Jun 2010
NIH develops more sensitive test for Lyme disease
// Filed in: Lyme Disease Tests
Reported in the June, 2010 issue of Clinical and Vaccine Immunology:
New Test May Simply and Rapidly Detect Lyme Disease
Researchers from the National Institutes of Health have developed a more sensitive test for Lyme disease that may offer earlier detection and lower cost. The details are reported in the June 2010 issue of the journal Clinical and Vaccine Immunology.
Lyme disease is a bacterial infection transmitted to animals and humans by deer ticks. A skin lesion at the site of the bite is one of the first signs of infection followed by potential neurological, cardiac, and rheumatological complications upon entering the bloodstream. The Centers for Disease Control and Prevention currently recommends a two-step blood test for diagnosing the disease, however, several limitations include low sensitivity during the early stages of infection, significant time and expense, and an inability to distinguish between active and prior infection.
In prior studies the luciferase immunoprecipitation system (LIPS) test showed promise at detecting a variety of infectious agents including viral and fungal pathogens. Here, LIPS was evaluated for its ability to detect antibody responses to Borrelia burgdorferi proteins in blood samples taken from a patient group (some healthy and some with Lyme disease) as well as a control group. Results showed that diagnostic levels of 98% to 100% were achieved using LIPS in conjunction with the synthetic protein VOVO.
"These results suggest that screening by the LIPS test with VOVO and other B. burgdorferi antigens offers an efficient quantitative approach for evaluation of the antibody responses in patients with Lyme disease," say the researchers.
(P.D. Burbelo, A.T. Issa, K.H. Ching, J.I. Cohen, M.J. Iadarola, A. Marques. 2010. Rapid, simple, quantitative, and highly sensitive antibody detection for Lyme disease. Clinical and Vaccine Immunology, 17. 6: 904-909.)
New Test May Simply and Rapidly Detect Lyme Disease
Researchers from the National Institutes of Health have developed a more sensitive test for Lyme disease that may offer earlier detection and lower cost. The details are reported in the June 2010 issue of the journal Clinical and Vaccine Immunology.
Lyme disease is a bacterial infection transmitted to animals and humans by deer ticks. A skin lesion at the site of the bite is one of the first signs of infection followed by potential neurological, cardiac, and rheumatological complications upon entering the bloodstream. The Centers for Disease Control and Prevention currently recommends a two-step blood test for diagnosing the disease, however, several limitations include low sensitivity during the early stages of infection, significant time and expense, and an inability to distinguish between active and prior infection.
In prior studies the luciferase immunoprecipitation system (LIPS) test showed promise at detecting a variety of infectious agents including viral and fungal pathogens. Here, LIPS was evaluated for its ability to detect antibody responses to Borrelia burgdorferi proteins in blood samples taken from a patient group (some healthy and some with Lyme disease) as well as a control group. Results showed that diagnostic levels of 98% to 100% were achieved using LIPS in conjunction with the synthetic protein VOVO.
"These results suggest that screening by the LIPS test with VOVO and other B. burgdorferi antigens offers an efficient quantitative approach for evaluation of the antibody responses in patients with Lyme disease," say the researchers.
(P.D. Burbelo, A.T. Issa, K.H. Ching, J.I. Cohen, M.J. Iadarola, A. Marques. 2010. Rapid, simple, quantitative, and highly sensitive antibody detection for Lyme disease. Clinical and Vaccine Immunology, 17. 6: 904-909.)
Biotoxins test and chronic Lyme
Biotoxins created by the Lyme bacterial complex and released into the body can cause chronic illness, even when antibiotics are killing the spirochetes. You will recognize these illnesses by their other names: Chronic Fatigue Syndrome, Fibromyalgia, Sick Building Syndrome, irritable bowel syndrome, and depression.
People who cannot naturally eliminate biotoxins develop chronic illness. About 20% of patients with Lyme disease, due to their hepa-type, are susceptible to biotoxin illnesses. However, according to Dr Richie Shoemaker and other biotoxin experts, the toxins can be eliminated and good health can be restored.
From biotoxin.info: "Many physicians feel that diagnostic tests for Lyme are unreliable, due to differences between strains of the bacteria, and the potential for co-infections with Bartonella, Babesia and/or Ehrlichia. A team of researchers at Boston University Medical Center (Cartwright, Martin Donta) discovered and patented (US Patent No. 6,667,038) the Bbtox1 neurotoxin. They reported that the effects of Bbtox1 were consistent with that of botulinium and other cytoskeletal toxins. Even so, there are no chemical tests for the disease-causing toxin B. burgdorferi produces and releases into human body, even as antibiotics are killing the bacteria. Without such tests, the medical debate over whether or not Lyme can be quickly cured has surged in recent years, provoking frequent battles in which physicians have attacked each other's credibility and integrity (and in a few cases, even their medical licenses). All too often, suffering patients have been left in the middle, essentially ignored by doctors who contend that their long-term symptoms aren't the result of Chronic Lyme, but of 'Fibromyalgia,' 'Chronic Fatigue Syndrome', 'depression,' or 'irritable bowel syndrome.'"
Testing for nervous system dysfunction can be done online. The Visual Contrast Sensitivity (VCS) test is a pattern recognition test that Dr Shoemaker uses to help determine how the nervous system is functioning. According to Dr Joseph Burrascano, at least 70 - 90% of patients whose VCS test is abnormal feel better with treatment, while 30% of patients who test normal from the VCS test feel better with neurotoxin treatment.
When testing for Lyme infection, coinfections are often culprits that go undetected. Be sure to look for Bartonella or Babesia, which destroys red blood cells.
Dr Shoemaker and other Lyme experts agree that if you find elevated C4-A markers, and if symptoms are persistent beyond the initial antibiotic protocol that may indicate that a longer antibiotic treatment, possibly including intravenous antibiotic therapy, is needed. As he makes it clear in this video, you and your doctor will be the judge in whether or not you should use long-term antibiotics.
People who cannot naturally eliminate biotoxins develop chronic illness. About 20% of patients with Lyme disease, due to their hepa-type, are susceptible to biotoxin illnesses. However, according to Dr Richie Shoemaker and other biotoxin experts, the toxins can be eliminated and good health can be restored.
From biotoxin.info: "Many physicians feel that diagnostic tests for Lyme are unreliable, due to differences between strains of the bacteria, and the potential for co-infections with Bartonella, Babesia and/or Ehrlichia. A team of researchers at Boston University Medical Center (Cartwright, Martin Donta) discovered and patented (US Patent No. 6,667,038) the Bbtox1 neurotoxin. They reported that the effects of Bbtox1 were consistent with that of botulinium and other cytoskeletal toxins. Even so, there are no chemical tests for the disease-causing toxin B. burgdorferi produces and releases into human body, even as antibiotics are killing the bacteria. Without such tests, the medical debate over whether or not Lyme can be quickly cured has surged in recent years, provoking frequent battles in which physicians have attacked each other's credibility and integrity (and in a few cases, even their medical licenses). All too often, suffering patients have been left in the middle, essentially ignored by doctors who contend that their long-term symptoms aren't the result of Chronic Lyme, but of 'Fibromyalgia,' 'Chronic Fatigue Syndrome', 'depression,' or 'irritable bowel syndrome.'"
Testing for nervous system dysfunction can be done online. The Visual Contrast Sensitivity (VCS) test is a pattern recognition test that Dr Shoemaker uses to help determine how the nervous system is functioning. According to Dr Joseph Burrascano, at least 70 - 90% of patients whose VCS test is abnormal feel better with treatment, while 30% of patients who test normal from the VCS test feel better with neurotoxin treatment.
When testing for Lyme infection, coinfections are often culprits that go undetected. Be sure to look for Bartonella or Babesia, which destroys red blood cells.
Dr Shoemaker and other Lyme experts agree that if you find elevated C4-A markers, and if symptoms are persistent beyond the initial antibiotic protocol that may indicate that a longer antibiotic treatment, possibly including intravenous antibiotic therapy, is needed. As he makes it clear in this video, you and your doctor will be the judge in whether or not you should use long-term antibiotics.
Tennis star beats Lyme disease
// Filed in: Lyme Success Story|Lyme Disease Treatment
Beautiful and powerful tennis star Samantha Stosur faced her formidable opponent squarely. In 2007, she was struck down with Lyme disease, battling severe fatigue, skin rash, and other symptoms that ripped her off the path to stardom. Since that time, she has not only beat Lyme disease, but also proved herself as a force to be reckoned with on the tennis courts.
Why do athletes seem to have a superb ability to beat Lyme and other serious diseases? There are probably many reasons. We believe it has something to do with maintaining a positive mental focus on winning (putting mind over matter), and regular exercise, which warms up the body's core temperature. Although Sam was unable to exercise (or indeed, even take care of herself) while the disease was in an acute phase, she did return to training and competing as soon as she could muster the strength.
Athletes engage in a program of regular vigorous exercise which raises their body temperatures on a consistent basis, which induces sweat. The raised temperature heats up the body's environment, keeps the lymph flowing at a healthy rate, and kills off toxins and bacteria so they can be carried away in the sweat and washed off.
This is a recent story that probably didn't escape your attention if you are a tennis fan and you have Lyme.
Watch a brief interview with Sam.
Why do athletes seem to have a superb ability to beat Lyme and other serious diseases? There are probably many reasons. We believe it has something to do with maintaining a positive mental focus on winning (putting mind over matter), and regular exercise, which warms up the body's core temperature. Although Sam was unable to exercise (or indeed, even take care of herself) while the disease was in an acute phase, she did return to training and competing as soon as she could muster the strength.
Athletes engage in a program of regular vigorous exercise which raises their body temperatures on a consistent basis, which induces sweat. The raised temperature heats up the body's environment, keeps the lymph flowing at a healthy rate, and kills off toxins and bacteria so they can be carried away in the sweat and washed off.
This is a recent story that probably didn't escape your attention if you are a tennis fan and you have Lyme.
Watch a brief interview with Sam.