Wednesday, October 24, 2012


     This one will make your head spin. I want to make sure you have no faith in most Lyme testing done to the CDC standards. I've had two blood test over fifteen years and with the negative results I believing continued on. Not until the third negative test did I decided to look into Lyme and it's co-infections.

     I was in no condition to start my medical training (self taught, Google U) but very dedicated. Within the first day of web searching I new I was on my own. It was up to me alone to beat this thing. With limited funds I was between a rock and a hard place.

    With 24/7 research I came up with what I believed to be my best shot at getting my health back. It's been an unbelievable road I've been down, yet I have came along way from last year. Progress is measured in baby steps by the month. It's a marathon for sure but by the grace of God and education I'm much closer to the finish line than the starting line.

    This is a long read but it will enable to see what a sham and travesty just about all Lyme testing really is. Please take the time to read this. Understanding that going to your GP or local ER is going to set you up for a true disaster.

     Again I'm hoping Advanced Labs. Inc. finally has the Gold Standard for Diagnosing Lyme.Hemisphere Blender - Blenders, Juicers & Mixers (Google Affiliate Ad).

Laboratory Tests
By Tom Grier M.S.
Three Main Categories of Lyme Disease Tests:
1. Indirect Tests (serum antibody tests):
ELISA; Western Blot; IFA; Borreliacidal Antibody Assay (Gunderson test);T-cell Activation Test
2. Direct detection tests:
PCR (DNA amplification); Lyme Urine Antigen Test (LUAT); Antigen Capture Test; culturing of skin, blood, CSF, urine, or tissue; immune complex / antigen-antibody test
3. Tissue Biopsy and Staining:
Silver Stain; Gold Stain; Fluorescent Tagged Monoclonal Antibody Stains; Acrodine Orange; Gram Stain; Muramidase; etc.
There is a great deal of confusion and controversy surrounding Lyme disease testing. The first problem is that most of the manufacturers of these tests want you to believe that their tests are the best.
At every medical convention, I listen to sales pitch after sales pitch from sales people making their product sound infallible. Often the terminology is confusing and the customer frequently misinterprets what is really being said.
For example, a salesman may say the rate of false positive or false negative is less than one percent. This sounds like the test is more than 99% accurate.
In reality, what it is saying is if you have 1000 test samples from the same known laboratory sample, then in less than ten samples will there be a result that differs significantly from the other 990.
In any of this, did you hear the words: "percent reliability" or "percent accuracy" in diagnosing Lyme disease in humans? No!
People often mistake "false positive rate" for accuracy. The truth is that no Lyme disease test to date is close to 100% accurate, because each test has its own particular set of shortcomings.
So, while the first problem with Lyme disease tests is in the way they are promoted, the second problem is the way the tests are primed to recognize laboratory strains of Bb, rather than wild types.
Third, the Lyme spirochete can hide in the human body, and fool the immune system into thinking it isn't there.
So, no antibodies are produced, resulting in negative tests. Stealth technology isn't new, it evolved millions of years ago by the first bacteria that evaded its host's defenses.
Immune Responses
The first antibody our body makes in response to a foreign invader is usually immunoglobulin type M, abbreviated as IgM.
This large antibody takes two to four weeks to be made in quantities large enough to be consistently measured. It is at its peak of production four weeks after exposure to an antigen.
The IgM antibody will only stay in circulation for about six months, and then levels are usually too low to detect. If infection persists, this antibody may also persist.
In general, a Lyme patient who consistently has detectable IgM levels is usually chronically ill, but its absence is not a reliable indicator of cure.
The second antibody we make after the IgM is the IgG antibody. This antibody takes four to eight weeks to form, and is gone in less than twelve months. It peaks at about six weeks.
This antibody crosses the placenta, so an infected mother can pass this antibody to her child. An IgG antibody titer in a newborn does not have to mean active infection.
It does mean the mother has had exposure, and the child must be carefully monitored for signs of the disease.
Because of the difference in the two antibodies, two separate tests are available to test for their presence.
Therefore, a physician must specify whether or not a patient should have an IgM or IgG Western Blot, or an IgM or IgG ELISA test.
This is the earliest of the antibodies to appear in response to an infection. It is produced in quantity.
It is six times larger than the IgG antibody. Because of its size, this immunoglobulin does not cross the placenta.
Since it cannot enter the fetus from the mother, any newborn that starts to make IgM antibodies against Lyme disease must be infected.

However, a fetus exposed to Borrelia burgdorferi early in the pregnancy may never make an antibody response to the Lyme bacteria because the baby's immune system doesn't recognize it as foreign.

This antibody remains the longest and is the foot soldier of the immune system. It attacks 
viruses, bacteria, yeast, toxins, and transplants.
The IgG antibody can kill bacteria indirectly by tagging or marking the foreign invaders for destruction by the [u]killer cells (T-cells, macrophage).
Or, it can kill the bacteria directly by evoking compliment, a series of enzymes and proteins that will dissolve the intruder. 
Note: It was once thought that plasma cells could produce antibodies that could conform to any shape necessary to attack foreign intruders. If this were true, we would have almost unlimited immunity.
It is now thought that each person has a finite collection of specialized lymphocytes that are able to create a finite number of antibodies.
Each antibody shape is predetermined, and can be produced by only one type of lymphocyte. When the body is invaded by a foreign antigen, it will stimulate one of these cells, and only that cell will begin to clone itself.
This process takes several weeks.
If we lack the right cell type to do the job, we are left with a gap in our immunity.
This might account for why some Lyme patients with certain tissue types have greater morbidity, while others have relatively mild symptoms.
Dr. Alan Steere, M.D., observed that Lyme arthritis patients with tissue type HLA-DR2 and HLA-DR4 had more severe arthritis and chronic disease.
Other tissue types have been associated with an increased incidence of multiple sclerosis and other neurological diseases.
It might be that different patient tissue types might account for a difference in patient's symptoms to a greater degree than different strains of the bacteria.
It is known that this bacteria has an affinity for specific tissues. If you have a specific lack of immunity, this may cause the disease to manifest differently in those tissues.
For example, let's say hypothetically that your heart is infected with Borrelia burgdorferi bacteria. Perhaps most people make an antibody that suppresses attachment of Bb to certain fibers in the heart.
If you lack that antibody, the infection may continue more aggressively and manifest differently - for instance, causing an enlargement of the muscle fibers or destruction of the conduction pathways.
Instead of lacking a specific antibody, perhaps some individuals make a different kind of antibody, an antibody that not only attacks the bacteria - but may attack the heart as well!
It is well known and documented that some patients produce auto-antibodies, which are antibodies that our own body produces that attack our own tissues.
This is the basis of autoimmune disease. In some Lyme disease patients, an auto-antibody against cardiolipin has been clearly established in Lyme patients with Lyme carditis.
Perhaps, in addition to other Lyme tests, we should also be tissue typing patients and searching for auto-antibodies? Tissue typing requires a small blood sample, and costs about $200.

Western Blot
The Western Blot essentially makes a map of the different antibodies the immune system produces to the bacteria.
The map separates the antibodies by the weight of their respective antigens and are reported in units called kilo daltons or kDa.
For example, a Western Blot may report bands at 22, 23, 25, 31, 34, 39, and 41 kDa. Each of these bands represents an antibody response to a specific protein found on the spirochete.
The 41 band indicates an antibody to the flagella 41 kDa protein and is nonspecific.
The 31 kDa band represents the OSPA protein and is specific for just a few species of Borrelia, as is the 34 band OSPB, and 23 kDa OSPC.
In 1994, the Association of State and Territorial Public Health Laboratory Directors, under a CDC grant, decided that there should be consistency between labs reporting Lyme disease Western Blots, and that a specific reporting criteria should be established.
The consensus committe, chaired by Dr. Michael Osterholm, Ph.D., MN, set nationwide standards for Western Blot reporting. This sounds good, but one could argue they made a bad situation worse.
Prior to the hearing, virtually every lab had accepted bands 22, 23, 25, 31, and 34 kDa as specific and significant, and reported them as positive for exposure to Borrelia burgdorferi.
Not only are these bands specific for Borrelia species, but they represent all of the major outer surface proteins being used to develop the Lyme vaccines.
The committee, without any clear reasoning, disqualified those bands as even being reportable.
After the consensus meeting, those bands were no longer acceptable. The result was that what had been a fair-to-good test for detecting Lyme disease had now become poor, arguably useless.
Many scientists have questioned these new reporting criteria, and several wrote letters of protest to both the committee and to laboratory journals.
Many labs stopped reporting the actual bands and instead, simply reported the test as positive or negative, thus preventing any further interpretations. (90)
How badly did the Lab Directors bootstrap this test?
The following is an analysis of the new guidelines presented as an abstract and lecture at the 1995 Rheumatology Conference in Texas, chaired by Dr. Alan Steere, MD. (1995 Rheumatology Symposia Abstract #1254, Dr. Paul Fawcett, et al.)
This was a study designed to test the recently proposed changes to Western Blot interpretation by the Second National Conference on Serological Testing for Lyme Disease, sponsored by the CDC.
The committee proposed limiting the bands that could be reported in a Western Blot for diagnosis of Lyme disease. Out of a possible 25 bands, 10 specific bands were selected as being reportable.
An lgG Western Blot must have five or more of these bands: 18, 21,28, 30, 39, 41,,45, 58, 66 and 93 kDa.
An lgM Western Blot must have two or more of the following three bands: 23, 39, 41.
Conspicuously absent are the most important bands, 22, 23, 25, 31, and 34, which include OSPA, OSP-B and OSP-C antigens - the three most widely accepted and recognized Bb antigens. These antigens were the antigens chosen for human vaccine trials.
This abstract showed that, under the old criteria, all of 66 pediatric patients with a history of a tick bite and bull's-eye rash who were symptomatic were accepted as positive under the old Western Blot interpretation.
Under the newly proposed criteria, only 20 were now considered positive. (The number of false positives under both criteria was zero percent.) That means 46 children who were all symptomatic would probably be denied treatment! That's a success rate of only 31%.
*Note: A misconception about Western Blots is that they have as many false positives as false negatives. This is not true. False positives based on species specific bands are rare.
The conclusion of the researchers was: "the proposed Western Blot reporting criteria are grossly inadequate, because it excluded 69% of the infected children."
Elisa Test
The Enzyme-Linked Immunosorbant Serum Assay is the simplest, least expensive, easiest to perform, and most common Lyme test ordered. It is a test based on detecting the antibodies that our bodies make in response to being exposed to Borrelia burgdorferi (Bb).
It is a preferred test by laboratories, not because it is more accurate than other Lyme tests, but because it is automated. Many different patient samples can be performed by a single machine simultaneously.
This allows for a faster turnover, less costs, and theoretically, standardized test results that are consistent from lab to lab.
We are told by manufacturers, health departments and clinics that the Lyme ELISA tests are good, useful tests, but in two blinded studies that tested laboratories for accuracy, they failed miserably.
Lorie Bakken, MS/MPH, showed in her studies that there was not only inaccuracy and inconsistency between competing laboratories, but also between identical triple samples sent to the same lab.
In other words, identical samples often resulted in different results! In the first study, forty-five labs correctly identified the samples only 55% of the time.
In the latest study by the College of American Pathologists, 516 labs were tested. The overall result was terrible! There were almost equal numbers of false positives as false negatives.
Overall, the labs were 55% inaccurate. The labs could only give a correct result 45% of the time. You are actually better off to flip a coin!
The basis of the ELISA test is that it can be primed to be very specific for particular antibodies. This is done by taking a laboratory sample of the Lyme bacteria and breaking the sample down into fragments.
These fragments, or antigens, are then embedded on the side of a reagent vessel like a test tube.
Then the patient's serum is added, and any free (non-complexed) antibodies specific for the test strain will then bind to the antigens, which are linked to special enzymes that will change color when antibodies are present.
The sample is continually diluted until the reaction no longer occurs and no color change can be detected.
The sample is then reported as a dilution ratio, such as one part serum to 256 parts water, or 1:256.
The ELISA test sounds simple and straight forward, but it has a couple of major flaws. Borrelia species are some of the most polymorphic bacteria known to exist.
In other words, most Borrelia species can significantly change its surface proteins enough during cell division as to evade our immune system, and may differ from laboratory strains enough to result in negative tests, even if antiBb antibodies are present!
In Europe, this problem is intensified because they have recognized three species of Borrelia that cause Lyme disease, and so they have available three separate ELISA tests.
The questions in America are:
1) Have we recognized all the strains and species of Borrelia that cause Lyme disease symptoms, and
2) are we incorporating them into our tests?
The answer is no. Convenience and expedience has chosen that we don't prime our ELISA tests withwild strains, but use a laboratory strain.
When a lab reports that their ELISA test has had high specificity and high sensitivity, it is usually interpreted by doctors as being a more accurate test, but the doctors don't know what the lab is actually measuring.
One of the hidden problems of serologic Lyme tests is the fact that the tests must be primed with a source of bacteria to create the reactions with the patient's antibodies.
To do this, virtually all labs rely on a laboratory strain of Bb known as strain B-31.
Taking purified antigens from strain B-31 and injecting them into mice, they then can extract a monoclonal antibody to each antigen, or a polyvalent antibody soup.
This antibody is concentrated and purified, and then added to the ELISA test to test the efficacy and performance of the test. Unlike the wild strains, B-31 grows well in culture, and this makes it a perfect choice as a consistent and inexpensive source of Bb.
But the affinity the mouse monoclonal antibody has to B-31 antigen is quite different from the affinity the patients' antibodies have to the same antigen.
This means the test may register as negative because the test cannot detect the slightly different antibody profile that a wild strain of Bb can produce.
In other words, the labs are really comparing apples to oranges!
This is why, when the American College of Pathologists used human sera to test the accuracy of 516 different laboratories ELISA tests nation wide, the overall accuracy was only 45%.
In the quest for specificity, most ELISA tests have become so specific that the test may fail to detect antibodies from related strains of Borrelia.
This would include different genospecies that cause Lyme disease, as well as different Borrelia species that cause Tickborne Relapsing Fever.
Would a cross reaction to the Borrelia species that cause Tick-borne Relapsing Fever be so bad?
The real Achilles' Heal of an ELISA Test is that it can only detect free antibody. It cannot detect any antibody that has become complexed with antigen.
The ELISA test depends on the active, free antibodies to attach to the free antigens that have been embedded on the walls of the test tube. If the antibodies in the serum being tested are already attached to antigens, then the enzyme reaction cannot take place.
If we think of antibodies as sort of keys that fit into locks, and that on the surface of the bacteria are specific locks we now call antigens, you can see that once a key is inserted into a lock, the key is no longer available to open any other locks.
What makes this test so misleading is that many doctors accept high readings as an indication that the patient must really be sick. This logic is exactly backwards.
If a patient is really infected with lots of bacteria, that means they have a lot of bacterial antigens floating around in the blood that are complexing free antibodies.
So, as free antigen increases, free antibody decreases. Since the ELISA test detects only free antibody, a negative test might actually indicate a more serious infection.
Many times, I have seen totally asymptotic patients with ELISA titers over 1000 be treated as though they were on death's doorstep simply because they had a high titer, while patients with borderline titers who are practically disabled are ignored, because a low titer is perceived as meaning less infected! These conclusions are erroneous and actually opposite to the truth, which is that a high titer means greater natural immunity.
This phenomena can actually be observed by using vaccines. If a patient has been vaccinated for a disease like tetanus, they will carry a high titer of free antibodies.
If you try to measure those antibodies an hour after a booster shot is given, they will test negative. This is because the injected tetanus antigen complexes all available free antibody before the body can make more, so the measurable free antibody level drops.
The nature of all antibody is to seek out the proper antigen. The level of free antibody available is variable and often inadequate for the amount of antigen available. As antigen increases (i.e. The bacteria are dividing faster than the immune system can handle), free antibody drops.
What a high ELISA test may be a better indicator of is what level of immunity is the patient capable of mounting against this infection? A high titer is the same thing as saying the patient has a high natural immunity, and a low can mean that the patient may be overwhelmed by infection.
In one year-long study by Dr. Sam Donta, MD, done on chronic Lyme patients, the initial ELISA tests proved to be more than 66+% inaccurate (1996 LDF Conference lecture). Other researchers have also found the ELISA tests to be inaccurate.
Using a 45-panel diagnostic testing protocol from the NIH for testing the efficacy of the ELISA and Western Blot, researchers found the accuracy of the Lyme ELISA varied from about 50-75%, and were routinely inconsistent.
The CDC's ELISA test did no better on average than any other ELISA. It is the CDC ELISA test which is used for surveillance of emerging Lyme disease in the United States, yet the test was correct only about two out every three tests.
Too often, a single negative ELISA test can prevent a sick patient from getting treatment, even despite having serious symptoms!
In my opinion, the ELISA test is worthless as a diagnostic tool in Lyme disease. It is inconsistent and inaccurate, and should be discontinued as a tool to diagnose Lyme.
If the NIH and CDC truly believe, as they've stated, that the diagnosis of Lyme disease is to be made on the basis of symptoms, then these tests should be temporarily banned until each manufacturer can prove efficacy using human serum.

Breville Ikon 

Tuesday, October 23, 2012




    Wild birds contribute to maintenance and dissemination of vectors and microbes, including those that impact human, domestic animal, and wildlife health. Here we elucidate roles of wild passerine birds, eastern cottontail rabbits (Sylvilagus floridanus), and Ixodes dentatus ticks in enzootic cycles of two spirochetes, Borrelia miyamotoi and B. andersonii in a region of Michigan where the zoonotic pathogen B. burgdorferi co-circulates.


Over a four-year period, wild birds (n = 19,631) and rabbits (n = 20) were inspected for tick presence and ear tissue was obtained from rabbits. Samples were tested for Borrelia spirochetes using nested PCR of the 16S-23S rRNA intergenic spacer region (IGS) and bidirectional DNA sequencing. Natural xenodiagnosis was used to implicate wildlife reservoirs.


Ixodes dentatus, a tick that specializes on birds and rabbits and rarely bites humans, was the most common tick found, comprising 86.5% of the 12,432 ticks collected in the study. The relapsing fever group spirochete B. miyamotoi was documented for the first time in ticks removed from wild birds (0.7% minimum infection prevalence; MIP, in I. dentatus), and included two IGS strains. The majority of B. miyamotoi-positive ticks were removed from Northern Cardinals (Cardinalis cardinalis). Borrelia andersonii infected ticks removed from birds (1.6% MIP), ticks removed from rabbits (5.3% MIP), and rabbit ear biopsies (5%) comprised twelve novel IGS strains. Six species of wild birds were implicated as reservoirs for B. andersonii. Frequency of I. dentatus larval and nymphal co-feeding on birds was ten times greater than expected by chance. The relatively well-studied ecology of I. scapularis and the Lyme disease pathogen provides a context for understanding how the phenology of bird ticks may impact B. miyamotoi and B. andersonii prevalence and host associations.


Given the current invasion of I. scapularis, a human biting species that serves as a bridge vector for Borrelia spirochetes, human exposure to B. miyamotoi and B. andersonii in this region may increase. The presence of these spirochetes underscores the ecological complexity within which Borrelia organisms are maintained and the need for diagnostic tests to differentiate.


Probable late lyme disease: a variant manifestation of untreated Borrelia burgdorferi infection.


Department of Medicine, Division of General Internal Medicine, Johns Hopkins University School of Medicine, Baltimore, MD, USA.


Lyme disease, a bacterial infection with the tick-borne spirochete Borrelia burgdorferi, can cause early and late manifestations. The category of probable Lyme disease was recently added to the CDC surveillance case definition to describe patients with serologic evidence of exposure and physician-diagnosed disease in the absence of objective signs. We present a retrospective case series of 13 untreated patients with persistent symptoms of greater than 12 weeks duration who meet these criteria and suggest a label of 'probable late Lyme disease' for this presentation.


The sample for this analysis draws from a retrospective chart review of consecutive, adult patients presenting between August 2002 and August 2007 to the author (JA), an infectious disease specialist. Patients were included in the analysis if their current illness had lasted greater than or equal to 12 weeks duration at the time of evaluation.


Probable late Lyme patients with positive IgG serology but no history of previous physician-documented Lyme disease or appropriateLyme treatment were found to represent 6% of our heterogeneous sample presenting with ≥ 12 weeks of symptom duration. Patients experienced a range of symptoms including fatigue, widespread pain, and cognitive complaints. Approximately one-third of this subset reported a patient-observed rash at illness onset, with a similar proportion having been exposed to non-recommended antibiotics or glucocorticosteroid treatment for their initialdisease. A clinically significant response to antibiotics treatment was noted in the majority of patients with probable late Lyme disease, although post-treatment symptom recurrence was common.


We suggest that patients with probable late Lyme disease share features with both confirmed late Lyme disease and post-treatment Lyme disease syndrome. Physicians should consider the recent inclusion of probable Lyme disease in the CDC Lyme disease surveillance criteria when evaluating patients, especially in patients with a history suggestive of misdiagnosed or inadequately treated early Lyme disease. Further studies are warranted to delineate later manifestations of Lyme disease and to quantify treatment benefit in this population.
[PubMed - in process] 
Free PMC Article
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September 5, 2011 Joe Burrascano, Jr., MD has announced a new lab test available for Lyme doctors to use in determining if Lyme is present. There is no need to wait for antibodies to form since this is a culture-based test. This should provide much faster and more accurate detection, and allow Lyme patients to receive treatment as soon as possible. Please read below for Dr. Burrascano's description of the new test:
In my work as a consultant, I have been working with a private lab located near Philadelphia, Advanced Laboratories, Inc. They wanted to develop a unique and high value test, and, with my interest in Lyme, I naturally encouraged them to work on a better Lyme Disease test.
As a result of some very intensive work on the part of a group of some very brilliant scientists, they have succeeded in developing a reliable and rapid blood culture for Borrelia! See the attached press release.
They actually have rolled out two separate panels- a basic one and an advanced one. In the basic panel, the blood sample is cultured and the positives are identified by histology and growth characteristics, and confirmed by fluorescent immunostaining. Positive reports will include a picture of the Bb growing in that very culture. The advanced panel will do this, but will also do PCR using well characterized and published DNA primer sets, and then all positive PCRs will be confirmed by DNA sequencing.
Remarkably, turn-around time can be as brief as ten days for the basic test, and seven to ten more days for the advanced panel.
This test is being rolled out gradually, with no big public announcements yet. That is why I am e-mailing you, so you can be among the first to be able to order this testing, before the lab gets swamped. Apparently you have to contact the lab to have test kits sent to you. The blood must be sent out the same day it is collected, and the lab provides a prepaid return FedEx mailer. As the lab is not yet accepting specimens over weekends, please do not collect blood on Fridays.
The bad news- New York being New York, this culture will not be available to NY State practitioners for several months. The States of California and Florida may have a delayed availability- I am not sure, so please contact the lab to get this info. However, all other states are OK.
I have no idea on pricing or on insurance issues- again, you will have to contact them for this info. The lab plans to have a booth at the conferences at LDA and at ILADS, so hopefully their presence will allow all to field questions.
The next step in their research is also equally exciting and ground breaking, but I am not at liberty to say yet what is being planned.
I will be travelling over the rest of this week, so I am afraid that I may not be able to answer any calls or e-mails until I get back, so if I do not respond to any contact efforts, please be patient.
As many of you recall, I learned the basics of true, clinical Lyme over 25 years ago thanks to Bb culturing that was available to me by Dr. Alan MacDonald. The new methods being used by this Pennsylvania lab go far beyond what MacDonald was able to do, so I am very excited to not only share this news with you, but I also cannot wait to see how it will change how we practice.
I also predict that Bb will be found in a lot of people, from mildly to severely ill, and that will redefine the role of the immunologist in Lyme to find out why some people recover and why others do not. Strain info as provided by the DNA sequencing data will be equally fascinating to follow.
So, enjoy the good news, and PLEASE, if you are going to begin culturing your patients, keep good records of your results. Data collection and tabulation has never been as important as it is now, with a quantum advance in testing technology.
Best wishes, from Dr. B................................!
To read the press release with contact information, Click here
For a Q&A on this new Lyme Test, Click here