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Reference: 502-01
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Pefakit® APC-R Factor V Leiden is a plasma based functional assay for the determination of resistance of Factor Va to inactivation by activated protein C (APC) caused by the factor V Leiden mutation. CE / FDA 510 (k)
Reference: 502-21
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Control plasmas for confrmation of Factor V Leiden mutation (FV:Q) in assays for determination of the functional phenotype for activated protein C resistance caused by the factor V Leiden mutation. CE / FDA 510 (k)
Reference: 505-50
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Pefaclot™ UFH is a plasma based functional assay for the determination of UFH. CE/US and CA for research use only
Reference: 800191
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Pefakit® Reptilase® Time is used for the investigation of the last phase of blood coagulation. Due to its heparin insensitivity, the Reptilase® Time can detect fibrinogen polymerization disorders even in the presence...
Reference: 800186
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Pefakit® TAFI is a plasma based chromogenic assay for determination of Thrombin Activatable Fibrinolysis Inhibitor (TAFI) activity. For research use only
Reference: CW0.75
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After you have finished staining and clearing your tissues, you can use ClearWells to mount your tissue for imaging. ClearWells come in three different thicknesses and naturally adhere to glass microscope slides....
Reference: CW1.75
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After you have finished staining and clearing your tissues, you can use ClearWells to mount your tissue for imaging. ClearWells come in three different thicknesses and naturally adhere to glass microscope slides....
Reference: CW3.5
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After you have finished staining and clearing your tissues, you can use ClearWells to mount your tissue for imaging. ClearWells come in three different thicknesses and naturally adhere to glass microscope slides....
Reference: CW7
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After you have finished staining and clearing your tissues, you can use ClearWells to mount your tissue for imaging. ClearWells come in three different thicknesses and naturally adhere to glass microscope slides....
Reference: BSLM-2
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Our 3D printed mouse brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These mouse brain slicers are 3D printed out of PLA and...
Reference: BSLM-1
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Our 3D printed mouse brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These mouse brain slicers are 3D printed out of PLA and...
Reference: BSLC-1
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Our 3D printed mouse brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These mouse brain slicers are 3D printed out of PLA and...
Reference: BSLS-1
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Our 3D printed mouse brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These mouse brain slicers are 3D printed out of PLA and...
Reference: BSRC-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRS-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRC-2
€0.00 (tax incl.)
Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRS-2
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRLS-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRLC-2
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRLC-1
€0.00 (tax incl.)
Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRLS-2
€0.00 (tax incl.)
Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRLD-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRLD-2
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRH-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRH-2
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSGC-2
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Our 3D printed gerbil brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These gerbil brain slicers are 3D printed out of PLA...
Reference: BSGS-2
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Our 3D printed gerbil brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These gerbil brain slicers are 3D printed out of PLA...
Reference: BSGPC-2
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Our 3D printed guinea pig brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These guinea pig brain slicers are 3D printed out...
Reference: BSGPS-2
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Our 3D printed guinea pig brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These guinea pig brain slicers are 3D printed out...
Reference: BSFC-2
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Our 3D printed ferret brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These ferret brain slicers are 3D printed out of PLA...
Reference: BSFS-2
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Our 3D printed ferret brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These ferret brain slicers are 3D printed out of PLA...
Reference: BSRBC-2
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Our 3D printed rabbit brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rabbit brain slicers are 3D printed out of PLA...
Reference: BSRBS-2
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Our 3D printed rabbit brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rabbit brain slicers are 3D printed out of PLA...
Reference: BSPC-2
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Our 3D printed piglet brain slicer allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. This piglet brain slicer is 3D printed out of PLA and...
Reference: TS-10-2
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: TS-15-2
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: TS-20-2
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: TS-25-2
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: TS-6R-2
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: TS-4S-1
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: TS-6S-1
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Our 3D printed tissue slicers allows you to easily cut a tissue into smaller pieces for easier imaging with objectives that have a limited working distance. These tissue slicers are 3D printed out of PLA and can be...
Reference: BSRPC-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: BSRPS-1
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Our 3D printed rat brain slicers allows you to easily cut a brain into smaller pieces for easier imaging with objectives that have a limited working distance. These rat brain slicers are 3D printed out of PLA and can...
Reference: 073-70 800277
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Aprotinin is a polypeptide extracted from bovine lung and composed of 58 amino acids with a molecular weight of 6’512 Daltons. Aprotinin is a polyvalent reversible inhibitor of serine proteinases including plasmin...
Reference: 399-01
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C8H10FNO2S · HCl Pefabloc® SC is an irreversible proteinase inhibitor with broad specificity for serine proteinases.
Reference: 099-01
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H-Gly-Pro-Arg-Pro-OH · AcOH Pefabloc® FG binds with a high affinity to fibrinogen, inhibits fibrin polymerization, modifies the mechanical properties of fibrin clots and can dissociate non-stabilized fibrin gels.
Reference: 381-01
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C27H31O4N5S · AcOH Nα-(2-Naphthylsulfonylglycyl)-4-amidino-(D,L)-phenylalanine piperidide · AcOH Pefabloc® TH (NAPAP) is one of the most potent and selective competitive inhibitors of thrombin.
Reference: 126-10
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Hirudin is the most potent and specific thrombin inhibitor known. It forms a stable equimolar complex with thrombin. The complete structure of hirudin has been elucidated [Dodt et al., 1984] and a gene coding for...
Reference: 069-03
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Prionex® is a 10% aqueous solution of a polypeptide fraction of highly purified dermal collagen of porcine origin which has excellent protein stabilizing properties. Prionex® is prepared by partial hydrolysis and is...
Reference: 801682
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Rabbit brain cephalin consists of phospholipids isolated from rabbit brain. It can be used as a phospholipid source in phospholipid dependent coagulation assays. The main components are: • Phosphatidylserine •...
Reference: 101-04 101-06
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Defibrase® is the trademark registered by Pentapharm for its Active Pharmaceutical Ingredient (API) Batroxobin, a serine protease. Batroxobin is a thrombin-like enzyme purified from the snake venom of Bothrops...
Reference: 113-01 113-05
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Protac®, a single chain glycoprotein, is a fast-acting protein C activator isolated from the venom of the copperhead snake Agkistrodon contortrix and closely related snake species. This serine proteinase rapidly...
Reference: 116-01
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Ecarin is a 55’000 to 60’000 Da metalloprotease isolated from the venom of the saw-scaled viper (Echis carinatus) that activates prothrombin. Ecarin does not affect other clotting factors. The action of ecarin on...
Reference: 119-02
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Convulxin, a 84'000 Da heterodimeric C-type lectin isolated from Crotalus durissus terrificus venom, activates mammalian platelets via binding and clustering of GPVI-receptors under physiological conditions....
Reference: 121-06 121-07
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Specific 120’000 Da factor X activator from Russell’s viper venom. RVV-X is a dimer of two peptide chains with a molecular weight of 60’000 g/mol each. Activation of factor X by RVV-X strictly depends on the presence...
Reference: 081-17
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H-ß-Ala-Gly-Arg-pNA · 2AcOH
Reference: 091-01
€0.00 (tax incl.)
CH3SO2-D-CHA-Gly-Arg-pNA · AcOH
Reference: 089-02
€0.00 (tax incl.)
H-D-Lys(Cbo)-Pro-Arg-pNA · 2AcOH
Reference: 801058
€0.00 (tax incl.)
Z-Gly-Gly-Arg-AMC · HCl
Reference: 095-03
€0.00 (tax incl.)
CH3SO2-D-CHG-Gly-Arg-AMC · AcOH
Reference: 081-03
€0.00 (tax incl.)
H-D-CHG-Ala-Arg-pNA · 2AcOH
Reference: 081-19
€0.00 (tax incl.)
H-D-CHA-Ala-Arg-AMC · 2AcOH

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