5.16 Results and Conclusions
483
occurred in the tissues under study and can be used for the estimation of functional
state of skin blood flow.
10. Complex theoretical and experimental studies of patho- and sanogenetic
processes occurred during certain pathologic conditions of peripheral nervous
system by the methods of coherent optics were conducted.
The technique of clinical application of intravenous laser blood irradiation of
patients during certain pathologic conditions of peripheral nervous system was developed. It was shown that during the treatment of patients with peripheral nervous
system ILBI stimulates the immune system. It was found out that ILBI does not
influence the activity of complement and content of immune complexes. It was found
out that during the treatment of patients with vertebrogenti damages of peripheral
nervous system ILBI has positive dynamics in the clinics and does not cause any
side and negative effects.
The possibilities of application of methods of speckle-optics for the detection
of the intensity of skin blood flow during different diseases of peripheral nervous
system were studied. Segmental disorders of surface microhemodynamics along the
spine and on the skin of limbs in the areas of innervation of roots were detected.
According to the results of speckle-optical study and functional condition of limb
vessels according to the data from reovasography at vertebral neurological pathology
in patients with mono- and poly-neuropathies, the correlated connection of disorders
of surface microhemodynamics was detected. The influence of hyperbaric oxygenation on the skin blood flow in patients with neurologic developments of lumbar
osteochondrosis was shown. The results of speckle-optical studies can be used for
the estimation of the condition of surface microhemodynamics and the effectiveness
of conducted therapy.
Using ILBI during the treatment of patients with damaged peripheral nervous
system leads to the decrease of leukocytosis and normalization of the stability of red
blood cells to the hemolysis. At the same time, the stimulation of immune system
and oxidative reaction are detected.
During the treatment of patients with vertebrogenit damages of peripheral nervous
system with the method of intravenous laser irradiation, positive dynamics in the
clinics was derived. The given method does not have any side and negative effects.
Laser radiation stimulates the proliferation of ill people a little bit more than timalin
that testifies that laser radiation affects similarly to timalin—stimulator of T-system
of immunity—and can be applied for the correction of immunodeficiency states.
Application of low-intensity laser irradiation does not have any damaging influence on blood formation and cells of peripheral blood that is especially urgent during
the stimulation of common protective forces of organism and also local resistibility.
It was found out that dealing with rabbits application of intravascular laser irradiation during experimental transection of sciatic nerve with its further sewing has
positive effect on the flow of pathology process. Most probably that it is connected
with the fact that ILBI through special mechanisms hinders the development of
inflammatory process and activation of inhibitors of growing of fibrous tissue at the
483
occurred in the tissues under study and can be used for the estimation of functional
state of skin blood flow.
10. Complex theoretical and experimental studies of patho- and sanogenetic
processes occurred during certain pathologic conditions of peripheral nervous
system by the methods of coherent optics were conducted.
The technique of clinical application of intravenous laser blood irradiation of
patients during certain pathologic conditions of peripheral nervous system was developed. It was shown that during the treatment of patients with peripheral nervous
system ILBI stimulates the immune system. It was found out that ILBI does not
influence the activity of complement and content of immune complexes. It was found
out that during the treatment of patients with vertebrogenti damages of peripheral
nervous system ILBI has positive dynamics in the clinics and does not cause any
side and negative effects.
The possibilities of application of methods of speckle-optics for the detection
of the intensity of skin blood flow during different diseases of peripheral nervous
system were studied. Segmental disorders of surface microhemodynamics along the
spine and on the skin of limbs in the areas of innervation of roots were detected.
According to the results of speckle-optical study and functional condition of limb
vessels according to the data from reovasography at vertebral neurological pathology
in patients with mono- and poly-neuropathies, the correlated connection of disorders
of surface microhemodynamics was detected. The influence of hyperbaric oxygenation on the skin blood flow in patients with neurologic developments of lumbar
osteochondrosis was shown. The results of speckle-optical studies can be used for
the estimation of the condition of surface microhemodynamics and the effectiveness
of conducted therapy.
Using ILBI during the treatment of patients with damaged peripheral nervous
system leads to the decrease of leukocytosis and normalization of the stability of red
blood cells to the hemolysis. At the same time, the stimulation of immune system
and oxidative reaction are detected.
During the treatment of patients with vertebrogenit damages of peripheral nervous
system with the method of intravenous laser irradiation, positive dynamics in the
clinics was derived. The given method does not have any side and negative effects.
Laser radiation stimulates the proliferation of ill people a little bit more than timalin
that testifies that laser radiation affects similarly to timalin—stimulator of T-system
of immunity—and can be applied for the correction of immunodeficiency states.
Application of low-intensity laser irradiation does not have any damaging influence on blood formation and cells of peripheral blood that is especially urgent during
the stimulation of common protective forces of organism and also local resistibility.
It was found out that dealing with rabbits application of intravascular laser irradiation during experimental transection of sciatic nerve with its further sewing has
positive effect on the flow of pathology process. Most probably that it is connected
with the fact that ILBI through special mechanisms hinders the development of
inflammatory process and activation of inhibitors of growing of fibrous tissue at the