Excerpt:

IDSA knows that chronic Lyme exists

The IDSA is aware that chronic Lyme exists. We know this because
members of the 2000 and 2006 Lyme disease guideline panels wrote, in
research articles and patents, that chronic Lyme exists.

Evidence about the existence of chronic Lyme borreliosis has increased
since the 2006 LD guidelines were published.

Scientists in California recently reported that not only can Bb persist
in mice despite treatment with ceftriaxone, but the Borrelia can also
infect other ticks and mice. (1) This study buttresses previous
studies that showed that Borrelia can persist in mice (2, 3), dogs (4,
5, 6), and ponies (7).

Studies have also shown that Bb can persist despite antibiotic
treatment in the following human cells, tissues, organs, and body
fluids:

* Fibroblasts (8; Mark Klempner, an IDSA LD guideline panel member in
2006, is an author of this study)

Linda’s comments: Amazing how animals get better research and treatments than humans!!??  God Bless Dr Breitschwerft for his research …… He found “first time documented evidence that the pathogen may have been passed between family members.”  What Lida Mattman said all alone.  Then they say ,”At least 26 strains of Bartonella have been named worldwide, and the list is growing.”…..  AGAIN, a VET finds out with his continued research how deadly Bartonella can be.  This statement/quote ” Dr. Michael Kosoy, who heads the Bartonella laboratory for the Centers for Disease Control and Prevention in Fort Collins, Colo., said scientists are only beginning to build evidence that Bartonella infections may be more common than previously thought.” WHAT, NOW the CDC is admitting that Bartonella exists??  WOW….unbelievable….Perhaps all the pressure the Lymies are putting on research, IDSA and doctors is working….

BY SARAH AVERY – Staff Writer

A bacterial infection typically spread by fleas, lice and biting flies could be more prevalent than many think, and may have been transmitted from a mother to her children at birth, scientists from N.C. State University say.

Dr. Edward Breitschwerdt, an infectious disease veterinarian and one of the world’s leading researchers of bacteria called Bartonella, has for the first time documented evidence that the pathogen may have been passed between family members.

Although more studies are needed to back up his findings, Breitschwerdt and colleagues describe the case of a mother and father who began battling chronic aches, fatigues and other symptoms soon after they were married. When their twins were born in 1998, the daughter died after nine days from a heart defect, and the son developed chronic health problems.

Using tissue from the daughter’s autopsy and blood from the surviving family members, Breitschwerdt’s team discovered that the entire family was infected with the same species of Bartonella bacteria, despite having no shared exposures to flea or lice infestations. Bartonella is known to causes such illnesses as trench fever and cat scratch disease, and it is increasingly suspected of triggering a variety of aches and inflammations that doctors have been unable to diagnose.

“I think we have stumbled across something that is of monumental medical importance,” said Breitschwerdt, whose findings were published recently in the Journal of Clinical Microbiology.

Proving the mother-child transmission could be difficult, however. Little funding is available for such research because the bacteria are still not considered a major source of human disease.

Dr. Michael Kosoy, who heads the Bartonella laboratory for the Centers for Disease Control and Prevention in Fort Collins, Colo., said scientists are only beginning to build evidence that Bartonella infections may be more common than previously thought.

At any rate, THANK GOD this is coming to the public….there is hope folks…..we just can’t give up the FIGHT….which brings me to the Dr Garry Gordon FIGHT protocol…..I have been on it for 1 1/2 years and IT WORKS….Lyme and the co-infections do NOT have a chance if you are on the FIGHT protocol….getting control and cleaning out the total body burden of pathogens and toxins in our bodies only helps to speed along our wellness journeys….. 

BY SARAH AVERY – Staff Writer

A bacterial infection typically spread by fleas, lice and biting flies could be more prevalent than many think, and may have been transmitted from a mother to her children at birth, scientists from N.C. State University say.

Dr. Edward Breitschwerdt, an infectious disease veterinarian and one of the world’s leading researchers of bacteria called Bartonella, has for the first time documented evidence that the pathogen may have been passed between family members.

Although more studies are needed to back up his findings, Breitschwerdt and colleagues describe the case of a mother and father who began battling chronic aches, fatigues and other symptoms soon after they were married. When their twins were born in 1998, the daughter died after nine days from a heart defect, and the son developed chronic health problems.

Using tissue from the daughter’s autopsy and blood from the surviving family members, Breitschwerdt’s team discovered that the entire family was infected with the same species of Bartonella bacteria, despite having no shared exposures to flea or lice infestations. Bartonella is known to causes such illnesses as trench fever and cat scratch disease, and it is increasingly suspected of triggering a variety of aches and inflammations that doctors have been unable to diagnose.

“I think we have stumbled across something that is of monumental medical importance,” said Breitschwerdt, whose findings were published recently in the Journal of Clinical Microbiology.

Proving the mother-child transmission could be difficult, however. Little funding is available for such research because the bacteria are still not considered a major source of human disease.

Dr. Michael Kosoy, who heads the Bartonella laboratory for the Centers for Disease Control and Prevention in Fort Collins, Colo., said scientists are only beginning to build evidence that Bartonella infections may be more common than previously thought.

“Bartonella are circulated around the world in many animals, but there are different Bartonella species, and the question is how can they be transmitted to humans?” Kosoy said, noting that most known cases have been transmitted from biting insects. He said the NCSU findings about the potential family transmission are compelling but inconclusive.

Dozens of strains

At least 26 strains of Bartonella have been named worldwide, and the list is growing. The most notorious Bartonella infection is cat scratch disease, a fever illness passed to humans from flea-infected cats. Fleas are the primary hosts, and they spread the bacteria in their feces.

The effectiveness of a new first in class antibiotic, tigecycline
(glycylcycline), was evaluated during the early dissemination (1 week), early
immune (3 weeks), or late persistent (4 months) phases of Borrelia burgdorferi
infection in C3H mice. Mice were treated with high or low doses of tigecycline,
saline (negative-effect controls), or a previously published regimen of
ceftriaxone (positive-effect controls). Infection status was assessed at 3
months after treatment by culture, quantitative ospA real-time PCR, and
subcutaneous transplantation of joint and heart tissue into SCID mice. Tissues
from all saline-treated mice were culture- and ospA PCR-positive; tissues from
all antibiotic-treated mice were culture-negative; and some of the tissues from
most of the mice treated with antibiotics were ospA PCR-positive, although the
DNA marker load was markedly decreased compared to saline-treated mice.
Antibiotic treatment during the early stage of infection appeared to be more
effective than treatment that began during later stages of infection. The
viability of non-cultivable spirochetes in antibiotic-treated mice (demonstrable
by PCR) was confirmed by transplantation of tissue allografts from treated mice
into SCID mice, with dissemination of spirochetal DNA to multiple recipient
tissues, and by xenodiagnosis, including acquisition by ticks, transmission by
ticks to SCID mice, and survival through molting into nymphs and then into
adults. Furthermore, PCR-positive heart base tissue from antibiotic-treated mice
revealed RNA transcription of several B. burgdorferi genes. Results extended
previous studies with ceftriaxone, indicating that antibiotic treatment is
unable to clear persisting spirochetes, which remain viable and infectious, but
are non- or slowly dividing.

http://eutils.ncbi.nlm.nih.gov/entrez/eutils/elink.fcgi?dbfrom=pubmed&id=19995919&retmode=ref&cmd=prlinks
PMID: 19995919  [PubMed – as supplied by publisher]

Antimicrob Agents Chemother. 2009 Dec 7; [Epub ahead of print]

Ineffectiveness of Tigecycline Against Persistent Borrelia burgdorferi.

Barthold SW, Hodzic E, Imai DM, Feng S, Yang X, Luft BJ.

Center for Comparative Medicine, Schools of Medicine and Veterinary Medicine,
University of California at Davis, One Shields Avenue, Davis, California 95616;
Division of Infectious Diseases, Department of Medicine, State University of New
York at Stony Brook, Stony Brook, New York 11794.