Detoxing ADHD

12/06/2025

What research wants you to know about the influence of heavy metal accumulation on the social behaviour of children ?

A study investigated the associations of biological factors like gut microbiome, metabolism of hormones and detoxification of heavy metals with the behavior of primary school children, specifically examining the effects of heavy metals.

Results of study indicate that children's social behaviors are influenced by heavy metal accumulation, catecholamine balance and the microbiome associated metabolism of amino acids, that are crucial for producing stress and thyroid hormones.

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The gut microbiome significantly influences physical and mental health, including the synthesis and metabolism of hormones and the detoxification of heavy metals, which are linked to behavioural disorders. This study investigated the associations of these biological factors with the behaviour of pri...

31/03/2025

Testing Found Lead, Arsenic and Other Harmful Chemicals in Widely Used Infant Formula Products: Consumer Reports

Shortly before FDA announced new testing requirements for baby formula, Consumer Reports found approximately half of all samples tested contained harmful levels of toxic heavy metals.

According to the results of a new Consumer Reports study (PDF), which was made public this month, nearly half of all infant formula samples tested contained either heavy metals, plastics or other dangerous chemicals. Samples testing positive for lead, arsenic or other toxic contaminants included products manufactured by many popular brands, including Enfamil and Similac.

Toxic heavy metals such as lead and arsenic have been found to be extremely detrimental for children who consume them, potentially heightening the risks of many serious developmental disorders, including autism and attention deficit hyperactivity disorder (ADHD), as well as other cognitive and behavioral issues that can affect a child’s development and later long-term health.

People for whom greater caution is warranted including those with histories of substance misuse or mental health problems 

24/02/2025

Increased Toxicity Risk Identified For Children With Autism,

A study published in 2023 revealed there's a difference in how children with autism or ADHD clear the common plastic additive bisphenol A (BPA), compared to neurotypical children.

BPA is used in a lot of plastics and plastic production processes, and can also be found inside food and drink cans. However, previous research has also linked it to health issues involving hormone disruption, including breast cancer and infertility.

BPA is used in a lot of plastics and plastic production processes, and can also be found inside food and drink cans. However, previous research has also linked it to health issues involving hormone disruption, including breast cancer and infertility.

Researchers from Rowan University and Rutgers University in the US looked at three groups of children: 66 with autism, 46 with ADHD, and 37 neurotypical kids. In particular, they analyzed the process of glucuronidation, a chemical process the body uses to clear out toxins within the blood through urine.

They found that kids with ASD and ADHD couldn't clear out BPA and another similar compound called diethylhexyl phthalate (DEHP) with as much efficiency as other kids, potentially leading to longer exposure to their toxic effects.

"Detoxification of these two plasticizers is compromised in children with ASD and ADHD," wrote the researchers in their published paper. "Consequently, their tissues are more exposed to these two plasticizers."

It was only in the case of BPA that the difference was statistically significant though: the efficiency was reduced by about 11 percent for kids with ASD and 17 percent for kids with ADHD, compared with the control group of children.

The researchers think that gene mutations in certain individuals means that BPA can't be cleared as well as it needs to be, which means the substance sticks around in the body. That potentially could cause damage in terms of neuron development and operation.
Conditions like ASD and ADHD are thought to involve a combination of genetic and environmental influences, and this new study brings together both of them. However, it's only part of the story – not every child with a neurodevelopmental disorder had problems flushing out BPA, so there are other factors at play, too.

Work is continuing to identify how exactly ASD and ADHD develop in people – whether it's in utero before birth for example, or later on in life – as the data isn't enough to show whether BPA exposure causes either disorder.

"There is an extensive body of epidemiological evidence for a relationship between neurodevelopmental disorders and environmental pollutants such as plasticizers," the researchers wrote.

"How important plasticizer originated neurodevelopmental disorder is in the overall occurrence of these disorders is not known, but it must account for a significant proportion or would not have been so easy to detect in a metabolic study of moderate size such as this study."






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21/02/2025

"Boosting ADHD Medication - Toxins: The Critical Role of Toxins in Treatment Success", is a groundbreaking book which explores the often-overlooked factor that could be affecting the efficacy of ADHD medications: environmental toxins. With ADHD diagnoses and treatments on the rise, many individuals are finding that despite following prescribed medication regimens, their results can vary greatly, and in some cases, prove less effective.

This book delves deep into the science behind how toxins—ranging from pesticides to heavy metals, air pollutants, and even chemicals in food and household products—can interfere with the way ADHD medications work. It explains how these toxins can alter brain function, disrupt neurotransmitter balance, and even impact the absorption and processing of ADHD medications, ultimately leading to suboptimal treatment outcomes.

Drawing on the latest research, case studies, and expert insights, Boosting ADHD Medication - Toxins offers practical advice for identifying and mitigating the toxic influences in everyday life. The author provides actionable strategies for reducing exposure to harmful toxins that can enhance the benefits of medication. Whether you are a parent, caregiver, or individual navigating ADHD, this book is a must-read for understanding the complex relationship between toxins and ADHD medication effectiveness.

Empowering readers with knowledge about the invisible barriers that can undermine treatment success, Boosting ADHD Medication - Toxins is a crucial resource for improving ADHD management and promoting better mental and physical health.

Some promotions may be combined; others are not eligible to be combined with other offers. For details, please see the Terms & Conditions associated with these promotions.

21/02/2025

Toxin Interactions with ADHD:
The interaction between toxins and ADHD symptoms is complex, but the key factor is that many of these substances impair brain development and function. They can disrupt the production, release, and regulation of neurotransmitters, especially dopamine, which is a key player in attention and focus. Additionally, they can cause inflammation and oxidative stress in the brain, further hindering cognitive abilities and emotional regulation. Exposure to toxins, particularly during early childhood or prenatal development, increases the risk of developing ADHD symptoms and can reduce the effectiveness of traditional ADHD treatments.

By addressing environmental toxins and reducing exposure, individuals with ADHD may experience better treatment outcomes, as their medications can work more effectively in a brain that is less burdened by toxic influences.

19/02/2025

Top 3 sources of lead in your living environment

04/02/2025

Research and Studies on Lead and ADHD Medications

Studies have shown that lead exposure can worsen ADHD symptoms and may contribute to the severity of the condition, especially in children. For instance, research from the National Institutes of Health (NIH) has highlighted that children with higher blood lead levels tend to have more severe ADHD symptoms, and these children may be less responsive to traditional ADHD treatments.
A study published in The Journal of Attention Disorders found that children with ADHD who had elevated blood lead levels showed worsened behavioral outcomes and cognitive difficulties, which might reduce the effectiveness of stimulant medications.

What Can Be Done?
Reducing lead exposure: If lead toxicity is suspected in someone with ADHD, it's important to address the lead exposure first. This might involve eliminating sources of lead (such as old paint, contaminated soil, or lead plumbing) and considering medical interventions to remove lead from the body (e.g., chelation therapy in severe cases).
Monitoring blood lead levels: It's important to have blood lead levels tested, especially in children, as lead toxicity can be asymptomatic at lower levels. If lead exposure is detected, treatment to reduce lead in the body may improve the effectiveness of ADHD medications.

04/02/2025

How presence of mercury effects ADHD medication?

The presence of mercury in the body can negatively affect various systems, including the nervous system, which is especially significant for individuals with ADHD.

Mercury can disrupt the brain's ability to regulate dopamine and other neurotransmitters, potentially making the medication less effective.

Studies have shown that neurotoxins like mercury can damage brain regions responsible for cognitive functions, further complicating the brain's response to stimulant medications.

03/02/2025

The ADHD Boost: A Supplement Proven to Reduce Symptoms by 30% presents a groundbreaking, evidence-based solution to help reduce ADHD symptoms by up to 30% using a powerful, natural supplement.

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03/02/2025

How can presence of lead in blood reduce the efficacy of ADHD medication?

The presence of lead in the blood can potentially reduce the efficacy of ADHD medication and worsen ADHD symptoms.

Lead toxicity can interfere with the brain's function and overall neurological health, which can affect how well ADHD medications work. Here's how lead in the blood may influence the effectiveness of ADHD treatment:

ADHD medications (like stimulants such as methylphenidate or amphetamines) primarily work by influencing neurotransmitter systems, particularly dopamine and norepinephrine. These neurotransmitters play a key role in attention, focus, and impulse control, which are the primary areas affected by ADHD.

Lead toxicity has been shown to interfere with the normal functioning of neurotransmitters. Lead can disrupt dopamine transmission, which may affect the brain's reward system and the effectiveness of stimulant medications that rely on proper dopamine regulation.

If lead exposure impairs the neurotransmitter systems in the brain, ADHD medications might not be as effective because they rely on these systems to work properly.

01/02/2025

Lead Consumed through Food

Lead can be found in food, particularly if it is grown in contaminated soil, or in food stored in containers or with packaging that contains lead. Lead can also be present in certain imported goods, such as spices, candies, and cosmetics, particularly from countries where regulations on lead use are less stringent.

Food sources: Food contaminated with lead might include leafy vegetables, grains, or products from contaminated soil or improperly processed goods. Certain candies, especially imported ones, have been found to contain lead.
Potential intake: Depending on the contamination levels, the amount of lead consumed through food could vary. For example, if food is contaminated with 1 ppb of lead and consumed in large quantities, it could still contribute to a noticeable intake over time, especially for young children.