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Fluorogenic substrate ANSN for thrombin

Frozen
Packaging options
9-SN-20Vial1 mg

Sequence : Boc-L-FPR-ANSNH-C₂H₅
Formulation : Dimethyl sulfoxide (DMSO)

Description of the Fluorogenic substrate ANSN for thrombin

MW(Da) : 750.9
Km FIIa : 17 µM - Kcat : 58 s-1
Km FXa : 100 µM  - Kcat : 0.31 s-1
Km PCa : 40 µM - Kcat : 2.2 s-1
Km t-PA : 47 µM - Kcat : 0.011 s-1

Informations

The kinetic properties identified on the following page will aid in the selection of an appropriate substrate.
The ANSN-based substrates are provided as 10 mM stock solutions in DMSO. Assays are typically conducted in physiologic buffers containing Hepes or Tris, with substrate concentrations ranging from 1 to 100 µM.
The relative change in fluorescence is monitored at a 470 nm emission wavelength with a 352 nm excitation wavelength.
Light artifacts can be minimized by employing a 390 to 450 nm long-pass cutoff filter in the emission beam. The stock substrate solutions in DMSO could remain frozen at 4° C or colder, and should be protected from light. Under these conditions the compounds will remain stable for over one year.

RUOstockage_-25_-15Cimportateurdistributeur
product sheet
Price list, safety data sheets and notices are accessible to our registered customers.

Fluorogenic substrate ANSN for thrombin

Frozen
Packaging options
9-SN-59Vial1 mg
Sequence : D-VPR-ANSNH-C₄H₉, 2HCl
Description of the Fluorogenic substrate ANSN for thrombin
MW(Da) : 703.73 Km FIIa : 2 µM - Kcat : 110 s-1 Km FVIIa : 89 µM - Kcat : 0.019 s-1 Km FVIIa/FT : 52 µM - Kcat : 0.76 s-1 Km FXa : 160 µM - Kcat : 3.3 s-1 Km FXIa : 520 µM - Kcat : 92 s-1 Km PCa : 54 µM - Kcat : 72 s-1 Km t-PA : 110 µM - Kcat : 0.71 s-1
Informations

The kinetic properties identified on the following page will aid in the selection of an appropriate substrate.
The ANSN-based substrates are provided as 10 mM stock solutions in DMSO. Assays are typically conducted in physiologic buffers containing Hepes or Tris, with substrate concentrations ranging from 1 to 100 µM.
The relative change in fluorescence is monitored at a 470 nm emission wavelength with a 352 nm excitation wavelength.
Light artifacts can be minimized by employing a 390 to 450 nm long-pass cutoff filter in the emission beam. The stock substrate solutions in DMSO could remain frozen at 4° C or colder, and should be protected from light. Under these conditions the compounds will remain stable for over one year.

RUOstockage_-25_-15Cimportateurdistributeur
product sheet
Price list, safety data sheets and notices are accessible to our registered customers.