Molecular Cluster Distribution in Sea Water Near the Wall: Antifouling Aspect

Zubow, Kristina; Zubow, Anatolij; Zubow, Viktor Anatolievich

doi:10.1007/s10876-011-0402-6

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2012

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“…The sequences of investigated clusters in natural waters [14], distilled water [5], polymers [7,15,16], solutions [17,18], protein coils and polysaccharides (lysozyme, L-arginine, chymotrypsinogen-A, amylopectin, etc. [6]) are characterized by similar masses.…”

Section: Resultsmentioning

confidence: 99%

New Non-Destructive Method for the Analysis of Domains’ Distribution in Proteins and Biomatrices. Nature of Domains

Zubow¹,

Zubow²,

Zubow³

et al. 2012

AJB

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A new non-destructive method to analyze rapidly the domain structure of proteins (lysozyme, chymotrypsinogen-A, ovalbumin, albumin), protein solutions (water and buffer systems), and biomatrices containing proteins (hen eggs) has been developed. The gravitational mass spectra of lysozyme and chymotrypsinogen-A obtained from their solutions in buffer and water are given, the signals of domains, coils, sub micellar and micellar structures are discussed. Domains, coils and coils of protein associates are concluded to be emerged compelled at the expense of energy clusters (EC) in stationary gravitational waves of the space, in accordance with EC only certain domains are able to exist.

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