Activating Compound | Comment | Organism | Structure |
---|---|---|---|
heparin | at low concentrations, less than 5 units, binds heparin | Daboia russelii | |
heparin | at low concentrations, less than 5 units, binds heparin | Macrovipera lebetina |
Inhibitors | Comment | Organism | Structure |
---|---|---|---|
heparin | at high concentrations, more than 100 units | Daboia russelii | |
heparin | at high concentrations, more than 100 units | Macrovipera lebetina |
Organism | UniProt | Comment | Textmining |
---|---|---|---|
Daboia russelii | - |
Daboia ruscelli, RVV-V | - |
Macrovipera lebetina | - |
Daboia lebetina turanica, LVV-V | - |
Substrates | Comment Substrates | Organism | Products | Comment (Products) | Rev. | Reac. |
---|---|---|---|---|---|---|
human blood coagulation factor V + H2O | snake venom proteases activates FV by a single cleavage at Arg1545, various mutated variants of blood coagulation factor V are used, snake venom protease require the C-terminal region of the B-domain for efficient activation of FV, this acidic region is importance for the recognition of the Arg1545 cleavage site by the venom FV activators | Daboia russelii | activated human blood coagulation factor V | - |
? | |
human blood coagulation factor V + H2O | snake venom proteases activates FV by a single cleavage at Arg1545, various mutated variants of blood coagulation factor V are used, snake venom protease require the C-terminal region of the B-domain for efficient activation of FV, this acidic region is importance for the recognition of the Arg1545 cleavage site by the venom FV activators | Macrovipera lebetina | activated human blood coagulation factor V | - |
? |
Synonyms | Comment | Organism |
---|---|---|
FV activating enzymes | - |
Daboia russelii |
FV activating enzymes | - |
Macrovipera lebetina |
Human blood coagulation Factor V activating enzymes | - |
Daboia russelii |
Human blood coagulation Factor V activating enzymes | - |
Macrovipera lebetina |
LVV-V | - |
Macrovipera lebetina |
RVV-V | - |
Daboia russelii |