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This file last updated: 18/07/2017

K AJ

Lin C-I et al., Biochemical labeling materials and manufacturing method thereof, 
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Kabir A

Kabir A et al., Materials and methods for the detection of trace amounts of substances in biological and environmental samples, 
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Kahn MR

Huang JZ et al., Polymer surface functionalization and related applications, 
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Huang J et al., Polymer surface functionalization and related applications, 
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Kakazu M

Komiyama M et al., Method for synthesizing crosslinked cyclodextrin polymer and removal of cholesterol with the polymer, 
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Kakinuma S

Nakamura M et al., Method for quantitatively analysis of benzoic acid, 
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Kalivrentenos AG

Kalivrentenos AG et al., Molecularly-imprinted polymeric materials for visual detection of explosives, 
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Kalivrentenos AG et al., Molecularly-imprinted polymeric materials for visual detection of explosives, 
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Kalluri VSR

Choudary BM et al., Process for the separation of racemic mixtures, 
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Choudary BM et al., Process for the separation of racemic mixtures, 
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Kane JA

Shashidhar R et al., Method and system for sensing and detecting a target molecule, 
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Kane RS

Belfort G et al., Imprinting a substrate for separation of a target molecule from a fluid medium, 
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Belfort GJ et al., Imprinting a substrate for separation of a target molecule from a fluid medium, 
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Kanekiyo Y

Kanekiyo Y et al., Functional cast film produced by molecular imprinting and its production, 
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Kanekiyo Y et al., Chemical substance adsorbing/removing material having pH responsiveness, 
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Kanekiyo Y et al., Agent for selective adsorption and removal of chemical substance, 
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Kaner R.B.

Kaner R.B. et al., Chiral recognition polymer and its use to separate enantiomers, 
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Kang JX

Kang YF et al., Copper ion imprinted polymer and application thereof, 
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Kang YF

Kang YF et al., Copper ion imprinted polymer and application thereof, 
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Kano F

Hosoya K et al., High-polymer material having characteristic to selectively capture compound of relatively low molecule, coating material, separation, separation material, detection of functional compound or the like and detecting material, 
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Kantam ML

Vanaja S et al., A novel potentiometric cholesterol sensor for the quantitative estimation of total cholesterol in human blood serum, 
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Vanaja S et al., Novel potentiometric cholesterol sensor for the quantitative estimation of total cholesterol in human blood serum, 
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Vanaja S et al., Potentiometric cholesterol sensor for the quantitative estimation of total cholesterol in human blood serum, 
US8357275, (2013)
   

Karim K

Piletsky SA et al., Selective binding materials, 
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Piletsky SA et al., Selective binding materials, 
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Karim K et al., Synthetic receptor, 
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Karim K et al., Synthetic receptor, 
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Karim K et al., Preparation of soluble and colloidal molecularly imprinted polymers by living polymerization, 
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Piletsky SA et al., Rationally designed selective binding polymers, 
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Karim K et al., Preparation of Soluble and Colloidal Molecularly Imprinted Polymers by Living Polymerization, 
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Piletsky SA et al., Sensor, 
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Piletsky SA et al., Sensor, 
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Karim K et al., Synthetic receptor, 
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Karim K et al., Synthetic Receptor, 
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Piletsky SA et al., Rationally designed selective binding polymers, 
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Piletsky SA et al., Selective binding materials, 
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Piletsky SA et al., Sensor, 
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Piletsky SA et al., Sensor, 
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Karim K et al., Preparation of soluble and colloidal molecularly imprinted polymers by living polymerization, 
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Piletsky SA et al., Microplates with Enhanced Immobilisation Capabilities Controlled by Magnetic Field, 
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Karlsson OJI

Karlsson OJI et al., Polymers Selective for Nitro-Containing Compounds and Methods of Using the Same, 
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Karlsson OJI et al., Polymers Selective for Tobacco Specific Nitrosamines and Methods of Using the Same, 
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Karlsson OJI et al., Polymers selective for tobacco specific nitrosamines and methods of using the same, 
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Karlsson OJI et al., Polymers selective for nitro-containing compounds and methods of using the same, 
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Karmalkar R

Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
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Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
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Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
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Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
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Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
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Karmalkar RN

Mashelkar RA et al., Synthetic polymer exhibiting hydrolytic activity, its preparation and use for conversion of esters and amides to the corresponding alcohol and amine, 
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Mashelkar RA et al., Polymer composition for controlled release of active ingredients in response to pH, and a process of preparing the same, 
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Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
WO 01/55095, (2001)
   

Sellergren B et al., Functional monomers for molecular recognition and catalysis, 
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Kulkarni MG et al., Cobalt imprinted polymer composition for selective removal of cobalt, process for preparation thereof, and process for removal of cobalt, 
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Kulkarni MG et al., Cobalt imprinted polymer composition, preparation and use thereof, 
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Kulkarni MG et al., Cobalt imprinted polymer composition for selective removal of cobalt, process for preparation thereof, and process for removal of cobalt, 
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Kulkarni MG et al., Cobalt imprinted polymer composition for selective removal of cobalt, process for preparation thereof, and process for removal of cobalt, 
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Katakis I

Katakis I et al., Fabrication method of multisensors chips for detecting analytes, 
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Katterle M

Andersen H et al., Affinity structures for the specific binding of substances by means of non-covalent interaction shapes, 
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Andresen H et al., Affinity structures for the specific binding of substances by means of non-covalent interaction types, 
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Katz A

Katz A et al., Amorphous silica having discrete voids and spatially organized functionalities formed therein, 
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Bass JD et al., Thermolytic synthesis of inorganic oxides imprinted with functional moieties, 
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Katz E

Minko S et al., Stimuli-responsive polymer membrane and method of making the same, 
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Katz HE

Katz HE et al., Epitope-polymer platform for detection of bacterial organisms, 
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Katz HE et al., Articles comprising templated crosslinked polymer films for electronic detection of nitroaromatic explosives, 
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Kawaguchi H

Ugajin H et al., Molecule recognizing material and process for producing the molecule recognizing material, 
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Ugajin H et al., Molecule Recognizing Material And Process For Producing The Molecule Recognizing Material, 
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Kaya K

Kaya K et al., Molecular imprinted polymer capable of catching objective compound, its preparation method, method of catching objective compound in objective sample by molecular imprinted polymer, 
JP2006-137805, (2006)
   

Kazumori K

Sato T et al., Sheet having gas molecule adsorbing function, 
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Sato T et al., Sheet having molecular adsorbing function, 
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Kazusaka A

Oomori T et al., Dialysis membrane, 
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Oomori T et al., Selectively permeable membrane using molecular recognition macromolecules, 
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Ke Y

Xue W et al., Method for preparing monodisperse molecularly imprinted polymer nano-microspheres, 
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Keana JFW

Yan M et al., Molecularly imprinted materials, method for their preparation and devices employing such materials, 
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Kee YS

Ho CS et al., Method for preparing chromatography column for imprinting molecular, chromatography column for imprinting molecular obtained by the method and method for separating ferulic acid using the column, 
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Kellie LT

Hearn MTW et al., Molecularly imprinted polymers, 
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Kelly CA

Kelly CA et al., Polymeric food spoilage sensor, 
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Kelly CA et al., Polymeric Food Spoilage Sensor, 
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Kelly CA et al., Polymeric food spoilage sensor, 
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Kelly CA et al., Method of making a polymeric food spoilage sensor, 
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Kelm M

Belbruno JJ et al., Molecularly imprinted polymer for wine extraction, 
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Belbruno JJ et al., Molecularly Imprinted Polymer For Wine Extraction, 
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Belbruno JJ et al., Molecularly imprinted polymer for wine, method of preparing, and use of same, 
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Kelm MA

Kelm MA, Removing compounds from wine, 
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Kelm MA, Removing compounds from wine, 
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Kempe H

Kempe H et al., Preparation of molecularly imprinted polymer beads, useful as packaging for liquid chromatography columns, comprises suspension polymerisation with oil as continuous phase, 
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Kempe M

Glad M et al., Selective affinity material, preparation thereof by molecular imprinting, and use of the same, 
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Glad M et al., Selective affinity material, preparation thereof by molecular imprinting, and use of the same, 
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Kempe H et al., Preparation of molecularly imprinted polymer beads, useful as packaging for liquid chromatography columns, comprises suspension polymerisation with oil as continuous phase, 
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Glad M et al., Selective affinity material, preparation thereof by molecular imprinting, and use of the same, 
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Ker KH

Tong YW et al., Nanostructures, methods of preparing and uses thereof, 
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Tong YW et al., Nanostructures, methods of preparing and uses thereof, 
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Kewell A

Redmond G et al., An analysis system, 
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Redmond G et al., Analysis system, 
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Khandare JJ

Kulkarni MG et al., Polyvalent imprinted polymer and process of preparation thereof, 
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Kulkarni MG et al., Polyvalent imprinted polymer and process of preparation thereof, 
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Khanna VK

Vanaja S et al., A novel potentiometric cholesterol sensor for the quantitative estimation of total cholesterol in human blood serum, 
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Vanaja S et al., Novel potentiometric cholesterol sensor for the quantitative estimation of total cholesterol in human blood serum, 
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Vanaja S et al., Potentiometric cholesterol sensor for the quantitative estimation of total cholesterol in human blood serum, 
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Kharasch E

Singamaneni S et al., Label-free detection of renal cancer, 
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Singamaneni S et al., Label-free detection of renal cancer, 
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Singamaneni S et al., Label-free detection of renal cancer, 
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Kharasch ED

Singamaneni S et al., Plasmonic biosensors with built-in artificial antibodies, 
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Khirmanov VN

Panarin EF et al., Method for synthesis of cross-linked polymeric plasma sorbent, molercularly imprinted with uric acid, 
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Kim BS

Kim BS et al., Molecularly imprinted polymer-immobilized carbon nanotube and method for preparing the same, 
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Kim D

Kim D et al., Selective separation of heavy metal ion using metal ion imprinted polymer, 
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Kim D et al., Selective separation of heavy metal ion using metal ion imprinted polymer (MMIP), 
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Kim D et al., Selective separation of heavy metal ion using metal ion imprinted polymer (MIIP), 
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Kim DJ

Kim DJ et al., Process for producing polymer microsphere in form of surface imprinted core-shell structure for selectively separating heavy metal ion, 
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Kim DJ et al., Method for preparing surface-imprinted polymer microspheres in the form of core-shell for selective separation of heavy metal ions, 
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Kim DJ et al., Method for preparing surface-imprinted polymer microspheres having a core-shell form for selective separation of heavy metal ions, 
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Kim DJ et al., Improved preparation of metal ion imprinted microporous polymer particles, 
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Kim EJ

Jeong SW et al., Molecularly printed polymer for detecting the pentraxin protein, and method for preparing same, 
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Jeong SW et al., Molecularly printed polymer for detecting the pentraxin, and method for preparing same, 
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Jeong SW et al., Chip for detecting C-reactive protein and preparing method of the same, 
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Jeong SW et al., Chip for detecting C-reactive protein and preparing method of the same, 
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Jeong SW et al., Molecularly imprinted polymer for detecting the pentraxin, and method for preparing same, 
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Jeong SW et al., Molecularly imprinted polymer for detection of pentraxin protein and method for preparing the same, 
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Kim H

Kim YD et al., Fabrication of molecularly imprinted 1-hydroxypyrene using sol-gel precess in spin-coated TiO2-gel nanofilms, 
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Kim YD et al., Method for preparing polymer bead coated with molecular imprinting nanofilm recognizing 1-hydroxypyrene and use of the same, 
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Kim H-C

Jeong SW et al., Molecularly printed polymer for detecting the pentraxin protein, and method for preparing same, 
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Kim HC

Jeong SW et al., Molecularly printed polymer for detecting the pentraxin, and method for preparing same, 
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Jeong SW et al., Chip for detecting C-reactive protein and preparing method of the same, 
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Jeong SW et al., Chip for detecting C-reactive protein and preparing method of the same, 
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Jeong SW et al., Molecularly imprinted polymer for detecting the pentraxin, and method for preparing same, 
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Jeong SW et al., Molecularly imprinted polymer for detection of pentraxin protein and method for preparing the same, 
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Kim J

Singh WP et al., Sensor having molecularly imprinted polymers, 
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Kim JT

Steinfeld U et al., Molecularly imprinted polymer (MIP) chip sensor, use thereof, and analytical detection method, 
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Kim MJ

Kim DJ et al., Improved preparation of metal ion imprinted microporous polymer particles, 
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Kim SJ

Kim SJ et al., Method for preparing a molecularly imprinted polymer using sol-gel transition, 
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Kim Y

Park C et al., SPR gas sensing device manufacturing method using molecularly imprinted polymer, 
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Kim Y-C

Masson J-F et al., Surface initiated thin polymeric films for chemical sensors, 
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Kim YC

Masson J-F et al., Surface Initiated Thin Polymeric Films for Chemical Sensors, 
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Kim YD

Kim YD et al., Fabrication of molecularly imprinted 1-hydroxypyrene using sol-gel precess in spin-coated TiO2-gel nanofilms, 
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Kim YD et al., Method for preparing polymer bead coated with molecular imprinting nanofilm recognizing 1-hydroxypyrene and use of the same, 
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Kim YH

Kim YH et al., Selective adsorption of heavy metal ions using molecular-imprinted adsorbents synthesized with low cost silica sources, 
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Kim YS

Park CR et al., Molecularly-imprinted gas sensor for sensing xylene, and manufacturing method for the same, 
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Park CR et al., Molecularly-imprinted gas sensor for sensing toluene, and manufacturing method for the same, 
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Park CR et al., Manufacturing method for molecularly-imprinted gas sensor using siloxane monomer, 
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King Smith O

King Smith O et al., Ion sensitive device and method of fabrication, 
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Kitade T

Kitade T et al., Molecular imprint polymer and artificial immune sensor of voltage detection type given by using the same, 
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Kitahara S

Oka T et al., Polymer specifically recognizing bile acid, process for producing the same, bile acid-absorbing polymer and cholesterol-lowering agents, 
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Kitahara S et al., Polymer specifically recognizing bile acid and hypocholesterolemic agent, 
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Oka T et al., Bile acid specific recognition polymer and cholesterol- lowering agent, 
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Kitade T et al., Molecular imprint polymer and artificial immune sensor of voltage detection type given by using the same, 
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Kitayama Y

Takeuchi T et al., In vivo stealth nanoparticle, 
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Connor E et al., Treatment of hyperphosphatemia using crosslinked small molecule amine polymers, 
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Connor E et al., Anion-binding polymers and uses thereof, 
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Knop RH

Knop RH, Composition, device and method for colorimetric detection of an analyte using imprinted polymers and photochromic switch molecules, 
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Knop RH, Composition, device and method for colorimetric detection of an analyte using imprinted polymers and photochromic switch molecules, 
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Knop RH et al., Article and method for detection of a drug in a liquid medium, 
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Knop RH, Composition, device and method for colorimetric detection of an analyte using imprinted polymers and photochromic switch molecules, 
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Ko TJ

Jeong SW et al., Molecularly printed polymer for detecting the pentraxin protein, and method for preparing same, 
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Sato T et al., Sheet having gas molecule adsorbing function, 
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Kobayashi T et al., Molecularly imprinted cellulose and its manufacturing method, 
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Kobayashi T et al., Transition-metal coordination compound comprising vinyl group and method for producing the same, and method for producing transition-metal molecule imprinting polymer using the transition-metal coordination compound, 
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