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Research ArticleOpen Access

Influence of Gravitational Noises on the Long-Range Order in Collagen

Volume 7 - Issue 5

Kristina Zubow*1, Anatoly Zubow2 and Viktor Anatolievich Zubow1

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    • 1Zubow Consulting, Germany
    • 2Group of the Telecommunication Networks Division, Germany

    *Corresponding author: Kristina Zubow , Group of the Telecommunication Networks Division, TU, Berlin, Germany

Received: August 04, 2018;   Published: August 13, 2018

DOI: 10.26717/BJSTR.2018.07.001575

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Abstract

For collagen obtained from young fish air bubbles, using the gravitation mass spectroscopy method (GMS) the dynamics of the long-range order (LRO) change in the whole domain ensemble up to 3 billion Da was studied. LRO was represented by the masses of the simplest domains (loops, spirals), sub micelle and micelle structures, seed fibrillary crystals and giant aggregates (2...3 billion Da). The process of the LRO varying occurred under the influence of the gravitational noise (GN) from the universe. The form of the mass distribution in LRO depended on the age of the fish.

Abstract | Introduction | Material and Method | Results and Discussion | Conclusion | References |