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Alkali Scientific Agarose LE 25g
SDP

Catalog No. 503026517
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Multi-purpose high purity Green choice free from organic solvents Enhanced resolution and clarity Low EEO / increase electrophoretic mobility RNase DNase and Protease free Alkali Scientific Agarose LE is a highly purified agarose suitable for a variety of molecular biology applications It is refined using an advanced process that excludes the use of organic solvents yielding a cleaner end-product with a significantly reduced environmental impact Agarose LE can be used for analyses of proteins and nucleic acids of various sizes (150 bp to 6 kbp) Its low EEO ( 0 13-mr ) promotes increased electrophoretic mobility yielding improved resolution and shorter run times This also allows macromolecules and larger particles (subcellular fragments viruses etc ) to migrate more freely through the gel matrix The consistently low EEO also provides a reduction in band distortion (caused by counterflow) that can result from the presence of excessive sulfate-rich negative ions Agarose LE is widely

Catalog No. 50-302-6517 Supplier Alkali Scientific Supplier No. A7700
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Multi-purpose high purity Green choice free from organic solvents Enhanced resolution and clarity Low EEO / increase electrophoretic mobility RNase DNase and Protease free Alkali Scientific Agarose LE is a highly purified agarose suitable for a variety of molecular biology applications It is refined using an advanced process that excludes the use of organic solvents yielding a cleaner end-product with a significantly reduced environmental impact Agarose LE can be used for analyses of proteins and nucleic acids of various sizes (150 bp to 6 kbp) Its low EEO ( 0 13-mr ) promotes increased electrophoretic mobility yielding improved resolution and shorter run times This also allows macromolecules and larger particles (subcellular fragments viruses etc ) to migrate more freely through the gel matrix The consistently low EEO also provides a reduction in band distortion (caused by counterflow) that can result from the presence of excessive sulfate-rich negative ions Agarose LE is widely

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