None of these infections (bartonella, babesia) represent a problem for a healthy immune system. They are self-limiting. Thus, sadly if you go to a GP and say u have Bartonella , EBV or CMV, they will start laughing at you. It's one of the reasons this lyme disease is such a misunderstood condition, doctors hate it. 70% of the population is positive for EBV, over 90% is positive for CMV and around 30% for bartonella. But nobody else complains about
them because they have no symptoms. So you look like a mentally unstable patient...
For example Bartonella quintana, responsible for about
a third of the bart infections, is a bacteria that affected over 1 million people during WW1. Almost all of them recovered quickly.
What happens in immune-suppressed individuals it is very very different than in the immuno-competent ones. For example people with AIDS can have horrific systemic bart infections.
Some good doctors will maybe guess some immune system problem, and test you for AIDS, cancer, etc... Before i got the lyme diagnostic i got tested for HIV 3 times by 3 different doctors... They know HIV creates immune suppression, but they dont know lyme does, too...
In 2015 we learned lyme disease creates a state of immune suppression in the body, which
has been proven in vivojournals.plos.org/plospathogens/article?id=10.1371/journal.ppat.1004976Mice infected with Borrelia were given a flu shot, but they have not developed immunity and they still got sick with flu. But this is like latest and greatest research so few in the medical community know about
it right now.
So, like with AIDS but not as bad, lyme creates this immune suppressive situation in which all these virtually easy infections like Bart, Babs, etc... that usually are asymptomatic or resolve in a week or so, become chronic and self-perpetuating. That's why they are called opportunistic co-infections, they would not be able to thrive on their own.
Resolving borrelia infection usually triggers a slow resolution in all other co-infections in the body, including Bartonella, babesia, candida, EBV, CMV, Coxackie and who knows what other agents. The problem is the current antibiotics cannot effectively sterilize borrelia, and treatment relies on the immune system to mop up. When coinfections are present, they make the immune system even more busy and the mop-up will often fail and relapse occur. Thus, you can't really get rid of borrelia without treating coinfections at the same time, to lower their count.
Some of us, after many months of treatment, are in the state where borrelia is no longer a problem on its own but some of the co-infections, like Bartonella, because they used to be so widespread, have lots of biofilm reserves in the body, and will give the immune system a lot of trouble for years after the intial lyme infection has been somewhat resolved. Also, the immune system will not be fully recovered for a long time. There is another problem here, some people have other immune system issues, yet undiscovered, which along with the initial borrelia infection, create the state where all these other bacteria can use to proliferate. The can include
- lack of some essential minerals like zinc, selenium
- some gene mutations that make the immune system less effective at destroying some pathogens
- diabetes
- cancer
- an allergy to something yet undiscovered that gets the immune system confused and instead of attacking the invaders it shoots into harmless chemicals. Confused immune systems are less efficient.
Just trying to show why is so hard to treat this lyme disease complex condition and why just prescribing antibiotics is not the perfect solution to everything. It's hard for new people to understand why this is so difficult.
Post Edited (mpost) : 1/10/2016 5:51:41 AM (GMT-7)