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Osmotic dehydration of blood at application site leading to concentration of clotting factors and platelets
- Molecular classification
- Other
01
Overview
This entry refers to a physiological mechanism, not a discrete molecular target. Osmotic dehydration of blood at a bleeding site involves application of a hyperosmolar substance that extracts water from blood and tissue locally, resulting in a rapid increase in the concentration of clotting factors and platelets at the wound site. This process enhances coagulation and clot formation independently of specific receptor or enzyme targeting. It is a concept used in the design of certain topical hemostatic products but is not recognized as a traditional drug target or receptor[2][4][9].
- Other names
- osmotic dehydrationlocal hyperosmolar therapy
02
Mechanism of action
Osmotic extraction of water from blood at the application site, leading to increased local concentration of clotting factors and platelets, thereby promoting clot formation
03
Biological functions
HemostasisLocal promotion of blood clottingFluid compartmentalization
04
Disease associations
Other
05
Safety considerations
Local tissue dehydrationPossible tissue injury or cytotoxicity from hyperosmolar agentsSystemic absorption risks if large areas are exposed
06
Interacting drugs
Topical hemostatic agents with high osmolarity (e.g., hypertonic saline, kaolin-based dressings, zeolite granules)
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