A LiveO₂ case study indicates that LiveO₂ may improve gait and speech in ALS patients, with observable results after two 15-minute sessions.
This effect was first documented with Kim Cherry, who reportedly stabilized his ALS symptoms for several years using oxygen-based training.
We set up LiveO₂ at the Heal ALS Conference to reproduce this result and report the findings back to the community.
Tricia D.
Day 1 Speech Test Comparison
Before
After
Day 1 Mobility/Gait Test Comparison
Before
After
Day 2 Results
Clifford J.
Day 1 Speech Test Comparison
Before
After
Day 1 Mobility/Gait Test Comparison
Before
After
Day 2 Results
Robin S.
Day 1 Speech Test Comparison
Before
After
Post LiveO2 Training: Mobility/Gait Test
Dean H.
Speech Test Comparison
Before (Day 1)
After (Day 2)
Post LiveO2 Training: Mobility/Gait Test
Before (Day 1)
After (Day 2)
More Case Studies Coming soon...... thank you for your patience!
Bill G.
We will publish cases studies from the conference here like we did for Bill.
Each case study will include:
LiveO2 ALS Presentation
00:00:00 – 00:01:05
Mark Squibb, electrical engineer and inventor specializing in bioenergetics, introduces his focus on neurovascular obstruction—capillary blockages that restrict blood flow through the brain. These blockages, caused by metals, toxins, trauma, or stress, lead to permanent cell dysfunction and degeneration, showing up as dementia, Alzheimer’s, brain fog, autism, ALS, and Parkinson’s.
00:01:05 – 00:02:14
He asserts ALS is partly due to chronic microvascular obstruction. Amyloid plaques form when oxygen deficiency prevents proper protein synthesis. His work demonstrates brain restoration through LiveO2 sessions that re-energize brain cells by restoring oxygen flow.
00:02:14 – 00:03:22
A 19-minute LiveO2 session increased brain energy output by 29%. The “Brain On” effect enhances recovery from concussions and boosts functional IQ by 5–15%, even in healthy users. QR code links to deeper explanation.
00:03:22 – 00:04:47
Case study: a 23-year-old cognitively impaired since age three improved after six 15-minute LiveO2 sessions (under 90 minutes total). Cognitive scores moved from red to green within six weeks. Similar recoveries observed in concussion, Parkinson’s, and other conditions.
00:04:47 – 00:07:26
ALS case: patient Bill Glantz improved gait and leg strength after one 15-minute LiveO2 session. Gains lasted two weeks before flu symptoms re-inflamed his system. His before/after walking video demonstrated restored coordination and strength. The same test was offered live at the ALS conference.
00:07:26 – 00:08:35
Typical LiveO2 session lasts 15–30 minutes, done daily or 3× per week. Continuous oxygenation sustains healing. The system is durable, affordable, and can be used at home with most exercise equipment. Warranty: 2 years; typical lifespan: several years.
00:08:35 – 00:09:55
Caregiver benefits: reduces clinic visits and caregiver stress. Used by professional teams like the Tampa Bay Buccaneers. Regular users report feeling 15–25 years younger over six months. LiveO2 supports both patients and caregivers under chronic stress.
00:09:55 – 00:11:18
For clinicians: LiveO2 produces faster results than hyperbaric therapy (15 minutes vs. hours). Most users see a 5–15% rise in cognitive performance. Training covers setup, use, and physiological principles often misunderstood in conventional medicine. LiveO2 provides user coaching and a 20-protocol library for various health goals.
00:11:18 – 00:12:23
Products and training are accessible via QR codes. The “Take-Home Results” offer includes recorded speech and gait tests before/after LiveO2 sessions, creating personalized progress videos.
00:12:23 – 00:13:00
Results can be shared with care teams for broader analysis. Squibb concludes that nearly all LiveO2 users experience measurable functional improvements similar to Bill’s recovery.
These are the products and training necessary to reproduce these results. Oxygen only systems deliver about 1/3 of these effects in most cases. Adaptive Contrast works much better as explained in the training, Whole Body O2 Protocol Course.
Adaptive Contrast Systems
LiveO2 Extreme
The extreme systems are optimal for brain and performance training. The have maximum hypoxic capacity to maximize challenge.
LiveO2 Adaptive Contrast
Adaptive Contrast systems provided low oxygen air at 16%.
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