Seminar Physical Fields and Radiations of a Human: New Methods for Early Non-Invasive Medical Diagnostics – Acad. Prof. Yuri V. Gulyaev Director, Institute of Radioengineering and Electronics Member, Presidium of Russian Academy of Science Russian Academy of Sciences
60
Embed
Gulyaev Yuri physical fields and radiations of a human
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Seminar
Physical Fields and Radiations of a Human: New Methods for Early Non-Invasive
Medical Diagnostics –Acad. Prof. Yuri V. Gulyaev
Director, Institute of Radioengineering and Electronics
Member, Presidium of Russian Academy of Science
Russian Academy of Sciences
)
The Human body is a dynamic self-controlled system whose stability (homeostasis)
is ensured by simultaneous functioning of the distributed physiological systems –
neuroregulation, blood circulation, metabolism ets. Continues functioning of all these
life-supporting systems is reflected in real time on one hand in a complex pattern
of physical fields and radiations coming from the Human body : infrared, microwave,
optical, acoustic radiations, electric and magnetic fields and on the other hand in
parametric changes of natural background fields and radiations and the atmosphere
that usually surround the Human. Precise measurements and dynamic mapping of
these fields and radiations and background changes give the possibility of new
ways of very early medical diagnostics - the important component of preventive
medicine. In this report the experimental equipment for such a measurements
will be described and diagnostics examples will be presented.-
No doubts that between the most important achievements of modern medicine
are various kinds of computer tomography of Human body : X-ray tomography,
MRI-tomography, ultrasonic tomography, PET (positron emission tomography), ets.
These methods allow doctor to see the position and pathologies of internal organs
without opening the body. Some of these tomographies (MRI, PET) allow one to
see also the functioning of the organs. This latter circumstance is extremely
important, since:
a) the misfunction of organs usually occurs before pathological
changes;
b) it is very important to monitor results of all kinds of medical
treatment in real time and
c) revealing patients whose homeostasis is just about to go
outside of its dynamic stability range gives possibility to
return them to norm by mobilization of
their organizm's internal reserves.
So all methods which allow doctor to "see"functioning of
human organs and
orgamzm as a whole, so to say, "in vivo" are extremely
important for early medical
diagnostics and, as a sequence, for preventive medicine.
idea of the method, based on the remote radiophysical sensing,
is the following :
In the process of functioning around human beings, animals and other living
organizms there appears complex picture of physical fields and radiations, reflecting
in real time the work of physiological systems of homeostasis. By precise
measurements of those fields and radiations, which are sufficiently modulated by
physiological processes, by investigations of their spatial and temporal distributions,
it is possible to create new noninvasive methods of functional medical diagnostics.
It is nesessary to stress here, that this approach uses exclusively passive methods of
measurements of fields and radiations from the living body with subsequent
computer processing so it is completely noninvasive and may be called "Passive
Functional Tomography"(PFT).
Very close to it are the measurements of the changes of natural background
fields and radiations and the atmosphere usually surrounding living organizm. These
measurements are also noninvasive and also may bring inportant information about
the functioning of the organizm.
There are six kinds of the fields and radiations satisfying abovesaid conditions