Chromatography Media
Bioworld FUCOSE SEPAROPOREAGAROSE)
FUCOSE SEPAROPORE (AGAROSE) 4B-CL: Affinity Matrix for fucose-binding glycoproteins. Fucose is linked to Separopore4B-CL (fastflow)via a spacer arm to ensure effficient binding of this ligand to the protein. Specifications: Molecular W...
Bioworld AMP SEPAROPOREAGAROSE) 4B
AMP SEPAROPORE (AGAROSE) 4B-CL, LYOPHILIZED: AMP Separopore The method involves alkylation of the parent nucleotide, AMP followed by alkaline rearrangement to yield the corresponding N6- carboxymethyl derivative with ubsequent condensat...
Bioworld GUAR GUM SEPAROPOREAGAROS
GUAR GUM SEPAROPORE (AGAROSE) 4B-CL: Guar gum is a Galactomannan polymer derived from the seeds of the legume plant Cyamopsis tetragonolobus.Guar gum based affinity chromatography is used for the purification of galactose binding prot...
Bioworld BUTYL SEPAROPOREAGAROSE)
BUTYL SEPAROPORE (AGAROSE) 4B-CL: Application: Hydrophobic chromatorgraphy. Specifications: Ligand:Butyl group.; Particle size (range): 50-175m; Molecular Weight range: 6x104 - 2x107; Matrix: Separopore 4B-CL (Crosslinked Agarose 4% Bead...
Waters Corp Waters Soft Drink Analysis 4 Component Standard, Liquid, 1 Liter
This Soft Drink Analysis 4 Component Standard provides rapid, accurate analysis of common beverage additives for quality control, usable independently or with a full analysis kit.
- Provides rapid, accurate analysis of common beverage additives.
- Reduces prep time and minimizes variability.
- Enables analysis of six additives with minimal sample prep and high throughput with the Beverage Analysis Kit.
- Manufactured under high quality standards.
- Includes four 100 mg aspartame vials and a 1 L CBS standard solution with caffeine, benzoic acid, sorbic acid.
- Standard concentrations for caffeine, benzoate, sorbate are on product label; aspartame is 500 mg/L.
- Features 12-month shelf life (1 week reconstituted) and a 1 liter volume.
- Utilizes UV detection and is LC compatible.
- Total application support provided.
Sorbent Technologies Inc Alumina, Basic (pH 10), Act. II-III, 50-200um, 500g
Alumina Basic Activity II-III has a pH of about 10, a particle distribution of 50-200um, and quantity of 500g. This alumina is a medium active adsorbent for use with easily adsorbable substances and for the cleavage of alkaloid salts.
Sorbent Technologies Inc Alumina, Neutral, 32-63um, 1kg
Alumina Neutral, is used for packing flash chromatography columns. It has a particle distribution of 32-63um and a quantity of 1kg. The approximate pH is 7.4 and specific surface area is about 200 m2/g.
Bioworld BROWN SEPAROPOREAGAROSE)
This item has a minimum order quantity of 3 per supplier requirements. BROWN SEPAROPORE (AGAROSE) 4B-CL: A dye-ligand affinity matrix consisting of Reactive Brown 10bound toCross-linked 4% agarose beads (Separopore 4B-CL). Specifications: Matrix: Cross-linked agarose beads, 4% Dye:Reactive Bown 10 E...
Sorbent Technologies Inc Silica Gel, Technical Grade, 60A, 40-63um, 2.5kg
Silica Gel, Technical Grade is an economical choice for general separations and filtration. The silica gel has a porosity of 60A, particle distribution of 40-63um (230x400mesh), and a quantity of 2.5kg. This silica gel gives good chromatographic performance for general, non-critical separations. It is used for the packing of traditional flash chromatography columns.
Sorbent Technologies Inc Alumina, Basic, Super I, 50-200um, 500g
Alumina Basic Super I has a pH of 10, a particle distribution of 50-200um, and quantity of 500g. In a non-polar environment Alumina Super I shows adsorption capacity approximately twice as high as Alumina Activity I. Alumina Basic Super I has a Loss on Ignition (LOI) of 1% and a specific surface area of about 200 m2/g. The high activity level lends itself to the separation of polar samples in nonpolar solvent systems, specifically, the purification of solvents. Applications include: Alkaloids, Synthetic bases, dehydration of ethers, Removal of peroxides, Natural and synthetic dyestuffs, Hydrocarbons
Bioworld EAH SEPAROPOREAGAROSE) 4B
BioWorld's EAH-Separopore was prepared by a covalent coupling of 1,6-diamino hexane to Separopore 4B via epoxy activation. The free terminal amino group allows for coupling of carboxyl-group containing ligands through amide bond formatio...