Eu duvidava de remédios caseiros, até que a ciência me provou estes 10 usos do bicarbonato de sódio

1 - Become a channel member:    / @drantoniocascelli   2 - Continue learning with us (Books, Anti-Thrombosis Protocol, E-books and much more): https://antoniocascelli.com/vitrine/ 3 - Support our social projects (Antonio Cascelli Institute) PIX - CNPJ: 62.721.364/0001-18 Few substances play such a symbolic role between chemistry and biology as sodium bicarbonate. It is present in the oceans, in our cells, and even in the bloodstream. And that's precisely why understanding what it does—and what it doesn't do—is essential for anyone concerned with circulation, thrombosis, and cardiovascular health. Bicarbonate acts as a natural chemical buffer: it prevents the pH from varying too much and protects vital enzymes and proteins. Within the body, this balance is controlled by a combined system between the lungs (which eliminate CO₂) and the kidneys (which excrete or reabsorb bicarbonate ions). When this system functions well, the blood remains slightly alkaline, ensuring that oxygen is efficiently transported by red blood cells and delivered to the tissues. But when there is an imbalance—for example, in respiratory, renal, or metabolic diseases—bicarbonate can be used clinically, intravenously, to restore pH. In circulation, excess bicarbonate can increase plasma sodium, raising blood pressure and promoting fluid retention—direct enemies of the heart and veins. And although bicarbonate is used by athletes to improve physical performance (because it temporarily reduces muscle acidity during intense exercise), improper use can cause nausea, diarrhea, and even arrhythmias. Balance is key. As with all chemistry in life, too much is poison. 👉 A video for those who want to understand real science — and take care of their circulation based on knowledge, not internet recipes. About Dr. Antonio Cascelli Master's and PhD from SCMBH-MEC Specialist in: Vascular Surgery, Angiology, Angioradiology and Endovascular Surgery