Excessive Animal Protein Food regimen Raises Danger of Adverse Calcium Stability

Jun 29, 2024
Within the video above, James DiNicolantonio, Pharm.D., who can also be the coauthor of my ebook, "Superfuel: Ketogenic Keys to Unlock the Secrets and techniques of Good Fat, Unhealthy Fat, and Nice Well being," explains why a food regimen excessive in animal protein might improve your danger of unfavorable calcium stability, placing your well being in danger.1 Adverse calcium stability happens when your physique loses extra calcium than it absorbs. Nearly all calcium — 99% — is present in your enamel and bones, so your physique compensates for an absence of calcium by leaching it out of your bones. This course of helps preserve essential calcium ranges in your blood, which is essential for important features reminiscent of muscle contraction, blood clotting and nerve transmission, however can result in weakened bones and an elevated danger of situations like osteoporosis. "Animal meals, like meat, fish, eggs and dairy are probably the most nutrient-dense meals you'll be able to eat. Nevertheless, there's one draw back to an animal-based food regimen, and that is the excessive acid load," DiNicolantonio says. The answer, in response to DiNicolantonio, is to stability the acid from animal meals with base. Carnivore Food regimen Linked to Adverse Calcium Stability Since 1930 DiNicolantonio cites a examine printed in 1930,2 which particulars Arctic explorer Vilhjalmur Stefansson's journey of consuming solely meat for a 12 months.3 Over 12 intervals of recorded knowledge, "calcium stability was unfavorable each single time," DiNicolantonio says. "All this proves is that since 1930 we have now identified that consuming an all-meat food regimen — a carnivore food regimen — results in unfavorable calcium stability."4 One other instance included 10 wholesome contributors who consumed a strict low-carb food regimen for 2 weeks, then one other carb-restricted food regimen for 4 weeks that was excessive in animal protein. This led to a lower in...

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