Clotting factors are identified by number and the serine proteases (also called K-dependent factors for reasons which are about to become clear) are factors II, VII, IX, and X. These factors are produced in an inactive state by the liver and go happily circulating through the bloodstream awaiting activation. When a vessel tears and it becomes necessary to form a clot, these factors are activated in a process that requires vitamin K (a fat soluble vitamin not as famous as its fat-soluble cousins vitamins A and E). As the clotting factors are activated, vitamin K is inactivated but later recycled by another set of enzymes to be ready to participate in clotting factor activation again later.
As long as there is plenty of vitamin K, the serine proteases can be activated and clotting can proceed normally. The anticoagulant rodenticides abolish vitamin K recycling. This means that as soon as the body’s active vitamin K reserves are depleted there can be no meaningful blood clotting.
In cases of poisoning you would expect symptoms to be nearly immediate but in the case of anticoagulant rodenticide poisoning, it takes several days to deplete vitamin K. After that, even the smallest of jostles and traumas can lead to life-threatening bleeds.
For best rat poison, please contact us：
Related Industry Knowledge
- To explain four forms of rat medicine.
- There are different ways to put the mouse drugs...
- Mouse drug manufacturers tell you how to kill r...
- The skill of anticoagulant rat drug
- Precautions for putting rat poison on the market
- How to choose the mouse-killing agent correctly
- What is pesticide
- Classification and dosage forms of pesticides
- The operation of pesticide industry
- Methods of Use of pesticides
- Rat Poison's Effect on Dogs and Cats
- Prevent Rat Poison Poisoning
- About Warfarin
- The Application of Warfarin
- Production Of Gray Iron Castings