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- Thermoresponsive_polymers_in_chromatography abstract "Thermoresponsive polymers can be used as stationary phase in liquid chromatography. Here, the polarity of the stationary phase can be varied by temperature changes, altering the power of separation without changing the column or solvent composition. Thermally related benefits of gas chromatography can now be applied to classes of compounds that are restricted to liquid chromatography due to their thermolability. In place of solvent gradient elution, thermoresponsive polymers allow the use of temperature gradients under purely aqueous isocratic conditions. The versatility of the system is controlled not only through changing temperature, but through the addition of modifying moieties that allow for a choice of enhanced hydrophobic interaction, or by introducing the prospect of electrostatic interaction. These developments have already introduced major improvements to the fields of hydrophobic interaction chromatography, size exclusion chromatography, ion exchange chromatography, and affinity chromatography separations as well as pseudo-solid phase extractions (\"pseudo\" because of phase transitions).".
- Thermoresponsive_polymers_in_chromatography wikiPageID "37850414".
- Thermoresponsive_polymers_in_chromatography wikiPageLength "19838".
- Thermoresponsive_polymers_in_chromatography wikiPageOutDegree "45".
- Thermoresponsive_polymers_in_chromatography wikiPageRevisionID "527349160".
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Acrylate.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Acrylic_acid.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Affinity_chromatography.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Angiotensin.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Antibody.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Catechin.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Category:Chromatography.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Concanavalin_A.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Conjugated_system.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Cyclohexanol.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Desorption.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Dextran.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Elution.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Enzyme.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Gel_permeation_chromatography.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Glucoside.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Glycine.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Glycoside_hydrolase.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink High-performance_liquid_chromatography.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Hydrochloric_acid.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Ion_chromatography.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Ion_exchange.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Isopropyl.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Ligand.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Maltose.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Mannose.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Methacrylate.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink N-Hydroxysuccinimide.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Operating_temperature.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Peptide.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Polyethylene_glycol.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Polyethylene_terephthalate.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Polystyrene.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Salicylic_acid.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Serum_(blood).
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Silicon_dioxide.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Size-exclusion_chromatography.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Steroid.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Subcutaneous_tissue.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Sulfate.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Sulfonate.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Thermolabile.
- Thermoresponsive_polymers_in_chromatography wikiPageWikiLink Toluene.
- Thermoresponsive_polymers_in_chromatography subject Category:Chromatography.
- Thermoresponsive_polymers_in_chromatography type Process.
- Thermoresponsive_polymers_in_chromatography type Technique.
- Thermoresponsive_polymers_in_chromatography comment "Thermoresponsive polymers can be used as stationary phase in liquid chromatography. Here, the polarity of the stationary phase can be varied by temperature changes, altering the power of separation without changing the column or solvent composition. Thermally related benefits of gas chromatography can now be applied to classes of compounds that are restricted to liquid chromatography due to their thermolability.".
- Thermoresponsive_polymers_in_chromatography label "Thermoresponsive polymers in chromatography".
- Thermoresponsive_polymers_in_chromatography sameAs Q7783245.
- Thermoresponsive_polymers_in_chromatography sameAs m.0n_kkh0.
- Thermoresponsive_polymers_in_chromatography sameAs Q7783245.
- Thermoresponsive_polymers_in_chromatography wasDerivedFrom Thermoresponsive_polymers_in_chromatography?oldid=527349160.
- Thermoresponsive_polymers_in_chromatography isPrimaryTopicOf Thermoresponsive_polymers_in_chromatography.