The Menssana Alveolar Breath Test exploratory study is moving along quite well. As a reminder any donations to the program may be tax deductible (please discuss this with your tax accountant). 1. Any donations to the program may be tax deductible
2. We all know there is no alternative testing to TMAU
3. Irene will review results of computational analysis and Alveolar Breath Test, and give an assessment/ interpretation of your health profile with Aurametrix.
The results we have received back so far from the initial testers are very uplifting. If you have not seen the sample test results from the earlier post by MEBO, Menssana is able to identify many compounds by name, and provide their alternative names. These compounds are matched to the NIST (National Institute of Standard and Technology) Chemistry Webbook. I know some testers have asked the question, now that I have a list of chemicals from my breath what do I do?
Obviously, this is difficult for MEBO as we want to help sufferers find answer immediately, and understanding this is an exploratory study, the conclusion of the results will not be rendered until the one-year study is completed in April 2013. And we hope sufferers understand this, which most do, since we all know there is no alternative testing to TMAU. Researching each compound using PubMed or MEDLINE will definitely help you in your efforts.

So far we have not had enough data to make reasonable or detailed assessments, but I would like to highlight a few tester profiles. This is not medical advice or an interpretation of any kind. I am not a medical professional.
- Testers that complained of Halitosis found a majority of their top 20 VOCs emitted from the breath to be sulfurous compounds, all varied by their compound names.
- The array of sulfurous compounds demonstrates that the breath test itself is capturing compounds from the oral cavity and the alveolar breath.
- The commonality between testers was an elevated alveolar gradient of the compound Heptane, 2,4,6-trimethyl or tridecane and Octane,2,3,6-trimethyl compared to the abundance of air.
- According to a blog post made by Aurametrix, Derivatives of cyclic hydrocarbons - such as Cyclopropane, Limonene, Benzene, Longifolene, and simpler hydrocarbons - Tridecane, Tetradecane, Pentadecane, along with fatty alcohols (octanol) were compounds that range from lemony to gasoline fumes, rubber and stinky bugs.
The mouth accumulates bacteria and foods that contain amino acids, which convert into sulfurous compounds, and foods that contain sugar can increase the amount of harmful bacteria in the mouth causing malodor.
Most reports now agree that the most frequent sources of halitosis exist within the oral cavity and include bacterial reservoirs such as the dorsum of the tongue, saliva and periodontal pockets, where anaerobic bacteria degrade sulfur-containing amino acids to produce the foul smelling volatile sulfur compounds (VSCs), especially hydrogen sulfide (H(2)S) and methyl mercaptan (CH(3)SH).
We are working hard to keep the study moving so please remember that this is a multi-site study, and the equipment will be moved onto the next site. We have already received some requests in the Chicago area and unfortunately, these testers will have to wait and see if there is enough demand in Chicago for a later testing date. This might never come to fruition due to the study only being one year in length. We have shipped the Breath Test equipment from Chicago, IL to Miami, FL to prepare for the Miami meet up in a couple of weeks. If you have not already done so, please fill out the requisition form to show your interest. It is important to state your preferred testing location. If you have already filled out the requisition form, you should have already received an invoice from Maria. If you have not received it, please let her know.
As participants of this exploratory study, you can take pride in being a pioneer in our community paving the way towards new discoveries that could change the lives of sufferers around the world and their offsprings.

Managing Director
MEBO Research
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