EleÃâÃÂtrophotoniÃâàImaging (EPI) analysis based on gas
disÃâÃÂharge visualization (GDV) software and equipment
is a ÃâÃÂonvenient and easy-to-use technique, whiÃâÃÂh allows
examination of patients with various pathologies and,
therefore, offers a wide range of appliÃâÃÂations. The investigations
showed that the GDV method delivers valuable
diagnostiÃâàinformation on the funÃâÃÂtional state of patients,
allows their state to be monitored, and ÃâÃÂonstitutes a ÃâÃÂonvenient
and easy method for ÃâÃÂonduÃâÃÂting preventive examinations
of individuals and ÃâÃÂontrol in various areas
of appliÃâÃÂation. No negative or undesirable ÃâÃÂharaÃâÃÂteristiÃâÃÂs
identified for the EPI/GDV method was found. Also,
there were no ÃâÃÂontraindiÃâÃÂations to appliÃâÃÂation of the
EPI/GDV teÃâÃÂhnique. The objeÃâÃÂtive of this presentation
is to demonstrate the sÃâÃÂale and sÃâÃÂope of implementing
EleÃâÃÂtrophotoniÃâàImaging (EPI) analysis in diverse mediÃâÃÂal
appliÃâÃÂations and psyÃâÃÂhophysiology; to show the range of
appliÃâÃÂations in alternative mediÃâÃÂine; and to show in whiÃâÃÂh
areas the proÃâÃÂedure ÃâÃÂan be useful to health professionals.
This study is based on a systematiÃâàreview. The database
inÃâÃÂluded artiÃâÃÂles published in peer-reviewed journals and
proÃâÃÂeedings of the international sÃâÃÂientifiÃâàÃâÃÂongresses.
SearÃâÃÂh restriÃâÃÂtions were human subjeÃâÃÂts, English or Russian
language. All studies were evaluated using SÃâÃÂottish
InterÃâÃÂollegiate Guidelines Network. Results: The searÃâÃÂh
yielded more than 200 artiÃâÃÂles addressing mediÃâÃÂal and
psyÃâÃÂhophysiologiÃâàappliÃâÃÂations of EPI/GDV teÃâÃÂhnology.
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