INTRODUCTION
Water soluble and non-toxic polymers are very
applicable and have been extensively utilized in different
industries [1]. Their properties enable them to be used
for commercial and technological applications such as
purification of biological materials, pharmaceutical drugs,
edible films for food coating and water treatment [2,3].
This type of polymers has been also used for liquid-liquid
extraction in Aqueous Two-Phase Systems (ATPSs)
which is a powerful, non-chromatographic, unit operation
for the separation of biomolecules, and has been
successfully applied in the purification of different
biological materials, such as cells, virus, organelles,
nucleic acids, proteins and enzymes [4,5].
Aqueous polymer–salt systems have several advantages
over the traditional systems due to the lower viscosity,
higher density and lower cost of the salt phase
INTRODUCTIONWater soluble and non-toxic polymers are veryapplicable and have been extensively utilized in differentindustries [1]. Their properties enable them to be usedfor commercial and technological applications such aspurification of biological materials, pharmaceutical drugs,edible films for food coating and water treatment [2,3].This type of polymers has been also used for liquid-liquidextraction in Aqueous Two-Phase Systems (ATPSs)which is a powerful, non-chromatographic, unit operationfor the separation of biomolecules, and has beensuccessfully applied in the purification of differentbiological materials, such as cells, virus, organelles,nucleic acids, proteins and enzymes [4,5].Aqueous polymer–salt systems have several advantagesover the traditional systems due to the lower viscosity,higher density and lower cost of the salt phase
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INTRODUCTION
Water soluble and non-toxic polymers are very
applicable and have been extensively utilized in different
industries [1]. Their properties enable them to be used
for commercial and technological applications such as
purification of biological materials, pharmaceutical drugs,
edible films for food coating and water treatment [2,3].
This type of polymers has been also used for liquid-liquid
extraction in Aqueous Two-Phase Systems (ATPSs)
which is a powerful, non-chromatographic, unit operation
for the separation of biomolecules, and has been
successfully applied in the purification of different
biological materials, such as cells, virus, organelles,
nucleic acids, proteins and enzymes [4,5].
Aqueous polymer–salt systems have several advantages
over the traditional systems due to the lower viscosity,
higher density and lower cost of the salt phase
การแปล กรุณารอสักครู่..
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