...In December 2002, doctors at the University of Texas Southwestern Medical Center at Dallas told him he might have amyotrophic lateral sclerosis (ALS), often called Lou Gehrig's disease. It weakens the body's muscles and then paralyzes them. It kills its victim, sometimes slowly, sometimes quickly, but always. In June 2003, the doctors reported that the diagnosis "has been confirmed."...
...Harvey is 67 years old, a graduate of the Air Force Academy and a retired NASA aerospace physician. During his 23-year career as an Air Force officer, he served as a biomedical engineer and a flight surgeon, and later in clinical aerospace medicine and in space medicine research at the U.S. Air Force School of Aerospace Medicine. After his retirement, he managed medical facilities for NASA and for a Department of Energy nuclear facility and for Lockheed.
His resume says he's a clinician in general medicine, but all the nearly 900 patients he says he has treated in the past four or five years have had symptoms similar to Charlie's.
His board certifications are in aerospace medicine, not internal medicine or epidemiology. But in space medicine, he says, NASA physicians weren't able to depend on medical books, because the books they needed hadn't been written yet. Now he's working without books again, he says, because what he's doing is new.
His theory is outside the mainstream of standard diagnosis and treatment. Briefly and simplistically stated, it's this: Many patients who are diagnosed with ALS, multiple sclerosis, Parkinson's, chronic Lyme disease, fibromyalgia, chronic fatigue syndrome and other motor neuron diseases actually are victims of a bacteriological infection that can be cured or at least alleviated with massive doses of certain antibiotics.
The bacillus is Borrelia burgdorferi. Harvey says it's present in the blood of millions of people around the world, often from birth. It's relatively harmless, he says, until something triggers it to attack the nerves that activate the muscles.
Its presence in the blood can't be detected by the standard tests that most labs and hospitals use. According to Harvey, only two labs in the U.S. - one in Florida and one in California - are equipped to find and identify it.