EUROMEDICA  Hanover 6-7  Juni 2008	Advanced methods of diagnosis, treatment and prophylactics
	European Academy of Natural Sciences, Hanover European Scientific Society, Hanover Russian Academy of Natural Sciences, Moscow

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History of the biocrystallization phenomenon goes back to over 30 years, although it was first mentioned about 1804.

There are many articles, which demonstrated diagnostic function of crystalloscopic and tezigraphic facia.

In that time, the unitary publications devote to ability of crystallographic methods for indication of treatment effectiveness. This thesis was aim of our investigations.

Materials and methods

We study the dynamics of the transformation of teziocrystalloscopic picture of some human biofluids (saliva, urine, blood serum, teardrops etc.) in the management process.

Free crystallization of biomaterial (classic crystalloscopy) was examined by using the special identification table, which consists of 5 classes of crystal and amorphous structures and half-quantitive additional criteria, such as facia destruction degree [FDD], regularity [R], cellularity [C] and marginal belt [MB].

Tezigraphic facia was evaluated by complex of basic (initiation coefficient [IC]; belt coefficient [BC]) and additional parameters. We used two variants of tezigraphic test. There are comparative and differential teziography, which discrepant by number of the basic substances.

Data were processed with statistic programs (SPSS 11.0; Primer of biostatistics versus 4.03).

Results

On the base of our data it was demonstrated, that the dynamics of the biofluids teziocrystalloscopic picture correlates with patient common condition and his clinic-functional status. This thesis was verificated on patients, which have gastroenterological, neurological, traumatologinal, cardiological and nephrological diseases. We tested the dynamics of free and initiated biosubstrates crystallogenesis on medicamental, chirurgical, balneological and physiotherapeutic management.

On our opinion, the most informative and comfortable for practical using biosubstrates are saliva and urine, but informativity of the monitoring highly increase, if two or more biofluids are analysed simultaneously.

It was shown, that character of the crystalloscopic specimen’s changes (on the general tendency to organization or destruction of the facia) illustrates the treatment effectiveness. This conclusion with respect general tendency is formed by the analysis of crystallization rate (crystal concentration in microscope visual field), facia destruction degree, homogeneity of elements allotment, cellularity, marginal zone width etc.

It is determined, that positive treatment results associate with decreasing of facia destruction degree, cellularity; increasing of facia homogeneity and normalization of crystalloscopic rate for own crystallization (initiation potential for tezigraphic test).

We composed universal algorithm of the crystalloscopic monitoring of patient functional status, which consist of the two or three control points. If we estimate short-time or unitary medical interference, it is enough to investigate the baseline and final condition. In this time the taking of biosubstrates is accomplished. For the treatment scheme, which realized in long time, the three-points investigation is most suitable.

Conclusion

So, it was ascertained, that crystallographic methods of biofluids investigation can be used for the treatment control.