The only way you can get this symptom is from drugs and/or heavy metals. This includes vaccines and mercury amalgams. It also includes certain pharmaceutical drugs. Loss of impulse control is usually stimulant based chemicals. This includes Ritalin and aspartame. L-phenylalanine bound in protein foods is harmless but in free form such as aspartame it crosses the blood brain barrier and interferes with impulse control. Ritalin has a similar mechanism.
Nobody heard of Tourette's until the late 80's early 90's. That was when they tripled vaccines and dumped all the new drugs on the market. That was why they also removed the diet aid phenylpropanolamine from the market and bad mouthed ephedrine pills. These all react with aspartame and the new drugs. Yet they had been used safely for over 30 years.
http://serendip.brynmawr.edu/exchange/s ... c-and-tics
Unfortunately schools are loaded with aspartame despite angry parents. It is in aspartame flavored milks and pop in pop machines. All chewing gum has aspartame usually unlabeled and most over the counter vitamins and drugs for children include this crap.
When aspartame first hit the market in large numbers we got the first road rage incidents which were very real not media hype, this was loss of impulse control. The govt answer was to put Prozac on the market to counter act out of control emotions, it is not really about depression. Though aspartame does interfere with natural serotonin levels, it is the L-phenylalanine component.
Then other effects including birth defects showed up so they dumped folic acid in flour to reduce some aspartame effects but this does nothing for the methyl alcohol poisoning. The excess folic acid causes excess stomach acid so they gave us Zantac (ranitidine), Pepcid (famotidine) and Tagamet followed by proton-pump inhibitors.
The worst producer of tics are neuroleptics like Haldol-Haloperidol. This is an abomination that they are treating Tourette's syndrome with Haldol.
Despite what they say Tourette's is tardive dyskinesia but it is interacting with these other food chemicals and drugs causing impulse control failure.
Professor Roger J. Williams did research on Tardive Dyskinesia and the use of neuroleptic (antipsychotic) medications. He discovered that they were efficient chelators of manganese in the extrapyramidal system. He found that if 3 milligrams of manganese was included in the drug dose, it completely eliminated the development of tardive dyskinesia. He immediately brought this to the attention of the big pharmaceutical companies, but was told they had no interest in preventing the disease, even if he was correct.
https://web.archive.org/web/20031209000 ... ptics.html
https://en.wikipedia.org/wiki/Extrapyramidal_system
For the vast majority of practitioners histamine is only relevant when considering immune responses to environmental insults especially during certain seasons. However, its functions in the body are both numerous and far reaching as it is also a neurotransmitter.
Second-generation histamine blockers include fexofenadine (eg, Allegra), loratadine (eg, Claritin and Alavert), and cetirizine (eg, Zyrtec).
Guess what? In children these Zyrtec like drugs can cause muscle jerking and loss of impulse control. They are also spaced out to the point children will run into traffic not looking first.
When you have neurological problems you need more animal fat and protein and less carbohydrates. The reason children tend to fail on medical ketogenic diets after 2 years is they were using some unnatural processed ketogenic food in cans and they limited carbs too much. Carbs only need to be kept around 100 grams. And it is true that refined sugars and fruit juices are worse than complex food starches or whole fruit. There are plenty of non-starchy vegetables too. You know the best calming agent is still probably magnesium rather than calcium so magnesium rich foods can't hurt.
https://www.cbdoilusers.com/charlottes- ... s-ratings/
https://verifiedcbd.com/about-us/
https://cbdinstead.com/blogs/taking-cbd ... n-with-cbd
https://www.bestproducts.com/parenting/ ... -for-kids/
CONTEXT: Legalization of medical marijuana in many states has led to a widening gap between the accessibility and the evidence for cannabinoids as a medical treatment.
OBJECTIVE: To systematically review published reports to identify the evidence base of cannabinoids as a medical treatment in children and adolescents.
DATA SOURCES: Based on Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines, a search of PubMed, Medline, and the Cumulative Index to Nursing and Allied Health Literature databases was conducted in May 2017.
STUDY SELECTION: Searching identified 2743 citations, and 103 full texts were reviewed.
DATA EXTRACTION: Searching identified 21 articles that met inclusion criteria, including 22 studies with a total sample of 795 participants. Five randomized controlled trials, 5 retrospective chart reviews, 5 case reports, 4 open-label trials, 2 parent surveys, and 1 case series were identified.
RESULTS: Evidence for benefit was strongest for chemotherapy-induced nausea and vomiting, with increasing evidence of benefit for epilepsy. At this time, there is insufficient evidence to support use for spasticity, neuropathic pain, post traumatic stress disorder, and Tourette syndrome.
LIMITATIONS: The methodological quality of studies varied, with the majority of studies lacking control groups, limited by small sample size, and not designed to test for the statistical significance of outcome measures. Studies were heterogeneous in the cannabinoid composition and dosage and lacked long-term follow-up to identify potential adverse effects.
CONCLUSIONS: Additional research is needed to evaluate the potential role of medical cannabinoids in children and adolescents, especially given increasing accessibility from state legalization and potential psychiatric and neurocognitive adverse effects identified from studies of recreational cannabis use.