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[State of microcirculation homeostasis in children with rheumatism]
Insights
Rheumatic fever in children affects microcirculation and platelet aggregation. Studying these changes helps identify disease activity early for timely treatment.
Area of Science:
- Pediatrics
- Rheumatology
- Microcirculation Research
Background:
- Rheumatic fever can impact systemic health, including small blood vessels.
- Understanding microcirculatory changes is crucial for managing pediatric rheumatic diseases.
Purpose of the Study:
- To investigate microcirculatory homeostasis in children with rheumatic fever.
- To correlate microcirculatory findings with disease activity and immune markers.
Main Methods:
- Examined conjunctival microcirculation and platelet aggregation in 107 children with rheumatic fever.
- Measured circulating immune complexes and medium-size molecules in blood.
- Included a control group of 137 healthy children aged 3-15 years.
Main Results:
- Alterations in microcirculation and platelet aggregation were observed in children with rheumatic fever.
- Elevated levels of circulating immune complexes and medium-size molecules were noted.
Conclusions:
- Comprehensive microcirculation assessment aids in early rheumatic fever activity detection.
- Timely intervention based on microcirculatory data can improve rheumatic process management.
Abstract:
Microcirculatory homeostasis was studied in 107 children suffering from rheumatic fever. Conjunctival microcirculation and platelet aggregation were examined. The content of circulating immune complexes and medium-size molecules was measured in the blood. Microcirculation was investigated in 137 healthy children aged 3 to 15 years, making up a control group. Comprehensive investigation of microcirculation in children suffering from rheumatic fever enables one to define the activity of the rheumatic process at the early times of the illness and to ensure timely administration of adequate antirheumatic therapy.