Archive for the ‘research’ Category

High Prevalence of Bartonella in Spanish Veterinarians With Non-Specific Symptoms: Headache, Insomnia, Fatigue, & Memory Problems

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5678790/

. 2017; 10: 553.
Published online 2017 Nov 7. doi: 10.1186/s13071-017-2483-z
PMCID: PMC5678790
PMID: 29116007

Prevalence of Bartonella spp. by culture, PCR and serology, in veterinary personnel from Spain

Abstract

Background

The genus Bartonella includes fastidious, facultative intracellular bacteria mainly transmitted by arthropods and distributed among mammalian reservoirs. Bartonella spp. implicated as etiological agents of zoonoses are increasing. Apart from the classical Bartonella henselae, B. bacilliformis or B. quintana, other species (B. elizabethae, B. rochalimae, B. vinsonii arupensis and B. v. berkhoffii, B. tamiae or B. koehlerae, among others) have also been associated with human and/or animal diseases. Laboratory techniques for diagnosis (culture, PCR assays and serology) usually show lack of sensitivity. Since 2005, a method based on a liquid enrichment Bartonella alphaproteobacteria growth medium (BAPGM) followed by PCRs for the amplification of Bartonella spp. has been developed. We aimed to assess culture, molecular and serological prevalence of Bartonella infections in companion animal veterinary personnel from Spain.

Methods

Each of 89 participants completed a questionnaire. Immunofluorescence assays (IFA) using B. vinsonii berkhoffii (genotypes I, II and III), B. henselae, B. quintana and B. koehlerae as antigens were performed. A cut-off of 1:64 was selected as a seroreactivity titer. Blood samples were inoculated into BAPGM and subcultured onto blood agar plates. Bartonella spp. was detected using conventional and quantitative real-time PCR assays and DNA sequencing.

Results

Among antigens corresponding to six Bartonella spp. or genotypes, the lowest seroreactivity was found against B. quintana (11.2%) and the highest, against B. v. berkhoffii genotype III (56%). A total of 27% of 89 individuals were not seroreactive to any test antigen. Bartonella spp. IFA seroreactivity was not associated with any clinical sign or symptom. DNA from Bartonella spp., including B. henselae (n = 2), B. v. berkhoffii genotypes I (n = 1) and III (n = 2), and B. quintana (n = 2) was detected in 7/89 veterinary personnel. PCR and DNA sequencing findings were not associated with clinical signs or symptoms. No co-infections were observed. One of the two B. henselae PCR-positive individuals was IFA seronegative to all tested antigens whereas the other one was not B. henselae seroreactive. The remaining PCR-positive individuals were seroreactive to multiple Bartonella spp. antigens.

Conclusions

High serological and molecular prevalences of exposure to, or infection with, Bartonella spp. were found in companion animal veterinary personnel from Spain. More studies using BAPGM enrichment blood culture and PCR are needed to clarify the finding of Bartonella PCR-positive individuals lacking clinical symptoms.

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**Comment**

While the abstract above doesn’t state this, the results section in the full study states of the 89 veterinary personnel from different regions of Spain:

A high percentage of the participants reported having chronic/ persistent non-specific symptoms such as headache, insomnia, fatigue or memory problems.

Veterinarians & those working with animals are especially at risk for Bartonella.  Spread the word.

More on Bartonella:  https://madisonarealymesupportgroup.com/2016/01/03/bartonella-treatment/

https://madisonarealymesupportgroup.com/2017/09/13/dr-fox-cat-scratch-fever-warning/

https://madisonarealymesupportgroup.com/2018/05/07/fox-news-bartonella-is-the-new-lyme-disease/

https://madisonarealymesupportgroup.com/2016/11/29/bartonella-seizures/

https://madisonarealymesupportgroup.com/2018/04/03/encephalopathy-in-adult-with-cat-scratch-disease/

https://madisonarealymesupportgroup.com/2017/01/04/endocarditis-consider-bartonella/

https://madisonarealymesupportgroup.com/2018/11/10/neurological-presentations-of-bartonella-henselae-infection/

https://madisonarealymesupportgroup.com/2017/10/23/opthalmic-manifestations-of-bartonella-infection/

 

 

 

Study Shows Peripheral Gamma-delta T-cell Proliferation After Tick Bite (Looks Like Cancer)

https://www.ncbi.nlm.nih.gov/pubmed/30702453

2019 Jan 22. doi: 10.1097/DAD.0000000000001352. [Epub ahead of print]

A Reactive Peripheral Gamma-Delta T-cell Lymphoid Proliferation After a Tick Bite.

Abstract

Peripheral gamma-delta T-cell proliferations are encountered in reaction to certain infections and in primary malignancies. Identifying sources of benign reactions is key in avoiding unnecessary workup and surveillance of these aggressive malignancies. Borrelia infections have been implicated in a number of lymphoproliferative disorders, but rarely, if ever, in this setting. While gamma-delta T-cells are known to play a prominent role in the immune response to Borrelia infection, B-cell differentiation is encountered in the majority of Borrelia-associated proliferations. We present here a unique case of benign-appearing peripheral gamma-delta T-cell lymphoid proliferation in the setting of a tick-bite with subsequent erythema migrans-like skin findings.

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**Comment**

Again, nobody has a clue as to whether this is “unique” or not due to faulty antibody tests that are missing over half of all Lyme cases.  So many patients are flying under the radar and nobody’s looking. https://madisonarealymesupportgroup.com/2019/02/20/serology-test-for-lyme-virtually-worthless/  Again, many don’t present with the EM rash.  https://www.lymedisease.org/lymepolicywonk-how-many-of-those-with-lyme-disease-have-the-rash-estimates-range-from-27-80-2/

Many say this T-cell proliferation is perhaps more common than thought.

https://www.contagionlive.com/news/bystander-activation-of-t-cells-may-be-cause-of-persistent-arthritis-in-lyme-disease

The investigators now think they know how it’s happening. They have identified a T cell receptor that interacts with surface molecules on B. burgdorferi. According to the study, this interaction causes bystander activation of T cells, which in turn causes the T cells to produce inflammatory molecules that lead to arthritis symptoms around the joints.

Those activated T cells can continue to interact with residual bacteria long after the initial tick bite, meaning some patients continue to feel symptoms like arthritis…

They realized that T cells in the mice were undergoing bystander activation. “Instead of activating a very small, specific set of T cells, it causes this global activation of immune cells,” Ms. Whiteside said. Once activated, those T cells can interact with residual bacteria to generate continued inflammation even long after the initial infection.

Research possibilities are endless, yet most researchers either get hung up on climate change or fixate on the acute phase of Lyme.

https://madisonarealymesupportgroup.com/2019/02/10/wormsers-worthless-study-waste-of-taxpayer-money/

 

 

 

Bystander Activation of T Cells May Be Cause of Persistent Arthritis in Lyme Disease & Why This Study is Incomplete

https://www.contagionlive.com/news/bystander-activation-of-t-cells-may-be-cause-of-persistent-arthritis-in-lyme-disease

Bystander Activation of T Cells May Be Cause of Persistent Arthritis in Lyme Disease

FEB 09, 2018 | JARED KALTWASSER
Investigators from the University of Utah Health believe they may have found the reason why some patients with Lyme disease have persistent arthritis even after antibiotic treatment. The news could pave the way to an effective treatment for a painful and confounding complication of Lyme disease.
“One of the clinical problems with Lyme disease infection is that there’s a small group of patients who continue to display symptoms, including arthritis symptoms, following what should be an effective treatment of antibiotics,” said Janis J. Weis, PhD, a professor of pathology at University of Utah Health, and a study author.

Dr. Weis said these symptoms persist in some patients even after there’s no longer evidence of an active infection with Borrelia burgdorferi, the bacteria that causes Lyme disease.

The investigators now think they know how it’s happening. They have identified a T cell receptor that interacts with surface molecules on B. burgdorferi. According to the study, this interaction causes bystander activation of T cells, which in turn causes the T cells to produce inflammatory molecules that lead to arthritis symptoms around the joints.

Those activated T cells can continue to interact with residual bacteria long after the initial tick bite, meaning some patients continue to feel symptoms like arthritis.

To get to those results, Dr. Weis and colleagues first had to find a suitable animal model, as reliable animal markers to study the inflammatory response had not existed until now. However, Dr. Weis stated that students in her lab realized that a specific set of mice—those lacking the anti-inflammatory molecule IL-10—had the same kinds of sustained inflammatory responses that were so troublesome in the small subset of Lyme disease patients with persistent arthritis.

Graduate student, Sarah Whiteside, the study’s first author, monitored these IL-10-deficient mice for more than 4 months post infection with B. burgdorferi.

“Sarah demonstrated that even 18 weeks after infection, the arthritis was still severe and there was a tremendous amount of joint inflammation in the joint tissue, but no evidence of bacteria in the joint tissue,” Weis told Contagion®.
They realized that T cells in the mice were undergoing bystander activation.
“Instead of activating a very small, specific set of T cells, it causes this global activation of immune cells,” Ms. Whiteside said.
Once activated, those T cells can interact with residual bacteria to generate continued inflammation even long after the initial infection.

The implications of the study are multiple. Ms. Whiteside shared that a next step will be to test the theory in humans to confirm whether bystander activation is also contributing to lingering symptoms in human patients with Lyme disease.

At the same time, identification of the IL-10 deficient mouse model could spark additional research and new therapies, such as a therapy to short-circuit T cell activation so as to mitigate the risk of persistent arthritis.

Further research may look into whether it is possible to identify which patients are most likely to have persistent symptoms. Thus far, we have no way of reliably identifying those patients, Dr. Weis stated, but she noted that research from Allen Steere, MD, of Massachusetts General Hospital, has suggested that certain genetic markers seem to be more common in patients who develop persistent arthritis with Lyme disease. Those markers are similar to the markers associated with rheumatoid arthritis (RA), she continued. However, that connection doesn’t appear to be found 100% of the time.

“It’s not an all-or-nothing kind of association,” stated Dr. Weis.
Still, the potential combination could suggest potential therapeutic options.
“Maybe drugs that are used to treat RA or drugs that can temporarily suppress the immune response could be applicable for this persistent arthritis,” added Ms. Whiteside.

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**Comment**

Interesting article but a few points to consider:

  1. The group that continues to have symptoms isn’t small.  There’s a lot of us!  Microbiologist Holly Ahern states current research estimates 60% of patients suffer with chronic symptoms:  https://madisonarealymesupportgroup.com/2019/02/25/medical-stalemate-what-causes-continuing-symptoms-after-lyme-treatment/
  2. What is their definition of “effective treatment?”  There is heated debate on that topic:  https://madisonarealymesupportgroup.com/2017/05/05/the-reality-of-lyme-disease-not-just-two-camps-anymore/  If they are pushing the 21 days of doxycycline rubbish, current research has completely refuted it:  https://madisonarealymesupportgroup.com/2018/10/30/study-shows-lyme-msids-patients-infected-with-many-pathogens-and-explains-why-we-are-so-sick/  The issues of pleomorphism (shapeshifting), coinfections (other pathogens), biofilm,  pathogen persistence, and effective drug blood levels must be dealt with.
  3. Just because they haven’t found Bb, doesn’t mean it’s not there.  We know Bb travels everywhere within the body.  Until they are able to test every organ of the body, they are only stating they didn’t find it in the ONE place they looked.  Blood tests for Bb are abysmal.  Bb doesn’t hang out in the blood.  It’s a stealth organism that hides out and changes form.  One of the hallmarks of Lyme is it migrates.
  4. Her suggestion of immunopressive drugs will worsen many due to persistent infection.  LLMD’s have long known that immunosuppressive drugs make infection worse:  http://www.lymenet.de/literatur/steroids.htm  (Please remember not all steroids are bad.  There are anabolic and there are catabolic.  Big difference.)
  5. This article again highlights the importance of post-mortem studies needed to determine persistent/active infection:  https://madisonarealymesupportgroup.com/2018/04/13/chronic-lyme-post-mortem-study-needed-to-end-the-lyme-wars/
  6. http://  This short 7 min. video from Envita explains:The helper T-cells come along and pick up the processed antigen off the dendritic cell and then passes it along to the killer T cells. The Killer T cells follow the spirochete throughout the body and proceeds to destroy healthy tissues and organs because they can’t differentiate between the antigen of the spirochete and the antigen of healthy tissue.  As the killer T cells come into contact with the antigen on the healthy tissue it becomes inflamed and destroys healthy tissue and is autoimmune in nature.

This video was made in 2008.  I guess the authors missed it, as well as this groundbreaking study the video is based upon:  https://www.scirp.org/Journal/PaperInformation.aspx?PaperID=52890#.VK2lFivF8WI

 

 

 

Researchers Predict Spread of Invasive Long-horned Ticks into North America

https://www.thefencepost.com/news/researchers-predict-spread-of-invasive-long-horned-ticks-into-north-america/#.XGWb_4caToM.facebook

Researchers predict spread of invasive long-horned ticks into North America

Kansas State University

MANHATTAN, Kan. — A recently invaded tick species known as the long-horned tick could establish itself in wide swathes of North America — if they are transported accidentally.

This prediction was published in a new study in Nature’s Scientific Reports by Ram Raghavan, assistant professor at the Kansas State University College of Veterinary Medicine, and his international team of collaborators.

“The long-horned tick is also known as the east Asian tick, in Australia as the bush tick and in New Zealand as the cattle tick,” said Raghavan, a spatial epidemiologist. “This species of tick is native to Japan, China, Primorsky Krai region of eastern Russia and Korea; and it is well-established as an invasive species in Australia, New Zealand and on several Pacific Islands.”

In some of these countries, Australia and New Zealand in particular, Raghavan said this tick is implicated in the transmission of theileriosis to cattle — costing several millions of dollars each year — and in other places they are known to transmit severe fever thrombocytopenia virus to humans.

Raghavan pointed out widespread concerns that the tick — Haemaphysalis longicornis — will successfully establish invasive populations in the U.S. and spread broadly from where it has been currently found.

“Our primary focus in this study was to predict where this tick could establish in North America, and to do that as robustly as possible considering all the caveats in spatial distribution modeling,” Raghavan said.

Data for modeling the potential spatial distribution for this tick species was provided by multiple institutions, collected from the species’ native distribution range.

This tick species has an ability to reproduce without males and to spread to new places and establish under rather diverse climatic conditions.

“About 1983, H. longicornis had spread from northwestern New South Wales and/or southeastern Queensland across Australia to the coastal areas near Perth in Western Australia,” said Steve Barker, parasitologist and a leading expert on Australian ticks at the University of Queensland.

“Such an invasion in the U.S. would carry a significant economic burden and potential human suffering, especially since this tick is capable of transmitting a variety of pathogens such as those that cause Lyme disease and others,” said Barker, who is one of 10 co-authors of the article, “Potential Spatial Distribution of the Newly Introduced Long-horned Tick, Haemaphysalis longicornis in North America.”

Among other collaborators are researchers from the Walter Reed Army Institutes of Research, University of Kansas and institutions in Japan, Australia and New Zealand.

Raghavan said the best-fitting spatial distribution models in his research had indicated a broad potential distribution for this species. The researchers’ model accurately predicted all of the areas in which this invaded tick has already been found in the U.S.

“By our model, we have identified vast areas of North America, particularly the southeastern U.S., the West Coast and broad areas of the northwestern U.S., as well as central and southern Mexico, as climatically suitable for establishment of this species,” Raghavan said.

Another concern arises from the ability of these ticks to travel as parasites on different mammals.

“In our opinion, we feel that there is a need for strict inspection and quarantine of cattle, other livestock and pet animals, particularly dogs, about to be transported from the current focus areas of this tick,” Raghavan said. “High levels of interstate movement of livestock and other animals occur each day. Cattle are moved slowly across the nation, stopping at multiple places — potentially dropping off female ticks. The movement of ticks via livestock and other domestic animals is not currently monitored or regulated, so it is only a matter of time, in our opinion, that this species will spread further in North America.” ❖

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**Comment**

https://madisonarealymesupportgroup.com/2018/08/08/an-invasive-new-tick-is-spreading-in-the-u-s/  In Asia, the Long-horned tick is known for transmitting a phlebovirus (related to Heartland Virus) that causes severe fever with thrombocytopenia syndrome (S.F.T.S.), which causes low platelets.  The syndrome has an overall fatality rate of about 15%.  It is also associated with spotted fever rickettsioses, Anaplasma, Ehrlichia, and Borrelia, the causative agent of Lyme Disease in other parts of the world.  It also transmits babesiosis and theileriosis (protozoan similar to malaria) to cattle.

https://madisonarealymesupportgroup.com/2018/09/12/three-surprising-things-i-learned-about-asian-longhorned-ticks-the-tick-guy-tom-mather/  Excerpt below:

three_surprising_4.png

These were larval ticks — 50, 75, 150 – motionless, tightly clumped, seemingly knitted together almost like the overlapping scales on a snake, but tiny. And once we saw a few of these clumps, we started seeing them everywhere. In certain grassy patches there would be one every couple of feet—each of these likely the product of a single female egg batch. I thought,

“this is not a rare tick, at least not here.”

I think we can deduce that this tick WILL spread.  All you have to do is brush by this and you’ve set off a cluster bomb of ticks.

There’s no such thing as a “good” tick.

 

 

 

Medical Stalemate: What Causes Continuing Symptoms After Lyme Treatment?

https://www.lymedisease.org/lyme-stalemate-ahern/

Medical stalemate: what causes continuing symptoms after Lyme treatment?

19 February, 2019

by Holly Ahern, MS, MT (ASCP)

In 2018, I served on a Subcommittee of the Department of Health and Human Services (HHS) Tick Borne Disease Working Group. This was a Federal Advisory Committee, comprised of federal and public members with “diverse disciplines and views pertaining to tick-borne diseases.”

The group was tasked with conducting a review of ongoing research and resulting advances, federal epidemiological and research efforts, and identifying research gaps.

The HHS TBDWG report included recommendations that were delivered to Congress in December. It is a comprehensive review of the state of the science and medicine of tick-borne diseases, and Lyme disease was a major focus.

What follows is a brief overview of what we know, and what we don’t know, about chronic symptoms associated with Lyme disease.

Not just a single clinical entity

There is a need to broaden the scope of the medical definition of “Lyme disease” because it is not a single clinical entity. Only one subgroup of patients, those with “early Lyme disease,” has been clinically characterized.

This subgroup consists of people for whom an active infection with the bacterium Borrelia burgdorferi has been confirmed.  This is based on either a known tick-bite with development of a skin rash called an erythema migrans (EM, which looks like a bull’s-eye but has a clearing in the center of the rash), and/or positive blood test within one month of a known tick bite.

Standard treatment for this form of Lyme disease is a few weeks of an oral antibiotic. If symptoms persist, some patients may be treated with an additional one month of an IV antibiotic.

At least two other subgroups of this disease are recognized but have not yet been fully characterized and defined.

PTLDS is only one subgroup

Although used very broadly to characterize Lyme disease patients with chronic disease symptoms, the term “Post Treatment Lyme Disease Syndrome,” or PTLDS, specifies ONLY a subgroup of Lyme disease patients meeting the following criteria:

(1) Diagnosed early in the infection;

(2) Treated with the standard antibiotic treatment for Lyme disease; and

(3) Remained symptomatic or developed new symptoms such as headaches, fatigue, joint pain or other neurological symptoms impacting quality of life, that persist or increase in severity for at least 6 months post-treatment.

At present, there are no diagnostic tests for this clinical subgroup, and there are no recommended treatments beyond the standard antibiotic treatment.

The CDC has reported that approximately 10–20% of Lyme disease patients develop PTLDS. Meaning they end up with a chronic illness as a result of Lyme disease.

PTLDS specifies only those diagnosed and treated early

It is important to note that PTLDS specifies ONLY those Lyme disease patients who were diagnosed and treated in the first few weeks of infection. It should never be used to characterize patients who were not diagnosed or treated for months to years after the original infection. Yet it often is.

Disabling chronic disease symptoms with Lyme disease are also known to occur when people are not diagnosed early and do not receive prompt antibiotic treatment. These chronically ill patients DO NOT MEET the criteria for PTLDS and therefore represent a third subgroup of patients.

Because there has been little research done to investigate the clinical characteristics of this particular subgroup, there is no scientific way (at least at the moment) to determine the size of this group.

Best estimates based on existing research indicates that this group comprises 30-40% of Lyme disease patients.

There are no diagnostic tests or recommended treatments for this subgroup of patients.

Diagnosis is not straightforward

The diagnosis of Lyme disease is not straightforward, because the “accepted” medical definition of Lyme disease (at present) is restrictive and applies only to early stages of infection. Not every infected person experiences symptoms within the first few days or weeks. After several weeks, the clinical picture of Lyme disease changes.

Lyme disease is more likely to be MISSED as a diagnosis the longer the infection has been present. The more established the infection, the less likely that it will respond to the standard antibiotic treatment.

Why so often misdiagnosed?

Here are some reasons why a physician might not be able to promptly diagnose a case of Lyme disease and antibiotic treatment is delayed:

(1) a classic bull’s-eye rash is not observed – this applies to 90% of Lyme disease cases;

(2) there was no bull’s-eye rash to observe – which according to surveys of Lyme disease patients, occurs 50% of the time;

(3) an antibody-based laboratory test came back falsely negative – which applies to 50% of all Lyme disease cases;

(4) in the absence of a rash or positive blood test, non-specific disease symptoms overlapping those of autoimmune or psychiatric conditions exclude Lyme disease from the differential diagnosis;

(5) involvement of more than one microbe clouds the clinical features of the disease;

(6) the patient’s tick bite was treated with a prophylactic single dose of an antibiotic, which does not prevent infection but does increase the likelihood of falsely negative blood tests.

10-20% of Lyme disease patients who are promptly diagnosed and treated with an antibiotic within the first few weeks of infection, still end up with chronic disease. This is PTLDS.

30-40% of Lyme disease patients who have been infected for weeks to months before getting diagnosed, and THEN treated with an antibiotic, still end up with a chronic disease. This subgroup has no specific label but it has been referred to as “chronic Lyme disease,” or CLD.

60% of Lyme patients end up with chronic symptoms

Combining these two subgroups implies that up to 60% of people with Lyme disease will experience chronic illness as a result of this tick-borne disease.

The CDC estimates that there are over 400,000 new cases of Lyme disease that occur each year. 60% of those new cases will develop chronic disease symptoms. You can do the math to figure out how many people have a chronic illness attributable to Lyme disease. Because the disease is chronic, the numbers grow exponentially each year.

Whether PTLDS and CLD patient subgroups even have Lyme disease remains contested. The disputed nature of this illness has very little to do with whether a person is actually sick. It has everything to do with the lack of a clinically accurate diagnostic test for the Lyme disease bacteria.

Problematic Lyme lab tests

Current laboratory tests detect antibodies in blood raised against the Lyme disease bacteria. If antibody levels are too low, the tests are falsely negative. If the levels are borderline and the antibody bands are faint, the lab tech who has to spot them with his or her eyes might subjectively declare the test negative. If the specific antibodies covered by the tests aren’t produced by the patient (called seronegative Lyme disease), the test will be falsely negative. If the test is ordered too early in the infection, the test will be falsely negative. If the test is ordered too late in the infection, the test will be falsely negative. If the strain of the Lyme disease bacterium is not B. burgdorferi, the test will be falsely negative. If the patient’s disease is not Lyme disease, but instead caused by certain viruses, the test may be falsely positive.

The current lab tests have repeatedly been shown to have a clinical accuracy of less than 50%. Meaning a person is equally likely to have Lyme disease, whether their blood test is positive or negative.

Negative tests are used to deny medical care

Regardless, a negative blood test result is used by health care providers and insurance companies to deny patients access to care. Meaning they will argue that Lyme disease patients should not be offered antibiotics as a treatment option, because if the blood test is negative, there’s “no evidence” that they actually have Lyme disease.

Because this lab test has such a high rate of false negatives, the opposing argument is equally true – there’s “no evidence” that they DON’T have Lyme disease, either.

The most comprehensive review of the science to date supports the hypothesis that chronic symptoms are most likely due to the lingering presence of bacteria or pieces of the bacteria in tissues. The immune system is aware of the infection, but is unable to clear it. The result is chronic inflammation…

… implying that antibiotics would be a helpful treatment for a chronic Lyme disease patient.

The twist is that the Lyme disease bacteria are remarkable microbes that can disrupt a normal immune response and establish long-term colonies in tissues. Once established, the bacteria are indifferent to antibiotics and are antibiotic tolerant…

… implying that antibiotics would not be a helpful treatment for a chronic Lyme disease patient.

Medical stalemate

In the absence of a blood test that can accurately identify patients in the different Lyme disease subgroups, this argument will not be resolved soon. That Lyme disease patients with chronic symptoms are left entirely out of this argument is a violation of the basic tenets of medical ethics – patient autonomy and the right to informed consent.

Click here to learn more about the Working Group and its reports

Click here for Lorraine Johnson’s comments to the TBDWG on “Why we should abandon the term PTLDS “

In addition to serving on the Testing and Diagnostics Subcommittee of the HHS TBDWG, Holly Ahern serves on the NYS Tick Borne Disease Working Group convened by Governor Cuomo and is a member of the NYS Senate Task Force on TBD Advisory Group. Ahern is also a professor of microbiology, and the co-founder of the 501-c-3 education and advocacy organization Lyme Action Network. She also serves as the Scientific Advisor for Focus on Lyme advising research on diagnostic tests for tick-borne diseases, which includes collaborators from the Translational Genomics Institute, Arizona State University, Johns Hopkins University, Tulane University, Duke University, and North Carolina State University.

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For more:  https://madisonarealymesupportgroup.com/2019/02/22/why-mainstream-lyme-msids-research-remains-in-the-dark-ages/