Phosphatidylcholine autism recovery

The color scale indicates regional glucose metabolism at three brain levels, red is most intense and blue is least. Metabolism is increased in almost all brain regions. Your body cannot produce phosphatidylserine in sufficient amounts when under stress, when aged, or when lacking in the necessary enzymes and metabolic cofactors. ABOVE: Changes in our Western diet have resulted in a significant decrease in phosphatidylserine consumption in recent years, including rejection of fat, innards, organ meats and poultry skin e.

Modern Diets: Modern low-fat and low-cholesterol diets lack up to mg per day of dietary phosphatidylserine.

phosphatidylcholine autism recovery

A vegetarian diet may undersupply as much as to mg per day. Other eating styles also create a demand for more phosphatidylserine. Modern Food Production: To make matters worse, modern industrial production of fats and oils decreases all of the natural phospholipids—including phosphatidylserine. Stress: Like burning a candle burning at both ends, stress increases the demand for phosphatidylserine and depletes your phosphatidylserine levels at the same time.

Aging: The elderly particularly benefit from taking phosphatidylserine. Considerable research proves that phosphatidylserine improves age-associated memory impairment and continued use prevents age-related decay of brain functions.

My psychologist husband told me that the difference in my behavior and focus is huge since taking Flavay and Flavay Plus. I am definitely ADD but was never diagnosed as a child. He is amazed at the changes in me, as am I. Danielle S. Phosphatidylserine enables your brain cells to metabolize glucose and to release and bind with neurotransmitters— all of which is important to learning, memory and other cognitive functions.

Phosphatidylserine increases communication between cells in your brain by increasing the number of membrane receptor sites for receiving messages. Phosphatidylserine modulates the fluidity of cell membranes which is essential to your brain cells' ability to send and receive chemical communication.

Phosphatidylserine supplementation restores activity of phosphatidylserine in brain cell membranes, the chemical interaction and transfer of electrical impulses between neurons at both the sending and receiving ends.

This means, new information can more easily carve a new pattern and memories are reinvigorated. Clinical data accumulated from over 20 years of controlled testing, including at least 21 double-blind clinical trials, shows phosphatidylserine supplementation benefits practically all higher functions of the brain. By building cell membranes, phosphatidylserine supplementation revitalizes the cells of your brain and is thereby shown to:. Studies demonstrate that phosphatidylserine restores the brain's supply and output of acetylcholine, the neurotransmitter so important to memory, and supplementation can turn back the clock in an aging brain.

Decline in acetylcholine is not only symptom of an aging brain, but a hallmark of neurodegenerative disease. Proven in clinical trials to improve age-associated memory impairment and with continued use prevents age-related decay of brain functions.It sounds like something fancy.

Most of us who are not vegan or vegetarian eats about 3 to 6 grams of lecithin a day. Lecithin and phosphatidylcholine are used interchangeably because phosphatidylcholine is made up of mostly lecithin. Choline is also a component of lecithin. Choline is a component of phosphatidylcholine, which is a component of lecithin. The reason why there is such an interest in phoshpatidylcholine is because the body uses it to make acetylcholinea brain chemical involves in memory.

Phosphatidylcholine is shown to be able to increase acetylcholine level. In the CNS, acetylcholine modulates between various neurons in areas of the brain that control motivation, arousal, and attention. Unfortunately, the current research findings do not consistently support the role of phosphatidylcholine in helping with cognitive function, and that supplementation with PC does not seem to result in any dramatic effects on mental cognitive abilities.

The benefit on brain function from taking lecithin or PC supplements is only minimal. As mentioned earlier, a typical person consumes about 3 to 6 grams of lecithin a day, which means the risk of phosphatidylcholine deficiency is low. However, because each human being are unique genetically, there are always a few person who are difficulty biochemically in making adequate amounts of phosphatidylcholine from scratch.

Certainly, these individuals would benefit from PC supplementation. I have a colleague who swears that phosphatidylcholine works wonders on his 2 year old son, who was diagnosed with autism. This boy knows the difference between trapezium and rhombus at a tender age of 1 year old. According to dad, he recognizes most of the alphabet English alphabets and sight-read a couple words. Anyway, my colleague told me since starting PC, his son is able to communicate more and able to recognize kids of his age and interact with them.

However, the oral aversion is still a problem. Many vegetables, fruits, whole grainsand dairy products contain choline. Includes a variety of protein foods, including seafoodlean meats and poultryeggslegumes beans and peasnutsseedsand soy products.

Fishbeefpoultryeggsand some beans and nuts are rich sources of choline. If you plan to take the supplement instead, stay with a lower dose for your child, something like three grams a day or less.

Are you ready to learn more about how to help your child have more good days in school, enjoy better mood, less emotional meltdowns and no more text or phone calls from the school without medicating?

There is no obligation for you to purchase any product.What I was really nervous about was telling our story and coming out. Recovered kids are not fairy tale creatures.

Passing for normal. They all switched schools, and no one in the new school knows. So why did I buck the status quo? Why do I insist on telling this story? Not false hope. Real hope. Formally assessed at age four, Code Name: Connor had a full He flapped his hands, toe-walked, lined things up, and ran in circles.

He threw monster tantrums daily think toddler Chernobyl. I want to be clear that we did all the speech therapy, OT, Floortime, special day class, etc. Gluten-free diet alone is NOT enough. I concede that anxiety is a vestige of a larger brain-based issue that has been resolved. Back in June I had coffee with an acquaintance from pre-kid days.

So I tell her. And will he ever be able to eat pizza again?? She thought I was making it up. She thought my story was fiction, not history. We need to be loud and proud. No more going underground! If we keep it a secret, we undermine our authority and credibility. Fight skepticism with science. Tell your story and give updates; document any improvements you see that you can attribute directly to a biomedical intervention and drop them a nice little email.

Be like water on a stone. Terry Wahls, clinical professor of medicine at the University of Iowa Carver College of Medicine in Iowa City, Iowa, reversed her relapsing, remitting multiple sclerosis through a structured paleo diet and a specific therapeutic exercise regimen. Our stories, our successes, our anecdotes are the first step in the scientific process.There is nothing about his demeanor, appearance, or behavior that would even suggest that he had any sort of impairment whatsoever.

Leo was diagnosed with autism at two years old by the physicians and researchers at the Yale University Child Study Center. Ashley and her husband took Leo to see a neurologist at the prestigious Mt.

phosphatidylcholine autism recovery

Sinai Hospital in New York City, where they were told that the tremors were probably nothing and not to be concerned. Despite these early signs, Leo met all of his major development milestones during his first year of life.

Ashley began to suspect that her son might have autism after he reached a plateau in development during his second year of life.

Ashley had him evaluated by the state early intervention program where he qualified for speech therapy. Under the advice of her Defeat Autism Now! Ashley felt that the Defeat Autism Now! Only 6 months into the diet changes and biomedical protocol Defeat Autism Now! Leo continued to make steady gains from the behavioral therapy, so Ashley sought out highly skilled ABA practitioners to work with Leo. Ashley carefully studied these skilled practitioners as they worked with Leo, and she incorporated ABA into every aspect of their lives.

In addition to biomedical and ABA, Leo also worked with a homotoxicologist to detoxify his body, and he saw a BioSET practitioner to address his food and environmental allergies. He entered kindergarten without any services or support, and no one, not even his teachers, knew that he was once diagnosed with autism. He tests above-average on standardized testing and was re-evaluated by Yale researchers who determined that he no longer meets any of the diagnostic criteria for autism.

He is very social, friendly, and outgoing. He plays baseball, is a good student, and is popular in school. Ashley knows that her healthy, thriving son would not be anywhere near where he is today had it not been for the many biomedical, healing, and behavioral interventions that he received over his first few years of life. In fact, Ashley got a second chance to test out these interventions with her second child, Sydney, born just two years after Leo. Like her older brother, Sydney began to show some early signs of autism, including social deficits, sensory integration disorder, food allergies, and other signs of immune dysregulation.

A lot more knowledgeable because of her experiences with Leo, Ashley immediately began interventions with Sydney as soon as she saw the familiar signs.

Sydney ate the same healthy, organic, whole foods diet as Leo, which included staying gluten-free and casein-free. Upon reflection, Ashley recalls a number of factors that may have put her son at a high risk for developing autism. Ashley is one of the most dedicated mothers you could ever meet. It was her dedication and love that pulled her children out of the unforgiving grip of autism.


Recovering a child from autism is not easy, but it can be done. Ashley can also attest to the fact that it is easier to prevent autism in a susceptible child as with her daughter, Sydney than it is to recover a child from autism. Ashley recorded her autism recovery journey in an online blog, www. Ashley wants parents to know that there is hope, recovery is possible, and anything can be achieved with love and determination.

Epidemic Answers Epidemic Answers. But he did. After a healthy and normal pregnancy, Ashley delivered Leo via c-section. Around four months of age, Leo developed severe separation anxiety.

More Signs of Autism Between his first and second year, Leo began to show more signs of autism. At 24 months old, Yale confirmed that, indeed, Leo was autistic. After only one week with no dairy or wheat, Leo began to talk.

Autism and Methylation – Are you helping to repair your child’s methylation cycle?

Progress was happening, but his recovery was not complete. Ashley also learned homeopathy and used homeopathic remedies to help Leo heal.Medical UniversityLucknow -India. Recovery in autistic disorder is rare. There are few reports of recovery from autistic disorder after a few years of therapeutic intervention. We report here a case of autistic disorder who recovered spontaneously without any intervention in 13 days. Pervasive developmental disorders PDD are chronic, lifespan disorders in which complete recovery, generally, does not occur.

Symptoms of PDD, once they arise, do not remit. Some PDD symptoms may remit with age but others appear in their place so that the disorder persists.

However, improvement can occur in PDD. More improvement is likely in Asperger's disorder as compared to autistic disorder. Recovery in PDD may be variously defined. One way is to assess an individual with PDD, after some time of treatment, in terms of special services or provisions he requires, his ability to live independently, and his social adjustments as compared to his peers.

If there is no significant difference, he may be considered as recovered.

Autism RECOVERY: I’ll Say It Loud, He’s Recovered and I’m Proud

Another way is to see whether specific symptoms required for a valid PDD diagnosis are present or not. If some PDD symptoms are present but not enough for a valid diagnosis, the affected person may be said to have sub-syndromal PDD.

phosphatidylcholine autism recovery

If the diagnostic criteria for PDD were met earlier but not later, the patient may be called greatly recovered. If no specific PDD symptoms are present, recovery may be called complete. Complete recovery in PDD must be extremely rare. Our www.

Lovaas[ 3 ] and McEachin Smith and Lovaas[ 4 ] reported recovery in eight autistic children treated by Lovaas methods. Outcome of specific autistic symptoms was not described in these reports. These reports have not been reviewed.

Therefore, it is difficult to be sure of the level of recovery in the above instances. We report here a case of autistic disorder in which rapid and spontaneous recovery occurred without any specific therapeutic intervention in 13 days.

He was hospitalized on June 14, for management. P's antenatal period was normal. He had delayed developmental milestones. As far as the parents could remember P was able to sit without support at 1 yr of age, walk without support at 3 yr. Social smile was seen at 5 months. P was able to indicate for toilet needs by 3 yr. He also started recognizing his parents by 3 yr.

He started producing sounds by 3. P was vaccinated. The parents became worried about P's lack of emotional attachment with them and his two brothers when he was about 2. He would not make meaningful eye-to-eye contact even when the family members tried to do so. Attempts to pick him up in lap, kissing his cheek with affection etc. He always remained aloof. He never participated in other children's play or included them in his own.

Rapid and spontaneous recovery in autistic disorder

He could speak polysyllables but no meaningful word.Hong Kong. Recent studies indicated that supplementation of phosphatidylcholine has been found to be beneficial for psychiatric diseases and Diacylglycerol Kinase, Eta DGKH protein was involved in regulating the metabolism of phosphatidic acid and diacylglycerol. This study reported a case of a year-old Chinese boy with bipolar hypomania symptoms receiving supplementation of phosphatidylcholine, and a genetic study of a risk variant of DGKH gene was performed in an attempt to provide an explanation for the potential beneficial effect of phosphatidylcholine supplementation.

The year-old boy appears to have benefited from the supplementation with phosphatidylcholine and recovered from hypomania symptoms. He carries a risk genotype in rs which lies in the first intron of DGKH gene that was mostly reported to be associated with bipolar disorder. Thus, this finding is consistent with the hypothesis that alleviating the phosphatidylcholine deficiencies might accompany with the risk variants of DGKH gene, which might improve the efficacies of such supplementation and design new treatment strategies for bipolar disorder.

The use of phosphatidylcholine has been found to be beneficial for the neonatal pathophysiology. Recently Ross et al. They found that the endophenotypes associated with schizophrenia i. A case report of a year-old girl with mania symptoms had also been published with good response to lecithin only while non-responsive to neuroleptics and lithium Schreier The possible mechanism of the beneficial effect of phosphatidylcholine supplementation for schizophrenia or bipolar mania symptoms had been explored by many studies.

Supplementation of phosphatidylcholine could lead to better transport of vitamin E, which overcome the oxidative damage to activities of the brain Mesmin and Antonny Besides, another hypothesis about the unbalance of metabolism of diacylglycerol DAG and phosphatidic acid PA had been proposed.

DAG is released from phospholipids such as phosphatidylcholine Merida et al.

Phosphatidylcholine (PC) for detox and cellular health

It can be speculated that those individuals with deficient DGK enzymes might not have a balanced DAG and PA, and supplementation with phosphatidylcholine might alleviate a deficiency in the substrate level of PA. Thus, those genes encoding DGK enzymes are likely to play a key role in the pathogenesis of bipolar mania. Therefore, it is believed that DGKH might be an important candidate gene associated with bipolar mania symptom based on its biological function. With the advent of genomics research, it is possible to investigate common genetic variants and see whether any common variant is associated with bipolar disorder.

InDGKH was reported to associate with bipolar disorder in a genome-wide association study and many polymorphisms located in DGKH were found to be associated in a population of European origin as reported by the National Institute of Mental Health or a German replicate sample Baum et al. Subsequently, Zeng and colleagues also confirmed that DGKH was associated with bipolar disorder in a Chinese Han population including unrelated bipolar disorder patients and ethnically matched healthy controls using a tagging single nucleotide polymorphisms SNPs strategy Zeng et al.An astounding study found a strong correlation between nutrient status and better performance on difficult visuo-spatial and abstraction tests.

American Journal of Clinical Nutrition, Present or past intakes of protein, vitamins B-1, B-2, B-6, B, E, C, folate, and niacin were all related to intellectual performance in healthy, elderly individuals. If aging adults can improve visual and abstract intellectual functioning simply by eating better and taking supplements, is it not logical that the same would be true for children struggling to develop these skills?

In many ways the deterioration of mental flexibility and sharpness accepted as part of growing older is similar to the processing sluggishness often seen in children with developmental delays. In one situation, the ravages of aging is the culprit; in the other, a total load of stressors causes the brain to process information slowly or inaccurately. Only a small intellectual leap is necessary to consider the possibility that a nutrient capable of improving word recall and concentration in memory-impaired adults may also be useful to a child with word retrieval or concentration problems.

When starting a child on nutrient support for the brain, a general, comprehensive, multiple vitamin and mineral is used as a base. The B vitamins and magnesium seem to be particularly important in optimizing neuro-transmission. Bernard Rimland, founder of the Autism Research Institute, has reported extensively on the use of vitamin B-6 and magnesium in autism.

These supplements can also improve brain function in children with other neuro-processing deficits. Once general nutrient support is in place, specific nutrients can be added depending on the individual situation. For those with known neuro-transmission issues, such as delayed myelination, cerebral palsy, concentration or memory impairment, auditory processing delays, phosphatidyl serine PS should be considered.

Available in gel caps or liquid, PS is an important structural component of brain cell membranes. It is found in tiny amounts in numerous foods but concentrates in the brain, making animal brains the best dietary source.

Since it is no longer safe to eat animal brains, the prudent way to get significant amounts is through a vegetable-based concentrated supplement. By increasing the release of many neurotransmitters, including dopamine and acetylcholine, PS may speed up mental processing without causing the hyperactivity that sometimes accompanies substances that stimulate the release of a single neurotransmitter. The drug Ritalin, for example, is thought to target dopamine. While this effect generally increases focus, driving up dopamine alone also escalates obsessive compulsive behaviors such as tics and arousal, causing poor sleep.

PS, on the other hand, can more gently enhance cognitive function through its structural role in the brain. A typical result may be a child who requires less prompting to speak or a teenage who improves the ability to remember assignments and directions.

An average dosage of PS for children is mg.