Agarose Low EEO Type I-B (Gel Strength 3200 g per cm2 at 1.5 Percent, EEO 0.12) product detail at Eata Marisource
Agarose Low EEO Type I-B (Gel Strength 3200 g per cm2 at 1.5 Percent, EEO 0.12)
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Agarose Low EEO Type I-B (Gel Strength 3200 g per cm2 at 1.5 Percent, EEO 0.12)

Cat No:MCH-0031

Description

Purified low electroendosmosis agarose of the linear galactan type composed of alternating beta-D-galactose and 3,6-anhydro-alpha-L-galactose units, supplied as a powder for preparative and analytical electrophoresis.

Basic Information

Brand Eata Marisource
Product Grade Electrophoresis grade
Chemical Name Agarose (3,6-anhydro-galactan)
Raw Material Source Agar-bearing red seaweeds
Physical Form Powder
Appearance White powder
Color White
Solubility Dissolves on boiling in water or electrophoresis buffers
Water Solubility Forms clear gel on cooling of hot solution
Assay / Purity Gel strength 1800 g per cm2 at 1 percent and 3200 g per cm2 at 1.5 percent; EEO 0.12; ash 0.25 percent
Storage Temperature Ambient
Storage Conditions Store dry at room temperature
Intended Use Nucleic acid gel electrophoresis and blotting applications
Target Industries Molecular biology laboratories, diagnostics, reagent manufacturing
Recommended Applications Agarose gel electrophoresis of DNA fragments, Northern and Southern blotting support media
Recommended Use Level Cast gels at 0.8 to 2 percent according to fragment size range
Appearance of Solution Boil or microwave to dissolve completely; cast gels at the desired concentration
Handling & Safety Handle as a fine powdered material; avoid dust formation and wear gloves, mask and eye protection
Chemical Class Purified agarose galactan hydrocolloid
Structural Unit Linear chain of alternating 1,3-linked beta-D-galactose and 1,4-linked 3,6-anhydro-alpha-L-galactose
Functional Groups Hydroxyl groups and bridged 3,6-anhydro rings forming helical gel junctions
Ionic Character Neutral polysaccharide with minor anionic sulfate impurities
Key Features Low EEO limits internal electroosmotic convection and sharpens nucleic acid band separation; Gel point 36 C at 1.5 percent; melting range 86.5 to 89.5 C
Functional Benefits High gel strength allows robust gel handling with low breakage
Typical End Products Agarose gels for DNA electrophoresis, blotting and fragment recovery
Formulation Compatibility Compatible with TAE and TBE electrophoresis systems
Preparation & Dissolution Guidance Agar purification, sulfate depletion and milling
Reactivity & Derivatization Helix-coil transition on heating and cooling; sulfate hydrolysis only under strong acid
Stability Notes Stable for years when stored dry
Usage Precautions Molten agarose solutions are scalding hot; handle with heat protection
Environmental Profile Biodegradable seaweed polysaccharide
Analytical Methods Gel strength, EEO, gel point and sulfate content measured per agarose standards

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