Emerging Science In Lyme Disease Testing:

There is some promising news on the horizon for Lyme Disease. Several new tests have been developed within the past year that I will highlight here. (P.S. I will be adding to this page as new information emerges, so please check back)

Lyme is caused by an infection of the Borrelia spirochete (phylum Spirochetaete) and is the most common vector-borne infectious disease in the United States. With over 300,000 Americans being infected annually, Lyme presents a serious public health concern. Unfortunately, the current testing for Lyme does not account for the wide genetic variability or the multiple variant forms of Borrelia. In addition, the level of spirochetes in the blood can run so low that they may be undetectable at the time of testing.

A Negative Lyme Test Does't Exclude the Diagnosis of Borreliosis

Lyme disease, caused by the Borrelia Burgdorferi spirochete, is the most common vector borne disease in the United States. There is considerable debate regarding the accuracy of current testing for Lyme Diseaes.

Obtaining a positive confirmation for Lyme is hampered by several factors:

1. Antibodies against Borrelia burgdorferi [Bb] are slow to develop (1-4 weeks for early antibodies (IgM) & 4-6 weeks or more for mature antibodies (IgG)); 
2. Co-infection with other spirochetes can yield false positives; 
3. Co-infection with certain viruses can yield false negatives;
4. Co-infection with other tick-borne disease can yield false negatives;
5. Immunosupression (lack of antibodies) can yield false positives; 
6. Immunoblots (a test that looks for antibodies) are subject to human interpretation and error;
7. No single Enzyme Immunoassay Test (EIA) currently exists to detect all 21 strains of Borrelia; 
8. Early antibiotic use can yield false negatives;
9. Many doctors don't know the reason's for false negative tests, and fail to repeat them.

Four Stages of Lyme Disease: Borrelia burgdorferi

Lyme Disease is a vector borne illness caused by Borrelia Burgdorferi(Bb) a spirochete which is passed on to humans primarily by infected ticks. There are 21 known species of Borrelia and 3 genotypes of B.burgdorferi.  Ticks are small arachnids and can carry numerous bacteria, viruses and protozoa such as Rickettsia, Bartonella, Ehrlichia chaffeensis, and Babesia. The tick has a two year life cycle, going from larva to nymph to adult, requiring blood at each stage. Many bites occur during the nymph phase. The typical nymph is about the size of a poppy seed.

The Long Road to a Lyme Diagnosis

In August 2012, my daughter became critically ill. What we thought was the flu, progressed to a point where she could no longer function physically or mentally.

At the time of her illness my daughter was a straight "A" honors student and playing Water Polo. She was doing 360 sit-ups, 20 pushups and swimming for 2-4 hours every day. One day she came home from school with a flu like symptoms and a fever. After a week of her progressively getting worse, I started taking her to the doctor on a Bi-weekly basis. By the second month of her illness she could barely walk. She'd gone from Geometry/Algebra to not being able to do simple addition/subtraction. She had a laundry list of symptoms: Constant migraine type headache, extreme insomnia, extreme light sensitivity, sound sensitivity, neck/back pain, muscle/joint pain, jaw pain, extreme foot pain, extreme fatigue, shortness of breath, nausea, abdominal pain, low blood pressure, lightheadedness, as well as a recurring low grade fever that was accompanied by a diffuse rash. Later she developed reddish/purple striated marks on her back, her legs/feet would remain bluish & cold most of the time and her blood pressure would hover in the 70:50 range making her completely intolerant of any activity.  Her memory which was once sharp as a tac had disappeared. She wasn't able to walk more than ten feet without starting to black-out. School had become virtually impossible.