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CHANGES IN ADAPTATION-COMPENSATION PROCESSES IN THE COURSE OF ACUTEISCHEMIC STROKE (CLINICOBIOCHEMICAL CORRELATIONS)
- Authors: Matsko MA1, Ivanovа NE1
-
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- Issue: Vol 78, No 8 (2003)
- Pages: 78-81
- Section: Editorial
- URL: https://ter-arkhiv.ru/0040-3660/article/view/33404
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Abstract
Aim. To study changes in some components of stress-realizing system (SRS) and stress-limiting system
(SLS) characterizing compensatory mechanisms in acute disturbance of cerebral circulation (ADCC).
Material and methods. The activities of SRS and SLS were assessed in 94 patients by changes in the
concentrations of glutamate, aspartate, acid phosphatase for SRS and gamma-aminobutyric acid
(GABA) for SLS, respectively.
Results. After analysis of clinicobiochemical correlations the following clinical phases were singled out:
subcompensation, moderate decompensation, severe decompensation and terminal. The phase conversion
depended on quantitative changes of SRS and SLS activity. This enabled characterization of severity
in certain time periods. Imbalance was revealed between SRS and SLS because of hyperactivation
or hypoactivation of one of the above systems.
Conclusion. Imbalance between SRS and SLS converts stress-syndrome from nonspecific link of adaptation
into a nonspecific link of the disease pathogenesis.
(SLS) characterizing compensatory mechanisms in acute disturbance of cerebral circulation (ADCC).
Material and methods. The activities of SRS and SLS were assessed in 94 patients by changes in the
concentrations of glutamate, aspartate, acid phosphatase for SRS and gamma-aminobutyric acid
(GABA) for SLS, respectively.
Results. After analysis of clinicobiochemical correlations the following clinical phases were singled out:
subcompensation, moderate decompensation, severe decompensation and terminal. The phase conversion
depended on quantitative changes of SRS and SLS activity. This enabled characterization of severity
in certain time periods. Imbalance was revealed between SRS and SLS because of hyperactivation
or hypoactivation of one of the above systems.
Conclusion. Imbalance between SRS and SLS converts stress-syndrome from nonspecific link of adaptation
into a nonspecific link of the disease pathogenesis.
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