Biomineralization of magnet nanoparticles with bacterial symbionts of man

Bioinformational analysis of human’s bacterial symbionts (BS) to study the process of biomineralization of biogenic magnetic nanoparticles (BMN) was conducted. For this purpose in this paper a comparative analysis of amino acid sequences of proteins of magnetosome island of magnetotactic bacteria (M...

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Main Authors: Horobets S.V., Horobets О.Yu., Butenko К.О., Chyzh Yu.М.
Format: Article
Language:English
Published: Dnipro State Medical University 2014-06-01
Series:Medičnì Perspektivi
Subjects:
Online Access:http://medpers.dsma.dp.ua/issues/2014/N2/04-12.pdf
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author Horobets S.V.
Horobets О.Yu.
Butenko К.О.
Chyzh Yu.М.
author_facet Horobets S.V.
Horobets О.Yu.
Butenko К.О.
Chyzh Yu.М.
author_sort Horobets S.V.
collection DOAJ
description Bioinformational analysis of human’s bacterial symbionts (BS) to study the process of biomineralization of biogenic magnetic nanoparticles (BMN) was conducted. For this purpose in this paper a comparative analysis of amino acid sequences of proteins of magnetosome island of magnetotactic bacteria (MI MTB) with human BS proteins using the program "BLAST-online" was made. A number of human BS may be potential producers of magnetic nanoparticles as evidenced by the experimental work of other authors. Considering obtained results it was shown that the interaction between tumor cells and some strains of human’s BS may occur due to the forces of magnetic dipole interaction, occuring between the endogenous magnetic nanoparticles of tumor cells and endogenous magnetosensitive particles of bacteria.
format Article
id doaj-art-3a45bb893f1a41fbaf13dcd1f613ee40
institution DOAJ
issn 2307-0404
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language English
publishDate 2014-06-01
publisher Dnipro State Medical University
record_format Article
series Medičnì Perspektivi
spelling doaj-art-3a45bb893f1a41fbaf13dcd1f613ee402025-08-20T02:51:58ZengDnipro State Medical UniversityMedičnì Perspektivi2307-04042307-04042014-06-011920412Biomineralization of magnet nanoparticles with bacterial symbionts of manHorobets S.V.0Horobets О.Yu.1Butenko К.О.2Chyzh Yu.М. 3National technical university of Ukraine «Kyiv polytechnical institute»National technical university of Ukraine «Kyiv polytechnical institute»National technical university of Ukraine «Kyiv polytechnical institute»National technical university of Ukraine «Kyiv polytechnical institute»Bioinformational analysis of human’s bacterial symbionts (BS) to study the process of biomineralization of biogenic magnetic nanoparticles (BMN) was conducted. For this purpose in this paper a comparative analysis of amino acid sequences of proteins of magnetosome island of magnetotactic bacteria (MI MTB) with human BS proteins using the program "BLAST-online" was made. A number of human BS may be potential producers of magnetic nanoparticles as evidenced by the experimental work of other authors. Considering obtained results it was shown that the interaction between tumor cells and some strains of human’s BS may occur due to the forces of magnetic dipole interaction, occuring between the endogenous magnetic nanoparticles of tumor cells and endogenous magnetosensitive particles of bacteria.http://medpers.dsma.dp.ua/issues/2014/N2/04-12.pdfmagnetic nanoparticlesbiomineralizationhuman’s bacteria
spellingShingle Horobets S.V.
Horobets О.Yu.
Butenko К.О.
Chyzh Yu.М.
Biomineralization of magnet nanoparticles with bacterial symbionts of man
Medičnì Perspektivi
magnetic nanoparticles
biomineralization
human’s bacteria
title Biomineralization of magnet nanoparticles with bacterial symbionts of man
title_full Biomineralization of magnet nanoparticles with bacterial symbionts of man
title_fullStr Biomineralization of magnet nanoparticles with bacterial symbionts of man
title_full_unstemmed Biomineralization of magnet nanoparticles with bacterial symbionts of man
title_short Biomineralization of magnet nanoparticles with bacterial symbionts of man
title_sort biomineralization of magnet nanoparticles with bacterial symbionts of man
topic magnetic nanoparticles
biomineralization
human’s bacteria
url http://medpers.dsma.dp.ua/issues/2014/N2/04-12.pdf
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