Help With Autism

Since Candida is believed to be caused by simple carbs, sugars and refined foods, a typical treatment plan will simply remove these foodstuffs from a person’s diet. Some people report immediate relief from these measures, often in as little as 12 hours. But doctors say that these sort of miracle results are rare, if possible at all. Adopting these dietary guidelines, along with taking a Candida cleanse, is the best way to cure the affliction in the long run.

In order to eliminate simple carbs from your diet, you’ll obviously need something to replace them. You should strive to consume at least one serving at vegetables at every meal, as they are low in starch and carbohydrates. They will also help you stay full longer and thwart your carbohydrate cravings. In addition to changing your diet, you should also be working to reduce stress in your life. This is a difficult undertaking, so start by implementing small changes like working out a little each day.

In an unprecedented ruling, the family of Hannah Poling has won a case in which the family sued for autism-related vaccine damage. The Poling family will receive more then $1.5 million up front, as well as $500,000 for each year of care. According to sources close to the case, the settlement could end up being in excess of $20 million of Hannah’s lifetime.

Much autism news has been made concerning the potential link to vaccinations, but this case is rather unusual. After receiving vaccination for nine different diseases, Hannah’s parents recognized immediate changes in her behavior; Hannah started displaying signs of autism, ran a fever, wouldn’t eat and having tantrums. The government recognized that the vaccines were the result of her injuries, but that isn’t the whole story. Hannah had a rare, unknown mitochondrial disorder which was aggravated by the vaccines. According to doctors, this disorder in turn brought on the autism. Nobody knows how many other children have this or a similar mitochondrial disorder, but this case certainly opens the door for more settlements moving into the future.

The ongoing debate over the potential link between mercury poisoning and autism seems to be coming to an end. With the credibility of Dr. Wakefield tarnished and a flurry of new research dismissing any such correlation, there seems to be little left to debate. But a new book out by Dan Olmsted and Mark Blaxill, “The Age of Autism: Mercury, Medicine, and a Man-made Epidemic,” reopens the topic.

Among their most intriguing claims is that the medical and manufacturing industries have been recklessly using mercury for decades, and the uproar over vaccines shouldn’t be the only one. In fact, the rise of autism cases in the 1930s correlates with the introduction of ethyl mercury to agricultural products and vaccines. According to the authors, there is substantial evidence to suggest that mercury and other environmental toxins are to blame for the rampant increase in autism diagnoses over the last 80 years.

Most diseases don’t discriminate, but that isn’t the case with autism. Males are far more likely to be diagnosed with the disorder than their female counterparts are, and scientists believe they may have uncovered one of the reasons. Researchers have recently discovered a mutated gene in boys that puts them at a higher risk of autism.

In 2007, several organizations found that boys with autism had more growth related hormones than those without the disorder. Last year, researched identified CACNA1G, a gene which is more common in boys and seemed to be one of the mutated genes in autistic children. And just recently, researchers were able to identify another gene affecting the X chromosome of males with autism. As more discoveries are made pertaining to autism genes, it will aid scientists in developing new autism therapy.

One of the reasons it’s easy to make a connection between mercury poisoning and autism is the fact that the effects of mercury poisoning and the disorder are so similar. But since the renouncement of Dr. Wakefield’s study on the issue, the theory linking vaccines containing mercury with autism has been receiving increased scrutiny. A new study from the U.S. Centers for Disease Control and Prevention shows that infants exposed to the highest levels of thimerosal, the mercury preservative in vaccines, were no more likely to develop autism.

With mounting evidence against the mercury-autism correlation, researchers will have to start looking elsewhere for causes of autism. Because there is such a spectrum of disorders and individuals recognize varying symptoms at different periods, it’s suspected that the causes of the disease are manifold. This is one reason why it is so difficult to develop treatments for the disease.

Autism typically develops early in children, but it can be quite difficult for researchers to identify the disorder. Since communication is one of the key skills affected by the disorder, there are few reliable means of diagnosing autism in children and infants. Doctors and scientist continually look to eye movements as one of the best ways to target autism early. Last week he highlighted a new study that linked autism with erratic eye movement, and today are new articles on autism reporting on a study that further strengthens the link between staring patterns and autism.

According to the researchers from UCSD, babies around one-year-old may stare at geometric patterns instead of other children. Conversely, the line of vision of unaffected children is typically trained on people. As with previous research correlating eye patterns and autism, the team of UCSD researchers is excited by the prospect of using eye-tracking technology for autism assessment.

Autism often develops early in children, but the trouble is that it is difficult to detect. Until children begin to communicate and interact with people and their environment, finding early indicators of the disorder is largely a guessing game. But new autism research from the Kennedy Krieger Institute shows that an infant’s gaze could be one of the earliest indicators of autism.

According to the study, infrequent or erratic staring is an indication that an infant is at a higher risk of autism. During the study, the researchers also tested for cause and effect learning skills, which they found to be consistent between both high- and low-risk infants. The study was conducted using 25 infants who have siblings with autism and 25 who have no family history of the disorder. A child is considered “high-risk” for the disorder if they have at least one sibling with autism, as they are 25 times more likely to develop it themselves.