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Results: 1-12 |
Results: 12
SYNTHESIS OF CYCLOHEXANONE-BASED CATHEPSIN-B INHIBITORS THAT INTERACTWITH BOTH THE S-BINDING-SITE AND S'-BINDING-SITE
Authors: CONROY JL ABATO P GHOSH M AUSTERMUHLE MI KIEFER MR SETO CT
Citation: Jl. Conroy et al., SYNTHESIS OF CYCLOHEXANONE-BASED CATHEPSIN-B INHIBITORS THAT INTERACTWITH BOTH THE S-BINDING-SITE AND S'-BINDING-SITE, Tetrahedron letters, 39(45), 1998, pp. 8253-8256
DEMONSTRATION BY C-13 NMR-STUDIES THAT TETRAHYDROPYRANONE-BASED INHIBITORS BIND TO CYSTEINE PROTEASES BY REVERSIBLE FORMATION OF A HEMITHIOKETAL ADDUCT
Authors: CONROY JL SETO CT
Citation: Jl. Conroy et Ct. Seto, DEMONSTRATION BY C-13 NMR-STUDIES THAT TETRAHYDROPYRANONE-BASED INHIBITORS BIND TO CYSTEINE PROTEASES BY REVERSIBLE FORMATION OF A HEMITHIOKETAL ADDUCT, Journal of organic chemistry, 63(7), 1998, pp. 2367-2370
USING THE ELECTROSTATIC-FIELD EFFECT TO DESIGN A NEW CLASS OF INHIBITORS FOR CYSTEINE PROTEASES
Authors: CONROY JL SANDERS TC SETO CT
Citation: Jl. Conroy et al., USING THE ELECTROSTATIC-FIELD EFFECT TO DESIGN A NEW CLASS OF INHIBITORS FOR CYSTEINE PROTEASES, Journal of the American Chemical Society, 119(18), 1997, pp. 4285-4291
DESIGN AND SYNTHESIS OF HYDROGEN-BONDED AGGREGATES - THEORY AND COMPUTATION APPLIED TO 3 SYSTEMS BASED ON THE CYANURIC ACID MELAMINE LATTICE
Authors: SIMANEK EE MAMMEN M GORDON DM CHIN D MATHIAS JP SETO CT WHITESIDES GM
Citation: Ee. Simanek et al., DESIGN AND SYNTHESIS OF HYDROGEN-BONDED AGGREGATES - THEORY AND COMPUTATION APPLIED TO 3 SYSTEMS BASED ON THE CYANURIC ACID MELAMINE LATTICE, Tetrahedron, 51(2), 1995, pp. 607-619
CHORISMATE-UTILIZING ENZYMES ISOCHORISMATE SYNTHASE, ANTHRANILATE SYNTHASE, AND P-AMINOBENZOATE SYNTHASE - MECHANISTIC INSIGHT THROUGH INHIBITOR DESIGN
Authors: KOZLOWSKI MC TOM NJ SETO CT SEFLER AM BARTLETT PA
Citation: Mc. Kozlowski et al., CHORISMATE-UTILIZING ENZYMES ISOCHORISMATE SYNTHASE, ANTHRANILATE SYNTHASE, AND P-AMINOBENZOATE SYNTHASE - MECHANISTIC INSIGHT THROUGH INHIBITOR DESIGN, Journal of the American Chemical Society, 117(8), 1995, pp. 2128-2140
NONCOVALENT SYNTHESIS - USING PHYSICAL-ORGANIC CHEMISTRY TO MAKE AGGREGATES
Authors: WHITESIDES GM SIMANEK EE MATHIAS JP SETO CT CHIN DN MAMMEN M GORDON DM
Citation: Gm. Whitesides et al., NONCOVALENT SYNTHESIS - USING PHYSICAL-ORGANIC CHEMISTRY TO MAKE AGGREGATES, Accounts of chemical research, 28(1), 1995, pp. 37-44
DESIGN, PREPARATION, AND CHARACTERIZATION OF HYDROGEN-BONDED SUPRAMOLECULAR AGGREGATES BASED ON THE CYANURIC ACID MELAMINE LATTICE
Authors: MATHIAS JP SIMANEK EE SETO CT WHITESIDES GM
Citation: Jp. Mathias et al., DESIGN, PREPARATION, AND CHARACTERIZATION OF HYDROGEN-BONDED SUPRAMOLECULAR AGGREGATES BASED ON THE CYANURIC ACID MELAMINE LATTICE, Macromolecular symposia, 77, 1994, pp. 157-166
(Z)-9-FLUORO-EPSP IS NOT A SUBSTRATE FOR EPSP SYNTHASE - IMPLICATIONSFOR THE ENZYME MECHANISM
Authors: SETO CT BARTLETT PA
Citation: Ct. Seto et Pa. Bartlett, (Z)-9-FLUORO-EPSP IS NOT A SUBSTRATE FOR EPSP SYNTHASE - IMPLICATIONSFOR THE ENZYME MECHANISM, Journal of organic chemistry, 59(23), 1994, pp. 7130-7132
DESIGN OF ORGANIC STRUCTURES IN THE SOLID-STATE - MOLECULAR TAPES BASED ON THE NETWORK OF HYDROGEN-BONDS PRESENT IN THE CYANURIC ACID MELAMINE COMPLEX
Authors: ZERKOWSKI JA MACDONALD JC SETO CT WIERDA DA WHITESIDES GM
Citation: Ja. Zerkowski et al., DESIGN OF ORGANIC STRUCTURES IN THE SOLID-STATE - MOLECULAR TAPES BASED ON THE NETWORK OF HYDROGEN-BONDS PRESENT IN THE CYANURIC ACID MELAMINE COMPLEX, Journal of the American Chemical Society, 116(6), 1994, pp. 2382-2391
SELF-ASSEMBLY THROUGH HYDROGEN-BONDING - PREPARATION AND CHARACTERIZATION OF 3 NEW TYPES OF SUPRAMOLECULAR AGGREGATES BASED ON PARALLEL CYCLIC CA(3)CENTER-DOT-M(3) ROSETTES
Authors: MATHIAS JP SETO CT SIMANEK EE WHITESIDES GM
Citation: Jp. Mathias et al., SELF-ASSEMBLY THROUGH HYDROGEN-BONDING - PREPARATION AND CHARACTERIZATION OF 3 NEW TYPES OF SUPRAMOLECULAR AGGREGATES BASED ON PARALLEL CYCLIC CA(3)CENTER-DOT-M(3) ROSETTES, Journal of the American Chemical Society, 116(5), 1994, pp. 1725-1736
STRUCTURAL PREFERENCES OF HYDROGEN-BONDED NETWORKS IN ORGANIC SOLUTION - THE CYCLIC CA(3)CENTER-DOT-M(3) ROSETTE
Authors: MATHIAS JP SIMANEK EE ZERKOWSKI JA SETO CT WHITESIDES GM
Citation: Jp. Mathias et al., STRUCTURAL PREFERENCES OF HYDROGEN-BONDED NETWORKS IN ORGANIC SOLUTION - THE CYCLIC CA(3)CENTER-DOT-M(3) ROSETTE, Journal of the American Chemical Society, 116(10), 1994, pp. 4316-4325
SELF-ASSEMBLY THROUGH HYDROGEN-BONDING - PREPARATION OF A SUPRAMOLECULAR AGGREGATE COMPOSED OF 10 MOLECULES
Authors: MATHIAS JP SIMANEK EE SETO CT WHITESIDES GM
Citation: Jp. Mathias et al., SELF-ASSEMBLY THROUGH HYDROGEN-BONDING - PREPARATION OF A SUPRAMOLECULAR AGGREGATE COMPOSED OF 10 MOLECULES, Angewandte Chemie, International Edition in English, 32(12), 1993, pp. 1766-1769
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