Archive for the ‘Lyme’ Category

Pros & Cons of Doxycycline For Children With Lyme Disease

https://danielcameronmd.com/pros-and-cons-doxycycline-children-lyme-disease/

PROS AND CONS OF DOXYCYCLINE FOR CHILDREN WITH LYME DISEASE

There are times when doctors need to consider whether or not to prescribe doxycycline for children with Lyme disease. The antibiotic is indicated for other tick-borne illnesses including Rocky Mountain Spotted Fever, Ehrlichia and Anaplasmosis. But doctors often avoid prescribing doxycycline to young children for fear that it may cause tooth staining, particularly when used in children less than 8 years old.

Tetracyclines, including doxycycline, are typically not recommended for treating young children with tick-borne diseases because the antibiotic may cause permanent staining of the teeth, explains Wormser and colleagues in a recently published article, “Is Doxycycline Appropriate for Routine Treatment of Young Children With Erythema Migrans?” ¹

In the article, Wormser discusses the risk to benefit ratio of prescribing the antibiotic.

“Tetracycline-induced dental staining does not spontaneously resolve, may have adverse psychological effects, and families may incur considerable expense to correct the problem.”

This risk is greatest for younger children, he explains. “Because calcification of permanent teeth is largely complete by 5–6 years of age, children who are <4 years of age are at highest risk.”

Doxycycline introduced

However, the risk of dental staining was expected to be less after doxycycline, a tetracycline derivative, was introduced to the market.

“Doxycycline was reported to bind calcium less avidly than does tetracycline, which could explain why doxycycline may be less likely to cause dental staining,” writes Wormser.

In 2 small studies, which enrolled 89 children, doxycycline did not lead to dental staining. However, the studies were of short duration and used lower doses of the antibiotic than is typically prescribed for tick-borne illnesses.

“These new studies led to the recommendation in 2018 by the Committee on Infectious Diseases of the American Academy of Pediatrics (AAP) that a course of treatment with doxycycline (for up to 21 days) is safe to prescribe for young children with any infection responsive to this agent, specifically including early Lyme disease,” writes Wormser.

Risk to benefit ratio

“The recommendation to use doxycycline in young children with early Lyme disease should be based on assessment of the risk to benefit ratio of use of this drug compared with that of other recommended antibiotics,” writes Wormser.

“The recommendation to use doxycycline in children <8 years of age should require an assessment of how much doxycycline had previously been taken by a patient, including total dosage, because the risk of dental staining is directly related to cumulative exposure,” he adds.

Based on the number of Lyme disease cases reported each year and the percentage of children likely affected, Wormser estimates that “more than 30,000 children <8 years of age could potentially be treated with doxycycline each year.

If the risk of dental staining were even just 1 in 1000 (0.1%),” he explains, “this would translate to >30 children annually who would develop dental staining from taking doxycycline for erythema migrans.

Use of doxycycline clearly is indicated to treat young children with Rocky Mountain Spotted Fever or with other very serious infections for which doxycycline is preferred,” he adds.

Single dose of doxycycline for a tick bite

In addition, the authors discuss treating a deer tick bite with a single dose of doxycycline to prevent Lyme disease. “It seems unlikely that one dose would cause dental staining in young children,” writes Wormser.

However, the authors fail to mention that no studies have demonstrated the effectiveness of a single dose of doxycycline in preventing chronic manifestations of Lyme disease.

Other antibiotics, including amoxicillin, remain an alternative for patients who do not have Rocky Mountain Spotted Fever, Ehrlichia or Anaplasmosis.

Editor’s note: I use a risk to benefit ratio approach in my practice when treating Lyme disease.

References:
  1. Wormser GP, Strle F, Shapiro ED. Is Doxycycline Appropriate for Routine Treatment of Young Children With Erythema Migrans? Pediatr Infect Dis J. 2019 Nov;38(11):1113-1114.

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For more:  https://madisonarealymesupportgroup.com/2017/03/24/one-pill-of-doxy-only-reduces-prevalence-of-rash-not-lyme-disease/

Excerpt:  

Daniel J. Cameron, MD MPH, states there has only been one study (Nadelman et al) on the effectiveness of 1 pill of doxycycline and only found a reduction in the number of erythema migraines (EM) rashes compared to the placebo group.  According to him, the IDSA 1 pill of doxy approach started in 2006 despite the fact that three previous prophylactic antibiotic trials for a tick bite had failed.

https://madisonarealymesupportgroup.com/2016/11/16/will-two-pills-of-doxy-prevent-lyme/

Excerpt:

Only one study in 2001 tested this hypothesis at one hospital in New York.

For the study, the bullseye rash was the diagnostic criteria to determine if doxy prevented LD. The study actually showed that people bitten by nymphs were more likely to develop a bullseye rash and therefore diagnosed with LD in comparison with those bitten by an adult tick. None of those bitten by adult ticks developed a bullseye rash.

The Bullseye is a poor indicator of LD.

Only 50% with LD got any kind of rash and only 9% developed a bullseye.

Two pills used at the time of tick bite by a nymph prevented people from getting the bullseye – so they were not diagnosed as having LD and were excluded from the study.

So, will 2 pills of doxy prevent Lyme?

No.

 

Traveling With Tick-borne Illness

by Jennifer Crystal

8/5/19

For many people, summer means travel, but for Lyme patients, vacationing is not as simple as it was in our healthier days. I miss being able to just throw a pair of pajamas and a toothbrush in a bag and take off for the weekend. Now my baggage is bigger and heavier. I have medications and supplements, specialty foods, and extra pajamas (in case of night sweats) that I have to bring along. I need to consider my daily schedule and my energy levels. Travel is still possible, but I’ve had to make some adjustments.

Many patients write with questions about travel. Can they get on a plane with a PICC line in? Can they bring their medications and supplements on a plane? How far can they travel? I responded to some of these questions in my recent Dear Lyme Warrior…Help post. But here’s a longer practical guide to help you determine if, how, and when you might travel, and what you should keep in mind when you do so.

  • Travel abilities—Your stamina for travel will fluctuate. This is probably the most important lesson I can impart. When I was first ill with Lyme and two co-infections babesia and ehrlichia, I could barely walk, let alone travel. It was exhausting to sit in the car and go to a doctor’s appointment. Someone else always had to drive. As my physical and neurological symptoms improved over more than a decade, I have been able to slowly increase my ability to travel. First I could drive myself short distances. Then I could take a short, direct flight if someone was with me. I’ve worked up to a four hour flight now. Hopefully I’ll be able to go even farther in the future, but I also have to remember that progress isn’t linear. With a relapsing condition like Lyme, there will be times when it will seem easy for me to fly to Florida, and times when it will be difficult for me to drive for an hour.
  • PICC lines—Yes! You can fly with a port! The important thing is to think about timing and supplies. How long will you be away? If you have a PICC line, how many boluses of medication will you need? Contact your airline to see about bringing your boluses on the plane, especially since most need to be refrigerated. Some airlines allow you to bring them through security in a cooler, but you should make them aware. Be sure to have your written prescription with you. Next, think about where you will store your boluses upon arrival. Is there a secure, easily accessible refrigerator? Be sure to bring extra boluses and extra supplies, and to have the emergency contact information of your doctor. You may also want to ask your doctor what you should do if there’s a problem with your line while you’re away (is there a nurse you can call? Should you go to a local medical clinic?).
  • Medications and supplements—When flying, I always carry on all of my medications and supplements in their original bottles. You do not want to run the risk of your medicine being lost in a checked bag. Some people get written prescriptions from their doctors in case they get questioned by airline security. I have never had this problem—prescription bottles with current labels have always sufficed, even when I went out of the country—but you might need this information if you’re traveling with liquid medication (for more information on flying with medication, visit tsa.gov and click “Travel Tips”). If you’re traveling by car, make sure your pill bag is in the car itself, not in an overheated trunk. I tape closed all the compartments of my weekly pill box, so they don’t spill all over my bag. I always bring more pills and supplements than I’ll actually need, in case I get stuck somewhere.
  • Health information sheet—Write out a list of your diagnoses, your medications and supplements, your allergies, your dietary restrictions, your practitioners and their contact information, the name and number of an emergency contact, and any other pertinent medical information. I keep a copy of this list in my suitcase, a copy in my purse/wallet, and an e-copy on my phone.
  • Pharmacy and doctor information—In case you do get stuck somewhere and need an emergency refill, find out before you go if your pharmacy has a store near your destination, and if they can transfer your prescriptions. Also be sure to have your doctor’s phone number easily accessible, and have it written on your health information sheet.
  • Food—Make sure you will be able to get foods that fit your dietary restrictions at your travel destination. Plan in advance—read restaurant menus online, research what grocery stores are nearby, talk to your hosts, call your hotel to see if there will be a refrigerator in your room. I always pack extra gluten-free snacks, even if I wind up putting them all back in my cupboard when I get home. Remember to bring meals and snacks in your carry-on, too. Additionally, I always carry a water bottle, and I bring rehydration tablets if I’m going to be somewhere where I won’t be able to find electrolyte-enhanced water (which I often need due to nightsweats).
  • Plan extra recovery time before and after your travel—Depending on how far you are traveling, you may need extra time to rest upon arrival. When I fly somewhere, I don’t do anything else on the travel day besides sleep and eat, and often I need the following day to recuperate, too. When I travel by car, I make sure that there will be a quiet place for me to nap upon arrival. Build in a couple days for recuperation upon your return, too. This means in general that you will need more time for travel—a three-day trip may turn in to a week-long endeavor.
  • Budget—The reality of traveling with Lyme disease is that it’s probably going to cost more than if you weren’t ill, especially if you’re a budget-minded traveler like me. I used to take red-eye flights or make multiple connections, because those options cost less. I can’t do that anymore. In order to save enough energy to function at my destination, I need to take direct flights at times that work well in my schedule, and that’s more expensive. To do otherwise though would jeopardize my health, and that would be even more expensive.
  • Have a buddy!—It’s much, much easier to travel when you’re accompanied by someone who understands your needs. Having someone to carry your bags, to drive, to help you navigate a new area, to help you find appropriate foods, all this makes travel much more feasible for Lyme patients. Make sure your travel companion is aware of your needs and how they might impact your itinerary. (For example, if you need to nap every afternoon, will there be a way for you to do that without disrupting everyone else’s day? Or will others be okay taking a midday siesta, too?).
  • Ask yourself, is it worth it?— Always ask yourself, is the distance of this travel, and the energy it will take out of me, worth it? Is this someplace you really want to go or someone you really want to see? Will the travel jeopardize your health? Think about costs of travel not just in terms of financial costs, but also in terms of costs to your health, including downtime.

Wishing you safe travels to farther and farther destinations!

Jennifer CrystalOpinions expressed by contributors are their own.

Jennifer Crystal is a writer and educator in Boston. She has written a memoir, One Tick Stopped the Clock, for which she is seeking representation. Contact her at: lymewarriorjennifercrystal@gmail.com. 

 

 

 

Plano Pastor Fighting Lyme Disease Returns to Pulpit, Talks Recovery

https://www.nbcdfw.com/news/local/plano-pastor-fighting-lyme-disease-returns-to-pulpit-talks-recovery/  News Video Here

Plano Pastor Fighting Lyme Disease Returns to Pulpit, Talks Recovery

Church of Plano Senior Pastor Ramon Hodridge says the mysterious disease nearly took his life

Lyme disease is on the rise across much of the country.

It’s a mysterious, often debilitating disease that Church of Plano Senior Pastor Ramon Hodridge said nearly stole his life.

“I had come to peace with dying because the information I had gathered that was the outcome,” Hodridge said.

When Hodridge first spoke to NBC 5 in August 2019, he walked with a cane and struggled with short term memory loss, among the myriad of symptoms that can be presented as part of Lyme disease.

According to the Centers for Disease Control and Prevention, nearly 30,000 confirmed cases were reported in 2017 and the disease’s carrier, the black-legged tick, can be found across much of Texas.

Over the summer, Hodridge’s congregation banded together to raise nearly $150,000 to send him to a clinic in Arizona for both traditional and experimental treatment. Hodridge said the treatment was life-changing.

“Physically I’m just feeling great,” he said.

On Sunday, he was back at the pulpit at the Church of Plano for the first time in months, without the help of a cane.

“I had never been this nervous, I got emotional,” he said.

Among those happiest to see him back was fellow pastor Jason Mills.

“I’d say he is really an inspiration to anyone suffering, period,” Mills said. “He really does serve as inspiration to anyone to just not give up.”

Hodridge believes he originally contracted Lyme disease from a black-legged tick (Lyme’s main carrier) in Ohio. He’s now an outspoken advocate for awareness and early, aggressive treatment that can spare those who contract its severe symptoms.

“If I had caught it earlier, the symptoms would not have been as bad,” Hodridge said.

 

 

 

Psychiatric Disorders: Are Infectious Agents to Blame?

https://www.psychiatrictimes.com/special-reports/psychiatric-disorders-are-infectious-agents-blame

Psychiatric Disorders: Are Infectious Agents to Blame?

November 29, 2019

SIGNIFICANCE FOR PRACTICING PSYCHIATRISTS

SIGNIFICANCE FOR PRACTICING PSYCHIATRISTS

INFECTIOUS DISEASES AND PSYCHIATRY

Excerpts:

The association between infection and psychiatric disorders was one of the milestones of early 20th century medicine. The identification of Treponema pallidum in the brains of individuals with “general paresis of the insane” by Noguchi and Moore in 1913 established the role of tertiary syphilis and showed that bacterial infections can cause long-term changes in both neurological and psychiatric functioning. The eventual development of treatments for syphilis and the subsequent curing of individuals with general paresis also showed that the discovery of an infectious cause of a neuropsychiatric disorder could be followed by effective treatment. The association between infection and some cases of psychiatric disorders was further solidified by the identification of an increased rate of encephalitis lethargica following the influenza epidemic of 1918-1919. Influenza control measures might be partially credited for the rarity of encephalitis lethargica in the modern era…..

Microorganisms capable of his latency include a diverse range of taxa including viruses such as the herpesviruses herpes simplex virus types 1 and 2, cytomegalovirus, and Epstein Barr virus as well as retroviruses such as human immunodeficiency virus, measles virus, bacteria such as Chlamydiae and Borreliae, and protozoa such as Toxoplasma gondii…(See link for article)

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For more:  https://madisonarealymesupportgroup.com/2019/03/24/cat-scratch-disease-caused-teens-schizophrenia-like-symptoms-report-says/

https://madisonarealymesupportgroup.com/2019/01/15/schizophrenia-linked-with-abnormal-immune-response-to-epstein-barr-virus/

https://madisonarealymesupportgroup.com/2018/09/30/he-got-schizophrenia-he-got-cancer-and-then-he-got-cured/

BTW: t. gondii has been found in ticks (Ixodes ricinus), and these ticks also transmit Lyme and tick-borne encephalitis virus:  https://www.researchgate.net/publication/40846277_The_occurrence_of_Toxoplasma_gondii_and_Borrelia_burgdorferi_sensu_lato_in_Ixodes_ricinus_ticks_from_Eastern_Poland_with_the_use_of_PCR, and https://ecdc.europa.eu/en/disease-vectors/facts/tick-factsheets/ixodes-ricinus

Toxoplasmosis causes many mental issues and psychiatrist E. Fuller Torry believes that 75% of schizophrenia is associated with infections, with Toxo a significant portion.  https://madisonarealymesupportgroup.com/2016/05/21/toxoplasmosis/

Molecular Testing of Serial Blood Specimens From Patients With Early Lyme Disease During Antibiotic Treatment Reveals Changing Borrelia Burgdorferi Genotypes

https://clinicalconnection.hopkinsmedicine.org/news/molecular-testing-of-serial-blood-specimens-from-patients-with-early-lyme-disease-during-antibiotic-treatment-reveals-changing-em-borrelia-burgdorferi/em-genotypes?

Molecular Testing of Serial Blood Specimens from Patients with Early Lyme Disease During Antibiotic Treatment Reveals Changing Borrelia Burgdorferi Genotypes

rheumatology

Computer illustration of Borrelia burgdorferi bacteria, the cause of Lyme disease in humans. These spiral-shaped spirochaete bacteria are passed on to humans by tick bites, commonly Ixodes ricinus in Europe and Ixodes pacificus in North America. Getty Images

By Johns Hopkins Lyme Disease Research Center

Summary

This pilot study showed a direct molecular Lyme disease diagnostic test could be used to identify and genotype Borrelia burgdorferi during antibiotic treatment in early Lyme disease patients. Patients studied were shown to be simultaneously infected with different B. burgdorferi genotypes and the ratios of genotypes shifted during antibiotic treatment. Findings suggest that the host immune system or differential antibiotic susceptibility might have played a role in the observed genotypic shift.

Why was this study done?

The aim of this first of its kind study was to use a direct molecular assay to identify and genotype Borrelia burgdorferi during antibiotic treatment. The study determined how long after initiating antibiotic therapy B. burgdorferi could be detected in blood from patients with early Lyme disease. The study also observed if ratios of simultaneously infecting Bb genotypes changed significantly over time.

How was this study done?

Direct detection PCR and electrospray ionization mass spectrometry were used to identify and genotype B. burgdorferi from collected whole blood specimens collected over time from clinically diagnosed early Lyme disease patients before and during 21 days of antibiotic therapy.

What were the major findings?

This study demonstrates the utility of a direct molecular test that can both detect and genotype Borrelia burgdorferi from serially collected specimens. Direct molecular diagnostic tests have the advantage of being able to measure response to treatment by demonstrating clearance of the pathogen(s), whereas current antibody-based tests cannot distinguish active infection from prior exposure, or measure response to treatment.

Our findings suggest the host immune system or differential antibiotic susceptibility might have played a role in the observed genotypic shift. Findings suggest some B. burgdorferi genotypes may reside in parts of the body that are not readily cleared and bacterial remnants may continue to leak into the circulatory system following antibiotic treatment.

A direct test could enable improved diagnosis of early Lyme disease patients, provide a tool for testing new antibiotics and monitoring treatment success, and further our understanding of infection by B. burgdorferi genotypes and their impact on the human immune system and illness severity.

This research supported by:

This research was supported by Bay Area Lyme Foundation and the Steven and Alexandra Cohen Foundation.

Publication Information

Molecular Testing of Serial Blood Specimens from Patients with Early Lyme Disease during Treatment Reveals Changing Coinfection with Mixtures of Borrelia burgdorferi Genotypes
Michael R. Mosel, Heather E. Carolan, Alison W. Rebman, Steven Castro, Christian Massire, David J. Ecker, Mark J. Soloski, John N. Aucott, Mark W. Eshoo
Antimicrobial Agents and Chemotherapy Jun 2019, 63 (7) e00237-19; DOI: 10.1128/AAC.00237-19

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For more:  https://madisonarealymesupportgroup.com/2019/07/25/avoiding-direct-detection-methods-for-the-purpose-of-concealing-chronic-lyme-disease-is-a-crime/

https://madisonarealymesupportgroup.com/2018/04/03/cdc-deliberately-avoids-direct-detection-testing-methods-for-ld/

https://madisonarealymesupportgroup.com/2019/11/09/antibiotic-resistance-researchers-have-directly-proven-that-bacteria-can-change-shape-inside-humans-to-avoid-antibiotics/

https://madisonarealymesupportgroup.com/2018/10/13/direct-test-for-ld-carl-tuttle-chews-up-cdc-spits-them-out/

Direct detection is nothing new. Dr. Sin Hang Lee sued the CDC over their suppression of HIS direct detection test.https://madisonarealymesupportgroup.com/2018/08/15/milford-pathologist-fires-broadside-at-cdc-motion-to-discuss/
The CDC takes aim at any competing laboratory:

https://www.cdc.gov/mmwr/preview/mmwrhtml/mm6315a4.htm
“Often these are laboratory-developed tests (also known as “home brew” tests) that are manufactured and used within a single laboratory and have not been cleared or approved by FDA. 

PATIENTS, THE DOCTORS WHO DARE TREAT THEM, AND THESE SMALLER LABS SPECIALIZING IN BACTERIOLOGY AND VIROLOGY HAVE BEEN QUAKING IN THEIR BOOTS FOR DECADES DUE TO THE ANTICS OF THE CDC.
The CDC, a captured agency, is a bully, plain & simple.