For some people, it can be hard to understand the complexity of autism spectrum disorders. This is because there are so many ways to look at the disorder with its many and varied symptoms. Mostly described as a serious developmental disorder that impairs the ability to communicate and interact with others, often with symptoms such as:
Difficulty with communication
The difficulty with social interactions
Obsessive interests with repetitive behaviors
Problems associated with the nervous system
Learning disability
Speech problems
Stimming
Problems with paying attention
Unaware of others, emotions or depression
Anxiety
Sensitivity to sound, light, or tic
Seizures
Autistic children typically face challenges such as sensory sensitivities, emotional understanding, and the necessity for early identification and intervention to tailor support and therapies for their diverse needs.
Despite the complexities, autism is not simply a brain disorder, it also involves genetics, environmental factors, and other related neurotransmitters including gut microbiome and when properly treated and treated can transform a person with autism into an indistinguishable “normal” person making life better for them and those who care for them. We could not be happier with this service, the team at MTHFR gene health really, actually listened to our problemswhen so many others did not seem to have answers for our Autistic son. His condition is very complex, we are so thankful & grateful to have this type of deep understanding that we needed for our son. Thank you so much!A. Kratzsch – USA
Is Autism a Genetic Problem?
The short answer to this question is yes and no, this is because genetics is part of the problem but not all of the problem. For example we know that those that have MTHFR gene mutations such as A1298C** are more likely to have problems with biopterin** which essentially can alter a person’s neurotransmitters considerably but it doesn’t stop there, often those with Autism have serious problems with detoxification in phase 1 and phase 2 of their liver detoxification pathways along with gut microbiome which really explains how all of this trouble started to begin with when you take a closer look. Various genetic models—such as allelic, dominant, recessive, heterozygote, and homozygote—are used to evaluate the susceptibility factors associated with specific polymorphisms and their impact on ASD risk.
Detoxification by a long shot has to be a major consideration when it comes to preventing or repairing the damage that causes autism, this is because we live in one of the most polluted societies ever in history and there are plenty of detoxification gene mutations found in those with autism, especially those that that can interfere with our brains. The association of MTHFR gene polymorphisms, specifically 677C>T and 1298A>C, with the risk of autism is significant in different ethnic groups, noting their potential as diagnostic markers while emphasizing the controversial and inconclusive results from various studies.
Toxicity, Autism, and Gene Mutations
Toxicity, particularly exposure to environmental toxins, has been linked to an increased risk of autism spectrum disorder (ASD). Research suggests that certain genetic mutations, including those affecting the MTHFR gene, may make individuals more susceptible to the harmful effects of toxins. The MTHFR gene plays a crucial role in detoxification processes, and mutations in this gene can impair the body’s ability to remove toxins.
Studies have shown that individuals with ASD are more likely to have elevated levels of toxins, such as heavy metals and pesticides, in their bodies. This has led some researchers to suggest that reducing exposure to toxins and supporting the body’s natural detoxification processes may be an important part of autism treatment. By addressing these environmental risk factors, we can potentially reduce the burden of toxins on the body and improve overall health outcomes for those with ASD.
The Connection Between MTHFR Gene Mutations and Autism
Research has consistently shown that mutations in the MTHFR gene are more common in individuals with autism spectrum disorder (ASD) than in the general population. The MTHFR gene is responsible for converting folic acid into a usable form, and mutations in this gene can lead to impaired folate metabolism. This impairment can have far-reaching effects on health, contributing to a range of neurological and cardiovascular disorders.
In individuals with ASD, impaired folate metabolism may exacerbate symptoms such as anxiety, depression, and behavioral problems. Understanding the role of MTHFR gene mutations in ASD can help in developing targeted treatments that address these underlying metabolic issues, potentially improving the quality of life for those affected by this neurodevelopmental disorder.
Diagnosing and Treating Autism
Diagnosing autism spectrum disorder (ASD) typically involves a comprehensive evaluation of an individual’s behavior, communication, and social interactions. This may include a physical examination, laboratory tests, and behavioral assessments. Early and accurate diagnosis is crucial for developing an effective treatment plan.
Treatment for ASD often involves a combination of behavioral therapies, such as applied behavior analysis (ABA) and occupational therapy, as well as medication to manage symptoms like anxiety and hyperactivity. In some cases, dietary changes and nutritional supplements may also be recommended to support overall health and well-being. By addressing the unique needs of each individual, these treatments can help improve social skills, communication, and daily functioning.
Toxicity, Autism and MTHFR Gene Mutations
There are many ways that we can get toxic and normally we can deal with toxins with our body’s built-in detoxification systems, but those with Autism have usually started their lives with a percentage of a disadvantage when it comes to detoxification. Poor detoxification then leads to poor development of the brain and increased susceptibility to pollutants, parasites, viruses, heavy metals, nutritional imbalances, and gut/brain bacterial flora biodiversity dysbiosis.
Cerebral folate deficiency (CFD) significantly impacts brain development, particularly among children with autism. Low levels of folate in the brain can lead to this condition, which is treatable through appropriate interventions.
That being said NEVER underestimate the power of tracking down these detoxification problems genetically when it comes to autism, as we have found those that have been trying for many years to treat/manage this disorder often found treatments didn’t even come close to ticking the right boxes that lead to the best possible advantage in terms of reversing/improving the disorder.
Some of the more common genes associated with and that contribute to Autism include:
Neurotransmitters
MTHFR A1298C
CACNA1C
MAOA
GAD
DBH
DRD1/3
PAH
Detoxification
PON1
BHMT
GGT1, GSX, GPX, GSTP
MTR
MTRR
COMT
SULT
GSTP1
Development
BHMT
GAMT
MTHFR
GCH1
CYP
NAT
UGT
MTR, MTRR
Biggest problems with resolving/improving Autism: Environmental Risk Factors
One of the biggest problems with improving/resolving autism is focusing on the many symptoms/problems that are associated with the disorder. While MTHFR gene mutations play a major role in the disorder in terms of methylation and how DNA can be damaged leading toward mental health problems, a lot of what is going on that perpetuate the problem has everything to do with resolving the major root cause of autistic disorders which more often than not is rooted in proper detoxification and the realignment of nutritional supporting factors.
Neurodevelopmental disorders, such as autism spectrum disorder (ASD) and attention-deficit/hyperactivity disorder (ADHD), are influenced by variations in the MTHFR gene that may affect folate metabolism and methylation processes crucial for brain development and function.
Many people suffering from autism have significantly less ability to detoxify properly and while this problem exists their brain chemistry is clearly being influenced by various neurological disorders. The key, therefore, is to discover the weaknesses and rebuild those defenses thereby removing the unwanted influences which significantly improves the overall outcome.
Think you have done everything you can to resolve autism, think again! Ask yourself the following when it comes to resolving autism:
What if you’ve been doing the right things but in the wrong order or wrong dose?
What if you have been told there is nothing you can do yet others have overcome or significantly improved the disorder?
Is it really too late to do anything about it?
What if everything you do gets you a negative result?
What would happen if you found those core genetic problems and that helped with your existing efforts/treatments?
Is it time for a new approach to my existing autistic problem?
Autism is a complex problem but you can do something about it, contact us today to get started in the right direction.
The Importance of Folate in Autism Treatment
Folate is a crucial nutrient for individuals with autism spectrum disorder (ASD), as it plays a key role in detoxification processes and the synthesis of neurotransmitters. Research has shown that individuals with ASD are more likely to have impaired folate metabolism, which can contribute to the development of symptoms.
Supplementing with folic acid or methylfolate, a more bioavailable form of folate, may help to improve symptoms in individuals with ASD. However, it is essential to work with a healthcare professional to determine the best course of treatment, as excessive folate intake can have adverse effects. By optimizing folate levels, we can support better neurological function and overall health in those with ASD.
Spectrum Disorder Treatment and Recovery
Treatment for autism spectrum disorder (ASD) is highly individualized and may involve a range of therapies and interventions. While there is no cure for ASD, early intervention and treatment can significantly improve outcomes and quality of life. Recovery from ASD is possible, and many individuals with ASD are able to lead fulfilling and independent lives.
However, recovery is a highly individualized process, and what works for one person may not work for another. It is essential to work with a healthcare professional to develop a personalized treatment plan that addresses the unique needs and challenges of the individual. With the right treatment and support, individuals with ASD can thrive and reach their full potential, making meaningful progress in their personal and social lives.
