Examples of 'cation-exchange' in a sentence
Meaning of "cation-exchange"
cation-exchange (noun) - a process in chemistry where positively charged ions are exchanged between a solid and a liquid
How to use "cation-exchange" in a sentence
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cation-exchange
A cation-exchange resin may be deposited on a carrier.
Preparation of the cation-exchange column.
Cation-exchange chromatography of a glycine extract on MonoS column.
The reverse holds for cation-exchange membranes.
Cation-exchange chromatography was used to purify the conjugate.
A high affinity to cation-exchange column and heparin column.
Cation-exchange resins include those as described above.
A basic protein fraction in milk is recovered by cation-exchange chromatography.
Cation-exchange chromatography was used as a capture step in further purifications.
Examples of negatively charged surfaces include cation-exchange resins.
The fluorinated cation-exchange resin naturally swells in pure water.
Chromatographic purification is generally carried out by cation-exchange chromatography.
A cation-exchange membrane was used to separate each anode and cathode.
The concentrate was treated with strong cation-exchange resin.
The cation-exchange resin commonly used has an aminomethylphosphonic functional group.
See also
Purification was continued using a cation-exchange column to capture the enzyme.
Chromatography on an anion-exchange resin and chromatography on a cation-exchange resin.
A shape of the fluorinated cation-exchange resin in this invention is not limited.
Implementation via electro-electrodialysis is performed using cation-exchange membranes.
The cation-exchange membrane may be a polymerized type, a homogeneous type or a nonhomogeneous type.
Fiber with improved complexation qualities and cation-exchange properties.
Alternatively, a cation-exchange chromatographic step is performed after the buffer exchange step.
High IECs impart high ionic conductivity to cation-exchange polymers.
Any commercially available cation-exchange resin is suitable to be used in the chromatographic fractionation.
In some embodiments anion-exchange chromatography is followed by cation-exchange chromotography.
It also has a high cation-exchange capacity, which also supports the larger biomass.
The solution may then be passed through a cation-exchange resin.
The cation-exchange membrane has a polymer matrix structure to which cationic groups are bonded.
Said membrane is also referred to in the art as a cation-exchange membrane.
It can also be used for cation-exchange chromatography because of its negatively charged sulfate functions.
However, a crystal type is preferably comprised because it has cation-exchange ability.
The aqueous layer was passed through cation-exchange resins to desalt and remove the protecting group.
The residue was then loaded onto a cartridge of strong cation-exchange resin.
Moreover, the fluorinated cation-exchange resin is used because it comes into contact with the anode.
Thrombin is further purified during a one single cation-exchange chromatography step.
Most preferable cation-exchange resin is S-Sepharose FF with sulfonic functional group.
Commercially available products of these cation-exchange resins can be suitably used.
A decontamination solution passes through a central compartment of the ion exchange cell containing cation-exchange resin.
The enzyme can be purified in one step by cation-exchange chromatography to homogeneity.
The desalting and concentrate compartments are alternating and separated by anion-exchange and cation-exchange membranes.
By passage through a cartridge containing the cation-exchange material, immediately prior to use.
Preferably the membrane is a hydrolysed copolymer of tetrafluoroethylene and a perfluoro-vinyl ether monomer comprising a cation-exchange group.
The resulting peptides were purified by a combination of cation-exchange chromatography and high-voltage electrophoresis.
Under these conditions, proteins with a net positive charge will bind to a cation-exchange resin.
The cathode half-cell reactants may comprise a cation exchange material such as a cation-exchange resin.
Conclusions A cation-exchange step was developed as a second purification step, after the capture step.
The extract is preferably obtained by passing milk over a cation-exchange chromatography column.
The supernatant was desalted through cation-exchange and anion-exchange resins equilibrated with deionized water, respectively.
A fluorinated one is preferable in consideration of resistance of the cation-exchange resin to oxidation reaction.
Cation-exchange resin In the composition of the invention the active ingredient is a cation-exchange resin.
