Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study

Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study

The impact of laser radiation (LR) on the rate of plasma free radical processes during hypotension and after reinfusion was studied in acute experiments on non-inbred albino rats with prior severe hypovolemic hypotension (blood pressure, 25—30 mm Hg) during 60 min. LR used before blood loss was show...

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Main Authors: A. K. Kirsanova, V. L. Kozhura, I. S. Novoderzhkina, Ye. Yu. Parshina
Format: Article
Language:Russian
Published: Russian Academy of Medical Sciences 2005-04-01
Series:Obŝaâ Reanimatologiâ
Online Access:https://www.reanimatology.com/rmt/article/view/1297
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spelling doaj-f2ed477eb755447e83562cfe5cd3caf62021-07-28T21:21:45ZrusRussian Academy of Medical SciencesObŝaâ Reanimatologiâ1813-97792411-71102005-04-0112535610.15360/1813-9779-2005-2-53-561297Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental StudyA. K. Kirsanova0V. L. Kozhura1I. S. Novoderzhkina2Ye. Yu. Parshina3Research Institute of General Reanimatology, Russian Academy of Medical Sciences, MoscowResearch Institute of General Reanimatology, Russian Academy of Medical Sciences, MoscowResearch Institute of General Reanimatology, Russian Academy of Medical Sciences, MoscowResearch Institute of General Reanimatology, Russian Academy of Medical Sciences, MoscowThe impact of laser radiation (LR) on the rate of plasma free radical processes during hypotension and after reinfusion was studied in acute experiments on non-inbred albino rats with prior severe hypovolemic hypotension (blood pressure, 25—30 mm Hg) during 60 min. LR used before blood loss was shown to increase total plasma antioxidative activity and to promote the decreased production of lipid peroxidation products during hypotension. Inclusion of LR into a package of resuscitative measures deteriorates free radical oxidative processes. LR may be a promising method for correcting the excessive rate of free radical oxidation after reinfusion at later rehabilitative stages (after recovery of the energetic potential and adaptation mechanisms).https://www.reanimatology.com/rmt/article/view/1297
collection DOAJ
language Russian
format Article
sources DOAJ
author A. K. Kirsanova
V. L. Kozhura
I. S. Novoderzhkina
Ye. Yu. Parshina
spellingShingle A. K. Kirsanova
V. L. Kozhura
I. S. Novoderzhkina
Ye. Yu. Parshina
Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study
Obŝaâ Reanimatologiâ
author_facet A. K. Kirsanova
V. L. Kozhura
I. S. Novoderzhkina
Ye. Yu. Parshina
author_sort A. K. Kirsanova
title Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study
title_short Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study
title_full Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study
title_fullStr Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study
title_full_unstemmed Impact of Laser Radiation on the Rate of Free Radical Oxidation in Hypovolemic Hypotension and After Reinfusion: Experimental Study
title_sort impact of laser radiation on the rate of free radical oxidation in hypovolemic hypotension and after reinfusion: experimental study
publisher Russian Academy of Medical Sciences
series Obŝaâ Reanimatologiâ
issn 1813-9779
2411-7110
publishDate 2005-04-01
description The impact of laser radiation (LR) on the rate of plasma free radical processes during hypotension and after reinfusion was studied in acute experiments on non-inbred albino rats with prior severe hypovolemic hypotension (blood pressure, 25—30 mm Hg) during 60 min. LR used before blood loss was shown to increase total plasma antioxidative activity and to promote the decreased production of lipid peroxidation products during hypotension. Inclusion of LR into a package of resuscitative measures deteriorates free radical oxidative processes. LR may be a promising method for correcting the excessive rate of free radical oxidation after reinfusion at later rehabilitative stages (after recovery of the energetic potential and adaptation mechanisms).
url https://www.reanimatology.com/rmt/article/view/1297
work_keys_str_mv AT akkirsanova impactoflaserradiationontherateoffreeradicaloxidationinhypovolemichypotensionandafterreinfusionexperimentalstudy
AT vlkozhura impactoflaserradiationontherateoffreeradicaloxidationinhypovolemichypotensionandafterreinfusionexperimentalstudy
AT isnovoderzhkina impactoflaserradiationontherateoffreeradicaloxidationinhypovolemichypotensionandafterreinfusionexperimentalstudy
AT yeyuparshina impactoflaserradiationontherateoffreeradicaloxidationinhypovolemichypotensionandafterreinfusionexperimentalstudy
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