Protein Purification
Protein Purification
MilliporeSigma™ Calbiochem™ TLR1/TLR2 Antagonist, CU-CPT22
A cell-permeable benzotropolone compound that competes against Pam3 CSK4
MilliporeSigma™ Calbiochem™ TLR1/TLR2 Agonist II, CU-T12-9
A diphenyl substituted imidazole based compound that directly and selectively targets TLR1/2 and induces their dimerization and activates TLR1 and 2 signaling leading to NF-κB and AP-1 activation ( K D = 182 and 478 nM, respectively; EC50
Thermo Scientific™ DMEM for Pierce™ Primary Cell Isolation Kits PROMO
Easily isolate and culture highly viable functional primary cardiomyocytes
Revvity Health Sciences Inc Copper HIS-Tag YSI SPA Beads, 125 mg
Copper HIS-Tag YSI SPA Beads, 125 mg
Bioworld Cu-IMAC 5 x 2mL Columns, 5 Column
Cu-immobilized metal affinity chromatography (IMAC) columns consist of Cu-Chelated Separoporematrix conveniently prepacked spin columns for gravity flow chromatography.Cu-IMAC Columns separate proteins via their differences in affinity toCu2+ metal ions. Ideal for purification of recombinant proteins containing (His)6 fusion tag.Technical SpecificationsImminodiacetate immobilized matrix charged withCu metal ions.Chelating group coupling method: epoxy activationMatrix: cross-linked Separopore 4BParticle size (range): 50-170µm Metal ion capacity: > 20µmol Cu2+/ml gelSpacer arm: 14 atompH stability: 3-12Binding Capacity: Approx. 40 mg His-tagged protein/ml mediumSupplied as suspension in 20% ethanol.
Bioworld Cu-IMAC 5 x 3mL Columns, 5 Column
Cu-immobilized metal affinity chromatography (IMAC) columns consist of Cu-Chelated Separoporematrix conveniently prepacked spin columns for gravity flow chromatography.Cu-IMAC Columns separate proteins via their differences in affinity toCu2+ metal ions. Ideal for purification of recombinant proteins containing (His)6 fusion tag.Technical SpecificationsImminodiacetate immobilized matrix charged withCu metal ions.Chelating group coupling method: epoxy activationMatrix: cross-linked Separopore 4BParticle size (range): 50-170µm Metal ion capacity: > 20µmol Cu2+/ml gelSpacer arm: 14 atompH stability: 3-12Binding Capacity: Approx. 40 mg His-tagged protein/ml mediumSupplied as suspension in 20% ethanol.
Hampton Research NATRIX 2 NO48 185ML
HR2-917-48/Natrix 2 #48 (H12), 185 ml - 0.002 M Copper(II) chloride dihydrate, 0.05 M TRIS hydrochloride pH 8.5, 1.8 M Lithium sulfate monohydrate, 0.0005 M Spermine. Please note items from this supplier are non-returnable.
Enzo Life Sciences Gabexate . mesylate (50mg). CAS: 56974-61-9
A competitive, reversible inhibitor of serine proteases tryptase (Ki=3.4nM), thrombin (Ki=500nM), uPA (Ki=1.3µM), plasmin (Ki=1.5µM), trypsin (Ki=2µM), factor Xa (Ki=2µM). At higher concentrations it inhibits kallikrein-1 (Ki=2.6mM), C1 esterase (IC50=520µM), as well as phospholipase A2 (IC50=500µM), rat iNOS (Ki=5mM) and cNOS (Ki=150µM), and swine kidney copper amine oxidase (Ki=27µM), but not chymotrypsin. Has been used in tissue culture and in vivo. In clinical use for pancreatitis. Purity: ≥98% (HPLC). Solubility: Soluble in water (25 mg/ml). Long Term Storage: -20°C.
Enzo Life Sciences Gabexate . mesylate (10mg). CAS: 56974-61-9
A competitive, reversible inhibitor of serine proteases tryptase (Ki=3.4nM), thrombin (Ki=500nM), uPA (Ki=1.3µM), plasmin (Ki=1.5µM), trypsin (Ki=2µM), factor Xa (Ki=2µM). At higher concentrations it inhibits kallikrein-1 (Ki=2.6mM), C1 esterase (IC50=520µM), as well as phospholipase A2 (IC50=500µM), rat iNOS (Ki=5mM) and cNOS (Ki=150µM), and swine kidney copper amine oxidase (Ki=27µM), but not chymotrypsin. Has been used in tissue culture and in vivo. In clinical use for pancreatitis. Purity: ≥98% (HPLC). Solubility: Soluble in water (25 mg/ml). Long Term Storage: -20°C.
Bioworld Bioalginate Beads, Macro (BAB), 25 mL
Bioalginate Alginate, commonly called sodium alginate, is a linear polysaccharide. The copolymer consists of two uronic acids: D-mannuronic acid (M) and L-guluronic acid (G ). Sodium alginate as well as other alkali metal alginates are water soluble, whereas the salts of polyvalent cations, e.g., calcium, nickel, copper, cobalt are water insoluble, with the exception of magnesium. Polyvalent cations bind to the polymer whenever there are two neighboring guluronic acid residues. Thus, polyvalent cations are responsible for the cross-linking of both different polymer molecules and different parts of the same polymer chain. The process of gelation, i.e. the exchange of polyvalent ions for sodium ions is carried out under relatively mild conditions. Technical specificationsMicrobeads: 150-250 µm. Used for protein fractionation & affinity chromatography. Macrobeads: 500µm-3mm. Used for enzymes and cell mobilization
Bioworld Bioalginate Beads, Micro (BAB), 250 mL
Bioalginate beads Alginate, commonly called sodium alginate, is a linear polysaccharide. The copolymer consists of two uronic acids: D-mannuronic acid (M) and L-guluronic acid (G ). Sodium alginate as well as other alkali metal alginates are water soluble, whereas the salts of polyvalent cations, e.g., calcium, nickel, copper, cobalt are water insoluble, with the exception of magnesium. Polyvalent cations bind to the polymer whenever there are two neighboring guluronic acid residues. Thus, polyvalent cations are responsible for the cross-linking of both different polymer molecules and different parts of the same polymer chain. The process of gelation, i.e. the exchange of polyvalent ions for sodium ions is carried out under relatively mild conditions. Technical specificationsMicrobeads: 150-250 µm. Used for protein fractionation & affinity chromatography. Macrobeads: 500µm-3mm. Used for enzymes and cell mobilization
Bioworld Bioalginate Beads, Micro (BAB), 25 mL
Bioalginate beads Alginate, commonly called sodium alginate, is a linear polysaccharide. The copolymer consists of two uronic acids: D-mannuronic acid (M) and L-guluronic acid (G ). Sodium alginate as well as other alkali metal alginates are water soluble, whereas the salts of polyvalent cations, e.g., calcium, nickel, copper, cobalt are water insoluble, with the exception of magnesium. Polyvalent cations bind to the polymer whenever there are two neighboring guluronic acid residues. Thus, polyvalent cations are responsible for the cross-linking of both different polymer molecules and different parts of the same polymer chain. The process of gelation, i.e. the exchange of polyvalent ions for sodium ions is carried out under relatively mild conditions. Technical specificationsMicrobeads: 150-250 µm. Used for protein fractionation & affinity chromatography. Macrobeads: 500µm-3mm. Used for enzymes and cell mobilization
Bioworld Co-Alginate MacroBeads (BAB), 250 mL
Bioalginate beads Alginate, commonly called sodium alginate, is a linear polysaccharide. The copolymer consists of two uronic acids: D-mannuronic acid (M) and L-guluronic acid (G ). Sodium alginate as well as other alkali metal alginates are water soluble, whereas the salts of polyvalent cations, e.g., calcium, nickel, copper, cobalt are water insoluble, with the exception of magnesium. Polyvalent cations bind to the polymer whenever there are two neighboring guluronic acid residues. Thus, polyvalent cations are responsible for the cross-linking of both different polymer molecules and different parts of the same polymer chain. The process of gelation, i.e. the exchange of polyvalent ions for sodium ions is carried out under relatively mild conditions. Technical specificationsMicrobeads: 150-250 µm. Used for protein fractionation & affinity chromatography. Macrobeads: 500µm-3mm. Used for enzymes and cell mobilization
Bioworld Bioalginate Beads, Micro (BAB), 100 mL
Bioalginate beads Alginate, commonly called sodium alginate, is a linear polysaccharide. The copolymer consists of two uronic acids: D-mannuronic acid (M) and L-guluronic acid (G ). Sodium alginate as well as other alkali metal alginates are water soluble, whereas the salts of polyvalent cations, e.g., calcium, nickel, copper, cobalt are water insoluble, with the exception of magnesium. Polyvalent cations bind to the polymer whenever there are two neighboring guluronic acid residues. Thus, polyvalent cations are responsible for the cross-linking of both different polymer molecules and different parts of the same polymer chain. The process of gelation, i.e. the exchange of polyvalent ions for sodium ions is carried out under relatively mild conditions. Technical specificationsMicrobeads: 150-250 µm. Used for protein fractionation & affinity chromatography. Macrobeads: 500µm-3mm. Used for enzymes and cell mobilization
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