Autism reversal is real

Autism can be reversed. It is a fact, not fiction...but it is suppressed.

A Path to Recovery

Introduction

Autism Spectrum Disorder (ASD) is a complex neurodevelopmental condition characterized by deficits in social communication, restricted or repetitive behaviors, and sensory sensitivities, with presentations ranging from mild to severe. Mainstream medical consensus often labels autism as a lifelong condition with no cure, yet my extensive experience since 2011, corroborated by scientific insights from Dioxipedia.com and compelling parental testimonies from Dioxitube.com, demonstrates that severe autism can be fully reversed in many cases. This article elucidates the environmental triggers, a detailed biological mechanism, and the recovery protocol I developed—Protocol P—which has enabled hundreds of children, including my nephew, to recover completely, exhibiting no residual autism symptoms. My aim is to disseminate this knowledge globally, empowering parents to reclaim their children’s health through informed action.

A Personal Discovery and Breakthrough

In 2011, my nephew’s diagnosis of severe, nonverbal autism introduced me to this condition. His mother attributed his gluten intolerance to celiac disease, but my investigation revealed otherwise. Examining a fresh stool sample under a microscope, I identified numerous parasites, prompting me to recommend enemas with Miracle Mineral Solution (MMS), as Chlorine Dioxide Solution (CDS) was unavailable at the time. Within weeks, my nephew—previously nonverbal, aggressive, self-injurious, exhibiting ataxia, flapping, and sleep difficulties—demonstrated rapid improvement. His Autism Treatment Evaluation Checklist (ATEC) score, initially exceeding 80 (indicating severe autism), dropped significantly.

This success led me to develop Protocol P, detailed in my book Forbidden Health. Jim Humble, an MMS advocate, connected me with Kerri Rivera, who operated an autism clinic in Mexico. Rivera adopted Protocol P, later incorporating additional variables, and achieved remarkable outcomes. Through global conferences, I shared how Protocol P and chlorine dioxide facilitated hundreds of children achieving full recovery, with ATEC scores below 10, indicating no autism symptoms. These were severe, nonverbal cases, not high-functioning autism or Asperger’s, challenging the notion that autism is untreatable.

Images from children with reversal in 2014 at the Autism One Kongres in Chicago

ATEC is a scoring system for autism

The ATEC (Autism Treatment Evaluation Checklist) scoring system is a tool designed to measure the effectiveness of treatments for individuals with autism spectrum disorder (ASD). It evaluates four key areas: Speech/Language/Communication, Sociability, Sensory/Cognitive Awareness, and Health/Physical/Behavior. The total score ranges from 0 to 179, where lower scores indicate minimal or no autism symptoms and higher scores correspond to more severe autism:

• 0–30: None or very mild autism

• 31–50: Mild autism

• 51–80: Moderate autism

• 81 and above: Severe to very strong autism

Asperger syndrome would generally fall within the low to moderate range, roughly around 30 -50. This scoring helps caregivers and clinicians monitor changes over time and adjust interventions accordingly, providing a practical way to assess treatment outcomes.

The Dire Consequences of Inaction

Severe autism, if unaddressed, can lead to catastrophic outcomes. A poignant example involves a mother who, hesitant to implement enemas, faced dire consequences with her 16-year-old son. His aggression escalated, nearly causing a fatal car accident by seizing her throat while she drove. Institutionalized, he was subjected to heavy medications, resulting later in severe liver and kidney damage. The institution later proposed a lobotomy, leaving him wheelchair-bound, nonverbal, and generating $3,000 monthly for the care-facility with no recovery prospect for life.

This underscores a harsh reality: without intervention, severe autism can lead to institutionalization, pharmacological suppression, and irreversible harm, robbing individuals of any meaningful future.

Uncovering the real Autism’s Causes

The Vaccine Trigger

A survey of approximately 2,000 parents in my network revealed that 80% associated their children’s autism onset or exacerbation with vaccinations, particularly the Measles-Mumps-Rubella (MMR) vaccine or multiple simultaneous shots. One couple reported their child, fluent in three languages, became nonverbal post-vaccination, deteriorating daily. Most of the other 20% cited maternal amalgam mercury fillings, vaccinations during pregnancy, or perinatal oxygen deprivation. Autism prevalence has surged from 1 in 10,000 in the 1980s to 1 in 22 in some regions today, coinciding with the U.S. vaccine schedule’s expansion to 92 doses by adolescence.

Vaccines do cause autism ? video link

At my age 64, I recall no autism in my generation, undermining claims of a solely genetic etiology. Genetics is generally known to be a great bogus excuse in Medicine. Environmental triggers, notably vaccines, appear to play a critical role.

The Biological Mechanism: A Step-by-Step Explanation

Drawing from Dioxipedia.com, parental observations, and scientific literature, the biological mechanism of autism initiates in the brain and progresses to systemic dysfunction, particularly impacting the gut. This cascade, often triggered by environmental insults like vaccinations, unfolds through a tightly linked sequence of physiological disruptions, supported by emerging research and clinical observations:

1. Neuroinflammatory Trigger (Chronic Encephalitis): In susceptible children, environmental insults, such as the MMR vaccine, may induce chronic low-grade encephalitis, a persistent neuroinflammatory state. This involves activation of microglia, the brain’s immune cells, and release of pro-inflammatory cytokines (e.g., IL-6, TNF-α), which compromise the blood-brain barrier (BBB). Studies, such as Vargas et al. (2005), have identified microglial activation and neuroinflammation in post-mortem brain tissue of autistic individuals, supporting this step. Early symptoms include sensory hypersensitivities, particularly to noise, which parents frequently report as an initial sign, often dismissed by clinicians as non-specific.

2. Vagus Nerve Dysregulation: The neuroinflammatory process extends to the vagus nerve, the primary conduit of the brain-gut axis, which regulates autonomic functions, including digestion, heart rate, and immune responses. Inflammation impairs vagal signaling, disrupting the cholinergic anti-inflammatory pathway, a mechanism that normally dampens systemic inflammation (Pavlov & Tracey, 2012). This leads to autonomic dysregulation, manifesting as behavioral symptoms like aggression, repetitive movements (e.g., flapping), and sensory processing deficits. The vagus nerve’s role in bidirectional brain-gut communication makes its dysfunction a pivotal link in autism’s progression.

3. Systemic Inflammatory Propagation: Vagal inflammation propagates immune dysregulation to peripheral organs, notably the thyroid and gastrointestinal tract. This systemic spread disrupts endocrine and digestive homeostasis, creating a feedback loop that amplifies inflammation. The vagus nerve’s role in modulating systemic immunity is critical, and its dysfunction exacerbates inflammatory responses, a phenomenon observed in autism.

4. Thyroid Dysfunction and Hypochlorhydria: Inflammation affects the thyroid, suppressing myeloperoxidase production, an enzyme critical for thyroid hormone synthesis and antimicrobial defense. This impairs thyroid function, reducing gastric hydrochloric acid (HCl) secretion, essential for protein digestion and pathogen sterilization. Hypochlorhydria, a state of low stomach acid, is common in chronic inflammatory conditions and has been linked to gastrointestinal dysfunction in autism (Adams et al., 2011). Insufficient HCl compromises the stomach’s ability to neutralize ingested pathogens, setting the stage for intestinal dysbiosis.

5. Intestinal Dysbiosis and Biofilm Formation: Low HCl allows opportunistic pathogens, such as Pseudomonas aeruginosa and unicellular parasites, to survive gastric transit and colonize the intestines. P. aeruginosa produces rhamnolipids, a glycolipid component of biofilms, which forms a protective mucus-like shield in the intestinal lumen. This biofilm, often mistaken for parasites in early observations, fosters a pathogenic microenvironment resistant to immune clearance and antibiotics. Research on gut dysbiosis in autism, such as Finegold et al. (2010), identifies altered microbial profiles, including elevated Clostridium and Pseudomonas species, correlating with symptom severity.

6. Toxic Metabolite Accumulation: Pathogenic overgrowth generates neurotoxic metabolites, notably ammonia, leading to hyperammonemia. Elevated ammonia disrupts glutamatergic and GABAergic neurotransmission, causing neurological symptoms like ataxia, tremors, flapping, and agitation—hallmarks of severe autism. Studies link ammonia toxicity to neurological dysfunction (Shaw, 2010), with symptoms closely mirroring autism’s behavioral profile. Other microbial byproducts, such as lipopolysaccharides (LPS), further exacerbate neuroinflammation via the gut-brain axis, as evidenced by increased gut permeability in autistic individuals (de Magistris et al., 2010).

7. Dietary Exacerbation and Opioid Peptide Formation: Impaired digestion results in incomplete breakdown of dietary proteins, particularly casein (from dairy) and gluten. Casein is metabolized into beta-casomorphins, opioid peptides that cross the compromised BBB, binding to mu-opioid receptors and disrupting neurological function. Gluten-derived gliadins similarly trigger inflammation, exacerbating gut permeability (“leaky gut”). Artificial additives, such as synthetic food colorings, further amplify inflammation, as noted in studies linking dietary toxins to behavioral changes (McCann et al., 2007). These compounds intensify autism symptoms, particularly in children with compromised digestion.

8. Speech Impairment via Laryngeal Dysfunction: Vagus nerve inflammation affects the recurrent laryngeal nerve, a vagal branch controlling throat muscles essential for speech articulation. This mechanical impairment hinders phonation, leading to nonverbal states in previously verbal children. Parental reports on Dioxitube.com describe children losing speech post-vaccination, with frustration manifesting as aggression due to inability to communicate. Over time, some children adapt to minimal vocalizations (e.g., grunting), while others develop compensatory behaviors, complicating recovery.

9. Parasitic Amplification of Toxicity: Secondary parasitic infections significantly exacerbate the toxic burden in the dysbiotic gut. Parasites, such as protozoa or small helminths, thrive in the low-acidity, biofilm-protected intestinal environment, releasing additional neurotoxic metabolites that compound systemic toxicity. These include ammonia, organic acids, and other byproducts that further disrupt neurological function, intensifying symptoms like ataxia, tremors, and repetitive behaviors. Research on gut microbiota in autism, such as that reviewed by Dioxipedia.com, indicates that parasitic infections, though not the primary cause, contribute to the inflammatory and toxic load. For example, studies like Finegold et al. (2010) note elevated pathogenic microbial populations in autistic children, which can include protozoal species. Parental observations, including my initial findings of parasites in my nephew’s stool, align with reports on Dioxitube.com, where families note significant symptom improvement following parasite-targeted interventions. The presence of parasites amplifies the gut-brain axis dysfunction, as their metabolites cross the compromised BBB, further aggravating neuroinflammation and behavioral symptoms.

10. Chronic Feedback Loop: The interplay of neuroinflammation, vagal dysfunction, thyroid impairment, gut dysbiosis, and toxic accumulation creates a self-reinforcing cycle. This chronic state sustains autism symptoms, including self-injurious behaviors, repetitive movements (e.g., rocking, tiptoeing), and sleep disturbances. The gut-brain axis, mediated by vagal signaling and microbial metabolites, perpetuates this cycle, underscoring the need for interventions targeting both neurological and gastrointestinal systems.

This mechanism, grounded in the brain-to-gut progression, is supported by emerging research on neuroinflammation, gut dysbiosis, and the gut-brain axis, as well as clinical observations of symptom resolution following detoxification and dietary interventions.

Protocol P: A Proven Recovery Path

3 cases of total remission in Uruguay

1. Facundo from Uruguay recovered

2. Gabriel from Uruguay recovered

more videos

Note: for subtitels in your language pres CC and select you language in the wheel on the right

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Protocol P, which we developed, has led to hundreds of children, including my nephew, achieving full recovery with no trace of autism. The protocol comprises:

1. Rigorous Dietary Intervention

A strict gluten-free, casein-free diet eliminates inflammatory triggers. Casein forms casomorphins, exacerbating neurological symptoms, while gluten and artificial additives (e.g., synthetic colorings, preservatives) inflame the gut and brain. Even minor exposures, such as a single M&M or a hidden gluten source at school, can trigger days-long behavioral regressions, including aggression or withdrawal. Parents must scrutinize food labels and environments, as grandparents or peers may inadvertently introduce triggers. A 2024 Food for the Brain case study reported twins reversing autism through a gluten-free, casein-free diet supplemented with omega-3, vitamin D, and zinc, validating dietary efficacy. Compliance is critical, as deviations can reset months of progress.

2. Chlorine Dioxide (MMS/CDS)

Chlorine dioxide, administered as MMS or CDS, acts as a selective oxidant to neutralize pathogens and dissolve intestinal biofilms harboring toxins. At low, controlled doses (e.g., 10-30 ppm for CDS), it targets anaerobic bacteria and parasites without harming beneficial flora, restoring gut homeostasis. Parents on Dioxitube.com report expelling large quantities of mucus-like biofilm, initially mistaken for parasites, correlating with reduced ATEC scores and improved behaviors (e.g., increased eye contact, reduced flapping). A 2014 testimony documented a 20-year-old dropping from an ATEC score of 51 to 6 after two years, achieving full recovery, including mainstream schooling. Dioxipedia.com notes that chlorine dioxide’s mechanism involves oxidizing microbial cell walls, disrupting their survival in the gut. Despite warnings from the National Autistic Society and FDA, no peer-reviewed studies document harm at therapeutic doses; claims of toxicity often cite industrial concentrations, not medical protocols. Parental reports indicate 1-2 years of consistent use, with daily enemas or oral doses, yields significant detoxification, with some children expelling biofilm for months before stabilization.

3. Parasite Cleansing

Secondary parasitic infections exacerbate autism symptoms by increasing gut toxicity. Protocol P incorporates antiparasitic agents (e.g., mebendazole, herbal extracts like black walnut) and chlorine dioxide enemas to target protozoa and small helminths. Parents report expelling parasitic material and biofilm, correlating with reduced ammonia levels and symptoms like ataxia or aggression. A 2015 Dioxitube.com testimony described a nonverbal child regaining speech after three months of parasite cleansing, with ATEC scores dropping from 75 to 20. Research, such as Finegold et al. (2010), supports the role of gut pathogens in autism, noting altered microbial profiles. Cleansing requires consistent administration (e.g., weekly enemas for 6-12 months), as parasites can persist in biofilms, prolonging recovery if not addressed. Parents must monitor stool for clearance and adjust protocols under guidance from experienced groups.

4. Unwavering Discipline and Community Support

Recovery demands relentless discipline from parents, who must enforce dietary restrictions, administer daily protocols, and monitor progress meticulously. Even minor lapses—such as a child stealing gluten-containing snacks at school or a caregiver overlooking artificial additives—can trigger regressions, undoing weeks of progress. Social networks, particularly Telegram groups, are vital, where mothers who recovered their children mentor others, sharing practical strategies (e.g., preparing safe meals, managing enema resistance). Each recovered family is encouraged to guide at least three others, fostering a self-sustaining support system. A 2016 Dioxitube.com report highlighted a mother’s innovation of using flavored CDS to improve compliance, reducing her child’s ATEC score from 90 to 15 in 18 months. Discipline extends to lifestyle, ensuring toxin-free environments (e.g., avoiding processed foods, chemical exposures). This collective effort, rooted in love and persistence, is essential for navigating the 1-2 year recovery timeline.

5. Ceasing Vaccinations

Given the reported link between vaccinations and autism onset in 80% of surveyed parents, halting further vaccinations is a cornerstone of Protocol P. Parents consistently report symptom exacerbation post-vaccination, such as loss of speech or increased aggression, particularly after MMR or multi-vaccine doses. For example, a Dioxitube.com testimony described a child regressing to nonverbal status within days of a vaccine booster, with recovery only after stopping vaccinations and starting Protocol P.

While mainstream medicine disputes this link, the temporal association and parental observations, combined with the absence of widespread autism in older generations, support caution. Ceasing vaccinations prevents additional inflammatory triggers, allowing the body to focus on detoxification and healing. Parents are advised to research exemptions and consult Telegram groups for legal and practical guidance.

Overcoming Opposition

My advocacy for recovery faced significant resistance, including detention at an Ibiza conference for discussing chlorine dioxide, later dismissed under free speech protections. An autism asociation was responsable The National Autistic Society and FDA warn against chlorine dioxide, citing potential harm and lack of trials, yet provide no evidence of harm at therapeutic doses, and Mainstream press (calling themselves “the truth”!) simply lies. Pharma pays their bills, and a lifelong patient is a blockbuster.

( “The Truth” a media outlet claims there is no cure for autism refering to “specialists”)

Their suppression mirrors cancer associations profiting from affected individuals, prioritizing financial interests over recovery. Despite this, hundreds of children have fully recovered, verified by ATEC scores and Dioxitube.com testimonies, with no residual autism symptoms.

Addressing Criticisms

No other disease has generated such a fierce backlash against me as autism. The reason is clear: the evidence demonstrating that CDS (chlorine dioxide solution) can enable recovery from autism is solid and transformative, challenging long-held beliefs and paradigms in medicine. This generates resistance because it threatens established frameworks and interests, yet the scientific and clinical results speak for themselves.

CDS works by restoring the electromagnetic balance and cellular energy in the body, which is crucial in autism spectrum disorders. This breakthrough offers hope where conventional treatments have largely failed, explaining why opposition is so intense despite the clear benefits observed.

Some argue autism is a neurodivergent trait, not a disease. While valid for high-functioning cases, severe autism—nonverbal, aggressive, self-injurious—severely impairs quality of life. Protocol P, combined with an adequate diet, alleviates these debilitating symptoms, enabling children to thrive.

The absence of clinical trials reflects ethical and practical challenges, not the protocol’s inefficacy. Many hundreds of documented full recoveries challenge dismissive narratives.

here a video of a former non verbal child with autism after remission (spanish)

Conclusion

Hundreds of children, including my nephew, have fully recovered from severe autism using Protocol P, exhibiting any trace of the former condition. By addressing neuroinflammation, vagus nerve dysfunction, gut dysbiosis, and toxic overload through diet, chlorine dioxide, and parasite cleansing, parents can transform their children’s lives.

Inaction risks institutionalization, heavy medication, and irreversible harm, as seen in tragic cases. Recovery demands discipline, love, and community support from parent networks.

Note: I do not offer personal autism consultations; parents should seek Telegram groups for guidance and support.

More info and a recovey guide: https://es.scribd.com/document/673554464/Autism-Recovery-Guide-for-Parents-Kerri-Rivera-June-2023-Updated

My mission here is to inform the world: autism can be cured, and every child deserves a chance at recovery. Visit Dioxipedia.com and Dioxitube.com for resources, and take health into your own hands.

My personal website: http://andreaskalcker.com