Updated: 2/1/23
I provide a large part of the information in this article in A Lyme Disease Antibiotic Guide and in Kills Bartonella: A Brief Guide. I am including this information as a stand-alone article on persisters for those looking for information just on this topic and additional persister treatment options from those I lay out in the Lyme and Bartonella articles.
Lyme and Bartonella are hard to treat for many reasons. One reason is persister Lyme and Bartonella germs ignore standard antibiotics. Based on numerous laboratory experiments since 2015, the Lyme germ is shown to have a growth state, as well as a hibernating, non-growing state. These hibernators are called persisters. They do not respond to regular prescription antibiotics, although they do seem to respond to many herbal antibiotics that we use.
More recently, experiments starting in late 2019 from Ying Zhang, MD and colleagues show that Bartonella also has persister forms.
Lyme has three different forms—or ways the germ looks. Two of these forms include the spirochete (which looks like a corkscrew) and the microscopic cyst form. These germ forms can exist in a growing state or in a persister state. The third form is an intracellular form of the germ called an L-form. There is no data I am aware of about whether or not this exists in a persister state.
Research published in 2015 by Kim Lewis, PhD and colleagues at Northeastern University in Boston suggest about 10 percent of spirochetes and cysts—when exposed to antibiotics in the lab—go into the persister state. In their experiments, if the researchers stopped the antibiotics and let the germs wake back up into a growth state, the antibiotics kill the germs again. He did this four times, which killed all germs. Therefore, his experiments showed that persisters exist and that one way to treat them is to pulse (start and stop) antibiotics.
Bartonella does not have spirochetes and cysts. It does have growing and persister states like Lyme, however.
These persisters could explain why many with Lyme do not recover with regular antibiotics. Regular antibiotics in various laboratory experiments do not treat persisters. These regular antibiotics include common antibiotics like amoxicillin, doxycycline, azithromycin, clarithromycin, tinidazole, rifampin, cefuroxime, among others.
Researchers are doing a lot of laboratory work trying to figure out what will kill persister forms of Lyme and/or Bartonella. Keep in mind, a human is different from a lab. So, what seems to work in a lab may or may not work in a human.
The following are prescription and herbal medicine options shown in lab experiments to kill persisters that I am incorporating into my treatments of Lyme and/or Bartonella.
Before leaving clinical practice in the early 2010s, Lyme treatment pioneer Joseph Burrascano, MD was treating patients by stopping antibiotics for long periods of time, allowing the patient to get sick. Then he would restart the antibiotics for a couple of months or so, long enough to see improvements and for Herxheimer reactions to disappear.
Burrascano hypothesized that after a period of prolonged antibiotic treatment Lyme ignored the antibiotics and stopped growing but did not die. During the off period, he let people get sick as a sign the germ was fully back into a growth state where antibiotics could kill it more effectively. Generally, his approach worked out to about two months off antibiotics and then two months on. He suggested the sicker a person let himself or herself become, the greater chance the antibiotics would work. He claims a cure with this method after four starting-and-stopping cycles.
When Burrascano came up with this idea, the work of Lewis and colleagues at Northeastern was not complete. Yet, Burrascano’s idea is supported by Lewis’ research that Lyme develops hibernating persister cells that stop responding to antibiotics. When antibiotics are stopped, they wake back up again and respond.
Here is how I am currently incorporating persister treatments into my Lyme and Bartonella regimens.
I find that disulfiram gives the best chance of improvement out of these options, but it is very hard to tolerate for many people. I consider the dapsone-based treatment option to offer a slightly better chance of improvement compared to the herbal options below.
Disulfiram
See Disulfiram for information about how to dose and use disulfiram.
The following options work for both Lyme and for Bartonella. The disulfiram options discussed above only work for Lyme.
See Dapsone for Lyme Persisters. A Miracle Antibiotic? for information about how to build a dapsone-based regimen including dapsone and the other required antibiotics and supplements. I tend to offer this type of treatment at six months or more into a chronic Lyme disease treatment or Bartonella treatment if a person is not improving. I also try this type of regimen if someone has first tried a disulfiram regimen (for Lyme only) and it does not work.
At the beginning of treatment, or after one to two months of treatment after a person is no longer having Herxheimer reactions from their growing Lyme and/or Bartonella regimen, I am adding one or two of the following herbs. I usually start with the liposomal cinnamon, clove, and oregano oil and/or the cryptolepis. Another option if you cannot take one of these is to substitute it for Japanese knotweed.
Growing Lyme and Bartonella regimens could include Cat’s Claw, Otoba, Sida acuta, Japanese knotweed and/or houttuynia tinctures, cefuroxime, clarithromycin, azithromycin, grapefruit seed extract, tinidazole, rifampin, bactrim, or metronidazole. See A Lyme Disease Antibiotic Guide and/or Kills Bartonella: A Brief Guide for more information specific to the germ you are trying to kill.
I add Methylene Blue to the herbal options above if one or two of the herbal medicine options is not helping. Methylene Blue must be compounded. Be aware methylene blue costs nearly $350 a month. It also turns urine and stool blue and is very hard to scrub off porcelain toilets. Your clinician will need to order a glucose 6 phosphate dehydrogenase (G6PD) blood test. If this red blood cell antioxidant is low, then you should not take methylene blue. With low G6PD there is a risk that your red blood cells will break apart.
I find the herbal options have as good of a chance of helping.
I use several antibiotic combinations like those mentioned in A Lyme Disease Antibiotic Guide. I use them for two months off, then two months on. Sometimes I use them for one month on or one month off. This approach helps about 10-20 percent of the time with various degrees of improvements. Unlike Burrascano, I do not believe these cure people. However, several of my patients who remained quite ill from Lyme infection after taking antibiotics got very well on this approach.
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* These statements have not been evaluated by the Food and Drug Administration. These products are not intended to diagnose, treat, cure, or prevent any disease.
Marty Ross, MD is a passionate Lyme disease educator and clinical expert. He helps Lyme sufferers and their physicians see what really works based on his review of the science and extensive real-world experience. Dr. Ross is licensed to practice medicine in Washington State (License: MD00033296) where he has treated thousands of Lyme disease patients in his Seattle practice.
Marty Ross, MD is a graduate of Indiana University School of Medicine and Georgetown University Family Medicine Residency. He is a member of the International Lyme and Associated Disease Society (ILADS), The Institute for Functional Medicine, and The American Academy of Anti-Aging Medicine (A4M).
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