Early BPA Exposure Linked to Increased Risk of Heart Disease, Stroke, & Type 2 Diabetes

The AHA! Team — Wed, 16 Jul 2025 05:34:09 +0000

Patrick Tims via NaturalHealth365 – The pervasive presence of this toxic substance in everyday items creates a significant health threat. BPA (Bisphenol A), a colorless and soluble chemical, is likely within reach right now, as it’s commonly used in plastics and embedded in so many consumer products. The pervasive presence of this toxic substance in everyday items creates a significant health threat. A recent study in The Journal of Hazardous Materials links early BPA exposure to a higher risk of serious health issues, including type 2 diabetes, obesity, stroke, and heart disease. This early exposure can disrupt hormonal balance, leading to long-term consequences that extend well into adulthood. BPA is found in the most common consumer products BPA is found in food packaging, processed foods, consumer products, and even industrial items, making it nearly impossible to avoid. As an endocrine disruptor, this chemical alters hormones, increasing the risk of chronic diseases over time. Unfortunately, because it’s so widespread, exposure often begins early in life, during those crucial formative years. Research shows that BPA exposure in childhood sets the stage for cardiometabolic health issues that persist into adolescence and adulthood. By damaging blood vessels and the heart, BPA compromises the body’s ability to regulate weight, maintain healthy blood sugar levels, and process nutrients effectively, leading to long-term health challenges. A closer look at the BPA research that’s shaking up the health industry To better understand BPA exposure, the research team used direct and indirect methods to predict its impact. They cross-referenced food consumption diaries with demographic data, urine samples, and blood biomarkers, adjusting for key variables like overall energy intake. Participants were asked to provide detailed information about their food and drink choices, including when and where they consumed them and specifics like preparation methods, portion sizes, brand, and packaging. Because BPA exits the body quickly, 24-hour urine samples were analyzed to more accurately measure daily exposure. The team followed up at 4-, 7-, and 10-year intervals, with a 13-year follow-up for adolescents, to track the long-term effects of early exposure. BPA causes a multitude of health problems most aren’t aware of According to the study, BPA exposure is linked to increased fat mass, particularly around the waist, leading to a higher risk of abdominal obesity. This type of fat accumulation is especially concerning, as it’s associated with a greater risk of metabolic conditions like type 2 diabetes and cardiovascular disease. Additionally, BPA exposure can significantly impact insulin function, raising insulin resistance and levels in the body. This disrupts the body’s ability to regulate blood sugar effectively, which, over time, can lead to chronic conditions such as insulin resistance and type 2 diabetes. The compound’s effects on metabolism can be subtle but serious, impacting long-term health in often overlooked ways. Tips to reduce BPA exposure If you have a child, or teen at home, reducing their exposure to BPA is essential. While BPA is widespread in consumer products, there are simple actions you can take to limit its presence in your home. When shopping, avoid processed foods and choose organic options instead. Once home, transfer food from plastic packaging into BPA-free containers, such as glass or stainless steel. To further reduce BPA exposure, minimize the use of plastics whenever possible. Opt for bulk items instead of those packaged in plastic and choose products with plastic-free packaging. By making these small changes, you can significantly lower your family’s BPA exposure and support healthier long-term outcomes. Sources for this article include: Sciencedirect.com Childrenshealthdefense.org To read the original article click here.

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Are the BPA-Free Plastics Like Tritan Safe?

AHA Publisher — Fri, 10 Jul 2020 07:00:28 +0000

Michael Greger M.D. FACLM via Nutrition Facts – Do BPA-free plastics such as Tritan, have human hormone-disrupting effects? And what about BPS and BPF? Recent human studies indicate that exposure to the plastics chemical BPA may be associated with infertility, miscarriage, premature delivery, reduced male sexual function, polycystic ovaries, altered thyroid and immune function, diabetes, heart disease, and more. Yet, “[a]s recently as March 2012, FDA stated that low levels of BPA in food are considered safe.” However, just months later, to its credit, the agency banned the use of BPA plastics in baby bottles and sippy cups. Regulators standing up to industry? Maybe I shouldn’t be so cynical! But, wait. The ban was at the behest of the plastics industry. It had already stopped using BPA in baby bottles so it was their idea to ban it. The industry had switched from BPA to similar compounds like BPF and BPS. So, our diets now contain everything from BPA to BPZ, and the majority of us have these new chemicals in our bodies as well. Are they any safer? As I discuss in my video Are the BPA-Free Alternatives Safe?, based on the similarities of their chemical structures, they are all predicted to affect testosterone production and estrogen receptor activity, as you can see at 1:40 in my video. However, they were only recently put to the test. As you can see at 1:50 in my video, we’ve known BPA significantly suppresses testosterone production, and, from “the first report describing BPS and BPF adverse effects on physiologic function in humans,” we know those compounds do, too. Well, kind of. The experiments were performed on the testicles of aborted human fetuses. But, the bottom line is that BPS and BPF seem to have “antiandrogenic anti-male hormone effects that are similar to those of BPA.” So when you’re assured you shouldn’t worry because your sales slip is BPA-free, the thermal paper may just contain BPS instead. What’s more, BPS receipts may contain up to 40 percent more BPS than they would have contained BPA. So BPA-free could be even worse. In fact, all BPA-replacement products tested to date released “chemicals having reliably detectable EA,” estrogenic activity. This includes Tritan, which is specifically marketed as being estrogen-activity-free. As you can see at 3:06 in my video, however, researchers dripped an extract of Tritan on human breast cancer cells in a petri dish, and it accelerated their growth. This estrogenic effect was successfully abolished by an estrogen blocker, reinforcing it was an estrogen effect. Now, the accelerated growth of the cancer cells from the Tritan extract occurred after the plastic was exposed to the stressed state of simulated sunlight. Only one out of three Tritan products showed estrogen activity in an unstressed state, for instance when they weren’t exposed to microwaving, heat, or UV rays. “Because there would be no value in trading one health hazard for another, we should urgently focus on the human health risk assessment of BPA substitutes.” In the meanwhile, there are steps we can take to limit our exposure. We can reduce our use of polycarbonate plastics, which are usually labeled with recycle codes three or seven, and we can opt for fresh and frozen foods over canned goods, especially when it comes to tuna and condensed soups. Canned fruit consumption doesn’t seem to matter, but weekly canned vegetable consumption has been associated with increased BPA exposure. If you do use plastics, don’t microwave them, put them in the dishwasher, leave them in the sun or a hot car, or use once they’re scratched. But using glass, ceramic, or stainless steel containers is probably best. To read the original article click here. For more articles by Dr. Greger click here.

The post Are the BPA-Free Plastics Like Tritan Safe? appeared first on Amazing Health Advances.

BPA free plastic Archives - Amazing Health Advances

Early BPA Exposure Linked to Increased Risk of Heart Disease, Stroke, & Type 2 Diabetes

Are the BPA-Free Plastics Like Tritan Safe?