Podcast Summary: Autism Parenting Secrets

Episode: "This Light Can Change BRAIN Function"

Hosts: Len Arcuri, Cass Arcuri
Guest: Alex Saharikis
Release Date: April 9, 2026

Episode Overview

This episode explores the emerging field of laser-based photobiomodulation (PBM) and its potential benefits for children on the autism spectrum. Hosts Len and Cass Arcuri welcome back Alex Saharikis, who discusses his journey making PBM more affordable and accessible, the science behind it, real-world parent experiences, and practical guidance for implementation in family life.

Main Theme:
How specific light therapies may improve brain function, motor coordination, inflammation, and even detoxification, while making such interventions accessible for families with children with autism.

Key Discussion Points & Insights

1. Alex Saharikis' Personal Journey to PBM

• Alex shares how exploring therapies for his son led him to photobiomodulation, specifically using red and violet laser lights (02:28).
• After initial sessions, he witnessed rapid improvements in his son's motor planning and coordination (e.g., steering a toy car, playing video games)—"He just got in this thing, and he's driving down the... sidewalk, which is this, like, tortuitous path, and just steering it perfectly." (03:04, Alex)
• The prohibitively high cost (quoted $15,000 for a device) prompted Alex to research, prototype, and eventually design a more affordable solution from his background in engineering and physics (04:25–07:29).

2. Accessibility & Affordability

• Discusses how commercial laser devices are expensive due to manufacturing, legal, and marketing costs, not the raw technology itself (08:20).
• Alex’s mission: "If this is something that we could make that is not going to break the bank that somebody can use and see some... benefits, that, that's to me the most important thing…" (09:49, Alex)
• Devices now available at a fraction of prior costs ($800–$1,500), with return policies and payment plans to make them more accessible for families (33:55; 42:51).

3. Scientific Basis: How PBM Works

• PBM uses specific wavelengths (red, green, violet, near-infrared) to influence cellular processes, notably mitochondrial energy production, reduction of inflammation, and blood flow (12:20).
• Mechanisms discussed:
  • Mitochondrial enhancement via supporting cytochrome c oxidase in the electron transport chain, sometimes blocked by nitric oxide (13:45).
  • Color-wavelength specifics:
    • Red (660nm): anti-inflammatory, boosts circulation.
    • Green (520nm): “stresses” mitochondria similarly to HBOT—potentially promotes mitochondrial growth.
    • Violet (405nm): higher superficial energy, supports blood/cellular health, may support issues like eczema (14:50).
• Not FDA approved for autism, but supported by studies in traumatic brain injury, Parkinson’s, inflammation, and parent feedback in autism (19:15).

4. Potential Benefits Noted by Families

• Alex and Len discuss observed improvements:

  • Enhanced focus, calm (35:45)
  • Reduction in "episodes" and improved emotional regulation.
  • Anecdotal reports of increased heavy metal excretion (e.g., aluminum) after laser use, supported by preliminary case studies (18:45–21:07).

  Quote:
  "We had a couple of poibus with a chiropractor using this... After the first session, I saw some changes and some improvements in him, particularly in the area of motor coordination. It was quite significant." (02:50, Alex)

5. Ease of Implementation and Customization

• Devices are designed for flexibility—custom programs or use pre-sets (16 in total), easily adjusted per protocol (26:12).
• Usage guidance:
  • Program 1: "Just simple as turning on program number one, using this like you would be giving a haircut. So imagine if this was a pair of buzzers, kind of moving it around the head... about five to ten minutes a day." (27:43, Alex)
  • Can use during sleep or daily routines—painless, Class 2 safety level (doesn't require goggles, but goggles are included) (28:43).
  • Applicable to various body areas: head, vagus nerve, oral cavity, kidneys, as needed. Some parents report benefits for themselves and other family members (22:06, 24:55).

6. Modulating, Not Overstimulating

• No reported adverse responses, even in sensitive children (including those with seizures); the effect is described as "modulating"—moving children toward a better functional state (38:36).

• Encouraged to "start low, go slow," listen to feedback, and employ basic measurements to assess benefit (41:27).

  Quote:
  "So far what the feedback that I've gotten is that it seems to be kind of putting them into a better spot to bring them out of that event." (38:36, Alex)

7. Practical, Low Barrier Next Steps

• Emphasis on flexible, risk-mitigated trials—money-back guarantee, try before you commit (33:55).
• Option to share devices among families to increase accessibility (43:50).
• Encourages parents to research PBM’s benefits via AI tools (e.g., ChatGPT), and to assess anecdotal and published evidence for themselves (40:15).

Notable Quotes & Moments

• On affordability and necessity:
  "Having a child that has, you know, special needs... there’s all of these costs that hidden costs that nobody realizes and you know, we're just looking at to kind of improve quality of life there." (09:45, Alex)

• On tailoring therapy:
  "I think it's the kind of thing that people will start to learn how to use it best for themselves over time." (31:55, Alex)

• On the parent-child connection:
  "It’s also somewhat of a bonding time, I think, between parent and child too. You have this, hey, I'm doing this thing with you. You can make a session out of it..." (36:40, Alex)

• On trying new interventions:
  "Like any intervention, sometimes you won't know until you, you know, really experience it and, and, and see how your child or how you may respond." (43:50, Len)

Timestamps for Important Segments

• 00:00–01:32: Introduction to photobiomodulation (PBM)
• 02:28–07:29: Alex’s story: seeking new therapies, discovering PBM, and device affordability
• 08:20–10:30: Why commercial PBM devices are so expensive, commitment to affordability
• 12:20–19:15: Science of PBM: mitochondrial function, wavelengths, research on conditions
• 18:45–21:07: Case study: increased detoxification (aluminum excretion) via PBM
• 22:06–24:55: Ways families have implemented PBM; usage strategies and targets (brain, vagus nerve, oral cavity, organs)
• 26:12–31:55: How to use PBM devices, programming, and practical guidance
• 33:55–35:45: Real-world feedback, trial policies, and gentle approaches
• 38:36–41:27: Safety considerations, readiness to use, and lack of reported negative responses
• 42:51–44:39: How to access discounts, buy, trial, or share devices; resources for further exploration

Resources & How to Learn More

• YouTube testimonials: Compiled audio and written parent stories (42:51)
• Discount program: Links in show notes for April Autism Awareness and additional discounts
• Not-for-profit partnership: Autism is Biomedical (Alex & Dr. Christian Bogner)
• Further research: Encouraged to use AI tools to review PBM literature for a variety of conditions (40:15)

Takeaways

• PBM represents a promising, non-invasive adjunct therapy that is becoming more accessible.
• The approach is supported by emerging research, compelling parent testimonials, and basic principles of cellular physiology.
• Implementation is user-friendly, affordable, and can foster parent-child connection.
• As with any intervention, measurement, cautious optimism, and personalization are key—“seeing is believing.”
• Families can collaborate and share resources, making innovation in care widely accessible.

For more details, testimonials, and to explore PBM device options, see the show notes or visit Autism is Biomedical.