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Published on: December 3, 2019
[Use of reamberin for correction of enterocyte functional activity in experimental disseminated purulent peritonitis]
Abstract:
Violation of the structural integrity and functional activity of mitochondria in the muscular coat of small intestine is among the main factors responsible for enteroparesis under conditions of widespread purulent peritonitis. This morphofunctional disorder leads to a sharp decrease in ATP synthesis, which is directly related to a low electric activity of parts of the small intestine. The drug reamberin that contains succinic acid favors elimination of the dysfunction of enterocyte mitochondria and restoration of the intestinal motility under conditions of widespread purulent peritonitis.
Insights
Purulent peritonitis damages small intestine mitochondria, reducing ATP synthesis and motility. The drug reamberin, containing succinic acid, restores mitochondrial function and intestinal movement.
Area of Science:
- Mitochondrial biology
- Gastroenterology
- Peritonitis research
Context:
- Widespread purulent peritonitis compromises small intestine structural integrity and mitochondrial function.
- This leads to decreased ATP synthesis and reduced electrical activity in the small intestine.
- Enteroparesis is a significant clinical complication of severe abdominal sepsis.
Purpose:
- To investigate the role of mitochondrial dysfunction in enteroparesis during purulent peritonitis.
- To evaluate the therapeutic potential of reamberin in restoring intestinal motility.
Summary:
- Mitochondrial morphofunctional disorders in the small intestine muscular coat are key factors in enteroparesis associated with purulent peritonitis.
- Reduced ATP synthesis due to mitochondrial dysfunction directly correlates with diminished small intestine electrical activity.
- Reamberin, a succinic acid-based drug, effectively resolves enterocyte mitochondrial dysfunction and restores intestinal motility.
Impact:
- Highlights the critical role of mitochondrial health in maintaining intestinal function during sepsis.
- Identifies reamberin as a promising therapeutic agent for managing enteroparesis in peritonitis.
- Provides insights into the pathophysiology of sepsis-induced gastrointestinal dysfunction.