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01/07/20

As discussed in this short video by Green Science Policy Institute, flame retardants are one of the six classes or families of chemicals that are found in consumer products and negatively affect health. The classes of concern include highly fluorinated products, antimicrobials, bisphenols and phthalates, some solvents, specific metals and flame retardants.

One simple and effective way to reduce your exposure is to practice regular hand-washing. According to the Environmental Protection Agency, you can reduce your child's exposure to flame retardant chemicals using simple hand-washing techniques. The chemicals are added to several consumer products with the intent to make them less prone to burn and to burn more slowly if and when they do.

Unfortunately, while the intent is good, the chemicals are ineffective. Additionally, they create a health burden as they leach from products and land in household dust. The EPA advises parents to have their children wash their hands frequently to reduce the health risks that are associated with exposure.

Until 2004,1 the primary flame retarded chemicals were from a family of polybrominated diphenyl ethers (PBDEs), consisting of 209 possible brominated substances. By 2013, octaBDEs, used for business equipment made of plastic, were voluntarily withdrawn. Since this class of chemicals has a low water solubility it typically binds to sediment, such as soil and dust.

The replacement flame retardants, namely organophosphorus compounds, appear to have some of the same health risks and behave in much the same way in the environment as the predecessor class of PBDEs.2 This new class of fire retardants was first found in surface sediment from the Pacific to the Arctic oceans in 2010.3

This May Be a Regrettable Substitution

PBDEs were phased out as the EPA4 expressed a growing concern over the ability of the chemicals to bioaccumulate and persist in the environment. As traces were found in human blood and breastmilk, and evidence mounted the chemicals triggered liver, thyroid and neurodevelopmental toxicity, the EPA issued a rule regulating the phase-out of two of the most common PBDEs.

In a meta-analysis study published in Environmental Science and Technology Letters,5 researchers posed the question of whether the use of organophosphate ester flame retardants (OPFRs), the replacement for PBDEs, was a better choice.

They compared OPFRs with PBDEs across a range of properties with regard to the interaction in the environment and evidence of levels measured indoors, among the general population and evidence of adverse health effects. They found the OPFRs are in the environment at higher concentration than PBDEs.6

Compounding the impact of OPFRs is the bioaccumulation and poor degradation of PBDEs in the environment. The researchers wrote:7  

“The time has come for manufacturers, with the help of the scientific community, to stop moving from the use of one family of harmful chemicals to the next and to instead find innovative ways to reduce both fire hazard and the use of hazardous chemicals.”

Based on the number of dangerous flame retardants currently in use and those remaining in the environment, both indoors and outside, the researchers are calling for evaluation of chemicals based on classification and not on an individual basis.8 They concluded:

“Here we have shown that, as with PBDEs in the past, OPFRs are now being used in large volumes, are sufficiently persistent to be detected globally, present health hazards, and may cause harm to humans, especially children, at current exposure levels. Given the large number of OPFRs on the market, obtaining the level of evidence a government often requires to regulate each compound would prove to be expensive and lengthy.”

Exposure Described as ‘Ubiquitous’

In a review 100 pure reviewed studies, the scientists found OPFRs are often at levels 10 to 100 times higher in the water, air and dust than were PBDEs. Additionally, they were also found in nearly every person who participated in research studies.

In several studies data showed they were at levels high enough to negatively affect healthy brain development in children and fertility in adults. It was expected OPFRs would be less persistent then PBDEs in the environment. However, predicting their presence is difficult to measure based on the compounds’ physical and chemical properties.

OPFRs do have a higher vapor pressure and shorter half-life, which led experts to believe they would travel shorter distances and have lower concentrations in the environment. However, they are more soluble and can persist in water. Multiple measurements throughout the world have demonstrated concentrations higher than PBDEs from urban areas to remote areas of the North and South poles.

Measurements have also confirmed an abundance of OPFRs in locations not explained by local release. In addition to the burden on the environment, the researchers found evidence of high exposure to OPFRs as compared to PBDEs that appeared to originate from indoor air, food and house dust.

OPFRs are heavily used in the electronic industry and are detected at higher levels in indoor air. They are also used in consumer and construction plastics. Using OPFRs was identified by the researchers as a “regrettable substitution,” or a replacement that lacked sufficient toxicity testing for a chemical being phased out as a known hazardous material.9

“Regrettable substitution occurs because of the difficulty of changing industrial processes and a lack of toxicological information, causing manufacturers to replace a phased-out chemical with a “drop in” substitute chemical that has a similar structure, function, and potential for harm.”

Are We Programming the Next Generation for Diabetes?

Although PBDEs are no longer used in manufactured products, those added to consumer products before 2013 are still in use and continue to affect your health. A recently published study10 at the University of Massachusetts-Amherst found perinatal exposure to common flame retardants in permanently reprogramed liver metabolism in a study involving rats.

The researchers found this led to an increased risk of insulin resistance and nonalcoholic fatty liver disease as the mice matured. The team identified a potential mechanism responsible for the effect. They determined the epigenome, or heritable changes in gene expression, was altered with exposure to PBDEs through the umbilical cord and breast milk.

In the study, the females were fed PBDEs to mimic concentrations similar to those found in humans living in urban areas. While the pups were never directly exposed, the researchers found it altered the function of their liver throughout their lifetime. One researcher wrote:

“Normally when you remove the stressor, the organ will recover. But in this case, it’s not recovering. Epigenetic changes can persist in a row of cellular divisions and can even propagate through generations.”

Based on their findings, the team garnered funding from the National Institute of Environmental Health Sciences to test their hypothesis in humans. They believe this may link exposure from flame retardants present in products used from birth through adulthood to an increased risk of diabetes and heart disease.

Although this particular classification of flame retardants is no longer being used in the industry, researchers have found the bioaccumulation and concentration is increasing in human tissue. It may be another 50 years before this exposure begins to decrease.

In the new study the team will use samples from a prospective cohort designed to investigate toxicity in children. Following the same individuals over time they hope to establish a link between exposure levels and changes in liver metabolism. They hypothesize this exposure leads to higher triglycerides during childhood and express a concern for the future health of children.

Potential Health Risks Rise With Exposure

As Green Science Policy Institute discussed in the video, the chemicals are added to meet flammability regulations, but have made the situation worse as they don't retard fire and leach from the products into your home and air.

If they were effective, firefighters would be the strongest supporters, but instead are fighting to reduce exposure and impose a ban on all fire retardants.11 The toxic fumes during a fire place the first responders at greater risk of health conditions, including cancer.

The chemicals are known to attach to dust particles. When these particles stick to your hands you can accidently ingest them, they may land in your food or be picked up and consumed by small children and pets. As mentioned in the video, the health cost associated with just one flame retardant, PentaBDE was estimated at $209 billion. Some of the common products flame retardants are found in are:

Car seats

Paints

Wire and cable coating

Carpet padding

Building insulation

Textiles

Infant mattresses

Television cases

Fabric blinds

Risks Increase With Higher Exposure

In other words, they are in nearly every home on the planet. The team of researchers from the featured study looked at epidemiological evidence for both PBDEs and OPFRs. Well-established scientific evidence demonstrates PBDEs are linked to neurodevelopmental issues.

In several in vitro evaluations, OPFRs and PBDEs “appear to have comparable developmental and neurodevelopmental toxicity potential” in processes crucial to neurodevelopment. For more information see, “Most People Are Now Flame Retardant.”

Reduce Your Exposure to Flame Retardant Chemicals

Fire retardant chemicals are also found in drinking water and local bodies of water. It is important to seek to reduce your exposure. Consider the options listed below and those discussed in “Fire Retardant Chemicals Are Contaminating Drinking Water Across the US.”

  • When purchasing items, ask if there is an option without flame retardants.
  • Look for upholstered furniture with a TB117-2013 label stating the piece doesn't contain flame retardants
  • To reduce your exposure, clean and dust with a damp cloth to trap the dust, use a vacuum with a hepa filter and wash your hands, especially before eating
  • Avoid purchasing rebonded carpet padding unless sure it doesn't contain flame retardants
  • When possible, purchase products without flame retardants


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Investigations assessing the prevalence of scientific fraud and/or its impact show the problem is widespread and serious, to the point of making most of "science-based" medicine a genuine joke. Conflict of interest is another pervasive problem that threatens the integrity and believability of most studies.

We've been repeatedly faced with study findings that are clearly tainted with industry bias. For example, a 2014 study1,2,3 funded by the American Beverage Association purported to have found that diet soda makes you lose more weight than drinking no soda at all.

Its findings blatantly contradicted a massive body of research demonstrating that artificial sweeteners disrupt your body's metabolism and lead to greater weight gain than regular sugar.

Scientific Fraud Has Lethal Consequences

Another example is Dr. Don Poldermans' fraudulent beta blocker study, which is suspected of having led to the deaths of as many as 800,000 Europeans. I wrote about this scandal in "Beta Blockers Killed 800,000 in 5 Years — Good Medicine or Mass Murder?"

The discredited paper had a profound influence as it served as the basis for establishing the use of beta blockers in noncardiac surgery patients as "standard of care."4 Poldermans — who was fired for scientific misconduct in 2011 — was also the chairman of the committee that drafted that guideline.5

This case is a sobering example demonstrating the need for maintaining strict scientific integrity, and why the issue of conflicts of interest really needs to be more widely understood and addressed. Sadly, there are enough cases like this to fill several books.

Scientific misconduct can have a very real impact on your health, or someone you love, as doctors routinely use published research to implement or alter treatment protocols. As noted in a 2012 paper in the American Journal of Medicine:6

"Recent allegations of fraud committed by one of the most prolific researchers in perioperative medicine, Don Poldermans, have left many clinicians in a state of disbelief …

The effects of fraud in perioperative medicine are particularly caustic owing to a profound domino effect. Many investigators devoted their academic careers to following the footsteps of investigators such as Poldermans.

Similarly, funding agencies supported this line of enquiry, incurring significant cost and expense. Most importantly, hundreds of patients were exposed to treatments that may have been harmful in an effort to advance this research agenda …

Because research misconduct in perioperative medicine can be so damaging, we present strategies to prevent such events in the future. Without such reform, fraud in research may very well continue. The price for such misconduct is simply too great to pay."

Conflicts of Interest Threaten Public Health

Disturbingly, conflicts of interest are present at all levels, including our most prestigious public health agencies, as discussed in my November 19, 2019, article, "CDC Petitioned to Stop Lying About Pharma Funds."

While the U.S. Centers for Disease Control and Prevention has long fostered the perception of independence, claiming it does not accept funding from special interests,7 the agency has in fact made itself beholden to the drug industry by accepting millions in corporate donations through its government-chartered foundation, the CDC Foundation, which funnels those contributions to the CDC after deducting a fee.8

Several watchdog groups — including the U.S. Right to Know (USRTK), Public Citizen, Knowledge Ecology International, Liberty Coalition and the Project on Government Oversight — recently filed a petition,9 urging the CDC to cease making these false disclaimers.10

According to the petition,11 the CDC accepted $79.6 million from drug companies and commercial manufacturers between 2014 and 2018 alone. Since its inception in 1995, the CDC Foundation has accepted $161 million from private corporations.

The CDC is supposed to be a public health watchdog. It has tremendous credibility within the medical community, and part of this credibility hinges on the idea that it's free of industry bias and conflicts of interest.

By accepting money from drug companies and vaccine makers, one has to wonder whether that money might be having an impact on the agency's health recommendations, as investigations have repeatedly and consistently shown that funding plays an enormous role in decision-making and research outcomes.

Corruption in Global Health Is an Open Secret

In a December 7, 2019, article12 in The Lancet, Dr. Patricia Garcia — affiliate professor of global health at Cayetano Heredia University in Lima-Peru and a former minister of health13 — points out that "Corruption is embedded in health systems."

In it, she argues that dishonesty and fraud in the health care system as a whole, including its academic and research communities, is "one of the most important barriers to implementing universal health coverage," yet this corruption is rarely if ever discussed, let alone addressed in any meaningful way.

"Policy makers, researchers, and funders need to think about corruption as an important area of research in the same way we think about diseases. If we are really aiming to achieve the Sustainable Development Goals and ensure healthy lives for all, corruption in global health must no longer be an open secret," Garcia writes.14

"Corruption is an open secret known around the world that is systemic and spreading. Over two-thirds of countries are considered endemically corrupt according to Transparency International … Corruption in the health sector is more dangerous than in any other sector because it is literally deadly …

It is estimated that, each year, corruption takes the lives of at least 140,000 children, worsens antimicrobial resistance, and undermines all of our efforts to control communicable and non-communicable diseases. Corruption is an ignored pandemic."

Corruption Is a Cancer

In her paper, Garcia summarizes the history of corruption, how it got started and what allows it to spread. As a general commonsense rule, the less transparent a health system is, the more corrupt it becomes.

Weak adherence to the rule of law and few accountability mechanisms further invite corruption into its midst and, with it, health system performance, quality and efficiency plummet.

"It is estimated that the world spends more than US$7 trillion on health services, and that at least 10–25% of global spending is lost directly through corruption, representing hundreds of billions of dollars lost each year.

These billions lost to corruption exceed WHO's estimations of the amount needed annually to fill the gap in assuring universal health coverage globally by 2030. However, the true cost of corruption for people is impossible to quantify because it can mean the difference between wellness and illness, and life and death," Garcia writes.

3 Variables That Influence Corruption

Garcia cites research showing the amount of corruption found in any given system is dependent on three variables:

  1. Monopoly (M) on the supply of a product or service
  2. The level of discretion (D) enjoyed by suppliers
  3. The supplier's accountability (A) to others

The amount of corruption (C) can thus be expressed as: C = M + D – A.

"This equation shows that the more concentrated a supply of a good or service is, the higher the discretionary power of those that control the supply is, and the lower their accountability to others is; therefore the amount of corruption will be higher," Garcia writes.15

"Unfortunately, these are the characteristics of health systems. The complexity of the system, high public spending, market uncertainty, information asymmetry, and the presence of many actors (i.e., regulators, payers, providers, consumers and suppliers) interact at different levels, increasing susceptibility to corruption."

Corruption also presents itself in a variety of ways. Bribery, extortion, theft, embezzlement, nepotism, the exertion of undue influence, favoritism, medical services done for financial gain rather than medical necessity, kickbacks, price inflation, manipulation of data and fraudulent billing are all examples given by Garcia.

Scientific fraud and misconduct also belong on this list. As detailed in "Why Your Doctor's Advice May Be Fatally Flawed," drug research is beset by an astoundingly high incidence rate of scientific misconduct, with 72% of retracted drug studies being retracted due to things like data falsification, fabrication, unethical conduct and plagiarism.16,17

Only 28% of retracted drug studies were retracted due to actual errors. Medical research also has a severe replication problem, with a vast majority of studies being impossible to replicate.

How Can We Control Corruption?

Corruption can be controlled, but it requires both good governance and a change in social norms, which can be difficult to achieve. Garcia explains:18

"Transparency International theorize that if institutions were strong, people wouldn't even be tempted to participate in corruption.

The second group of theories, those concerning the way that people think, focus on the way people process rule breaking or an individual's decision to engage in corruption. This process can be represented by the following equation:

Bp>Cpsy + pp (Ccrim + Csoc) + Cfav

In this equation, Bp represents the perceived benefit of an act of corruption, Cpsy the psychological costs, pp the perceived probability, Ccrim the criminal costs, Csoc the social costs to the individual, and Cfav the costs of doing the corrupt act.

From this equation, a corrupt act is more likely to happen if the perceived benefit (Bp) is higher than the sum of the psychological costs (or how the person will feel, which has to do with their personal values), the perceived probability of the criminal costs and social costs to the individual (which has to do with social norms), and the costs of doing the corrupt act (how easy or difficult it would be).

This theory highlights the importance of social norms. Experts agree that the two theories converge because social norms are assured through institutions. The challenge is how can strong institutions be created, and how can social norms be changed, to fight corruption?"

3 Factors That Govern Corrupt Practices

She also cites research suggesting the three factors governing the engagement in corrupt practices in the health care system are:

  1. Being in a position of power — Systems with poor oversight invite abuse of power
  2. Financial, peer and/or personal pressures
  3. Cultural acceptance of corruption

In order for anticorruption measures to succeed, these three factors all need to be addressed. Anticorruption measures suggested by experts include the following:19

Strengthening accountability

Improving data

Improving supervision

Improving salaries

Providing incentives to reward good performance and sanctioning poor performance

Increasing transparency (active disclosure of how decisions are made and performance measures)

Community involvement and providing a platform for citizen feedback

Detection and enforcement by law enforcement

Enhancing financial management

Managing conflicts of interest

Improving policies and processes for investigations and the penalization of corrupt acts

Using technology platforms for active surveillance

Crowdsourcing information

The use of big data, data mining and pattern recognition to identify fraud or abuse profiles

Still, Garcia notes that when searching the academic literature, she found "an absence of evidence on what works to reduce corruption in the health sector," and there's no data showing how well any of these measures actually work.

"There are already several authors who have highlighted open research questions that need to be addressed: we need to start working on them," she says, adding: "We can start by designing and testing anti-corruption interventions for the health sector, for global health. We could start from the bottom up, taking small steps.

We need rigorous research methods to prove or disprove that a strategy works. Addressing and ending corruption will require the participation of researchers from several disciplines and multiple approaches, and the commitment of funders to supporting serious research. Corruption in global health should not continue as an open secret, it has to be confronted and brought to light."

Death by Modern Medicine

For all the scientific breakthroughs we've been gifted with over the past century, modern medicine still leaves an awful lot to be desired, and the corruption permeating the whole system is one of the primary reasons for why it delivers such abysmal results.

In her book, "Death by Modern Medicine,"20 Dr. Carolyn Dean talks about how, for well over a century, the treatment of symptoms with drugs has dominated the definition of "health care." It's a deliberately schemed and manipulated paradigm that's been packaged and sold through:

  • The insurance industry's (including Medicare's and Medicaid's) methodology for payment, which doesn't recognize nutritional care or proven naturopathic approaches to health care
  • Direct-to-consumer drug advertising
  • Influencing physicians and other health care providers through gifts, honoraria for speaking engagements, and financial support for training programs, which is simply another form of advertising
  • Intense lobbying by PhRMA — a leading biopharmaceutical trade group — and individual drug makers

The end result is a sickness industry that kills an enormous amount of people each year. In 2000, Dr. Barbara Starfield published a paper21 showing 225,000 Americans die each year from iatrogenic causes, meaning their death is caused by a physician's activity, manner or therapy.

I read her article in the print in the July 2000 copy of JAMA and from it created the viral meme that took off, yet has rarely been attributed to me, that doctors were the third leading cause of death. Ironically, Starfield herself died from a medical error over 10 years later, when she suffered a lethal reaction to an inappropriate antiplatelet drug.

Remarkably, matters have not improved one whit since then. Research22 published in 2013 estimated that preventable hospital errors kill 210,000 Americans each year, and a 2016 study23 published in the BMJ estimated that medical errors kill 250,000 Americans each year.

That's an annual increase of about 25,000 people from Starfield's estimates, and these numbers may still be vastly underestimated, as deaths occurring at home or in nursing homes were not included.

Indeed, when they included deaths related to diagnostic errors, errors of omission and failure to follow guidelines, the number of preventable hospital deaths skyrocketed to 440,000 per year, which begins to hint at the true enormity of the problem.

Many Medical Procedures and Treatments Are Unnecessary

Overtesting and overtreatment are part of the problem and corruption plays a role here as well. Instead of dissuading patients from unnecessary or questionable interventions, the system rewards waste and incentivizes disease over health. According to a PLOS ONE report24 published in 2017, 20.6% of all medical care is unnecessary, including:

  • 22.0% of prescription medications
  • 24.9% of medical tests
  • 11.1% of procedures

The top three most commonly cited reasons by doctors for overtreatment were:

  1. Fear of malpractice (84.7%)
  2. Patient pressure/request (59.0%)
  3. Difficulty accessing medical records (38.2%)

A majority of respondents (70.8%) also agreed that unnecessary procedures are more likely to be performed when the doctor profits from them, and "Most respondents believed that de-emphasizing fee-for-service physician compensation would reduce health care utilization and costs." To learn which tests and interventions may do more harm than good, browse through the Choosing Wisely website.25

Exercising Good Judgment in an Era of Conflicting Interests

Ultimately, the take-home message here is that even if a drug or treatment is "backed by science," this does not guarantee that it's safe or effective. Likewise, if an alternative treatment has not been published in a medical journal, it does not mean it is unsafe or ineffective.

On the whole, modern medicine grossly undervalues and often flat out ignores the influence of diet and lifestyle factors such as sleep, exercise, time-restricted eating and exposures to the sun and nature (which are beneficial) and electromagnetic fields and toxins (which are harmful).

This is why it's crucial to have a philosophical framework to assist you in evaluating health and medical recommendations. Consider the funding and look for evidence of replication and the building of consensus through time.

Anytime you're trying to address a health issue, make full use of all the resources available to you, including your own sense of common sense and reason. Since it is well established that most drugs do absolutely nothing to treat the cause of disease, it would be prudent to exercise the precautionary principle when evaluating a new drug claim, as it is likely to be flawed, biased or worse.

Also, if you're facing a health challenge, seeing a competent conventional physician to rule out a serious condition is just the beginning. It would be in your best interest to also identify a qualified natural health consultant, someone who really understands health at a foundational level, to make sure you're addressing the root of your problem.



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Researchers found that vaccine misinformation in Danish media outlets from 2013-2016 led to HPV vaccinations dropping by 50.4%. An information campaign geared toward concerned parents helped increase vaccine uptake again, but uptake is still below the level before misinformation began, showing how difficult it is to undo the damages misinformation causes.

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Pelvic examinations and cervical cancer screenings are no longer recommended for most females under age 21 during routine health visits, but a new study has found that millions of young women are unnecessarily undergoing the tests, which can lead to false-positive testing, over-treatment, anxiety and needless cost.

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Scientists have identified a molecular mechanism that could reverse the genetic defect responsible for Friedreich's ataxia, a neurodegenerative disease that leaves its victims with difficulty walking, a loss of sensation in the arms and legs and impaired speech. The researchers discovered that the genetic anomaly that causes the disease -- the multiple repetition of a three letter DNA sequence -- could potentially be reversed by enhancing a natural process that contracts the repetitive sequences in living tissue.

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A vegan diet is made up of only plant-based products — no meat, fish, dairy, or eggs (some people also exclude honey). While these diets are still relatively rare, they are becoming more common. Some families or teens choose them for health reasons, and it’s certainly true that plant-based diets are low in saturated fat and can have other health benefits. Some choose them for philosophical reasons — either sustainability, or not wanting to harm animals, or both.

Whatever the reason, it’s important to get educated before you begin. You should talk to your doctor, and if possible it’s a good idea to also meet with a nutritionist. Because while vegan diets can absolutely be healthy, there are some nutritional and other issues that can cause trouble if you aren’t careful.

Calories and protein for children eating a vegan diet

Two issues you should learn about and plan for are:

Calories. Plant-based foods tend to have fewer calories than animal-based ones. This is not a bad thing, given the current obesity epidemic in the US, but it’s important to be sure that children and teens get enough calories to grow and support daily activity. The number of calories a child needs will depend on their age, size, and activity level. Nuts, nut butters, and soy products can help add calories, as can granola and other whole-grain products.

Protein. Protein is crucial, not just for building muscle but for all sorts of body processes. This is another nutrient that is simply easier to get from animal products, as there is more of it and it is complete, meaning that it has all the amino acid building blocks that humans need. The protein you get from plant products is less accessible to the body and may or may not be complete — and for that reason, people on vegan diets need to eat more protein than those on animal-based diets, to be on the safe side. As with calories, the amount of protein a child needs depends on their age and size. Nuts, legumes (including peanuts), soy products, and whole grains are good sources of protein.

Key minerals and vitamins for children eating a vegan diet

Consider sources for key minerals and vitamins:

Calcium. Calcium is important, especially for bone health. Dairy is the easiest source of calcium, but there are other ways to get it, including foods like kale, bok choy, and broccoli. Many “alterna-milks” such as soy milk and almond milk are fortified with calcium (and vitamin D), as are some brands of orange juice.

Iron. Iron is important to keep our blood and our bodies healthy and strong. Fortified cereals and some other plant products have iron, but it’s not a bad idea to give your child a multivitamin with iron.

Vitamin B12. This is another crucial nutrient that can be harder to get on a plant-based diet. While vegans can get it from soy beverages and fortified cereals, it’s another reason why a multivitamin is a good idea.

Vitamin D. While the main source of vitamin D is sunshine (really!), most of us don’t spend enough time in the sun to get enough of it, and need to get it from our diet. If a child isn’t going to get it from fortified dairy products, then a supplement is the way to go. For younger children, the 400 IU that is present in most multivitamins is enough; older children may need more. Talk to your doctor about what is best for your child.

Fiber. This is one thing that vegan diets may actually have too much of, given that plants have a lot of fiber. The most common problem with getting too much fiber is that it can fill you up, making it harder to get enough of the calories and other nutrients you need. Giving children some refined grains like cereals can help, as can giving peeled fruits and cooked vegetables rather than raw.

What else should you consider?

It’s also helpful to consider the emotional aspects of being on a vegan diet. If your family is not vegan and your child is asking to be, it’s important to understand why. The reasons may be perfectly fine and healthy, but some children, especially teens, choose vegan diets in order to lose weight. If you suspect that your child may have an eating disorder, talk to your doctor.

Being on a restrictive diet can be difficult for some children, too, who may feel different from their peers, or excluded from group eating experiences like birthday parties. This is something that you should think about as parents and talk about as a family. If it’s important to you that your child adhere to a vegan diet in all settings, you should talk about strategies for navigating that, both in terms of making sure your child has food to eat in every setting, and in terms of helping them talk about their dietary choices with their friends.

Eating, after all, is about more than just feeding our bodies. Eating can and should be fun, no matter what diet we choose.

Follow me on Twitter @DrClaire

The post What parents need to know about a vegan diet appeared first on Harvard Health Blog.



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