Detail publikace

The change of biological properties of blood when it is affected by low-intensity laser radiation in case of different exposition of test

SADILOVA, P. YU., GASNIKOV, K. V., LISINA, E. B., BAYAZITOVA, L. A.

Originální název

The change of biological properties of blood when it is affected by low-intensity laser radiation in case of different exposition of test

Český název

The change of biological properties of blood when it is affected by low-intensity laser radiation in case of different exposition of test

Anglický název

The change of biological properties of blood when it is affected by low-intensity laser radiation in case of different exposition of test specimens in experimental conditions.

Typ

článek v časopise

Jazyk

ru

Originální abstrakt

Carried-out in-vitro experimental investigation of low intensity laser emission influence on some physiological blood characteristics showed that laser emission has no significant effect on blood plasma viscosity, but influences greatly whole blood viscosity. Increase of laser emission exposure time causes increase of whole blood viscosity that is more often undesirable for patient. Laser correction of blood coagulability disorders is advised to perform only for patients with hypercoagulation, otherwise blood coagulability index does not become normal. Low intensity laser emission violates leucocyte membrane integrity, at that increase of itsn exposure time leads to increase of damages blood cells number. Despite their popularity therapeutic procedures of blood laser irradiation turn out to be not enough effective, and in some cases have baneful effect on flow and coagulative blood characteristics, and also on blood cell integrity. As a result of premises it is necessary to perform intensive study in order to define proper modes of low intensity laser emission influence while using it in therapy.

Český abstrakt

Carried-out in-vitro experimental investigation of low intensity laser emission influence on some physiological blood characteristics showed that laser emission has no significant effect on blood plasma viscosity, but influences greatly whole blood viscosity. Increase of laser emission exposure time causes increase of whole blood viscosity that is more often undesirable for patient. Laser correction of blood coagulability disorders is advised to perform only for patients with hypercoagulation, otherwise blood coagulability index does not become normal. Low intensity laser emission violates leucocyte membrane integrity, at that increase of itsn exposure time leads to increase of damages blood cells number. Despite their popularity therapeutic procedures of blood laser irradiation turn out to be not enough effective, and in some cases have baneful effect on flow and coagulative blood characteristics, and also on blood cell integrity. As a result of premises it is necessary to perform intensive study in order to define proper modes of low intensity laser emission influence while using it in therapy.

Anglický abstrakt

Carried-out in-vitro experimental investigation of low intensity laser emission influence on some physiological blood characteristics showed that laser emission has no significant effect on blood plasma viscosity, but influences greatly whole blood viscosity. Increase of laser emission exposure time causes increase of whole blood viscosity that is more often undesirable for patient. Laser correction of blood coagulability disorders is advised to perform only for patients with hypercoagulation, otherwise blood coagulability index does not become normal. Low intensity laser emission violates leucocyte membrane integrity, at that increase of itsn exposure time leads to increase of damages blood cells number. Despite their popularity therapeutic procedures of blood laser irradiation turn out to be not enough effective, and in some cases have baneful effect on flow and coagulative blood characteristics, and also on blood cell integrity. As a result of premises it is necessary to perform intensive study in order to define proper modes of low intensity laser emission influence while using it in therapy.

Klíčová slova

Low intensity laser emission, viscosity, blood coagulability, leucocyte membrane integrity.

Rok RIV

2012

Vydáno

23.05.2012

Nakladatel

Remedium Privolzhje

Místo

Russia, Novgorod

Strany od

104

Strany do

107

Strany počet

264

BibTex


@article{BUT96777,
  author="Larisa {Baiazitova}",
  title="The change of biological properties of blood when it is affected by low-intensity laser radiation in case of different exposition of test",
  annote="Carried-out in-vitro experimental investigation of low intensity laser emission influence on some physiological blood characteristics showed that laser emission has no significant effect on blood plasma viscosity, but influences greatly whole blood viscosity. Increase of laser emission exposure time causes increase of whole blood viscosity that is more often undesirable for patient. Laser correction of blood coagulability disorders is advised to perform only for patients with hypercoagulation, otherwise blood coagulability index does not become normal.
Low intensity laser emission violates leucocyte membrane integrity, at that increase of itsn exposure time leads to increase of damages blood cells number. Despite their popularity therapeutic procedures of blood laser irradiation turn out to be not enough effective, and in some cases have baneful effect on flow and coagulative blood characteristics, and also on blood cell integrity. As a result of premises it is necessary to perform intensive study in order to define proper modes of low intensity laser emission influence while using it in therapy.",
  address="Remedium Privolzhje",
  chapter="96777",
  institution="Remedium Privolzhje",
  number="2",
  volume="21",
  year="2012",
  month="may",
  pages="104--107",
  publisher="Remedium Privolzhje",
  type="journal article"
}