Archive for the ‘Heart Issues’ Category

How To Diagnose If Lyme Disease is Affecting the Heart and How to Best Treat it  Video Here:  Approx. 35 Min


Dr. Baranchuk, Professor of Medicine at Queen’s University in the Division of Cardiology in Ontario Canada

Dr. Baranchuk, Professor of Medicine at Queen’s University in the Division of Cardiology in Ontario Canada, Editor-in-Chief of the Journal of Electrocardiology, Vice-President of the International Society of Holter and Noninvasive Electrocardiology and Secretary of the Inter-American Society of Cardiology, discusses his screening process for identifying Lyme infections in the heart and how to treat these patients without unnecessary pacemakers.

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Classification of Patients Referred Under Suspicion of Tick-borne Diseases, Copenhagen, Denmark

Classification of patients referred under suspicion of tick-borne diseases, Copenhagen, Denmark

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Free article


To provide better care for patients suspected of having a tick-transmitted infection, the Clinic for Tick-borne Diseases at Rigshospitalet, Copenhagen, Denmark was established. The aim of this prospective cohort study was to evaluate diagnostic outcome and to characterize demographics and clinical presentations of patients referred between the 1st of September 2017 to 31st of August 2019. A diagnosis of Lyme borreliosis was based on medical history, symptoms, serology and cerebrospinal fluid analysis. The patients were classified as:

  • definite Lyme borreliosis
  • possible Lyme borreliosis
  • post-treatment Lyme disease syndrome

Antibiotic treatment of Lyme borreliosis manifestations was initiated in accordance with the national guidelines. Patients not fulfilling the criteria of Lyme borreliosis were further investigated and discussed with an interdisciplinary team consisting of specialists from relevant specialties, according to individual clinical presentation and symptoms. Clinical information and demographics were registered and managed in a database. A total of 215 patients were included in the study period. Median age was 51 years (range 17-83 years), and 56 % were female.

Definite Lyme borreliosis was diagnosed in 45 patients, of which:

  • 20 patients had erythema migrans
  • 14 patients had definite Lyme neuroborreliosis
  • six had acrodermatitis chronica atrophicans
  • four had multiple erythema migrans
  • one had Lyme carditis
  • 12 patients were classified as possible Lyme borreliosis
  • 12 patients as post-treatment Lyme disease syndrome
A total of 146 patients (68 %) did not fulfil the diagnostic criteria of Lyme borreliosis.
  • Half of these patients (73 patients, 34 %) were diagnosed with an alternative diagnosis including inflammatory diseases, cancer diseases and two patients with a tick-associated disease other than Lyme borreliosis.

A total of 73 patients (34 %) were discharged without sign of somatic disease.

Lyme borreliosis patients had a shorter duration of symptoms prior to the first hospital encounter compared to patients discharged without a specific diagnosis (p<0.001). When comparing symptoms at presentation, patients discharged without a specific diagnosis suffered more often from general fatigue and cognitive dysfunction.

In conclusion, 66 % of all referred patients were given a specific diagnosis after ended outpatient course. A total of 32 % was diagnosed with either definite Lyme borreliosis, possible Lyme borreliosis or post-treatment Lyme disease syndrome; 34 % was diagnosed with a non-tick-associated diagnosis. Our findings underscore the complexity in diagnosing Lyme borreliosis and the importance of ruling out other diseases through careful examination.



While Lyme isn’t everything, it CAN BE anything.  This paper shows once again that half are turned away due to strict diagnostic criteria utilizing faulty serology testing where few are positively diagnosed. They are slapped with a label that will keep them from proper treatment and are doomed to a life of misery.

Nothing new here.  Same song, different day.

Live Webinar: Lyme Disease & Heart Health


Lyme Disease + Heart Health with Dr. Bill Rawls

The fatigue, pain, and brain fog that often accompany chronic Lyme are bad enough. But when the disease starts affecting your heart and triggering symptoms like chest pain, palpitations, dizziness, and shortness of breath, it can be especially debilitating and worrisome.

LIVE WEBINAR on Wednesday, 2/10, at 8 pm EST

What causes Lyme to manifest in the heart (aka Lyme carditis) in some people, and how can you overcome the symptoms and ensure your heart is healthy?

Join a live webinar with Dr. Bill Rawls, author of the best-selling book Unlocking Lyme, who knows firsthand what it’s like to live with chronic Lyme disease and cardiac symptoms. He’ll demystify Lyme carditis and share critical therapies to restore your heart health and get much-needed symptom relief.

PLUS: Don’t miss an exclusive gift for webinar attendees, and have your questions ready for a LIVE Q&A on Lyme disease and your heart with Dr. Rawls.

In this webinar, Dr. Rawls will discuss:

  • Why cardiac symptoms such as chest pain, irregular heartbeats, and shortness of breath occur in Lyme disease patients
  • What common Lyme coinfections and your gut microbiome have to do with it
  • Why the connection between heart symptoms and Lyme often goes unrecognized by healthcare practitioners
  • The best conventional and natural therapies for relieving symptoms and supporting heart health 
  • Numerous insights during the live Q&A with Dr. Rawls


Medical Journal Warns iPhone 12 Can Turn Off Implantable Defibrillators, All “Smart” Devices Can Cause Accidental Arrhythmia

Medical Journal Warns iPhone 12 Can Turn Off Implantable Defibrillators, All “Smart” Devices Can Cause Accidental Arrhythmia

By B.N. Frank

There have been warnings about serious vulnerability issues – including by the Food and Drug Administration (FDA) – associated with medical devices and implants that use Bluetooth, Internet of Things (IoT), and wireless technology (see 1, 2, 3, 4).  Additional warnings were recently issued in a medical journal.  (See link for article)


Important excerpts:

Whether you have a medical implant or not, there are warnings in the manuals of cell phones, laptops, and other wireless radiation emitting products to NOT carry or hold these devices against the body Telecom companies seem to be aware of the risks.  They have warned investors for many years that they could be held liable for harm caused by their devices and transmitters.  In fact, insurance companies rarely insure telecom companies anymore (see 1, 2).  Despite all of this – both telecom and tech companies often advertise unsafe use of their products to people of all ages.  Unfortunately, many businesses do.

There is also an enormous amount of research (government, independent, and industry) that has determined exposure to all sources of wireless radiation is biologically harmful.  It has been the topic of numerous documentary films, broadcast news stories, and articles.  Exposure can cause or worsen cardiac health issues and so much more.

Wireless radiation is emitted by many common sources including:

Medical implant wearers have also expressed concerns about 5G exposure affecting their devices.  In 2019, telecom executives gave U.S. congressional testimony that they had NO independent scientific evidence that 5G is safe.  There is research that has determined it isn’t.  concerned about 5G being installed near your home and throughout your community, EMF Experts is offering a free online tutorial on how to locate 5G towers.

There are a number of excellent videos within the link as well.
This is important information for everyone, but particularly Lyme/MSIDS patients as tick-borne infections can affect the heart – sometimes requiring pace-makers.

Prevalence of Bartonella sp. in United States Military Working Dogs With Infectious Endocarditis: A Retrospective Case-Control Study

Prevalence of Bartonella sp. in United States military working dogs with infectious endocarditis: a retrospective case-control study


Objectives: Bartonella infection has been associated with endocarditis in humans, dogs, cats and cattle. In order to evaluate the importance of this pathogen as a possible source of endocarditis in United States military working dogs (MWDs), we performed a retrospective case-control study on 26 dogs with histological diagnosis of culture negative endocarditis (n = 18), endomyocarditis (n = 5) or endocardiosis (n = 3) and 28 control dogs without any histological cardiac lesions.

Methods: DNA was extracted from paraffin embedded cardiac valves and tissues from case and control dogs and submitted to PCR testing with primers targeting the Bartonella gltA gene. PCR-RFLP using four restriction endonucleases and partial sequencing was then performed to determine the Bartonella species involved.


  • Nineteen (73%) cases were PCR positive for Bartonella, including B. henselae (8 dogs), B. vinsonii subsp. berkhoffii (6 dogs), B. washoensis (2 dogs) and B. elizabethae (1 dog).
  • Only one control dog was weakly PCR positive for Bartonella.
  • Based on the type of histological diagnosis, 13 (72.2%) dogs with endocarditis, 3 (60%) dogs with endomyocarditis and all 3 dogs with endocardiosis were Bartonella PCR positive.

Conclusions: Bartonella sp. Infections were correlated with cardiopathies in US military working dogs. Systemic use of insecticides against ectoparasites and regular testing of MWDs for Bartonella infection seem highly appropriate to prevent such life-threatening exposures.



Dogs are sentinels for human tick-borne diseases and should be a warning shot over the bow. This study clearly shows Bartonella is a huge player in heart issues and should always be considered.  Mainstream medicine continues to falsely believe this is a benign infection that will resolve on its own.  

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