Raman Smiles Blog

Locating Prabu Point ....safely!

There have been some instances that the myotrode has been incorrectly placed right over the SCM at the level of Carotid sinus.  This is potentially dangerous.

When I looked into it, this occurence is related to HOW the Prabu Point.

One way to locate SCM is to have the patient turn the head to the side. But if the Prabu Point is located when the head is turned, when the patient turns the head straight, the SCM rolls...as it should..and roll under the previously located point.  This turned out to be culprit.

The proper way, as I had described in my ICCMO Masterhip thesis....is to have the patient continue to look straight.  But offer resistance to the head to turn against. This makes the SCM stand up...even in heavy people...but once the Prabu Point is located...in the middle 1/3 of the Posterior Cervical triangle.. the SCM does not change location.

I have attached a Power Point to illustrate this here.

Download locating_prabu_point.ppt

Dental health affects fertility

The connection between dental health and overall health....the "Oral systemic link" is widely recognized.  Most of the studies related to periodontal ( gum support) disease and heart disease, stroke, diabetes and low birth weight babies.  It makes sense to expect that infection in one area of the body is bound to affect other areas.  But this new study has an interesting twist.

Male infertility is often connected to connected to chronic bacterial infection of the epididymis.  This is the structure that "stores" semen.  This study from Germany showed a direct connection between male sterility and dental infections.  An abstract with the references is below.

They only studied those that were resistant to antiobiotic therapy.  I wonder if the results would be even better if all of the sterile subjects were included in the study.

One more reason to make dental health and its maintenance a high priority!

 

1: Andrologia. 1993 May-Jun;25(3):159-62. Links

Bacterial foci in the teeth, oral cavity, and jaw--secondary effects (remote action) of bacterial colonies with respect to bacteriospermia and subfertility in males.

Bieniek KW, Riedel HH.

Department of Obstetrics and Gynecology, University of Halle-Wittenberg, Germany.

Bacteriospermia requiring medical treatment were diagnosed in more than 70% of the subfertile patients who had since 1988 attended the gynecological clinic at the RWTH hospital in Aachen. In 23% of all cases specific treatment with antibiotics did not reduce the concentrations of bacteria in sperma. Thirty-six patients with bacteriospermia resistant to antibiotic therapy were then subjected to dental examination. A high incidence of potential dental foci was found in all patients. In a test group of 18 patients these sources of potential infection were eliminated. Between dental operations and therapy swabs were taken to determine bacterial levels and bacteriological composition. It could be demonstrated that the bacterial spectrum of the intraoral samples was almost identical with the spermiograms. Six months following completion of dental treatment a further spermiogram analysis was carried out. In the test group about two thirds of the spermiograms proved sterile. Spermatological parameters, such as motility, density and morphology, had also clearly improved. In the control group the findings of the spermiogram remained poor. This study indicates that a direct causal relationship exists between bacterial colonies (dental foci) and therapy-resistant bacteriospermia which probably leads to subfertility.