Help With Autism

Vaccines represent a cornerstone of human achievement. Years of science and medical breakthroughs have taught us that many viruses and diseases can be eradicated through the use of vaccines. Just a few generations ago, smallpox and polio presented valid concerns to the medical community. In the 1900s alone, smallpox epidemics contributed to some 400 million deaths worldwide. Today, the disease is a historical footnote. Elsewhere, the advent of an oral polio vaccine helped keep that debilitating illness from crippling future generations.

These medical triumphs have been tempered by a few failures, however. Not all vaccines have served their intended purpose, and some have even been shown to cause detrimental side effects. Despite the best intentions of scientists and researchers, oversights and mishaps have been known to occur. For example, certain vaccines containing the mercury-based preservative Thimerasol have been linked to cases of autism. These cases provide a reminder that although vaccination has had a generally positive effect on the human population, it’s still important to exercise caution and stay informed about new medical solutions.

Since the 1930s, vaccines have contained preservatives designed to eliminate bacteria and fungi that can form in the vaccine. These bacteria and fungi, when injected into the blood, can cause serious problems and are a cause for concern. There have been deaths in the past associated with contaminated vaccines. Thimerosal was one of the first preservatives used in vaccinations. This preservative contains about 50% mercury by weight, and is one of the most popular preservatives to use in vaccinations. While some studies have shown that the micrograms of mercury contained in thimerosal aren’t harmful to humans or animals, others have indicated that this substance is at fault for serious health conditions. Mercury is a volatile and toxic substance that can cause significant damage to the nervous system with high doses. The mercury contained in thimerosal has been linked to conditions of the nervous system like autism.

While thimerosal has been removed from child vaccinations, it is still prevalent in other vaccinations and used in other countries outside of the United States. It’s important to be aware of the dangers of thimerosal and to check the preservatives in both childhood and adult vaccinations.

When a child is an infant, it’s often a fun but sometimes stressful time for parents.  Parents love to witness their child discover new things, mirrors, rattles, and of course, how to make loud noises and draw their parent’s attention.  But it’s also important to be a little cautious with infants, as it is this stage of life that is crucial to future development.  Infants require constant attention and constant care from their parents, including proper nutrition, social interaction, and immunizations.  It’s also important for parents to be aware of the dangers that certain accepted practices can pose to their children.  For example, certain childhood vaccines might cause birth defects mercury poisoning due to preservatives in the vaccines that contain mercury.  It’s best to check with doctors and physicians beforehand about what is being injected into an infant, and to recognize the dangers associated with all substances that come into contact with the infant’s body. 

It’s possible to remove toxins from the body with treatment like chelation therapy, probiotics, and PCA-Rx.  These treatments target heavy metals, like mercury, and purge them from the body.

While it’s not a well known fact, the government in several countries around the world has paid parents for damage caused to their children by vaccines.  Parents like to think of vaccines as a necessity for their child’s safety, but in truth, some vaccines can cause damage.  The vaccine damage differs from child to child; some damage is neurological, while it can also affect physical characteristics.  Most vaccine damage is caused by the preservatives used in the vaccine to keep it from spoiling.  One such preservative, thimerosal, has been linked to serious disorders like autism.  The easiest way to prevent vaccine damage is to limit the amount of vaccinations the child receives, and also to be wary of excess vaccinations.

Children who have toxins in their blood due to vaccinations can remove them with products like PCA-Rx or through chelation therapy.  It might not be possible to prevent damage all together, but being aware of the dangers of vaccines is just as important as recognizing how to prevent and reverse vaccine damage. 

It’s important to vaccinate your child against all the various harmful illnesses and diseases that can be fatal.  But it’s also important to keep in mind that excessive vaccinations can be harmful.  Studies have shown that some of the preservatives used in vaccinations can have serious side effects.  One preservative, thiomersal, which contains mercury, has been linked to several serious conditions including autism.  Vaccination should provide more benefit than do harm, but sometimes it can achieve the opposite.  It’s important for parents to be aware of the preservatives being used in their child’s vaccination, and also recognize that some vaccinations might not be necessary depending on location. 

Despite the dangers of vaccination preservatives, there are several methods in which it is possible to clear toxins from the body.  PCA-Rx, Candida Cleanse, and Probiotics can all serve to cleanse unnecessary toxins from the body and are safe for children. 

It’s impossible to prevent against all the potential birth defects, but it’s important to be aware of those which can be prevented.  For example, certain childhood vaccinations contain a preservative named thiomersal which contains mercury.  Birth defects mercury poisoning is a potential risk, thus it’s important to be aware of what childhood vaccinations contain.  Serious conditions like autism have been linked to mercury poisoning and thiomersal.

It’s also important to be aware of potential birth defects that can be passed on through heredity.  Consulting a doctor and being tested for potential diseases and illnesses is essential if you’re considering having a child.  In some cases, though it is unfortunate, two healthy people can take a huge risk in having a child because of genes that run in their families. 

Parents like to think of the childhood vaccinations their children receive as protection from future damage.  Childhood vaccinations no doubt provide benefits, as they protect from harmful diseases and illnesses.  But some vaccinations can also contain a dangerous preservative known as thimerosal.  This preservative was invented in the 1920s, and while it does keep vaccinations fresh and free from bacteria, it also contains small amounts of mercury.  Heavy metals like mercury can cause serious damage to the brain, circulatory system, and organ functions.  In addition, mercury and thimerosal have been linked as a potential cause of autism. 

It’s important to double check that your child’s vaccinations don’t contain thimerosal.  The U.S. government mandated that childhood vaccinations containing thimerosal must be phased out, but they’re still in existence in other countries and in certain vaccinations. 

When children are young they receive essential vaccinations that prevent a number of dangerous diseases and illnesses that were so potent they caused epidemics in the past.  Diseases like typhoid, tetanus, and smallpox were leading causes of death in the past, and now children can become immune to them at an early age.  However, sometimes more important than receiving the initial vaccination shots is ensuring that the proper booster shots are received throughout the years.  It’s common for children to be vaccinated at birth, only to have parents shirk off future vaccinations, increasing their risk for serious illness that could easily be prevented. 

It’s also important for adults to receive vaccination shots as they advance in years; as a general rule, checking with your doctor’s office on your birthday is a good idea.  Vaccination provides significant benefits, but it’s also important to be aware of one potential risk that comes from the preservative thiomersal.  This preservative has been discontinued in mainstream use because it contains the toxic substance mercury, which can be fatal if it enters the bloodstream in large amounts. 

Adapted from a New York Times story
Published September 9, 2008A clinical research paper published a decade ago triggered widespread fears that the MMR vaccine–which combined measles, mumps and rubella—was a direct result of autism in young children.  Other research over the years has proven contradictory, and now a new study conducted to replicate the original study has provided further evidence that the MMR vaccine was not the culprit.  The initial paper appeared in the Lancet, linking the vaccine, autism, and the gastrointestinal problems found in many autistic children.  Researchers later expanded on this theory, assuming that the measles component of the MMR vaccine caused inflammation that allowed toxins to enter the body and damage the central nervous system, causing autism.  Now, a team of researchers from Columbia University, Massachusetts General Hospital, and the Center for Disease Control and Prevention has been unable to replicate the initial findings.

A group of 38 children with gastrointestinal issues were observed in the recent study; 25 were autistic, 13 were not.  All had received the MMR vaccine.   Only 5 of the autistic children had been vaccinated prior to the onset of their gastrointestinal problems and autism diagnosis.  Genetics testing found remnants of the measles virus in only two of the children—one was autistic while the other was not.  The scientists concluded there was insufficient evidence to link the vaccine to autism in these subjects.  The Institute of Medicine of the National Academy of Sciences, the World Health Organization, and the Center for Disease Control and Prevention have also gone on record as being unable to find a causal link between vaccination and autism.  The Lancet complained in 2004 that the lead author of the original paper had not been forthright about a conflict of interest, while ten of his co-authors retracted the paper’s implication that the vaccine might be linked to autism.

At least 12 infants who were part of a clinical study to test a pneumonia vaccine have died in Argentina over the course of the past year.  The study was sponsored by GlaxoSmithKline, and uses children from poor families.   According to the Argentine Federation of Health Professionals, the families are “pressured and forced into signing consent forms”.

The vaccine trial is still ongoing despite the denunciations.