96
2 Holographic Microscopy of Phase and Diffuse Objects …
It is known that some diseases of peripheral nervous system, in particular vertebragenous pathology, are accompanied by a long motion activity limitation, marked
pain syndrome, micro and hemodynamics damages, organism immune system.
Considering the positive influence of ILBI on the system of hematosis, the technique was developed of clinical use of intravascular blood irradiation of the patients
with some pathologies of PNS [16, 18, 21, 28, 32, 41, 42, 46].
It also should be noted that starting from 1978 the employees of the team
“Coherent-optical research methods of medico-biological systems” along with the
specialists in the area of laser technology of the Optical Holography Laboratory
and the Laboratory of Atomic Spectral Analysis of the Institute of Physics of the
Academy of Sciences of the BSSR assisted to the first Neurologic Department and the
Department of Physiotherapy and Balneology of the Institute of Neurology, Neurosurgery and Physiotherapy of the Ministry of Health of the BSSR in the development and delivery of some definite laser setups for their use in clinical conditions for
the purpose of development and implementation of the methods of laser therapy of
peripheral nervous system diseases, the diseases of loco-motor system and peripheral
vessels.
In the Institute of Neurology, Neurosurgery and Physiotherapy of the Ministry of
Health of the BSSR at the participation of L. V. Tanin, there was established one
of the first in the Republic of Belarus cabinet of laser puncture, the assistance was
provided in the exploitation of laser setups, and the medical personnel was learnt
to work with this equipment. The methods of application of low-intensive laser
irradiation at diseases of peripheral nervous system were developed, particularly,
there was developed and implemented the method for treatment of patients with
radicular-vascular manifestations of osteochondrosis [4], the results of clinical use
of laser radiation for treatment of patients with this disease were jointly discussed.
It should be noted that for many years the Laboratory of Laser Systems and
Devices (V. A. Mostovnikov, G. R. Mostovnikova, V. Yu. Plavsky and others) of the
Institute of Physics of the NAS of Belarus develops, improves and delivers new laser
setups for the purpose of their use for medical purposes in medical institutions of the
Republic of Belarus [280–284]. The obtained clinical effect requires its further active
study and also comprehensive study of the peculiarities of this radiation influence on
separate living nerve cells, living fibers, living muscle fibers and on the whole human
neuromuscular apparatus by highly sensitive, contactless, noninvasive, coherentoptical methods for the purpose of the development of new methods of medical
diagnostics and treatment [1–53, 77, 271, 273, 277–279, 285–291].
The clinical effect gained after the use of low-intensity He–Ne laser irradiation,
caused interest in further studies. It is shown in the monograph of L. V. Tanin, N. I.
Nechipurenko, L. A. Vasilevskaya, G. K. Nedzved, S. E. Rovdo, A. L. Tanin “Laser
hemotherapy in peripheral nervous system treatment”. Edited by N. I. Nechipurenko,
L. V. Tanin, Minsk: Magic Book, 2004).
2 Holographic Microscopy of Phase and Diffuse Objects …
It is known that some diseases of peripheral nervous system, in particular vertebragenous pathology, are accompanied by a long motion activity limitation, marked
pain syndrome, micro and hemodynamics damages, organism immune system.
Considering the positive influence of ILBI on the system of hematosis, the technique was developed of clinical use of intravascular blood irradiation of the patients
with some pathologies of PNS [16, 18, 21, 28, 32, 41, 42, 46].
It also should be noted that starting from 1978 the employees of the team
“Coherent-optical research methods of medico-biological systems” along with the
specialists in the area of laser technology of the Optical Holography Laboratory
and the Laboratory of Atomic Spectral Analysis of the Institute of Physics of the
Academy of Sciences of the BSSR assisted to the first Neurologic Department and the
Department of Physiotherapy and Balneology of the Institute of Neurology, Neurosurgery and Physiotherapy of the Ministry of Health of the BSSR in the development and delivery of some definite laser setups for their use in clinical conditions for
the purpose of development and implementation of the methods of laser therapy of
peripheral nervous system diseases, the diseases of loco-motor system and peripheral
vessels.
In the Institute of Neurology, Neurosurgery and Physiotherapy of the Ministry of
Health of the BSSR at the participation of L. V. Tanin, there was established one
of the first in the Republic of Belarus cabinet of laser puncture, the assistance was
provided in the exploitation of laser setups, and the medical personnel was learnt
to work with this equipment. The methods of application of low-intensive laser
irradiation at diseases of peripheral nervous system were developed, particularly,
there was developed and implemented the method for treatment of patients with
radicular-vascular manifestations of osteochondrosis [4], the results of clinical use
of laser radiation for treatment of patients with this disease were jointly discussed.
It should be noted that for many years the Laboratory of Laser Systems and
Devices (V. A. Mostovnikov, G. R. Mostovnikova, V. Yu. Plavsky and others) of the
Institute of Physics of the NAS of Belarus develops, improves and delivers new laser
setups for the purpose of their use for medical purposes in medical institutions of the
Republic of Belarus [280–284]. The obtained clinical effect requires its further active
study and also comprehensive study of the peculiarities of this radiation influence on
separate living nerve cells, living fibers, living muscle fibers and on the whole human
neuromuscular apparatus by highly sensitive, contactless, noninvasive, coherentoptical methods for the purpose of the development of new methods of medical
diagnostics and treatment [1–53, 77, 271, 273, 277–279, 285–291].
The clinical effect gained after the use of low-intensity He–Ne laser irradiation,
caused interest in further studies. It is shown in the monograph of L. V. Tanin, N. I.
Nechipurenko, L. A. Vasilevskaya, G. K. Nedzved, S. E. Rovdo, A. L. Tanin “Laser
hemotherapy in peripheral nervous system treatment”. Edited by N. I. Nechipurenko,
L. V. Tanin, Minsk: Magic Book, 2004).