics include nitric oxide causing autism, vitamin K reducing vascular stiffness, the brain as a producer of steroids, and the therapeutic benefits of dissolving molecules in vitamin E.
The brain has the ability to produce its own steroids, which play a role in brain function and inflammation, highlighting the therapeutic potential of targeting steroid production in the brain.
Excessive levels of nitric oxide (NO) have been linked to negative health outcomes, including autism, and blocking NO can reverse the symptoms of autism, emphasizing the importance of maintaining balanced NO levels in the body.
Certain molecules dissolved in vitamin E can preferentially target and affect sites of brain injury, providing potential benefits for healing neurological diseases and reducing the dosage of therapeutic substances.
Deep dives
The Brain's Production of Steroids
Recent research has revealed that the brain is capable of producing its own steroids, including pregnenolone, progesterone, and even androgens and glucocorticoids. These steroids play a role in brain function, metabolic rate, and inflammation. The discovery of this local steroid production sheds light on the brain's ability to regulate its own processes and highlights the importance of these steroids in maintaining optimal brain health. Furthermore, these findings provide insights into the potential therapeutic applications of manipulating steroid production in the brain.
The Role of Nitric Oxide in Health and Disease
Nitric oxide (NO) has diverse effects in the body, serving as an emergency vasodilator and as part of the body's defense mechanism against pathogens. While NO is beneficial in many situations, excessive levels of NO have been linked to negative health outcomes, including autism. Studies have shown that blocking NO can reverse the symptoms of autism, highlighting the importance of maintaining balanced NO levels in the body. Additionally, the production of nitric oxide can be influenced by various factors, such as certain medications and dietary choices.
Unlocking the Benefits of All-Chain Saturated Fatty Acids
Recent research has highlighted the benefits of all-chain saturated fatty acids, such as pentadecanoic acid and heptadecanoic acid, which are found in dairy products. These fatty acids have been shown to repair damaged mitochondria, increase metabolic rate, and exhibit anti-inflammatory effects. They may also have cognitive benefits. Supplementing with these fatty acids, along with an appropriate carrier oil, can potentially provide these health benefits and support overall well-being.
The Brain's Ability to Produce Steroids and Health Implications
New research has revealed that the brain has the capacity to produce its own steroids, such as pregnenolone, progesterone, and even androgens and glucocorticoids. This local steroid production plays a crucial role in brain function, metabolic rate, and inflammation. The discovery of the brain's ability to produce these steroids provides new insights into the complex interplay between the brain and the rest of the body, and highlights the potential therapeutic applications of targeting steroid production in the brain.
The Benefits of Dissolving Molecules in Vitamin E
A recent study highlighted the benefits of dissolving certain molecules in vitamin E. The study found that when molecules were mixed with vitamin E and administered orally, they not only preferentially targeted the brain but also specifically affected sites of injury. This discovery has significant implications for healing neurological diseases and reducing the dosage of steroids and other therapeutic substances. By dissolving these substances in vitamin E, the study suggests that a much stronger effect can be achieved with lower dosages, improving specificity for effect and minimizing the risk of side effects.
Vitamin D as a Game Changer for GI Cancers
A groundbreaking study has shown that vitamin D can have a transformative impact on patients with GI cancers. The study revealed that taking vitamin D at a dosage of 2000 units daily reduced the rate of relapse and death by more than 30% across various GI cancer types. This remarkable result surpasses the effectiveness of any currently approved or in-development drugs for GI cancers. With vitamin D demonstrating such a significant effect in reducing death rates, it presents a potential breakthrough in the treatment of these cancers.
