Protection from Vaccines

  • By Healthy Living Liberty Lake
  • 09 Aug, 2016
Last week I discussed how 2 whistle-blowers that left the CDC have confessed that they were made to lie about the association between the MMR vaccine and the development of autism. By November 2001, the CDC knew that the younger the age you are exposed to the MMR vaccine, the more likely you are to develop autism. Yet in 2004, they published what we now find out are fraudulent results, claiming the MMR was "safe." And a 2002 study in Denmark showed the rate of autism increased eightfold since the MMR was introduced.

In my own practice I have seen parents who, tragically, had a perfectly normal, loveable child until the MMR was given. Then the regression occurred, sometimes dramatically, in speech, motor skills and overall development. It is no doubt that the MMR vaccine is unique among all other vaccines, in it's potential to induce the signs and symptoms and ultimate diagnosis of autism. 

Now, is it the only cause? No! Autism and autism spectrum disorder, or ASD, are extremely complicated disorders, with multiple potential variables and causes. I don't want my readers to come away from this article with the thought that the MMR is the only cause of autism.

It is only in children that are vulnerable to the disease that the MMR may cause a problem. How do you know if your child is at risk? Often it is impossible to tell, but there are some signs to look for. First, if your child has the second toe longer than the first toe, this implies a genetic defect in methylation, or MTHFR. This can be easily tested with a swab of the cheeks, but if the second toe is longer than your child has this very common defect. It occurs in 40% of the population. I have it myself. People with the MTHFR defect tend to have lower B vitamins, and require a methylated form of Bs - such as methyl-folate and methyl-cobalamin (B12). For children, we use a supplement called methyl factors, that has this specific type of Bs, plus other methylation support. Without the correct amount of B vitamins, children will not learn as quickly and can have speech impairments.

If you have had one child with ASD, then your second child is at much higher risk. I would delay the MMR vaccine until age five in this case to allow their immune system to mature, and also protect him/her with the following:

  • Vitamin A provides protection from the measles and has been shown to reduce death in measles sufferers - even the WHO is giving vitamin A to those with measles. Giving vitamin A with the MMR has also been shown to reduce the risk of developing ASD from the vaccine. Give 10,000 units the day before, the day of, and the day after the vaccine. Children with autism often have a genetic deficiency of vitamin A which can lead to difficulty seeing at night.
  • Vitamin C, between 3000 and 5000 mg, the day before, the day of, and the day after the vaccine also helps. Vitamin C helps to bind and eliminate the heavy metals found in all vaccines. Children with defects in MTHFR and with autism have difficulty clearing toxins and heavy metals.
Before giving a second MMR, have your doctor check titers to see if they really need it. 95% of kids are immune after the first dose of MMR, and do not need a second. However, if your child had any symptoms of autism that developed after the first MMR, do not give any subsequent MMR vaccines, ever!

Delay vaccines, especially the MMR, within six months of antibiotics. The strength of the gut is compromised by antibiotics, and the gut is 80% of the immune system. Autistic children often have gut and bowel disorders, and antibiotics only worsen the symptoms. Give quality probiotics daily to help boost overall immunity. 

Autism is a tragic disease, but is treatable. These children are physically ill, immunosuppressed with a chronic autoimmune disorder affecting multiple organ systems. Funding to look at the etiology of autism, to identify children at risk, to develop safe vaccines, and to prevent this disorder is imperative. For more information, read a book by Dr. Kenneth Bock, titled "Autism ADHD, Allergies and Asthma, the 4 A disorders."

By Dr. Susan Ashley, M.D.
By Healthy Living Liberty Lake 12 Oct, 2017
Prostate cancer is the most common cancer occurring in men. Approximately 230,000 men a year are diagnosed with the disease, while 29,000 of them will die from it - a 90% survival rate. We don't know if the 29,000 who die have died from the actual treatment of the disease, versus the cancer itself. The risk of prostate cancer increases with age, and most cases are diagnosed after age 65. It is rare under age 40.

There is much controversy regarding prostate cancer treatment. Most cases are indolent, meaning they don't spread outside of the prostate itself and that the patient will die from something else before prostate cancer becomes a mortal threat. Men with low risk prostate cancer need no treatment and are good candidates for active surveillance.  

If your PSA is between 1.5-4, you have a 15 times greater risk of prostate cancer than men with a PSA < 1.5. So if you're told that your PSA is high, or on exam you have a nodule that is suspicious, the only option that has been offered until now was a 3D color doppler or MRI, and prostate biopsy. However, there is concern that a biopsy may contribute to spread of the disease past the capsule of the prostate, and that if left alone it would have stayed encapsulated, causing no health issues. 80% of men who undergo biopsy, which is a painful and bloody procedure, have either no cancer or an indolent form of cancer.

This may explain why there have been studies showing that those who did nothing with a diagnosis of prostate cancer have the same survival as those who were treated.

What should you do if told you either have, or may have, prostate cancer?

Get a test called a 4K score (4Kscore.com). This is a specialized blood test that is sent to the 4K lab, and can help to differentiate if the tumor you have is one that is likely to be more indolent, or one that is more likely to be aggressive and requires treatment. If it comes back low risk, then you can talk to your doctor about active surveillance. Meaning, just watch it for now. And avoid the pain and possible risks of prostate biopsy.

The test is covered by insurances and Medicare, and is simple to do.

You can reduce your risk of ever developing prostate cancer, and also reduce the size of the prostate with a few simple measures:
    1) Take vitamin D, and have your levels checked -- it should be between 70-90. A low vitamin D is strongly associated with prostate cancer.  
    2) Have your testosterone and estrogen levels checked. A low testosterone is associated with prostate cancer, as is a high estrogen level. If your testosterone is low, get your levels up using bio-identical testosterone, and if the estrogens are high, you'll need to lower your levels. I often use a drug called anastrazole to lower estrogen in men.
    3) Use a supplement to reduce the size of the prostate and to reduce PSA. I like one by Xymogen, called Prostate Flo.
It's an excellent product for the prostate, a combination of zinc, saw palmetto, pygeum, cranberry fruit, B6, and beta-sitosterol. Zinc is highly concentrated in the prostate and a lack of zinc has been associated with a reduction in the repair of DNA damage in prostate tissue. Zinc is also necessary for the production of testosterone.

For a much more comprehensive review of alternative views in the treatment of prostate cancer, go to SurvivingProstateCancer.org.

By Dr. Susan Ashley, M.D.
By Healthy Living Liberty Lake 05 Oct, 2017
For anti-aging, nothing replaces activity and movement, and now another study out of Britain emphasizes this point. Men who played sports in mid-life were more likely to be active in old age than those who did other types of physical activity in mid-life. This was especially true for those who played sports for many years, the findings showed. For those that played sports for 25 years, they were nearly five times more likely to be physically active in old age than those who didn't play sports.

The research included 3500 men, ages 40-59, and followed them for 20 years.  Those who were physically active in mid-life were nearly three times more likely to be active at the end of the study period.

Men tended to take up walking as they aged. At the start of the study, just 27% reported high levels of walking. By the end of the study, that number was 62%.

It was felt that people's enjoyment of sport may be more likely to persist into old age than preferences for other types of activity. Sport participation in mid-life may help maintain physical function and physical activity in later life, increasing psychological and physical readiness in old age.

The bottom line?  Start being active early in life. Allow your children to play sports, run, jump, bike, and get in the habit of moving and exercising while playing. This habit will be more likely to follow them into mid-life, and then into later life.  
Your muscles and bone density will stay stronger, and the quality of life will drastically improve.  

When you walk, try to walk briskly, at a pace of 3-4 miles per hour. Many studies have shown that the faster the pace, the longer the life. And when the pace slows down, aging is accelerating.

Ligament, tendon and muscle injuries are more likely to occur as we age. To counter this, I keep a supplement made by Standard Process called Ligaplex at home. It works great for these injuries, to allow healing much more quickly. Stem cells of course also allow for a much faster healing rate for orthopedic injuries.

Our bodies are meant for motion - don't let yourself slow down when you reach your 40s and 50s and beyond!

By Dr. Susan Ashley, M.D.
By Healthy Living Liberty Lake 28 Sep, 2017
One in three seniors will die of dementia. One in three!! If you think one-third of all seniors will die with dementia isn't shocking enough, below are some more terrifying facts about what happens to our minds as we get older:

  • One in eight over 65 years old in the USA has Alzheimer’s
  • In 2014, an estimated 5.2 million in the USA have Alzheimer’s
  • Women are more likely to develop Alzheimer’s than men
  • One in six Women will develop Alzheimer’s
  • Just five years ago in 2012 the United States alone spent $200 billion with Medicare, Medicaid and Out of Pocket Expense for Alzheimer’s and other Dementia care not including Private Health Insurance. This number is projected to go to $1 trillion.
  • Alzheimer’s can start as early as the 30s, 40s, and 50s.
Remember this if you still can, as the population starts to age we have to be ready for what is rapidly going to be one of our biggest healthcare problems, if not THE biggest healthcare problem, dementia in all its forms. We now know that one-third of our aging population will die with a form of dementia and one-sixth of all women will die with the most common form -- Alzheimer's. This epidemic can become an unimaginable burden on the family and loved ones that take care of the afflicted.  

Dementia will soon become the biggest cost of the healthcare system. This is a larger problem than AIDs in the 1980s, and just as serious as cancer and heart disease. As over 10,000 people a day, projected to go to 15,000 people a day, turn 65 in the USA, dementia will soon be the number one health risk.
  
There are many types of dementia, with Alzheimer's being the most common. Two other forms of dementia are multi-infarct - or small strokes - and Parkinson's disease. It is basically any condition that develops when nerve cells in the brain die or no longer function normally. The death of the nerve cells causes changes in memory, behavior, and ability to think clearly. In Alzheimer's, the brain changes eventually impair an individual's ability to carry out such basic bodily functions as walking and swallowing, and is ultimately fatal.

So what are we to do?  In our clinic if any of our patients are complaining of their memory, or "senior moments", we obtain the most sensitive indicator of brain functioning, a QEEG, or quantitative EEG. Covered by Medicare and most insurances, this will tell us how the brain is working in every lobe, and what can be done to improve brain functioning. I use a number of specific brain supplements to nourish the brain, including omega 3s and the B vitamins, depending on what the QEEG shows. Neurofeedback can be used to help brain functioning, and exercise performed regularly is known to improve our brains. Diabetes should be well controlled, since high blood sugars are devastating to the brain cells and create more inflammation. And recently we've started Stem Cell therapy to help slow Alzheimer's or dementia from any cause.

If you want to read more, buy the book The End of Alzheimers by Dale Bredesen, M.D. It's a wonderful book that is highly informative and should be a must-read by everyone over the age of 50.  

By Dr. Susan Ashley, M.D.
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