How many of these did you eat this week? • Liver • Kidney • Heart • Bone marrow • Spleen For 99.9% of people... the answer is ZERO. Because people are eating more calories than ever, yet starving for actual nutrients. Just look at beef liver – a single ounce contains more vitamin A than 10 cups of carrots. And it's in the retinol form your body can actually use, not the plant beta-carotene that converts at rates as low as 3% in many people. The answer lies in what we're MISSING, not what we're adding. Our ancestors didn't obsess over nutrition labels… But they instinctively ate in a way that provided complete nourishment – consuming the WHOLE animal, especially the nutrient-dense organs. These organs contain unique compounds that often don't exist in meaningful amounts in muscle meat or plants. For example, beef heart contains 30-40 times more CoQ10 than muscle meat – a critical compound for cellular energy production that naturally declines as we age. No plant food contains meaningful amounts of this vital nutrient. Organs aren't a fad.

But what about all the essential nutrients and phytonutrients in plants? Fair question and here's your answer: With the exception of Vitamin C, there are NO nutrients in plants that you can't get in a more bioavailable form from animal foods. Yet there are MANY nutrients in animal foods you can ONLY find in animal foods. Vitamin B12. Taurine. Carnosine. Choline. Vitamin K2. The list goes on. Take iron, for example... In some studies, more than 50% of women were shown to have low iron levels. Yet instead of reaching for beef liver (the most bioavailable source of heme-iron on the planet), they're told to eat spinach or take synthetic iron pills. Here's what makes liver so powerful: It doesn't just deliver iron in the form your body actually recognizes and absorbs... It packages that iron with Vitamin A, Zinc, and Copper — the exact co-factors your body needs for proper iron utilization. Plant-based non-heme iron can't compete with that. And neither can synthetic iron pills. Our ancestors didn’t eat grass. They ate animals. And they always ate the organs first. Every. Single. Time. This wasn't superstition; it was wisdom honed over thousands of generations. ALL ancient cultures were obsessed with organs. From the Inuit treasuring whale liver... to the Maasai drinking fresh blood... to Native Americans honoring the buffalo heart. Turns out they were onto something. During the mid-20th century, scientists made a remarkable discovery. One that's been gathering dust in obscure European medical journals for decades. When you consume an organ, the nutrients and compounds from that organ don't just randomly distribute throughout your body... They specifically target and accumulate in your CORRESPONDING organ. This isn't speculation. It's documented science that's been buried by time and corporate interests. Why haven't you heard about this before? Because these groundbreaking studies were published in German and French... left untranslated in dusty archives... and gradually forgotten as pharmaceutical companies took control of medical research.

Good Morning; I have been using Crystal Mineral deodorant stick unscented for several years. Lately my skin has been irritated when I use it, any suggestions?

A new study published in ACS Omega adds important animal model evidence: researchers administered omeprazole to rats for 10, 30, and 60 days and measured effects on mineral status across blood and multiple organs. Hemoglobin and red blood cell counts declined progressively over the treatment period, while iron accumulated in the liver and spleen even as blood iron levels fell, a pattern consistent with impaired absorption and compensatory redistribution. Hepatic copper concentrations dropped significantly after 30 days, which matters because copper plays a critical role in the pathway through which iron becomes available for hemoglobin synthesis. Calcium redistribution patterns suggested potential bone resorption, consistent with what longer-term human studies have observed. PPIs were only ever approved for short-term use, typically no more than 2 weeks, yet many people take them for years or even decades, often without fully appreciating what that means for their nutritional status. If you're relying on a PPI long-term, speak with your healthcare practitioner about alternatives and a thorough nutritional assessment.

The research, conducted in Mexico City and involving nearly 1,000 children, provides a critical biological explanation for the heightened danger. Children are not simply small adults. Their central nervous systems are still rapidly developing, making them uniquely susceptible to disruptive environmental factors. As the study authors note, children's brain tissue has a higher water content and differing ion concentrations, rendering it more conductive. This, combined with a smaller head size, allows electromagnetic radiation to penetrate deeper into a child's brain, concentrating its energetic effects on delicate, formative structures. This aligns with prior research published in journals like the Journal of Microscopy and Ultrastructure, which concluded that children absorb more microwave radiation from devices like cellphones than adults. The radiation does not merely glance off; it is absorbed into the brain and bone marrow at rates that can be exponentially higher. The industry's safety guidelines, often shrouded in secrecy as past reports by outlets like SFGate have revealed, are based on outdated models of adult male heads, utterly failing to protect the most vulnerable population. The timing of this study is particularly potent, as it reflects exposure levels before, during, and after the COVID-19 pandemic—a period that normalized and accelerated child-screen integration. The researchers measured both extremely low-frequency magnetic fields (ELF-MF) from home wiring and power lines, and radiofrequency (RF) radiation from tablets. They found a statistically significant link between tablet use and increased tumor risk, even when the tablets were offline and only generating electricity. This finding lands as tablet use has become ubiquitous. By 2021, 96% of U.S. public schools issued digital devices. A report by Common Sense noted that 40% of children have a tablet by age 2. The device has become a pacifier, teacher, and babysitter, all while acting as a point-source radiator held close to the child's body and brain.