Holographic methods of interferometry for the study of changing in the course of
time conditions of diffuse objects (in particular, functional state of the human blood
circulation system) with the usage of the regimes: multiple long-wave reconfigurable interval between components of a spectrum laser radiation on the colorants
and dual monopulses of laser radiation at the ruby with reconfigurable period
of their succession, on the basis of these studies the development and creation of an
experimental sample of laser-holographic complex (holographic cardiograph) at the
dual monopulse of ruby laser are presented in Chap. 3. In Chap. 4, the attention is
paid to the speckle-optical methods and devices for the study of longitudinal shift,
oscillation, deformations, speed of the movement of the objects with complex
diffusing surface (skin, muscle tissue) that became the basis for the creation of
experienced sample of laser diagnostic device of a new generation—specklometer
(microhematomyograph).
The principles of operation of laser specklometer as well as the development and
usage of the methods of speckle-optical diagnostics and laser hemotherapy in the
treatment of the diseases of human peripheral nervous system are presented in
Chap. 5. Andrei L. Tanin made a considerable contribution to these studies.
An enormous contribution to writing the last four chapters of the monograph, to
the comprehension, analysis and interpretation of the derived biomedical results as
well as to its preparation for the publishing made the Candidate of Medical
Sciences, neurosurgeon of the highest category Andrei L. Tanin. The main result in
this monograph (in particular, studies conducted in the area of biomedical optics) is
its practical importance in modern medicine. That is why he, neurosurgeon of the
highest category with long-termed practical experience in the sphere of neurology
and neurosurgery, in considerable degree independently conducted the studies on
the subject “Restoration of the functions of peripheral nerves after neurography
under the influence of laser hemotherapy.” Together with other specialists: Doctor
of medical sciences, Prof. G. K. Nedzved, Doctor of medical sciences, Prof. N. I.
Nechipurenko, Candidate of medical sciences L. A. Vasilevskaya, Candidate of
medical sciences S. E. Rovdo, etc., he created and developed brand new in modern
medicine speckle-optical diagnostics and laser hemotherapy in the treatment of the
diseases of peripheral and nervous systems. The monograph Laser Hemotherapy in
the Treatment of Diseases of Peripheral and Central Nervous Systems was published by him with participation of the following authors Leonid V. Tanin, N.
I. Nechipurenko, G. K. Nedzved and S. E. Rovdo (Minsk 2004). Today the studies
in this sphere, which were begun 10 years ago, continue developing in the State
Establishment “Republican Theoretical and Practical Center of Neurology and
Neurosurgery” of the Ministry of Health of the Republic of Belarus.
Authors express their gratitude to all co-authors of these studies who helped to
bring the idea of the development of the field of biomedical optics to life. It is
pleasant to realize that the efforts spent on the development and creation of laser
specklometer—a new generation unique device—are not wasted but bring enormous benefits to the medical science today. Ignaty Petrovich Antonov
(Academician, Doctor of Medical Sciences, Professor, former Head of the Institute
of Neurology, Neurosurgery and Physiotherapy of the Ministry of Health of the
xiv
Preface
time conditions of diffuse objects (in particular, functional state of the human blood
circulation system) with the usage of the regimes: multiple long-wave reconfigurable interval between components of a spectrum laser radiation on the colorants
and dual monopulses of laser radiation at the ruby with reconfigurable period
of their succession, on the basis of these studies the development and creation of an
experimental sample of laser-holographic complex (holographic cardiograph) at the
dual monopulse of ruby laser are presented in Chap. 3. In Chap. 4, the attention is
paid to the speckle-optical methods and devices for the study of longitudinal shift,
oscillation, deformations, speed of the movement of the objects with complex
diffusing surface (skin, muscle tissue) that became the basis for the creation of
experienced sample of laser diagnostic device of a new generation—specklometer
(microhematomyograph).
The principles of operation of laser specklometer as well as the development and
usage of the methods of speckle-optical diagnostics and laser hemotherapy in the
treatment of the diseases of human peripheral nervous system are presented in
Chap. 5. Andrei L. Tanin made a considerable contribution to these studies.
An enormous contribution to writing the last four chapters of the monograph, to
the comprehension, analysis and interpretation of the derived biomedical results as
well as to its preparation for the publishing made the Candidate of Medical
Sciences, neurosurgeon of the highest category Andrei L. Tanin. The main result in
this monograph (in particular, studies conducted in the area of biomedical optics) is
its practical importance in modern medicine. That is why he, neurosurgeon of the
highest category with long-termed practical experience in the sphere of neurology
and neurosurgery, in considerable degree independently conducted the studies on
the subject “Restoration of the functions of peripheral nerves after neurography
under the influence of laser hemotherapy.” Together with other specialists: Doctor
of medical sciences, Prof. G. K. Nedzved, Doctor of medical sciences, Prof. N. I.
Nechipurenko, Candidate of medical sciences L. A. Vasilevskaya, Candidate of
medical sciences S. E. Rovdo, etc., he created and developed brand new in modern
medicine speckle-optical diagnostics and laser hemotherapy in the treatment of the
diseases of peripheral and nervous systems. The monograph Laser Hemotherapy in
the Treatment of Diseases of Peripheral and Central Nervous Systems was published by him with participation of the following authors Leonid V. Tanin, N.
I. Nechipurenko, G. K. Nedzved and S. E. Rovdo (Minsk 2004). Today the studies
in this sphere, which were begun 10 years ago, continue developing in the State
Establishment “Republican Theoretical and Practical Center of Neurology and
Neurosurgery” of the Ministry of Health of the Republic of Belarus.
Authors express their gratitude to all co-authors of these studies who helped to
bring the idea of the development of the field of biomedical optics to life. It is
pleasant to realize that the efforts spent on the development and creation of laser
specklometer—a new generation unique device—are not wasted but bring enormous benefits to the medical science today. Ignaty Petrovich Antonov
(Academician, Doctor of Medical Sciences, Professor, former Head of the Institute
of Neurology, Neurosurgery and Physiotherapy of the Ministry of Health of the
xiv
Preface