Grygorova A. Treatment and rehabilitation of damages and inflammatory diseases of maxillo-facial area with considering psychophysiological condition of the patients.

Українська версія

Thesis for the degree of Doctor of Science (DSc)

State registration number

0517U000582

Applicant for

Specialization

  • 14.01.22 - Стоматологія

29-06-2017

Specialized Academic Board

Д 64.600.02

Essay

The thesis solved the actual problem of modern dentistry-ensuring comprehensiveness and effectiveness of treatment of damages (DMFA) and inflammatory diseases(ID) of maxillo-facial area(MFA) by studying of algorithms for the risk assessment of parodontal pathology before operation and the selection of variety of the treatment and rehabilitation complexes(TRC)at the stages of surgical treatment based on psychophysiological condition of the PATIENTS, THE basic components are:intraoperative prevention of cognitive disorders, perioperative correction of psychophysiological addicts and non psychotic(PFR)and neurostomatologic reactions(NSR). The algorithms of preoperational/preimmobilization estimation of risks of pathology of parodont are reasonable. At first found out,that forming of desadaptive MBE of bucalis epithelium associate with such factors,as activity of SOD,catalase,content of IgA and lisozyme. Certainly,that frequency and character of PPR desadaptation among patients with ID and DMFA correlates with level of CPITN. Well proved,that patients with DMFA have disorders of cerebrovascular reactivity with united vascular-reflex discirculation It is well proven that of cerebral hemodynamic more often. Got further development conception of individualization of TRC; for patients with ID MFA is differentiated by the presence of POCD efficiency ofholiatry. It is well-proven that taking into account of PPR at the selection of tactics of treatment of TRC is able to provide the reliable decline of CPITN, and including separate groups of remedies on background apsychosomatic rehabilitation is determined by a presence and weight of violations of PPR.

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