Skip to main content

Fecal Transplants and Autism Cures and Remissions

According to a new study published in Scientific Reports, demonstrated long-term benefits for autistic children via a revolutionary method called Microbiota Transfer Therapy(MTT), which is a fecal transplant pioneered by an Australian gastroenterologist. Improvements in autistic symptoms and gut continued long after treatment.

Two years later, majority of the first improvements and positive symptoms in gut persisted. Also, parents have reported a gradual steady decrease of ASD symptoms both during treatment and next two years. An examiner discovered 45% reduction in common ASD symptoms as compared to prior treatment.

"We are finding a very strong connection between the microbes that live in our intestines and signals that travel to the brain," said Krajmalnik-Brown.

No One Should Feel Forced To Live A Lifetime With Autism 

Are You Satisfied with Only Treating Autistic Symptoms?

Popular posts from this blog

Lovastatin Cures Autism?

The effects of Lovastatin, according to a new study, suggests the drug is a promising treatment for anyone with autism and fragile X syndrome. The syndrome seemed to be a major cause of  "inherited intellectual disability"; one in three individuals with fragile X have also autism. The study goes on to add that the drug can help ease fragile X symptoms. Lovastatin has demonstrated to prevent seizures in mouse models of the condition. And coupled with an antibiotic, the drug could ease social withdrawal as well as hyperactivity in individuals with fragile X. The new study also suggests the drug eases cognitive issues and the effects are permanent. Peter Kind, lead researcher and professor of developmental neuroscience at the University of Edinburgh in Scotland, says: "You may not have to treat throughout life, if you can rescue during development;, then you may be able to remove the drug." No One Should Feel Forced To Live A Lifetime With Autism  Are

Can CRISPR Cure Autism?

In the latest study, published by researchers from the University of California at Berkeley, the University of Texas, and GenEdit, have adapted CRISPR-Gold technology in order to treat autistic symptoms in mice. Beating the Autistic Odds with CRISPR One of the major highlights of the new research is the fact that CRISPR-cas9 could be a way to edit certain genes that relate to fragile X syndrome, which is a single-gene disorder frequently connected with autism, and autistic symptoms were improved on. Research provides additional evidence that conveyance of CRISPR-based therapeutics may be effectively accomplished via gold nanoparticles. Mutations in the FMR1 gene is the cause of Fragile X syndrome. This gene plays a key role in encoding the protein, FMRP, the regulator in the production of different proteins and contributes markedly to the development of synapses. Most of the time Fragile X occurs because of a mutation, which results in the enlargement of a part of the

Causes of Autism Epigenetics Genetics Familial Risk Factors

The current consensus among most researchers is that genetics and environmental factors are playing a major role. However, finding a heritable connection is highly difficult because there are many genotypic variations that may underlie autism. To enhance the process in pinpointing genes contributing to the etiology of autism, scientists are expanding their research by including epigenetics. One specific gene, SETD, is in charge of neurodevelopment and associated behaviors. The gene has been identified in other studies in influencing early development; thus, the gene has become a top candidate for ASD. Scientists might have verified SETD's role in ASD by using a unique mouse model in a recent study. They have documented the gene driving epigenetically unusual neurodevelopment that leads to behavioral deficits commonly seen in ASD. Findings are published in Translational Psychiatry, in its January issue. No One Should Feel Forced To Live A Lifetime With Autism  Are You

Autism Biological Causes PDA?

What is PDA? PDA is a condition, identified with autism, and usually is characterized by a great desire to evade or resist demands. In addition, the causes come from the complicated interplay between environmental, genetic, and biological factors that account for modifications in neurological development. One can only guess cautiously that because of autism, PDA is now present in your child. No One Should Feel Forced To Live A Lifetime With Autism  Are You Satisfied with Only Treating Autistic Symptoms?

Ginger Taylor Says Vaccines Don't Cause Autism; They Just Result in Autism

Ginger Taylor provides a summary of 157 research papers that support autism/vaccine causation. Regular mainstream research is finding that vaccines and their contents may cause medical conditions that devoted doctors and researchers are usually seeing in children who have received the autistic diagnosis. The conditions include immune system problems, gastrointestinal harm, chronic infections, mitochondrial disorders, neurological regression, autoimmune conditions, brain inflammation, and others. No One Should Feel Forced To Live A Lifetime With Autism  Are You Satisfied with Only Treating Autistic Symptoms?

Shiv Stotra for Curing Autism?

Chanting a mantra for 45 consecutive days beginning from the fourth or fifth day of the waxing moon, may provide a degree of relief, but all this chanting may or may not improve on your autistic child's symptoms. One must be realistic and try a more practical approach. No One Should Feel Forced To Live A Lifetime With Autism Are You Satisfied with Only Treating Autistic Symptoms?

Cocaine Cures Autism?

Researchers have found that addiction among autistic individuals is rare. A newer study in Sweden suggests people with autism of average or higher IQ seemed doubly more likely to get addicted to drugs or alcohol as their friends are. The danger is greater for those who have ADHD. In a study published in the journal Neuron, researchers from 3 US universities looked into the role that a certain brain protein, known as FMRP, acts in preparing the stage for developing addiction for cocaine. This same protein has played a role in the development of autism spectrum disorder. Alcohol and most drugs of abuse share one thing: they alter the chemical balance in a part of the brain where intense sensation is produced. Though researchers do not suggest a link between autism and cocaine addiction, they do indicate the two may stem from the actions of one protein, for FMRP is playing a role in cocaine addiction, if it's at normal levels in the brain; it plays a similar part in the develop