What are the Environmental Triggers Associated with Autism Spectrum Disorder?

Introduction: What is Autism Spectrum Disorder?

Autism is a lifelong developmental disability that affects how people communicate and interact with others. There is no cure for autism, but there is treatment and help that can improve the quality of life for autistic people.

What is Autism Spectrum Disorder?

Autism spectrum disorder (ASD) is a lifelong developmental disability which affects how children and adults experience the world. It can be difficult to understand someone who has autism, because they may behave in ways we don’t expect and have difficulties in understanding things we take for granted.

Definition and Symptoms:

Autism spectrum disorder (ASD) is a lifelong developmental disability which affects how children and adults experience the world. It can be difficult to understand someone who has autism, because they may behave in ways we don’t expect and have difficulties in understanding things

 

The Current Research on Environmental Triggers and Autism Spectrum Disorders

Environmental triggers can be natural or artificial. These triggers can include things such as chemicals, smells, temperature, and light.

There is a lot of research being done on environmental triggers but there’s not one specific cause for autism spectrum disorder.

The current research on environmental triggers and autism spectrum disorder is relatively new and there are still many unknowns surrounding the topic. However, it is a promising area for future studies. Around 40-50% of the variation in ASD probably comes from environmental factors.

Autism spectrum disorder or ASD is a spectrum of disorders, but what causes it is not yet clear. Researchers have looked at many different environmental triggers for this disorder and they’ve found some patterns. However, none of these triggers seems to be the only reason for the disorder.

Autism & Mercury

Researchers have long been studying the relationship between mercury poisoning and Autism Spectrum Disorder. Silver dental amalgams may also contribute to mercury poisoning. Mercury is also a good conductor of electricity and has been associated with increasing sensitivities to electromagnetic fields. Electro-hypersensitive individuals usually go down the path of removing silver dental fillings. A holistic dentist should remove silver dental amalgams with dental dams to prevent further poisoning from the vapourised mercury. However, it’s not a quick fix, but rather a journey as mercury detoxification takes time, and electro-hypersensitive individuals are usually working with integrative doctors or naturopaths to detoxify from mercury with a variety of binders.

Autism & Heavy Metals

According to studies, exposure to certain metals, such as lead has also been associated with ASD. Lead is a common heavy metal found in most older homes build before 1980. Lead and lead dust can occur from lead paint, lead flashings and even lead baths. Renovated homes with high levels of dust can contain lead dust. Although there were no associations of autism with hair metal concentrations of mercury, copper, cadmium, selenium, and chromium. There is an association with lead being higher in hair metal analysis. Lead is also known to be stored in bones, and leeches from bones during pregnancy, therefore possibly transferring to the womb to the unborn child. Lead is well known to delay the cognitive development of infants and children.

Autism & Electromagnetic Fields

The latest research has linked autism with increased oxidative stress and decreased glutathione levels in the brain. Researchers have also found evidence for oxidative stress-induced disruption of the blood brain barrier and mast cells activation, which could be a possible cause of an exacerbation of autism symptoms. Inflammation is a secondary outcome of oxidative stress, which can be damaging to the body. One of the many causes of oxidative stress and inflammation can be caused by electromagnetic fields (EMFs). EMFs trigger the nitric oxide-peroxynitrite-oxidative stress pathway.

Autism & Traffic-Related Air Pollution

The severity of autism spectrum disorders (ASD) is often determined by the age at which symptoms emerge. It may be diagnosed earlier in life if the signs are more severe, and later in life if they are less severe.

Studies show that autism is linked to traffic-related air pollution, which may contribute to neurodevelopmental and neurodegenerative disorders. Traffic-related air pollution is associated with cognitive and behavior problems in children diagnosed with autism spectrum disorder (ASD). Results showed an approximate 50% risk of ASD associated with average traffic-related air pollution exposure on the child from 3 months before the pregnancy up until age two.

Take care to minimise traffic-related air pollution before you conceive and during pregnancy. Keep your exposure levels down when trying to conceive, during pregnancy, and after the baby is born.

Conclusion: What Can be Done to Minimize Environmental Exposures that can Increase the Risk of Autism Spectrum Disorders?

There are many environmental hazards that can increase the risk of autism spectrum disorders for infants and children. There needs to be a conscientious, precautionary approach for conceiving couples to ensure that their health and environment are taken care of before conceiving.

Mercury poisoning needs to be diagnosed by an integrative doctor or functional medicine practitioner. There are a variety of tests such as hair analysis, stool analysis, and urine analysis. Silver dental amalgams should also be removed/replaced with non-toxic amalgams.

Heavy metals detoxification is another aspect that should also be investigated with your integrative doctor or functional medicine practitioner. However, a building biologist can also be engaged to test your own home for possible sources of lead. Do-It-Yourself (DIY) lead test kits can also be purchased from Lead Safe World.

Electromagnetic fields (EMFs) are more common in a home. Wireless routers, smartphones, tablets and even the microwave oven can all transmit wireless radiofrequency (RF) electromagnetic fields (EMFs). Other forms of EMFs can be magnetic or electric fields (ELF MF/ELF EF) from ovens, fridges, meter boxes, and even faulty electrical wiring. Increasing the distance from the source reduces exposure, but RF EMFs can penetrate much further than ELF MF/ELF MF. Therefore, it’s best to engage a Building Biologist to conduct EMF testing for the home, to help identify problematic areas and EMF solutions to maintain a safe environment. You can purchase an EMF meter, such as the Cornet ED88T, but you have to understand how to properly conduct EMF testing. Consumer EMF meters have limitations, usually having a single-axis antenna. Professional meters have omnidirectional antennas, tri-axis antennas, and directional antennas to accurately measure EMF exposure levels. Consumer EMF meters can over- or under-estimate the EMF exposure levels. You will also need to understand the different types of EMF and know what the typical EMF sources are. This is where it makes sense to engage a Building Biologist – their training and experience will save you time and money.

Traffic-related air pollution can impact indoor air quality depending on how close you live near high-volume vehicular traffic areas. However, internal sources can also be a problem. A diesel car in the lock-up garage connected to the home can also cause indoor air pollution. Cooking and wood combustion heating can also create air particles polluting the indoor air. Therefore, to monitor and manage the indoor air quality, it is recommended to have the Aeros Air Testing Sensor and the InovaAir Airclean Air Purifier.

Take the precautionary approach and have a safe and healthier home to live in.

 

References

The Health Risks of Fungi, Moulds and Mycotoxins in Homes

mould - roof cavity mould growth

Introduction

The Facts of Mould, Fungi and Mycotoxins

Mould is a type of fungus that thrives in moist and humid environments. When mould grows, it produces toxins called mycotoxins. Mould also releases spores which can cause allergic reactions and respiratory problems in some people.

The most common type of mould is Penicillium and Aspergillus. These moulds grow on organic materials like food, paper, carpeting and wood floors. The conditions that help mould grow are moisture, warmth and poor ventilation. Mould causes health problems when it grows in the home because it can produce mycotoxins that are toxic to humans or animals.

Mould usually starts to overgrow when the humidity level in the house reaches around 70%. Moulds release spores which float through the air until they land on a moist surface where they can start to grow

 

Importance of Controlling Spores from Fungal Growth in Homes

 

In Australia, the air quality inside homes is worse than outside. This is because indoor air has been found to have more pollution and microorganisms. The main source of these substances are from microbial spores that are released into the air from various sources such as furniture, carpets, and tap water.

The fact is that these spores can cause a lot of health problems in people such as asthma, allergies, breathing problems, and even cancer. People who have a weaker immune system or a chronic condition can suffer more from these spores.

 

Human Infection Risk Factors of Mould Toxicity

Certain species of mould can produce mycotoxins, which are harmful to human health. Exposure to mould can cause the person to become sick, and even lead to death.

Mould exposure is a major problem at home and in the workplace. It is estimated that over 1 billion people worldwide are exposed to damp indoor environments that promote mould growth. The most common health effects of exposure to mould are allergic reactions or irritations of the skin, nose, throat, eye or ear.

Some people may be at increased risk for developing health effects from exposure, such as those with asthma or allergies; those with chronic lung disease such as bronchitis, which is often accompanied by frequent infections; those who have had a lung transplant; those who have a weakened immune system.

InovaAir Mould Air Purifier - E8 Activated Carbon H13 HEPA filter

Conclusion

Preventing Infections & Illness by Reducing Mould Exposure

Mould can grow in a variety of locations and thrive in damp, dark, cool places. It is important to physically remove mould spores and hypha fragments. Fogging does not remove it. Mycotoxins can still be present on mould spores. Professional mould remediation by the Institute of Inspection Cleaning and Restoration Certification (IICRC S520) professional is recommended.

In conclusion, we can reduce mould exposure by using an air purifier with a HEPA filter and a solid activated carbon filter as a short-term solution. Dehumidifiers will also manage the moisture and humidity in the air. The long-term solution is to remediate the moisture or humidity problem and remove the mould.

 

The Mould Guide, All About Mould and What to Do About It

What Exactly is Mould and How does it Occur?

Mould is a type of fungus that can grow nearly anywhere. It can be found in moist, dark, and damp environments like kitchens, bathrooms, basements, and even on food.

Mould spores are all around us- they float through the air from plant to plant and from animal to animal. Mould grows when it finds a food source such as wood or a wet carpet- essentially any surface with water on it for an extended period of time.

Mould can be very dangerous because some types produce toxic substances called mycotoxins, which cause problems for the lungs and immune system. Others may trigger asthma.

Mould Prevention

Mould is a living organism that can grow quickly in moist places. In most cases, it is found in areas with high humidity and low ventilation. Mould thrives on dampness and it cannot be eliminated from a home or business.

In order to prevent mould from growing, these steps should be taken:

1) Keep all areas dry and well-ventilated

2) Inspect wet areas every day for leaks

3) Do not use a humidifier

4) Keep dust levels low

5) Regularly clean your home with microfibre cloths and HEPA vacuuming.

 

Factors Contributing to Mould Growth

Moulds can be found everywhere in the environment around us. The most common mould species is Cladosporium and it prefers humid dusty environments.

One of the main factors that contribute to mould growth is high relative humidity and dampness. High humidity and dampness may come from external sources, such as the presence of a leaky roof or condensation on walls inside a building.

Mould starts to grow when there is plenty of food available, such as wood, paper, fiberboard, carpeting or insulation materials like polyester and foam rubber.

 

Types of Mould and their Effects on Humans

Mould is a type of fungi that grows on organic matter. It can be found in the home on a variety of surfaces, including wood, paper, and fabric. With some moulds being toxic to humans and pets alike.

There are three different types of mould that can grow in your home:

There are many harmful effects that come with having any type of mould in the house. These effects include allergic reactions, asthma, or chemical sensitivities. For those who already have asthma or allergies, this could cause their symptoms to worsen drastically.

 

Are You Susceptible to Mould?

Mould can cause health problems. If you are susceptible, you will likely experience the symptoms of mould exposure more quickly than someone who is not as susceptible.

Mould is a type of fungus that grows on damp surfaces. It thrives in dark, damp, and warm areas like your home. Some people are more susceptible to mould than others and can suffer from Chronic Inflammatory Response Syndrome (CIRS) or chronic fatigue. This may lead to an array of symptoms such as fever, headaches, aches and pains, sinusitis or chest congestion.

 

Conclusion: Preventing & Caring for your Home from Moulds

In this section, we will try to discuss the prevention and care for your home from moulds.

Mould is a fungus that grows in places where there is moisture and food. Moulds release toxic substances that affect our health when we breathe in the spores or touch it. The signs of mould growth in your home may not be visible or easy to spot so it’s important to keep an eye out for the following signs.

– Water spots on walls or ceilings, which can indicate leaks or condensation on uninsulated pipes.

– Odors of mustiness, mildew, rotting plants, musty paper, wet newspapers, rotten eggs – these are common odors associated with mould growth.

– Curling of wallpaper or peeling paint – this can happen when moisture gets trapped behind the wall covering or paint, causing it to expand and create bubbles

It is always better to hire a qualified building biologist from Balanced Building Biology to complete a mould and moisture assessment of your building. They use professional equipment and know what to look for. They can also complete a mould test for laboratory analysis.

The Complete Guide to Indoor Air Quality and How it Affects Your Home

Fortunately, this guide is to help you understand how indoor air quality affects your home.

If you’re like the rest of us, your home is your sanctuary. The place where you can relax and try to forget about the hustle-and-bustle of life.

But did you know that, according to recent studies, 87% of households in the United States report experiencing at least one symptom of high indoor air pollution? That’s why it’s so important to take steps today to help improve the quality of your home environment for both you and those who live there with you. That’s why we’ve created this guide for you.

What is Indoor Air Quality?

keywords: air quality, air pollution, indoor air quality definition, carbon dioxide, carbon monoxide, formaldehyde, VOC, mVOC, temperature, humidity, relative humidity, particulate matter, PM2.5, PM10, PM1, ultra fine particles, dust, traffic pollution

Indoor air quality is air quality in a building. Specifically, it is the pollutants in the air when it has been isolated from the outside world.

The quality of indoor air can vary significantly, depending on factors such as ventilation and contaminants. Carbon dioxide (CO2) and carbon monoxide (CO) are common pollutants with high concentrations in areas like offices and homes where occupants use gas-powered devices. Formaldehyde (HCHO), which causes cancer and causes irritation to throat, nose and eyes; VOCs (volatile organic compounds) and mVOCs (molecular VOCs) which include chemicals like benzene, formaldehyde, toluene or acetone are all common pollutants indoors.

House Dust Mites and Their Role in the Development of Asthma

Allergens are substances that cause allergies, and dust mites are one of them. Dust mite allergies can cause asthma, hives, rhinitis, and eczema, but these allergens can be easily eliminated with HEPA vacuum cleaners.

Dust mites are common allergens that live in our homes. They feed on the dead skin cells we shed every day and produce fecal particles (fecal pellets). These fecal pellets can sometimes trigger allergic reactions like asthma or hives. Some people may not be sensitive to the fecal pellets at all.

HEPA vacuum cleaners can eliminate dust mites by trapping dust before it gets circulated back into the air where it would then become airborne again. HEPA filters will block 99% of particles as small as 0.3.

How to Choose The Best Air Purifier

InovaAir Air Purifier - E20 Activated Carbon H13 HEPA filter

There are many air purifiers on the market, but not all of them will suit your needs. To make sure to choose the right one for you, you need to look at the size of the room, your budget and your personal preference.

I recommend you consider three factors when choosing an air purifier: The size of the room it will be used in, whether or not it is hospital grade HEPA filter and how much money you are comfortable spending.

InovaAir’s Airclean E8 and E20 air purifiers are perfect for bedrooms and living areas. They have H13 HEPA filters and a solid 6kg activated carbon filter. They can purify a room of up to 100m2. Whole-house systems are also available.

Top 3 Tips to Improve Indoor Air

Here are some top 3 tips to improve indoor air quality, which experts recommend:

1. Open windows – every day for 15 minutes, experts recommend opening windows to let fresh air in and reduce the amount of chemicals that accumulate inside your home.

2. Air purifier – experts recommend using an air purifier to remove pollutants like mold, bacteria, and allergens from the air you breathe at home.

3. Dehumidifier to reduce relative humidity – experts recommend using a dehumidifier to reduce relative humidity because it can lead to respiratory problems like poor sleep quality and stuffy nose.

Conclusion

Good indoor air quality is important for human health. That’s why it should be a priority to care for our indoor spaces.

Some of the benefits of a healthy indoor space are:

– Better sleep,

– Less headaches and tiredness,

– Improved concentration,

– Reduced risk of catching a cold or flu.

Avoid Research! Get these Air Purifiers

Here’s why:

Removes Mould, Air particulates, smells, chemicals, VOC, mVOC

HOSPITAL GRADE HEPA FILTER (H13)

SOLID BLOCK OF ACTIVATED CARBON FILTER (there’s no other like it)

PRE-FILTER TO FILTER OUT

Average 3 year life for HEPA filter 

 

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