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Never Drink From A Plastic Bottle Ever Again... (BPA Toxicity)

Chonebox

Active Member

BPA isn't in just plastic water bottles but also canned products. Pretty much any plastic. You need to minimize exposure. Clearly the government isn't going to help us. Warning do not take calcium supplement without medical supervision. Overdosing with calcium can be possible. You can consume leafy green vegetables which high in calcium.
 
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AI Overview

In 2025, the European Union (EU) will ban the use of BPA in the manufacture of food contact materials. This ban includes items like food-contact plastics, varnishes and coatings, and printing inks. While the US has not banned BPA, it is still found in some food cans, water bottles, and other products.

BPA in the EU (2025 and beyond):
  • Banned in food contact materials:
    The EU ban covers a wide range of materials that come into contact with food, including plastics, varnishes, coatings, printing inks, adhesives, ion-exchange resins, silicones, and rubber.

  • Limited exemptions:
    There are some exemptions, particularly where safe alternatives are not available, such as in the manufacture of filtration membranes for food safety.

  • Transitional periods:
    The EU is allowing for transitional periods to allow industry to adapt to the new regulations and avoid disruptions to the food supply.

  • Focus on alternatives:
    The ban aims to encourage the development and use of safer alternatives to BPA in food packaging and other products.
BPA in the US:
  • Not banned:
    The FDA has not banned the use of BPA in food contact materials, though it has taken some actions, such as removing it from baby bottles and infant formula packaging.

  • FDA review:
    The FDA continues to review the safety of BPA and its use in food contact applications.

  • Potential health concerns:
    Some research suggests potential health effects from BPA exposure, including reproductive, heart, and diabetes concerns.

  • Common sources:
    BPA is still found in some hard plastic water bottles, food cans, and other products.

  • Consumer awareness:
    Consumers should be aware of the potential for BPA exposure from various sources and take steps to minimize their exposure, such as using BPA-free products when possible.
Specific products to be aware of:
  • Canned foods: BPA is often used in the linings of metal cans to prevent corrosion.

  • Reusable water bottles: Some reusable plastic water bottles may contain BPA.

  • Food storage containers: Some food storage containers, particularly those made of polycarbonate plastic, may contain BPA.

  • Receipts: Some thermal paper receipts may contain BPA.

  • Infant products: While the FDA has removed BPA from baby bottles and infant formula packaging, it's still important to check labels and opt for BPA-free alternatives.
 
AI Overview

Yes, there is evidence suggesting that bisphenol A (BPA) can affect oxytocin in humans, particularly during development. Studies have shown that BPA exposure can disrupt the oxytocin (OT)/vasopressin (AVP) system,potentially impacting behaviors regulated by these pathways. Specifically, BPA can alter the expression of oxytocin receptors in the brain and influence oxytocin and vasopressin signaling pathways.

Here's a more detailed breakdown:
  • Disruption of Oxytocin and Vasopressin Systems:
    BPA, particularly during perinatal development, can alter the structure and function of the oxytocin and vasopressin systems. These systems are crucial for social behavior, bonding, and other essential functions.

  • Impact on Oxytocin Receptors:
    Research indicates that BPA can affect the expression of oxytocin receptors (OTRs) in the brain, potentially impacting how oxytocin is received and utilized by the body.

  • Behavioral Consequences:
    Altered oxytocin and vasopressin signaling due to BPA exposure may have implications for various behaviors, including social interactions and emotional responses.

  • Estrogen Receptor Involvement:
    BPA's effects on oxytocin may be linked to its ability to disrupt estrogen receptor (ER) expression in the brain. BPA can mimic estrogen and interfere with its normal function, potentially leading to broader changes in brain development and function.

  • Mechanism of Action:
    BPA's influence on oxytocin pathways may involve multiple mechanisms, including direct interactions with receptors and indirect effects through other signaling pathways.

  • Relevance to Human Health:
    The potential for BPA to disrupt oxytocin and vasopressin systems is concerning because these systems play vital roles in social behavior, stress response, and other crucial functions.

  • Further Research:
    While the evidence is growing, more research is needed to fully understand the extent of BPA's impact on oxytocin and its long-term consequences for human health, particularly in relation to social and emotional development.
 
AI Overview

Yes, there is emerging evidence suggesting a link between BPA exposure and autism symptoms, particularly in boys. Studies have shown that higher levels of BPA exposure, especially during prenatal development, may be associated with increased autism symptoms or diagnoses, particularly in individuals with lower activity of the aromatase enzyme.

Here's a more detailed explanation:
  • Prenatal Exposure and Autism Symptoms:
    Several studies have found a correlation between higher maternal BPA levels during pregnancy and an increased likelihood of autism diagnoses in their sons. One specific study found that boys born to mothers with higher BPA levels were significantly more likely to have autism symptoms or a diagnosis by certain ages.

  • Aromatase Enzyme Activity:
    The link appears to be particularly strong in individuals with lower activity of the aromatase enzyme, which is involved in estrogen production and brain development.This suggests that BPA's impact on autism may be related to its disruption of the aromatase enzyme and subsequent effects on brain development, particularly in males.

  • Reduced BPA Metabolism:
    Research has also found that individuals with autism or ADHD may have a reduced ability to metabolize BPA, leading to higher levels of exposure to this chemical. This provides further evidence of a potential biochemical link between BPA and autism.

  • Laboratory Studies:
    Animal studies, particularly in mice, have shown that prenatal BPA exposure can lead to behavioral changes in male mice that are consistent with autism spectrum disorder, including increased repetitive behaviors and decreased social interaction. These studies also show that BPA can suppress the aromatase enzyme and affect brain development.

  • Need for Caution:
    While these findings are promising, it's important to note that correlation does not equal causation. More research is needed to confirm these findings and to fully understand the mechanisms by which BPA might influence autism development.
 
Warning do not take calcium supplement without medical supervision. Overdosing with calcium can be possible. You can consume leafy green vegetables which high in calcium.
Some clarification:

1. Calcium supplements should, whenever possible, be taken with D3 and K2 (both). D3 alone puts calcium into all tissues, most concerning being calcium plaques in arteries, kidneys, and the brain. K2 shunts the calcium into the bones which is what most people want in order to prevent age-related osteoporosis.

2. For individuals who are prone to kidney stones (calcium oxalate) due to an oxalate sensitivity, green leafy vegetables, for example, spinach, may increase the risk of this. Personally, I am, and have developed a mild cystic kidney disease because of my frequent consumption of these foods in my youth.
high-oxalate-foods-low-oxalate-foods-3-819x1024-1.jpg.webp
 
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I drink bottled water, but it is from a BPA free brand.
 
I have avoided drinking and eating from anything made of plastic, using plastic in the microwave or storing food in plastic for many years. I carry an insulated metal thermos with ice water in the car because I am addicted to ice water and I live in a very hot environment.
 
Yes, there is evidence suggesting potential harmful effects of warming food in plastic containers in the microwave oven
.
Key Concerns:
  • Leaching of Chemicals: When certain types of plastic are heated, chemicals used in their manufacturing, such as BPA and phthalates, can leach into the food. BPA is used to make hard, clear plastics, while phthalates are added to make plastics soft.
  • Endocrine Disruption: Both BPA and phthalates are considered endocrine disruptors, meaning they can interfere with the body's hormones, potentially affecting reproductive health, metabolism, and development. Research links them to various health issues like obesity, diabetes, infertility, and potential developmental problems.
  • Microplastic and Nanoplastic Release: Studies have shown that microwaving plastic containers can release significant amounts of microplastics and nanoplastics into food. Some research suggests that microwaving can release billions of nanoplastic particles and millions of microplastic particles from a single square centimeter of container.
  • Uncertainty of Long-Term Effects: While research on the specific health impacts of consuming microplastics is still ongoing, some studies suggest potential negative effects on gut health, endocrine function, and immune system function.
Important Considerations:
  • "Microwave-Safe" Labeling: The term "microwave-safe" on a plastic container primarily means that the container is designed to withstand the microwave's heat without melting or warping. It does not guarantee that no chemicals will leach into the food, or that it is free of potential endocrine disruptors like BPA or phthalates.
  • Higher Risk with Certain Plastics: Some plastics, like types 1 (PET) and 6 (PS/Styrofoam), have lower melting points and should be avoided in the microwave. Other plastics, like types 2 (HDPE) and 5 (PP), are generally considered safer for microwave use.
  • Heat Intensifies Leaching: Heat speeds up the process of leaching, making microwaving a significant factor in releasing chemicals and plastic particles from containers.
Recommendations:
  • Choose Alternatives: Whenever possible, it is best to avoid microwaving food in plastic containers. Opt for glass or ceramic containers for heating food.
  • Check Labels and Codes: If using plastic, always ensure it is labeled "microwave-safe". Look for recycling codes #2 (HDPE) or #5 (PP) on the bottom of the container, as these are considered safer options. Avoid plastics with numbers 1, 3, 6, or 7.
  • Replace Worn Containers: Discard plastic containers that are cracked, scratched, or warped, as these are more likely to leach chemicals.
  • Use Lower Heat and Shorter Times: If using the microwave, consider using lower power settings and shorter heating times to minimize the risk of exceeding the container's temperature threshold.
While more research is needed to fully understand the long-term health consequences of plastic exposure, especially from microwave heating, taking these precautions can help reduce your exposure to potentially harmful chemicals and microplastics.
 
Very interesting. Only a week ago I bought some vanilla pudding in those little plastic containers and they tasted awful, as the smell of the plastic seemed to permeate the pudding's taste. o_O
 
Since I was a small child, I have used:

Ketchup from plastic packets.
Freeze pops / popsicles from plastic packaging.
Sodas (that deteriorate their container exponentially faster than water ever does) from out of plastic bottles.
Plastic cups (for the same soda).
Actual plastic forks, spoons, sporks, knives (that scrape against teeth and/or get chewed on some).
Cleaning products I put all over or even inside my body (toothpaste, mouthwash)...from plastic containers.
Toothbrushes every single day / night.
Plastic, poly-woven clothing.
Contact lenses or spectacles.
Containers for medicine.
ETC......................

All of that...and at the same time not ignoring / mentioning that anyone's blood / fluids are drawn into and tested in plastic containers (from one to another, however many times in testing).....but, alright, if I just don't drink water out of a plastic bottle anymore, that's going to be safer. Also, every food listed for me to help against things....comes out of a plastic bag from the store unless I grow it myself (at which point, I've spent however long spraying it with water and/or pesticides......from a plastic bottle). We're doomed.
 
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Article on new plastic that eats itself.
AI Overview

The Ocean's Secret Plastic Eaters 😇 Scientists have ...

Yes, scientists have developed a type of plastic that can essentially "eat itself" through the use of embedded plastic-eating bacteria. This innovative approach aims to reduce plastic waste by allowing the material to degrade when it's no longer needed.

This would help with plastic waste, but does it help with the micro-plastics and BPA that are consumed?
 
Since I was a small child, I have used:

Ketchup from plastic packets.
Freeze pops / popsicles from plastic packaging.
Sodas (that deteriorate their container exponentially faster than water ever does) from out of plastic bottles.
Plastic cups (for the same soda).
Actual plastic forks, spoons, sporks, knives (that scrape against teeth and/or get chewed on some).
Cleaning products I put all over or even inside my body (toothpaste, mouthwash)...from plastic containers.
Toothbrushes every single day / night.
Plastic, poly-woven clothing.
Contact lenses or spectacles.
Containers for medicine.
ETC......................

All of that...and at the same time not ignoring / mentioning that anyone's blood / fluids are drawn into and tested in plastic containers (from one to another, however many times in testing).....but, alright, if I just don't drink water out of a plastic bottle anymore, that's going to be safer. Also, every food listed for me to help against things....comes out of a plastic bag from the store unless I grow it myself (at which point, I've spent however long spraying it with water and/or pesticides......from a plastic bottle). We're doomed.

We've all been saturated with plastics, and it is long past time for independent research to find out what plastic is doing to our bodies. We see, with sadness, the plastic in our water ways and along beaches, the birds and other animals that die because they are entangled in plastic, and the huge amount of plastic in our landfills. I was happy to see that the bear in New England has finally been trapped and freed of the big plastic ring stuck around its neck for two years.
 

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