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Dr. Sabine Hazan drops a jaw-dropping case: Identical twins, both severely autistic and completely nonverbal, had identical disrupted microbiomes (high bad microbes, low good ones). After targeted microbiome correction—flipping the balance to high beneficial microbes and low harmful ones—both children became fully verbal, speaking, and reading. She calls it... show more

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Groundbreaking Autism Research Unveils Gut-Brain Connection. Dr. Sabine Hazan, renowned gastroenterologist, shares stunning findings from her latest study on the microbiome's role in autism. In a soon-to-be-published paper, Dr. Hazan’s team analyzed 20 autistic children, their 23 neurotypical siblings, and 6 neurotypical children with no family history of autism. The results? A striking pattern emerged: autistic children had significantly lower or absent levels of Bifidobacterium—a critical microbe abundant in newborns but depleted in these kids. Siblings showed higher Bifidobacterium levels, but even they lagged behind the unrelated neurotypical group, pointing to a household-linked gut dysbiosis. Dr. Hazan’s team went further, studying identical twins—both nonverbal, aggressive, and lacking Bifidobacterium at baseline, with identical elevated harmful microbes. After targeted treatment to restore their microbiomes, these twins, now 7, are fully verbal and non-aggressive just seven months later. Dr. Hazan emphasizes: “The microbiome is the key. These microbes travel from the gut to the brain via the vagus nerve, influencing behavior. Ignoring this is a disservice to nonverbal autistic children who suffer, and their families who live in crisis.” She calls for urgent research and therapeutics to address this gut-brain axis, particularly for nonverbal autistic children who engage in self-harm or require constant care. In California, where autism rates are soaring, Dr. Hazan argues it’s unacceptable to focus solely on rehabilitation without tackling the root causes.

Groundbreaking Autism Research Unveils Gut-Brain Connection. Dr. Sabine Hazan, renowned gastroenterologist, shares stunning findings from her latest study on the microbiome's role in autism. In a soon-to-be-published paper, Dr. Hazan’s team analyzed 20 autistic children, their 23 neurotypical siblings, and 6 neurotypical children with no family history of autism. The results? A striking pattern emerged: autistic children had significantly lower or absent levels of Bifidobacterium—a critical microbe abundant in newborns but depleted in these kids. Siblings showed higher Bifidobacterium levels, but even they lagged behind the unrelated neurotypical group, pointing to a household-linked gut dysbiosis. Dr. Hazan’s team went further, studying identical twins—both nonverbal, aggressive, and lacking Bifidobacterium at baseline, with identical elevated harmful microbes. After targeted treatment to restore their microbiomes, these twins, now 7, are fully verbal and non-aggressive just seven months later. Dr. Hazan emphasizes: “The microbiome is the key. These microbes travel from the gut to the brain via the vagus nerve, influencing behavior. Ignoring this is a disservice to nonverbal autistic children who suffer, and their families who live in crisis.” She calls for urgent research and therapeutics to address this gut-brain axis, particularly for nonverbal autistic children who engage in self-harm or require constant care. In California, where autism rates are soaring, Dr. Hazan argues it’s unacceptable to focus solely on rehabilitation without tackling the root causes.

Camus

305,690 Aufrufe • vor 1 Jahr

Dr. Sabine Hazan restored speech in nonverbal autistic identical twins by increasing bifidobacteria in their microbiome. One twin reached 50% bifidobacteria and is now reading every book. The other reached 10%, but both started speaking. N of 2, but a powerful proof-of-concept. She’s figuring out the kinks so others can validate and build on it. A fascinating look at the gut-brain connection. What do you think, could the microbiome play a bigger role in autism than we realize?

Dr. Sabine Hazan restored speech in nonverbal autistic identical twins by increasing bifidobacteria in their microbiome. One twin reached 50% bifidobacteria and is now reading every book. The other reached 10%, but both started speaking. N of 2, but a powerful proof-of-concept. She’s figuring out the kinks so others can validate and build on it. A fascinating look at the gut-brain connection. What do you think, could the microbiome play a bigger role in autism than we realize?

Camus

31,887 Aufrufe • vor 1 Monat

Andrew Wakefield: "Not only was he right", but the research link between autism and the gut has been found by other clinicians. "Doctor Wakefield brought on a very important finding and that was that kids with autism have a microbiome dysbiosis" Dr Sabine Hazan has some stunning case studies to prove the point: "I just had two identical twins non-verbal that I started working with in July, are now fully verbal, so it is possible [and] what does that tell you when you do that and all you did was change the microbiome?"

Andrew Wakefield: "Not only was he right", but the research link between autism and the gut has been found by other clinicians. "Doctor Wakefield brought on a very important finding and that was that kids with autism have a microbiome dysbiosis" Dr Sabine Hazan has some stunning case studies to prove the point: "I just had two identical twins non-verbal that I started working with in July, are now fully verbal, so it is possible [and] what does that tell you when you do that and all you did was change the microbiome?"

Humanspective

18,929 Aufrufe • vor 1 Jahr

Dr. Sabine Hazan drops a wild microbiome theory: Could anxiety, bipolar traits, or even "attracting the same toxic boyfriend over and over" be partly driven by missing or overgrown gut microbes transferring between people? She’s found signature microbiome patterns in bipolar patients (certain microbes high, others low) and wonders: When you kiss someone chronically stressed or anxious, are you literally picking up their microbial signature? And could that explain why some people keep dating the same "type"—because they’re microbiome-compatible (or compensating for what’s missing)? She admits: "I don’t know, but those are good questions." Calls it a fascinating future study. Ever noticed your mood or energy shift after spending lots of time (or getting close) with someone chronically anxious/stressed? Coincidence… or microbes?

Dr. Sabine Hazan drops a wild microbiome theory: Could anxiety, bipolar traits, or even "attracting the same toxic boyfriend over and over" be partly driven by missing or overgrown gut microbes transferring between people? She’s found signature microbiome patterns in bipolar patients (certain microbes high, others low) and wonders: When you kiss someone chronically stressed or anxious, are you literally picking up their microbial signature? And could that explain why some people keep dating the same "type"—because they’re microbiome-compatible (or compensating for what’s missing)? She admits: "I don’t know, but those are good questions." Calls it a fascinating future study. Ever noticed your mood or energy shift after spending lots of time (or getting close) with someone chronically anxious/stressed? Coincidence… or microbes?

Camus

40,564 Aufrufe • vor 6 Monaten

Dr. Sabine Hazan's Breakthrough: How Restoring Gut Bacteria Made Non-Verbal Identical Twins Fully Verbal In a groundbreaking revelation, Dr. Sabine Hazan shares stunning results from her latest research on the gut-brain connection in autism. Her team studied 20 autistic children, comparing their gut microbiomes to their 23 neurotypical siblings and 6 neurotypical children with no family history of autism. The discovery? A critical deficiency. The children with autism lacked adequate levels of a vital microbe: bifidobacteria. This is the cornerstone microbe newborns possess, and its depletion is a key sign of dysbiosis. Even more telling: the neurotypical siblings had more bifidobacteria than their autistic siblings, but still less than the children completely outside the household. The gut dysbiosis was clear. But the most powerful evidence comes from a case study of identical twin boys. Both were non-verbal, aggressive, and shared the same abnormal gut microbes at baseline. Most significantly, both had ZERO bifidobacteria. After a targeted microbial intervention focused on "killing the bad and increasing the good," the results after seven months are nothing short of miraculous. The twins, now age seven, are fully verbal. This isn't just data; it's a transformation. Dr. Hazan's work demonstrates that microbes travel from the gut to the brain via nerves. For the non-verbal children in crisis—the ones who bang their heads, whose families live in constant stress—ignoring this science is a crime. It's unacceptable that we aren't accelerating research and therapeutics to help these children. The solution may lie within their own biology. The evidence is here.

Dr. Sabine Hazan's Breakthrough: How Restoring Gut Bacteria Made Non-Verbal Identical Twins Fully Verbal In a groundbreaking revelation, Dr. Sabine Hazan shares stunning results from her latest research on the gut-brain connection in autism. Her team studied 20 autistic children, comparing their gut microbiomes to their 23 neurotypical siblings and 6 neurotypical children with no family history of autism. The discovery? A critical deficiency. The children with autism lacked adequate levels of a vital microbe: bifidobacteria. This is the cornerstone microbe newborns possess, and its depletion is a key sign of dysbiosis. Even more telling: the neurotypical siblings had more bifidobacteria than their autistic siblings, but still less than the children completely outside the household. The gut dysbiosis was clear. But the most powerful evidence comes from a case study of identical twin boys. Both were non-verbal, aggressive, and shared the same abnormal gut microbes at baseline. Most significantly, both had ZERO bifidobacteria. After a targeted microbial intervention focused on "killing the bad and increasing the good," the results after seven months are nothing short of miraculous. The twins, now age seven, are fully verbal. This isn't just data; it's a transformation. Dr. Hazan's work demonstrates that microbes travel from the gut to the brain via nerves. For the non-verbal children in crisis—the ones who bang their heads, whose families live in constant stress—ignoring this science is a crime. It's unacceptable that we aren't accelerating research and therapeutics to help these children. The solution may lie within their own biology. The evidence is here.

Camus

57,699 Aufrufe • vor 11 Monaten

Two identical twins with autism had zero Bifidobacteria in their gut. Dr. Sabine Hazan’s team removed the harmful microbes, restored the Bifidobacteria — and both twins showed clear improvement in speech. These beneficial bacteria are essential for breaking down food, producing vitamins, regulating the immune system, and protecting the gut lining. Low or zero levels are consistently found in severe COVID, long COVID, autism, invasive cancer, Lyme, Crohn’s, and diabetes. Bifidobacteria help modulate inflammation, support neurotransmitter production, and strengthen the gut-brain axis. Their absence is strongly linked to increased disease severity across multiple conditions. Dr. Hazan’s research is groundbreaking, but she says getting it published and advancing it has been extremely difficult. Continuing this work could lead to new, more natural approaches for treating serious illnesses. Save the Bif.

Two identical twins with autism had zero Bifidobacteria in their gut. Dr. Sabine Hazan’s team removed the harmful microbes, restored the Bifidobacteria — and both twins showed clear improvement in speech. These beneficial bacteria are essential for breaking down food, producing vitamins, regulating the immune system, and protecting the gut lining. Low or zero levels are consistently found in severe COVID, long COVID, autism, invasive cancer, Lyme, Crohn’s, and diabetes. Bifidobacteria help modulate inflammation, support neurotransmitter production, and strengthen the gut-brain axis. Their absence is strongly linked to increased disease severity across multiple conditions. Dr. Hazan’s research is groundbreaking, but she says getting it published and advancing it has been extremely difficult. Continuing this work could lead to new, more natural approaches for treating serious illnesses. Save the Bif.

Camus

109,285 Aufrufe • vor 2 Monaten

Dr. Sabine Hazan just got FDA green light (after 5.5 years + huge effort) for a groundbreaking autism study: Familial FMT—using poop from a neurotypical sibling as donor to restore microbiome in the autistic sibling. Why? Families share environment/genes, but one kid resilient (neurotypical), one not—could the "good" microbiome transfer resilience? Her N=1 case: sister's FMT led to verbalization start, less aggression/head-banging, improved CARS/ATEC scores after multiple doses. Not one-and-done—needs repeat. Challenges generic stool banks (both siblings autistic = shared dysbiosis). Aims to define "perfect donor" traits. Huge passion: "This could fine-tune microbiome therapy for kids who don't respond elsewhere." Experimental, early-stage—more research needed—but opens hope for gut-brain link in autism. What intrigues you most? 1. Sibling as personalized donor 2. Verbal gains in her case report 3. Potential beyond standard treatments Experiences or thoughts? 👇

Dr. Sabine Hazan just got FDA green light (after 5.5 years + huge effort) for a groundbreaking autism study: Familial FMT—using poop from a neurotypical sibling as donor to restore microbiome in the autistic sibling. Why? Families share environment/genes, but one kid resilient (neurotypical), one not—could the "good" microbiome transfer resilience? Her N=1 case: sister's FMT led to verbalization start, less aggression/head-banging, improved CARS/ATEC scores after multiple doses. Not one-and-done—needs repeat. Challenges generic stool banks (both siblings autistic = shared dysbiosis). Aims to define "perfect donor" traits. Huge passion: "This could fine-tune microbiome therapy for kids who don't respond elsewhere." Experimental, early-stage—more research needed—but opens hope for gut-brain link in autism. What intrigues you most? 1. Sibling as personalized donor 2. Verbal gains in her case report 3. Potential beyond standard treatments Experiences or thoughts? 👇

Camus

75,046 Aufrufe • vor 7 Monaten

Dr. Sabine Hazan, a leading microbiome expert, connects the dots between skyrocketing rates of autism, Alzheimer’s, Parkinson’s, MS, cancer, and rare diseases like glioblastoma—virtually unheard of pre-pandemic, now surging, with Dr. Hazan reporting a dozen kids diagnosed in her microbiome studies alone. Colon cancer and nonalcoholic fatty liver disease (NASH) are also on the rise, conditions she notes were nearly nonexistent before. What’s driving this? Dr. Hazan points to a critical depletion of the gut microbiome, the foundation of human health. She raises a provocative question: Is the fat we consume today “infected” with harmful microbes, unlike the purer fats of the past? Could this tainted fat be storing dangerous pathogens, fueling these epidemics? Her hypothesis demands urgent investigation. Dr. Hazan’s platform, Save the BIF (Bifidobacterium), champions restoring the microbiome as the future of medicine. “We have to look at all that,” she urges, calling for a paradigm shift in how we approach food, fat, and health. Oncologists and liver specialists are noticing these trends too—will we heed the warning? The microbiome is under attack, and with it, our health. It’s time to act.

Dr. Sabine Hazan, a leading microbiome expert, connects the dots between skyrocketing rates of autism, Alzheimer’s, Parkinson’s, MS, cancer, and rare diseases like glioblastoma—virtually unheard of pre-pandemic, now surging, with Dr. Hazan reporting a dozen kids diagnosed in her microbiome studies alone. Colon cancer and nonalcoholic fatty liver disease (NASH) are also on the rise, conditions she notes were nearly nonexistent before. What’s driving this? Dr. Hazan points to a critical depletion of the gut microbiome, the foundation of human health. She raises a provocative question: Is the fat we consume today “infected” with harmful microbes, unlike the purer fats of the past? Could this tainted fat be storing dangerous pathogens, fueling these epidemics? Her hypothesis demands urgent investigation. Dr. Hazan’s platform, Save the BIF (Bifidobacterium), champions restoring the microbiome as the future of medicine. “We have to look at all that,” she urges, calling for a paradigm shift in how we approach food, fat, and health. Oncologists and liver specialists are noticing these trends too—will we heed the warning? The microbiome is under attack, and with it, our health. It’s time to act.

Camus

76,417 Aufrufe • vor 1 Jahr

Dr. Sabine Hazan: “our most significant discovery” Dr. Hazan is a Gastroenterologist with a special interest in microbiome research. Watch as she traces the loss of Bifidobacteria all the way from covid mRNA technology to the rate of Autism in California.... and ends with a bombshell twin study. sabine hazan md brought back the speech of previously non verbal twins, with a re-florilisation of the essential microbe which is now missing (at adequate levels) in 75% of newborns. It’s a completely new paradigm of medicine. She is pioneering it.

Dr. Sabine Hazan: “our most significant discovery” Dr. Hazan is a Gastroenterologist with a special interest in microbiome research. Watch as she traces the loss of Bifidobacteria all the way from covid mRNA technology to the rate of Autism in California.... and ends with a bombshell twin study. sabine hazan md brought back the speech of previously non verbal twins, with a re-florilisation of the essential microbe which is now missing (at adequate levels) in 75% of newborns. It’s a completely new paradigm of medicine. She is pioneering it.

Humanspective

102,861 Aufrufe • vor 2 Monaten

Missing one key gut bacteria might be linked to autism. Dr. Sabine Hazan shared some eye-opening research on the Digital Social Hour podcast. She found that many kids with autism are severely lacking Bifidobacteria. In one case, restoring it in identical twins led to them starting to speak and read. She connects the shocking rise (now 1 in 12 boys in California) to modern factors quietly destroying these critical microbes: maternal stress, antibiotics at birth, processed formulas, and ultra-processed food. This really makes you stop and think about how much our everyday modern life might be affecting kids from day one. If gut bacteria play this big a role, it could change how we understand and approach the autism epidemic. What do you think — could something as simple as gut health be a major missing piece in the rise of autism?

Missing one key gut bacteria might be linked to autism. Dr. Sabine Hazan shared some eye-opening research on the Digital Social Hour podcast. She found that many kids with autism are severely lacking Bifidobacteria. In one case, restoring it in identical twins led to them starting to speak and read. She connects the shocking rise (now 1 in 12 boys in California) to modern factors quietly destroying these critical microbes: maternal stress, antibiotics at birth, processed formulas, and ultra-processed food. This really makes you stop and think about how much our everyday modern life might be affecting kids from day one. If gut bacteria play this big a role, it could change how we understand and approach the autism epidemic. What do you think — could something as simple as gut health be a major missing piece in the rise of autism?

Camus

20,616 Aufrufe • vor 3 Monaten

Restoring bifidobacteria restored speech in autistic twins. Dr. Sabine Hazan’s research is turning heads. Kids with autism often have very low (or zero) bifidobacteria. In identical twins, bringing levels back led to major improvements, a study that won an award as proof of concept. Only ~25% of California newborns have adequate levels. The microbiome’s role in brain health is getting harder to ignore. What do you think about the gut-brain connection in autism and other conditions?

Restoring bifidobacteria restored speech in autistic twins. Dr. Sabine Hazan’s research is turning heads. Kids with autism often have very low (or zero) bifidobacteria. In identical twins, bringing levels back led to major improvements, a study that won an award as proof of concept. Only ~25% of California newborns have adequate levels. The microbiome’s role in brain health is getting harder to ignore. What do you think about the gut-brain connection in autism and other conditions?

Camus

35,713 Aufrufe • vor 1 Monat

Dr. Sabine Hazan just issued a chilling warning about the explosion of cancers in young people — and she believes the gut microbiome is the missing link. Colon cancer at 18? Pancreatic cancer in young adults? Breast cancer rates surging since the 80s? She says something is fundamentally changing in humanity — and it's not just better diagnosis. Key points from the clip: - Colon cancer guidelines dropped from age 50 to 45 screenings because cases are appearing so much younger (she's seen an 18-year-old with it). - Rectal bleeding in a young person should trigger colonoscopy — anything less is malpractice in her view. - She suspects we're killing beneficial gut microbes (allowing harmful ones to dominate), creating an environment where cancers thrive. - Known links already exist: Epstein-Barr → Burkitt's lymphoma, HPV → cervical cancer, H. pylori → gastric cancer. - Her lab is now testing pancreatic cancer patients' stools for free ( to hunt for microbiome signals that could enable earlier detection. Her bold theory: In the future, we may discover all cancers are microbiome-related — or triggered by specific microbes. This is not fringe speculation from a researcher who has been sounding alarms on microbiome disruption for years. Are rising young-onset cancers a wake-up call about gut health — or something else entirely? If you or someone you know has pancreatic cancer, she’s offering free stool testing to search for signals.

Dr. Sabine Hazan just issued a chilling warning about the explosion of cancers in young people — and she believes the gut microbiome is the missing link. Colon cancer at 18? Pancreatic cancer in young adults? Breast cancer rates surging since the 80s? She says something is fundamentally changing in humanity — and it's not just better diagnosis. Key points from the clip: - Colon cancer guidelines dropped from age 50 to 45 screenings because cases are appearing so much younger (she's seen an 18-year-old with it). - Rectal bleeding in a young person should trigger colonoscopy — anything less is malpractice in her view. - She suspects we're killing beneficial gut microbes (allowing harmful ones to dominate), creating an environment where cancers thrive. - Known links already exist: Epstein-Barr → Burkitt's lymphoma, HPV → cervical cancer, H. pylori → gastric cancer. - Her lab is now testing pancreatic cancer patients' stools for free ( to hunt for microbiome signals that could enable earlier detection. Her bold theory: In the future, we may discover all cancers are microbiome-related — or triggered by specific microbes. This is not fringe speculation from a researcher who has been sounding alarms on microbiome disruption for years. Are rising young-onset cancers a wake-up call about gut health — or something else entirely? If you or someone you know has pancreatic cancer, she’s offering free stool testing to search for signals.

Camus

49,420 Aufrufe • vor 5 Monaten

Dr. Sabine Hazan: The Microbial Extinction Crisis No One Is Talking About In over 4,000 stool samples analyzed in Dr. Sabine Hazan’s lab, only two showed what she calls a “golden microbiome.” Less than 5% contained bifidobacteria—once abundant bacteria critical for gut health—and only 1 in 2,000 had the strain responsible for breaking down dairy. Dr. Hazan warns that this collapse of microbial diversity is more than a health crisis—it’s an ecological one. Bifidobacteria, she notes, can decompose plastic. If they vanish, humanity’s ability to process environmental toxins may vanish with them. Her team is studying whether our loss of microbial diversity is why microplastics now invade the human gut. She calls this a wake-up call: Have we sterilized humanity’s microbiome to the point of extinction? Are our ultra-processed foods, mass antibiotic use, and environmental toxins erasing the microbes that sustain life itself? Dr. Hazan links this global dysbiosis to rising chronic illness, weakened immunity, and even COVID-19 outcomes—arguing that westernized diets and lifestyles are spreading disease worldwide. From autism rates in Asia to obesity in the Pacific Islands, she says, “we globalized the American way—and exported the dysbiosis.” Her message is clear: To save humanity, we must save the microbes. Choose real food. Live cleaner. Stop killing the life within us. Peace—and healthy microbes—may be the ultimate medicine.

Dr. Sabine Hazan: The Microbial Extinction Crisis No One Is Talking About In over 4,000 stool samples analyzed in Dr. Sabine Hazan’s lab, only two showed what she calls a “golden microbiome.” Less than 5% contained bifidobacteria—once abundant bacteria critical for gut health—and only 1 in 2,000 had the strain responsible for breaking down dairy. Dr. Hazan warns that this collapse of microbial diversity is more than a health crisis—it’s an ecological one. Bifidobacteria, she notes, can decompose plastic. If they vanish, humanity’s ability to process environmental toxins may vanish with them. Her team is studying whether our loss of microbial diversity is why microplastics now invade the human gut. She calls this a wake-up call: Have we sterilized humanity’s microbiome to the point of extinction? Are our ultra-processed foods, mass antibiotic use, and environmental toxins erasing the microbes that sustain life itself? Dr. Hazan links this global dysbiosis to rising chronic illness, weakened immunity, and even COVID-19 outcomes—arguing that westernized diets and lifestyles are spreading disease worldwide. From autism rates in Asia to obesity in the Pacific Islands, she says, “we globalized the American way—and exported the dysbiosis.” Her message is clear: To save humanity, we must save the microbes. Choose real food. Live cleaner. Stop killing the life within us. Peace—and healthy microbes—may be the ultimate medicine.

Camus

53,492 Aufrufe • vor 9 Monaten