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Molecular Formula : C22 H40 O7

Molecular Formula : C22 H40 O7

Molecular Formula : C22 H40 O7

Agarose gel loading dye (6X) Ficoll based

Agarose gel loading dye (6X) Ficoll based

Agarose gel loading dye (6X) glycerol based

Agarose gel loading dye (6X) glycerol based

Agarose gel loading dye (6X) glycerol based, bromophenol fre

Agarose gel loading dye (6X) glycerol based, bromophenol fre

Agarose gel loading dye (6X) glycerol based, Xylene Cyanol F

Agarose gel loading dye (6X) glycerol based, Xylene Cyanol F

Agarose gel loading dye (6X) sucrose based

Agarose gel loading dye (6X) sucrose based

Agarose gel loading dye (6X), alkaline

Agarose gel loading dye (6X), alkaline

Agarose Gel Loading Dye 6X with Sucrose

Agarose Low Melting Point enables nucleic acid recovery without denaturation or damage.The agarose will remain in a liquid state at 37°C. It is ideal for preparative electrophoresis of DNA/RNA.

Agarose multipurpose or high gel strength Agarose is the highest gel strength available especially designed for a wide range of molecular biology techniques.

Agarose multipurpose or high gel strength Agarose is the highest gel strength available especially designed for a wide range of molecular biology techniques.

Agarose with good gel strength and clarity. Suitable for all general applications

Agarose with good gel strength and clarity. Suitable for all general applications

Agarose for nucleic acid electrophoresis, immunodiffusion, and double-diffusion Ouchterlony plates.

Agarose for nucleic acid electrophoresis, immunodiffusion, and double-diffusion Ouchterlony plates.

Agarose for nucleic acid electrophoresis, immunodiffusion, and double-diffusion Ouchterlony plates.

Agarose for nucleic acid electrophoresis, immunodiffusion, and double-diffusion Ouchterlony plates.

Agarose for nucleic acid electrophoresis, immunodiffusion, and double-diffusion Ouchterlony plates.

Agarose for nucleic acid electrophoresis, immunodiffusion, and double-diffusion Ouchterlony plates.

Agarose with good gel strength and clarity. Suitable for all general applications

Agarose suitable for general analytical and preparative electrophoress procedures.

Agarose suitable for general analytical and preparative electrophoress procedures.

Agarose suitable for general analytical and preparative electrophoress procedures.

Agarose, High EEO

Agarose, High EEO

Agarose, High Melting Temperature, High Resolution

Agarose, High Melting Temperature, High Resolution

Agarose, High Melting Temperature, Medium Resolution

Agarose, High Melting Temperature, Medium Resolution

Agarose, High Resolution

Intermediate melting temperature agarose with approximately twice the resolution capability of routine agarose. Ideal for the resolution of small DNA fragments in the range 20 bp to 1000 bp.

Low EEO and high gel strength. Specifically selected and tested for immunoelectrophoresis and immunodiffusion

The backbone of agarose is that of alternating ß-D-galactapyranose and 3,6-anhydro-a-L-galactapyranose linked together by glycosidic bonds. Sulfate ester, methoxyl and carboxyl groups in various amounts and combinations are attached to the backbone.

Agarose, Low EEO

Agarose, Low EEO

Agarose which remains in solutions at elevated temparatures of 30-37 C, and remains fluid in 1% solution for up to 24 hr at 37 deg C.

Agarose, Medium EEO

Agarose, Medium EEO

Agarose optimal for analytical and preparative purpose. It is a very low electroendosmosis agarose. Provides superior separation. Ideal for plasmide preparation, PCR fragment analysis as well as cloning.

Agarose optimal for analytical and preparative purpose. It is a very low electroendosmosis agarose. Provides superior separation. Ideal for plasmide preparation, PCR fragment analysis as well as cloning.

Agarose optimal for analytical and preparative purpose. It is a very low electroendosmosis agarose. Provides superior separation. Ideal for plasmide preparation, PCR fragment analysis as well as cloning.

With no detectable DNAse, RNAse or proteases, this agarose is ideal for nucleic acids electrophoresis, analysis and purification