506
Afterword
7. The study of functional state of nervous and muscle tissue at norm and at
pathology of peripheral nervous system by coherent-optical methods (1991),
(principle investigators: Academician, Doctor of Medical Sciences I. P.
Antonov, Candidate of Physical and Mathematical Sciences L. V. Tanin);
8. Development and creating of laser-holographic complex for the determining
of the condition of the human blood circulation system (1992–1995), (principle investigators: Academician, Doctor of Medical Sciences I. P. Antonov,
Candidate of Physical and Mathematical Sciences L. V. Tanin);
9. Development and creating of the prototype of laser specklometer (microhematomyograph) (1993), (principle investigators: Candidate of Physical and
Mathematical Sciences Science L. V. Tanin);
10. Coherent-optical study of biomechanical conditions of muscles and microhemodynamics of skintissues and the development on its basis contactless methods
of the diagnostics of peripheral nervous system diseases, Republican scientific research program (1993), (principle investigators: Academician, Doctor
of Medical Sciences I. P. Antonov, Candidate of Physical and Mathematical
Sciences L. V. Tanin);
11. To study certain questions of pathogenesis, diagnostics and treatment of the
diseases of PNS by the methods of coherent-optics and to develop the appliances
and devices on their basis (1994), (principle investigators: Academician, Doctor
of Medical Sciences I. P. Antonov, Candidate of Physical and Mathematical
Sciences L. V. Tanin);
12. To study the therapeutic effectiveness of intravenous laser blood irradiation
(ILBI) at the traumatic damage and ischemia of peripheral nerves by noninvasive
coherent-optical methods (1998), (principle investigators: Academician, Doctor
of Medical Sciences I. P. Antonov, Candidate of Physical and Mathematical
Sciences L. V. Tanin);
It is necessary to point out that at the times of carrying out the mentioned topics,
I was not only the coordinator, but also the responsible executer who participated
in the conducting of the majority of the experiments, as well as in the development
of the theoretic basis of the studies. All this helped me to sum this complex study
together with the co-authors and create a scientific work—monograph “Biomedical
and Resonance Optics: Theory and Practice.”
One of the ideas that I suggested and realized was the creation of an experimental
model of a diagnostic apparatus “Laser specklometer,” in the creation of which took
part a lot of scientists and specialists from different areas, institutes and companies
of the former USSR, in particular, such establishments as the Institute of General
Physics of the Russian Academy of Science (Moscow), GOI named after S. I. Vavilov
(St. Petersburg), the Institute of Physics of the NAS of Belarus, the Specialized
Design and Technology Bureau of the Institute of Physics of the NAS of Belarus, the
Central Design Bureau of the NAS of Belarus, HMTI of the NAS of Belarus, LLC
“Information technologies and measurements,” the Institute of Applied Physics of
the NAS of Belarus, the Belarusian Research Institute of Neurology, Neurosurgery
Afterword
7. The study of functional state of nervous and muscle tissue at norm and at
pathology of peripheral nervous system by coherent-optical methods (1991),
(principle investigators: Academician, Doctor of Medical Sciences I. P.
Antonov, Candidate of Physical and Mathematical Sciences L. V. Tanin);
8. Development and creating of laser-holographic complex for the determining
of the condition of the human blood circulation system (1992–1995), (principle investigators: Academician, Doctor of Medical Sciences I. P. Antonov,
Candidate of Physical and Mathematical Sciences L. V. Tanin);
9. Development and creating of the prototype of laser specklometer (microhematomyograph) (1993), (principle investigators: Candidate of Physical and
Mathematical Sciences Science L. V. Tanin);
10. Coherent-optical study of biomechanical conditions of muscles and microhemodynamics of skintissues and the development on its basis contactless methods
of the diagnostics of peripheral nervous system diseases, Republican scientific research program (1993), (principle investigators: Academician, Doctor
of Medical Sciences I. P. Antonov, Candidate of Physical and Mathematical
Sciences L. V. Tanin);
11. To study certain questions of pathogenesis, diagnostics and treatment of the
diseases of PNS by the methods of coherent-optics and to develop the appliances
and devices on their basis (1994), (principle investigators: Academician, Doctor
of Medical Sciences I. P. Antonov, Candidate of Physical and Mathematical
Sciences L. V. Tanin);
12. To study the therapeutic effectiveness of intravenous laser blood irradiation
(ILBI) at the traumatic damage and ischemia of peripheral nerves by noninvasive
coherent-optical methods (1998), (principle investigators: Academician, Doctor
of Medical Sciences I. P. Antonov, Candidate of Physical and Mathematical
Sciences L. V. Tanin);
It is necessary to point out that at the times of carrying out the mentioned topics,
I was not only the coordinator, but also the responsible executer who participated
in the conducting of the majority of the experiments, as well as in the development
of the theoretic basis of the studies. All this helped me to sum this complex study
together with the co-authors and create a scientific work—monograph “Biomedical
and Resonance Optics: Theory and Practice.”
One of the ideas that I suggested and realized was the creation of an experimental
model of a diagnostic apparatus “Laser specklometer,” in the creation of which took
part a lot of scientists and specialists from different areas, institutes and companies
of the former USSR, in particular, such establishments as the Institute of General
Physics of the Russian Academy of Science (Moscow), GOI named after S. I. Vavilov
(St. Petersburg), the Institute of Physics of the NAS of Belarus, the Specialized
Design and Technology Bureau of the Institute of Physics of the NAS of Belarus, the
Central Design Bureau of the NAS of Belarus, HMTI of the NAS of Belarus, LLC
“Information technologies and measurements,” the Institute of Applied Physics of
the NAS of Belarus, the Belarusian Research Institute of Neurology, Neurosurgery