Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue

Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue

Innovative biomedical technology has been developed and the bioimpedance device «Osteotest» designed for non-invasive diagnostics of human bone tissue according to its polarization properties was created. The analysis of the capabilities of modern biophysical methods of testing biological tissues wa...

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Bibliographic Details
Main Authors: V.A. Berezovskii, M.I. Levashov, S.L. Saphonov
Format: Article
Language:Ukrainian
Published: Publishing House "Akademperiodyka" 2013-09-01
Series:Nauka ta Innovacii
Subjects:
innovative medical technology
apparatus
impedancemetry
diagnostics of bone tissue
Online Access:ftp://ftp.nas.gov.ua/akademperiodyka/Downloads/Archive%20SI%20Journal/SI_ukr/2013/N5/Berezovskii.pdf
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spelling doaj-5fe7ca31e75d4c009bc08afccc366d9b2020-11-25T01:11:05ZukrPublishing House "Akademperiodyka"Nauka ta Innovacii1815-20662413-497X2013-09-0195556510.15407/scin9.05.055Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone TissueV.A. Berezovskii0M.I. Levashov1S.L. Saphonov2O. O. Bogomoletz Institute of Physiology, NAS of Ukraine, KyivO. O. Bogomoletz Institute of Physiology, NAS of Ukraine, KyivO. O. Bogomoletz Institute of Physiology, NAS of Ukraine, KyivInnovative biomedical technology has been developed and the bioimpedance device «Osteotest» designed for non-invasive diagnostics of human bone tissue according to its polarization properties was created. The analysis of the capabilities of modern biophysical methods of testing biological tissues was conducted. Optimal design and technological and schematic solution of the problem of bone bioimpedancemery was found. The valid model sample of a three-frequency bioimpedance device for non-invasive diagnostics of human bone tissue «Osteotest» was designed and developed.ftp://ftp.nas.gov.ua/akademperiodyka/Downloads/Archive%20SI%20Journal/SI_ukr/2013/N5/Berezovskii.pdfinnovative medical technologyapparatusimpedancemetrydiagnostics of bone tissue
collection DOAJ
language Ukrainian
format Article
sources DOAJ
author V.A. Berezovskii
M.I. Levashov
S.L. Saphonov
spellingShingle V.A. Berezovskii
M.I. Levashov
S.L. Saphonov
Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue
Nauka ta Innovacii
innovative medical technology
apparatus
impedancemetry
diagnostics of bone tissue
author_facet V.A. Berezovskii
M.I. Levashov
S.L. Saphonov
author_sort V.A. Berezovskii
title Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue
title_short Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue
title_full Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue
title_fullStr Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue
title_full_unstemmed Technology and «Osteotest» Device for Non-Invasive Electrodiagnostic Testing of Human Bone Tissue
title_sort technology and «osteotest» device for non-invasive electrodiagnostic testing of human bone tissue
publisher Publishing House "Akademperiodyka"
series Nauka ta Innovacii
issn 1815-2066
2413-497X
publishDate 2013-09-01
description Innovative biomedical technology has been developed and the bioimpedance device «Osteotest» designed for non-invasive diagnostics of human bone tissue according to its polarization properties was created. The analysis of the capabilities of modern biophysical methods of testing biological tissues was conducted. Optimal design and technological and schematic solution of the problem of bone bioimpedancemery was found. The valid model sample of a three-frequency bioimpedance device for non-invasive diagnostics of human bone tissue «Osteotest» was designed and developed.
topic innovative medical technology
apparatus
impedancemetry
diagnostics of bone tissue
url ftp://ftp.nas.gov.ua/akademperiodyka/Downloads/Archive%20SI%20Journal/SI_ukr/2013/N5/Berezovskii.pdf
work_keys_str_mv AT vaberezovskii technologyandosteotestdevicefornoninvasiveelectrodiagnostictestingofhumanbonetissue
AT milevashov technologyandosteotestdevicefornoninvasiveelectrodiagnostictestingofhumanbonetissue
AT slsaphonov technologyandosteotestdevicefornoninvasiveelectrodiagnostictestingofhumanbonetissue
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