Referenced article:
Little Bodies Out of Sync? Why Electromagnetic Fields and Wireless Radiation Exposures Matter for People with Autism Spectrum Conditions

Read the article

By Cindy Sage, MA
Published in The Green Gazette, August/September 2014

Children today are growing up surrounded by wireless technology. Mobile phones, tablets, Wi-Fi routers, baby monitors, Bluetooth devices and smart appliances are now part of everyday home life.

For parents and carers of children with autism spectrum conditions, this raises an important question: could reducing unnecessary electromagnetic field exposure help create a calmer, safer and more supportive environment?

In her article, “Little Bodies Out of Sync? Why Electromagnetic Fields and Wireless Radiation Exposures Matter for People with Autism Spectrum Conditions,” Cindy Sage, MA, explores the possible relationship between electromagnetic fields, wireless radiation exposure and biological stress in children with autism.

Sage does not present EMF exposure as the sole cause of autism. Rather, she highlights growing concern around environmental exposures and how they may affect vulnerable children, particularly those with sensitive nervous systems, sensory processing challenges or existing health stressors.

Why Cindy Sage Raises Concern About EMF Exposure

In the article, Cindy Sage explains that autism prevalence has increased significantly over recent decades and argues that genetics alone cannot explain the rise. She points to the need to look more closely at environmental factors, including electromagnetic fields and wireless radiofrequency radiation.

According to Sage, everyday exposures may come from sources such as:

• Mobile phones
• Wi-Fi routers
• Wireless laptops and tablets
• Cordless phones
• Baby monitors
• Cell towers
• Smart meters
• Wireless devices used close to the body

Her article discusses research suggesting that EMF and radiofrequency radiation may affect biological systems involved in brain development, immune function, oxidative stress, sleep, behaviour and cellular communication.

Why Children May Be More Vulnerable

Children are still developing, which may make them more vulnerable to environmental stressors. Their brains, nervous systems and immune systems are not yet fully mature, and they may spend long periods close to wireless devices at home, school or during sleep.

Cindy Sage highlights that children with autism spectrum conditions may already experience challenges with sensory regulation, sleep, behaviour, inflammation, immune dysfunction or metabolic stress. Her concern is that EMF exposure may add another layer of stress to an already sensitive system.

For families, this does not mean removing all technology. It means becoming more aware of where wireless exposure occurs and taking practical steps to reduce unnecessary exposure where possible.

EMF Exposure, Sleep and Behaviour

One of the key concerns raised in Sage’s article is the possible impact of wireless exposure on sleep and nervous system regulation.

Sleep is especially important for children with autism, as many already experience difficulties falling asleep, staying asleep or waking rested. A bedroom filled with wireless signals from phones, tablets, routers, cordless devices or baby monitors may not be ideal for restorative rest.

Reducing wireless exposure at night is one of the simplest precautionary steps families can take.

This may include:

• Turning Wi-Fi off overnight
• Charging phones outside the bedroom
• Keeping tablets and devices away from the bed
• Avoiding wireless baby monitors close to sleeping areas
• Using wired internet where possible
• Moving routers away from bedrooms and play areas

These changes are simple, low-cost and do not require families to give up modern technology completely.

A Precautionary Approach for Families

The main message from Cindy Sage’s article is that reducing EMF exposure is a reasonable precaution, especially for children who may be more biologically or neurologically sensitive.

A precautionary approach means taking sensible steps to reduce risk, even while research continues to develop. For parents, this can be as simple as creating lower-EMF spaces in the home, particularly in bedrooms, play areas and learning environments.

Practical ways to reduce exposure include:

• Use wired internet connections where possible
• Keep phones and tablets away from the body
• Avoid carrying phones in children’s pockets
• Turn off wireless devices when not in use
• Place Wi-Fi routers away from bedrooms
• Switch Wi-Fi off during sleep hours
• Choose corded landline phones instead of cordless phones
• Limit unnecessary Bluetooth devices
• Reduce screen and device use before bedtime

These steps can help lower everyday exposure without creating fear or unnecessary stress.

How BlueShield Supports Lower-EMF Living

At BlueShield, we believe families should have access to practical tools and information to help reduce unnecessary exposure to man-made electromagnetic fields.

For parents of children with autism or sensory sensitivities, creating a calmer environment may involve looking at lighting, noise, diet, sleep routines, screen time and wireless exposure together.

BlueShield products are designed to support people who want to take a more conscious approach to EMF protection in their homes, bedrooms, workplaces and personal environments.

Final Thoughts

Cindy Sage, MA’s article “Little Bodies Out of Sync?” raises an important conversation about children, autism and the modern wireless environment.

While EMF exposure should not be viewed as the sole explanation for autism, Sage’s article encourages families to consider how everyday wireless exposure may contribute to biological stress, especially in sensitive children.

The good news is that many exposure-reduction steps are simple. Turning off Wi-Fi at night, moving devices away from beds, using wired connections and reducing unnecessary wireless technology are practical changes any household can begin with.

For families looking to create calmer, lower-EMF spaces, small changes can make a meaningful difference.