총설 : 분자각인 고분자의 제조와 분리특성 = Manufacture and Separation Characteristic of MIP

참고문헌 (Reference)

1 "‘Synthetic Bismetalion Receptor for Bis-Imidazole ‘Protein Analogs’" 8902-8911, 1994

2 "Use of Polymers with Enzyme-AnalogousStructures for the Resolution of Racemates" 11 : 341-344, 1972

3 "The Development of Research in MolecularImprinting Technique" 14 (14): 182-191, 2002

4 "The Applicationand Advancement of Molecular Imprinting Technology" 10 : 1260-1266, 2002

5 "Systematic Study of Steric andSpatial Contributions to Molecular Recognition by Non-CovalentImprinted Polymers" 126 : 793-797, 2001

6 "Synthesis of Molecular Imprinted Polymer Net-Works" 46 : 470-474, 1998

7 "Sulfonamide Imprinted Polymers using Co-Functional Monomers" 452 : 277-283, 2002

8 "Substitution of Antibodies and Receptorswith Molecularly Imprinted Polymers in Enzyme-Linked andFluorescent Assays" Biosensors & Bioelectronics 701-707, 2001

9 "Study on theMechanism of Chiral Recognition with Molecularly ImprintedPolymers" 489 : 33-43, 2003

10 "Study on theMechanism of Chiral Recognition with Molecularly ImprintedPolymers" 489 : 33-43, 2003

11 "Short Columns with Molecularly Imprinted Monolithic StationaryPhases for Rapid Separation of Diastereomers and Enantiomers" 804 : 13-18, 2004

12 "Separation of Individual Antiviral NucleotideProdrugs from Synthetic Mixtures using Cross-Reactivity of aMolecularly Imprinted Stationary Phase" 435 : 107-113, 2001

13 "Separation of Amino Acids,Peptidesand Prteins on Molecularly Imprinted Stationary Phases" 691 : 317 -323, 1995

14 "Separation of Amino Acids, Peptidesand Proteins on Molecularly Imprinted Stationary Phases" 691 : 317 -323, 1995

15 "Separation and Screening ofCompounds of Biological Origin using Molecularly ImprintedPolymers" 804 : 61-69, 2004

16 "Selective Supports for High-Performance Ligand-Exchange Chromatography" 708 : 19-29, 1995

17 "Recognitionand Enantioselection of Drugs and Biochemicals using MolecularlyImprinted Polymer Technology" 13 (13): 47-51, 1995

18 "Preparation of PhenylalanineImprinted Polymer by the Sol-Gel Transition Method" 35 : 688-693, 2004

19 "Preparation of Chiral StationaryPhases by Molecular Imprinting of Amino Acid Amides" 167-169, 1990

20 "Preparation andCharacterization of Molecularly Imprinted Monolithic ColumnBased on 4-Hydroxybenzoic Acid for the Molecular Recognitionin Capillary Electrochromatography" 523 : 243-250, 2004

21 "Origin of Peak Asymmetry and the Effect ofTemperature on Solute Retention in Enantiomer Separations onImprinted Chiral Stationary Phase" 600 : 29-39, 1995

22 "Molecularly ImprintedPolymers: Synthesis and Characterisation" 804 : 173-182, 2004

23 "Molecularly ImprintedPolymer Formats for Capillary Electrochromatography" 804 : 3-12, 2004

24 "Molecularly ImprintedLigand-Exchange Adsorbents for the Chiral Separation of UnderivatizedAmino Acids" 775 : 51-63, 1997

25 "Molecularly ImprintedChiral Stationary Phase Prepared with Racemic Template" 70 : 943-945, 1998

26 "Molecularly Imprinted Polymers forBiosensor Applications" 18 (18): 199-204, 1999

27 "Molecularly Imprinted PolymerMembranes for Substance-selective Solid-Phase Extraction fromWater by Sufance Photo-grafting Polymerization" 907 : 89-99, 2001

28 "Molecular Imprintingon Microgel Spheres" 435 : 187-196, 2001

29 "Molecular ImprintingTechnique and its Application in Separation of Chiral PharmaceuticalDrugs" 23 : 245-247, 2003

30 "Molecular Imprinting in Cross-Linked Materials withthe Aid of Molecular Template-a Way Towards Artificial Antibodies" 34 : 1812-1832, 1995

31 "Molecular Imprinting Utilizing anAmide Functional Group for Hydrogen Bonding Leading toHighly Efficient Polymers" 62 : 4057-4064, 1997

32 "Molecular Imprinting Utilizing anAmide Functional Group for Hydrogen Bonding Leading toHighly Efficient Polymer" 62 : 4057-4064, 1997

33 "Molecular 645Korean Chem" 42 (42): 9-12, 2004

34 "Mimics of the Binding Sites of Opioid Receptors Obtained byMolecular Imprinting of Enkephalin and Morphine" 92 : 4788-4792, 1995

35 "Membrane Separations using Molecularly ImprintedPolymers" 804 : 113-125, 2004

36 "Liquid Chromatographyof Active Principles in Sophora Flavescens Root" 812 : 149-163, 2004

37 "Insights Intothe role of the Hydrogen Bond and Hydrophobic Effect on Recognitionin Molecularly Imprinted Polymer Synthesis PeptideReceptor Mimics" 691 : 349-353, 1995

38 "Influence of the pH on the Behavior of an ImprintedPolymeric Stationary Phase - Supporting Evidence for a BindingSite Model" 927 : 1-17, 2001

39 "Influence of Polymer Morphologyon the Ability of Imprinted Network Polymers to ResolveEnantiomers" 635 : 31-49, 1993

40 "Influence of Mobile Phase Compositionand Cross-Linking Density on the Enantiomeric RecognitionProperties of Molecularly Imprinted Polymers" 888 : 63-72, 2000

41 "Imprinted Chiral Stationary Phase in High-Per-Formance Liquid Chromatography" 906 : 227-252, 2001

42 "Herbicide Assayusing an Imprinted Polymer Based System Analogous to CompetitiveFluoroimmunoassys" 70 : 3936-393, 1998

43 "Extraction of Clenbuterol from Calf Urineusing a Molecularly Imprinted Polymer Followed by Quantitationby High-Performance Liquid Chromatography with UV Detec-644 42 6 2004 12 tion" 975 : 157-164, 2002

44 "Evaluation of Methods Aimed at CompleteRemoval of Template from Molecularly Imprinted Polymers" 126 : 784-792, 2001

45 "Enzyme-AnalogueBuilt Polymers and Their Use for the Resolution of Racemates" 14 (14): 4329-4332, 1973

46 "Enzyme-Analogue BuiltPolymers. Racemic Resolution of Polymers Containing ChiralCavities" 9 : 385-405, 1986

47 "Enantioselective PolymericTransporters for Tryptophan, Phenylalanine, and HistidinePrepared using Molecular Imprinting Techniques" 26 : 309-322, 1998

48 "Enantiomeric Resolution onMolecularly Imprinted Polymers Prepared with only Non-Covalentand Non-Ionic Interactions" 516 : 313-322, 1990

49 "Enantiomer Separation of ChiralPharmaceuticals by Capillary Electrochromatography" 875 : 255-276, 2000

50 "Direct Resolution of Naproxenon a Non-Covalently Molecularly Imprinted Chiral StationaryPhase" 664 : 276-279, 1994

51 "Direct Resolution of Naproxenon a Non-Covalently Molecular Imprinted Chiral StationaryPhase" 664 : 276-279, 1997

52 "Direct Enantioseparationof -Adrenergic Blockers using a Chiral StationaryPhase Prepared by Molecular Imprinting" 113 : 9358-9360, 1991

53 "Direat Drug Determination by Selective SampleEnrichment on an Imprinted Polymer" 66 : 1578-1582, 1994

54 "Design andApplication of Molecular Imprinted Polymers for Selective Separation" 16 : 115-122, 2001

55 "Correlation Between Solute Retention and a TheoreticalIon-Exchange Model using Imprinted Polymers" 17-28, 1993

56 "Competitive Amperometric MorphineSensor Based on an Agarose Immobilized MolecularlyImprinted Polymer" 300 : 71-75, 1994

57 "Comparative Study of ImprintedPolymer Particles Prepared by Different Polymerisation Methods" 504 : 15-21, 2004

58 "Chromatographic Resolution ofthe Enantiomers of Phenylpropanolamine by using MolecularlyImprinted Polymer as the Stationary Phase" 765 : 45-53, 2001

59 "Chiral Recognition inAdrenergic Receptor Binding Mimics Prepared by MolecularlyImprinting" 9 (9): 691-696, 1996

60 "Catalytic Activities of Novel L-histidylGroup-Introduced Polymers Imprinted by a Transition StateAnalogue in the Hydrolysis of Amino Acid Esters" 101 : 111-114, 1995

61 "CapillaryElectrochromatographic Separation of Amino Acid Enantiomersusing On-Column Prepared Molecularly Imprinted Polymer" 15 : 1351-1358, 1997

62 "Capillary Electrochromatographywith Predetermined Selectivity ObtainedThrough Molecular Imprinting" 69 (69): 1179-1183, 1997

63 "Capillary Electrochromatographywith Molecular Imprint-Based Selectivity forEnantiomer Separation of Local Anaesthetics" 792 : 401-409, 1997

64 "Bioseparationand Catalysis in Molecularly Imprinted Polymers. In MolecularInteractions Bioseparations" Plenum Press 383-394, 1993

65 "Application of IndoleaceticAcid-Imprinted Polymer to Solid Phase Extraction" 395 : 251-255, 1999

66 "Antibody Mimicking Polymers as Chiral StationaryPhases in HPLC" 68 : 1948-1953, 1996

67 "Anion Recognition: SyntheticReceptors for Anions and Their Application in Sensors" 3 (3): 740-746, 1999

68 "ADirect Comparison of the Performance of Ground, Beaded andSilica-Grafted MIPs in HPLC and Turbulent Flow ChromatographyApplications" 20 : 1098-1105, 2004

69 "ADirect Comparison of the Performance of Ground, Beaded andSilica-Grafted MIPs in HPLC and Turbulent Flow ChromatographyApplications" 20 : 1098-1105, 2004

70 "A Theory of the Structure and Process of Formationof Antibodies" 62 : 2643-2657, 1940

71 "A New Methodfor the Introduction of Recognition Site Functionality into PolymersPrepared by Molecular Imprinting: Synthesis and Characterizationof Polymeric Receptors for Cholesterol" 117 : 7105-7111, 1995

72 "A Molecularly Imprinted Polymerfor 17α-Ethynlestradiol Evaluated by Immunoassay" 125 : 1415-1417, 2000