Synthetic Low EEO Agarose (EEO 0.03, High Resolution DNA Band Separation)

Cat No:MCH-0034

Description

Agarose produced by a synthetic route independent of natural seaweed feedstock variability, delivering extremely low electroendosmosis and higher gel transparency and band resolution than conventional agarose.

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Basic Information

Brand	Eata Marisource
Product Grade	High resolution electrophoresis grade
Chemical Name	Agarose, synthetic low EEO
Raw Material Source	Synthetic process, not reliant on seaweed extraction variability
Physical Form	Powder
Appearance	White powder
Color	White
Solubility	Dissolves quickly into a clear homogeneous solution without foaming
Water Solubility	Clear gel of high transparency on cooling
Assay / Purity	EEO 0.03; high gel strength suitable for routine and pulsed-field electrophoresis; DNase, RNase and protease free
Storage Temperature	Ambient
Storage Conditions	Store dry and sealed at room temperature
Intended Use	High resolution nucleic acid electrophoresis including pulsed-field applications
Target Industries	Molecular biology, genomics laboratories, reagent distribution
Recommended Applications	Compressed sharp DNA band separation, pulsed-field gel electrophoresis, transparent imaging gels
Recommended Use Level	Cast 0.8 to 2 percent gels per fragment range
Appearance of Solution	Microwave to full dissolution in TAE or TBE, add stain and cast
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	Band separation measured nearly 30 percent better than conventional agarose in comparative gels
Functional Benefits	Sharp low-diffusion bands improve quantitation and fragment calling accuracy
Typical End Products	Agarose gels for DNA electrophoresis, blotting and fragment recovery
Formulation Compatibility	Works in TAE and TBE systems; suited to low voltage runs around 90 V
Preparation & Dissolution Guidance	Synthetic polymerisation route with defined substitution control
Reactivity & Derivatization	Helix-coil transition on heating and cooling; sulfate hydrolysis only under strong acid
Stability Notes	Stable dry at room temperature
Usage Precautions	Hot solutions may bump; standard laboratory protection
Environmental Profile	Biodegradable polysaccharide material
Analytical Methods	EEO, gel strength and band resolution tested by comparative gel imaging

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For Research or Industrial Raw Materials, Not For Personal Medical Use!