Abstract
Study of a protein water solution dehydration processes gives rise to a novel diagnostics methods [1, 2]. Self-assembly of a drying bioliquid depends on many physical and physicochemical parameters, the slightest changes of which induce essential changes in size, arrangement and symmetry of characteristic elements of observed patterns. Various pathological processes, being taking in human organism, cause alteration of the physicochemical state of explored bioliquid. Further investigation of this problem requires instrument making it possible to efficiently track in real time drop spatial formation that would allow study of dehydration dynamics and influence of chemical and physical parameters of the solution on it.
© 2009 IEEE
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