Back in May, Yale Scientific published results of a study that seemed to indicate a link between calcifying nano-particles (CNPs or nanobacteria) and pre-term birth.
From the article:
Preterm birth is on the rise in the United States, with one in eight children born prematurely. A menace to the medical community, preterm birth is a leading cause of newborn death and lifelong disability. Even though many causes of premature birth remain unknown, a number of them have been identified, such as infection, placental bleeding, and stress on the mother. Premature rupture of maternal membranes may also lead to preterm birth; however, the process by which this occurs is not known. In hopes to better understand this phenomenon, Lydia Shook MED ’13 and the rest of the lab of Dr. Irina Buhimschi, Associate Professor of Obstetrics, Gynecology, and Reproductive Sciences, have begun to investigate a possible mechanism for preterm birth.
Shook and the lab were aware of calcifying nanoparticles’ role in other debilitating conditions, such as arthritis and atherosclerosis. In these cases, the calcium deposits that occur due to the aggregates of these particles and calcium disrupt natural processes in joints and muscles. The Buhimschi lab, however, creatively decided to take these findings a step further and investigate if these particles could be part of a mechanism for premature rupturing of the membranes that lead to preterm birth. As a result, Shook hypothesized that these “calcifying nanoparticles form in the amniotic cavity and are involved in…pathways leading to preterm birth.”
This is old news for us at NanoBiotech, as we are the first and still only company with products specifically formulated for the treatment and eradication of nanobacteria in the body. Equally important, our products are clinically proven to reverse the dangerous calcification that these pathogens cause in the first place - it is precisely this calcification that our products remove and reverse.
More from the article:
The findings of the lab are an important step towards identifying more warning signs for preterm delivery so that fewer women undergo such delivery and the risks that are associated with it. As Shook explains, one of the next steps to take may be to find markers that are not only associated with the calcifying nanoparticles but also easily testable. Consequently, if a pregnant woman’s amniocentesis (amniotic fluid test) returns with this marker, doctors can begin targeted therapy much earlier. Though Shook notes that these applications are still a ways away, they represent a pivotal step towards reducing death and disability due to premature birth.
Here's what I don't understand about the author's conclusion: what exactly is the "pivotal step towards reducing death and disability due to premature birth."? The difficulty that the study underscores is in detecting these sub-microscopic pathogens at work in the placenta.
Even scarier, the author says "so that fewer women undergo such delivery and the risks that are associated with it." So what is the author suggesting? Abortion?
Why not simply eradicate the infection? The author makes no mention of actually fixing the problem, only finding one.
NanoBiotech already sells clinically proven products, the only of their kind, specifically formulated to eradicate nanobacteria and reverse the pattern of calcification that is literally killing us slowly.
Personally I think everyone should be on NanoBacTX (6 months will do it), and I personally guarantee that my wife will take it before we have a child.
All of our products are 100% non-toxic and they are available now and without a prescription. You can buy them, as well as read studies and other articles on our website: http://NanoBiotech.us
Director/COO at NanoBioTech Pharma, a company redefining paradigms about health and aging. NanoBiotech sells both nutraceutical and pharmaceutical products that treat and reverse pathological calcification in people, effectively treating heart disease, diseases of the kidneys and prostate, psoriasis, immunological/inflammatory diseases and many more. On the web at 