The BCC© is an analysis of the hair, of high technological innovation, which gives informations in real time of what has happened and it is happening in the hair.  The examination allows so to identify, to analyze, to visualize the intracellular comntaining of the bulb and the stem. 

The BCC© furnishes so a reading of the deposit of the  nutrizional minerals, of the toxic metals, of the vitamins and of the aminoacidis, with functions biologically known in the vital parts of the hair, highligthing the imbalances for ectogenous and endogenous minerals.

How it develops and comparison between BCC© and TMA

The hair's specimen, with the bulb,  is performed in five different districts of the head so that the final evaluation shows general values and not of a single district as for the TMA (American mineralogramma). Hairs are putted in a slide to be analyzed to the microscope in polarized light.

The color that characterizes every oligoelement (trace-element), is produced by the selective absorption of you determine wavelengths of the light from atoms belonging to the mineral structure of the same element.

The iconographic tier so achieved  is appraised, interpreted and elaborate furnishing values and relationships of the various found elements.

For the reading of every single element the technique of  the so called remote sensing UNMIXING is used together with dedicated software IDL, both normally used by agencies as the Nasa, the ESA ect. In every photographic pixel (drawn by the image of the hair)  are recognized and detected and red 16.3 million belonging colors to the same hair, recognizing both the spectrum of every single element as a band of color that shows the present components.

With these information, the distance is measured in comparison to the basic element, at this point it is expressed a weight in mg% (1 mg% it is equal to 10 parts for million).     

All the found data are expressed in mg%.

The method we use, not traumatic and not invasive, doesn't need of treatments preparatory physical or chemical or other manipulations, differentiating so by the mineralogram TMA that cannot individualize both the alterations of the various cellular structures as the various district compositions.

We remember that the specimen, for the American mineralogramma TMA (mineral analysis tissutale), are withdrawn in the ear-back zone and cut to about a centimeter by the nape. In the laboratory they come first minced then washed with various solvents and then loose in perchloric acid and burnt to around 8500°C more times. They get so ashes and on these are developed the investigations for individualizing the mineral launchings.

·     Intrcellular containing of the toxic oligoelements with normal values and values found with graphic

·     Intracellular containing of the oligoelements, macro and mycro, with normal values and values found with graphic

·     Intracellular containing of the vitamins with normal values and values found with graphic

·     Intracellular containing of the aminoacids with normal values and values found with graphic

·     Comparison between the oligoelements and their correlations with normal values and values found with graphic

·     Comparison between the oligoelements and the toxic oligoelements with normal values and values found with graphic.

NB

The contained data in the BCC© are available and comparable in “Equilibrio Nutrizionale” by Lawrence Wilson, the clinical information in “Toxic Metals”, “Trace Elements”, “Hair analysis and Nutrition” by Dr. Paul Eck dell of Apllied Nutrition, “Mineralogramma” Dr. I Intrigue and Ivo Bianchi, “Theory and Clinical Practice of the mineral analysis” Dr. Peck, Dr.Wilson, “Logic of the oligoelementis” and in “Values of reference of elements it traces” Dr. Minoia, P.Apostoli And Sabbioni, “Hair and Hair Diseases” Prof. Dr. Costantin E.Orfanos, Prof.Dr.Rudolf Happle. Kist, AA, et al. Mapping of Ecological Unfavorable Territories Based on Human Hair Composition. Biol.Trace Elem.Res. 64, 1998.  Zhuk, LI, et al. Mapping Technique Based on Elemental Hair Composition Data. Biol. Trace Elem.Res. 1990. Karpas, Z. et al. Urine, Hair, and Nails as Indicators for Ingestion of Uranium in Drinking Water.  Health Phys. 88,3, 2005.Elderly Reference Ranges.  M.L.O. 38,8, 2006.  Wilhelm M et el. Institute of Toxicology, University of Dusseldorf, West Germany, 199-206, Vol. 92, 1990. Kozielec, T, et al. The Influence of Magnesium Supplementation on Concentrations of Chosen Bioelements and Toxic Elements in Adult Human Hair. Magnesium and Chosen Bioelements in Hair.  Mag.Res. 17,3, 2004.