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Results: 1-10 |
Results: 10
ENGINEERING OF HUMAN CHOLINESTERASES EXPLAINS AND PREDICTS DIVERSE CONSEQUENCES OF ADMINISTRATION OF VARIOUS DRUGS AND POISONS
Authors: SCHWARZ M GLICK D LOEWENSTEIN Y SOREQ H
Citation: M. Schwarz et al., ENGINEERING OF HUMAN CHOLINESTERASES EXPLAINS AND PREDICTS DIVERSE CONSEQUENCES OF ADMINISTRATION OF VARIOUS DRUGS AND POISONS, Pharmacology & therapeutics, 67(2), 1995, pp. 283-322
POPULATION DIVERSITY AND DISTINCT HAPLOTYPE FREQUENCIES ASSOCIATED WITH ACHE AND BCHE GENES OF ISRAELI JEWS FROM TRANS-CAUCASIAN GEORGIA AND FROM EUROPE
Authors: EHRLICH G GINZBERG D LOEWENSTEIN Y GLICK D KEREM B BENARI S ZAKUT H SOREQ H
Citation: G. Ehrlich et al., POPULATION DIVERSITY AND DISTINCT HAPLOTYPE FREQUENCIES ASSOCIATED WITH ACHE AND BCHE GENES OF ISRAELI JEWS FROM TRANS-CAUCASIAN GEORGIA AND FROM EUROPE, Genomics, 22(2), 1994, pp. 288-295
MUTATIONS AND IMPAIRED EXPRESSION IN THE ACHE AND BCHE GENES - NEUROLOGICAL IMPLICATIONS
Authors: SOREQ H EHRLICH G SCHWARZ G LOEWENSTEIN Y GLICK D ZAKUT H
Citation: H. Soreq et al., MUTATIONS AND IMPAIRED EXPRESSION IN THE ACHE AND BCHE GENES - NEUROLOGICAL IMPLICATIONS, Biomedicine & pharmacotherapy, 48(5-6), 1994, pp. 253-259
FASTER INHIBITION RATES OF NORMAL BUCHE AS COMPARED WITH ACHE AND THEATYPICAL BUCHE MUTANT PREDICT INDIVIDUAL VARIABILITIES IN RESPONSE ANTICHOLINESTERASE THERAPY
Authors: LOEWENSTEIN Y LIAO JT NORGAARDPEDERSEN B ZAKUT H SOREQ H
Citation: Y. Loewenstein et al., FASTER INHIBITION RATES OF NORMAL BUCHE AS COMPARED WITH ACHE AND THEATYPICAL BUCHE MUTANT PREDICT INDIVIDUAL VARIABILITIES IN RESPONSE ANTICHOLINESTERASE THERAPY, Journal of neurochemistry, 63, 1994, pp. 190000006-190000006
DISSECTION OF SUCCESSIVE ORGANOPHOSPHORUS INHIBITION AND OXIME REACTIVATION BY HUMAN CHOLINESTERASE VARIANTS
Authors: SCHWARZ M LOEWENSTEIN Y GLICK D LIAO J NORGAARDPEDERSEN B SOREQ H
Citation: M. Schwarz et al., DISSECTION OF SUCCESSIVE ORGANOPHOSPHORUS INHIBITION AND OXIME REACTIVATION BY HUMAN CHOLINESTERASE VARIANTS, Journal of neurochemistry, 63, 1994, pp. 190000080-190000080
OVEREXPRESSED MONOMERIC HUMAN ACETYLCHOLINESTERASE INDUCES SUBTLE ULTRASTRUCTURAL MODIFICATIONS IN DEVELOPING NEUROMUSCULAR-JUNCTIONS OF XENOPUS-LAEVIS EMBRYOS
Authors: SEIDMAN S BENAZIZALOYA R TIMBERG R LOEWENSTEIN Y VELAN B SHAFFERMAN A LIAO J NORGAARDPEDERSEN B BRODBECK U SOREQ H
Citation: S. Seidman et al., OVEREXPRESSED MONOMERIC HUMAN ACETYLCHOLINESTERASE INDUCES SUBTLE ULTRASTRUCTURAL MODIFICATIONS IN DEVELOPING NEUROMUSCULAR-JUNCTIONS OF XENOPUS-LAEVIS EMBRYOS, Journal of neurochemistry, 62(5), 1994, pp. 1670-1681
SITE-DIRECTED MUTAGENESIS OF ACTIVE-SITE RESIDUES REVEALS PLASTICITY OF HUMAN BUTYRYLCHOLINESTERASE IN SUBSTRATE AND INHIBITOR INTERACTIONS
Authors: GNATT A LOEWENSTEIN Y YARON A SCHWARZ M SOREQ H
Citation: A. Gnatt et al., SITE-DIRECTED MUTAGENESIS OF ACTIVE-SITE RESIDUES REVEALS PLASTICITY OF HUMAN BUTYRYLCHOLINESTERASE IN SUBSTRATE AND INHIBITOR INTERACTIONS, Journal of neurochemistry, 62(2), 1994, pp. 749-755
STRUCTURE-FUNCTION RELATIONSHIP STUDIES IN HUMAN CHOLINESTERASES REVEAL GENOMIC ORIGINS FOR INDIVIDUAL VARIATIONS IN CHOLINERGIC DRUG RESPONSES
Authors: LOEWENSTEIN Y GNATT A NEVILLE LF ZAKUT H SOREQ H
Citation: Y. Loewenstein et al., STRUCTURE-FUNCTION RELATIONSHIP STUDIES IN HUMAN CHOLINESTERASES REVEAL GENOMIC ORIGINS FOR INDIVIDUAL VARIATIONS IN CHOLINERGIC DRUG RESPONSES, Progress in neuro-psychopharmacology & biological psychiatry, 17(6), 1993, pp. 905-926
CHIMERIC HUMAN CHOLINESTERASE - IDENTIFICATION OF INTERACTION SITES RESPONSIBLE FOR RECOGNITION OF ACETYLCHOLINESTERASE-SPECIFIC OR BUTYRYLCHOLINESTERASE-SPECIFIC LIGANDS
Authors: LOEWENSTEIN Y GNATT A NEVILLE LF SOREQ H
Citation: Y. Loewenstein et al., CHIMERIC HUMAN CHOLINESTERASE - IDENTIFICATION OF INTERACTION SITES RESPONSIBLE FOR RECOGNITION OF ACETYLCHOLINESTERASE-SPECIFIC OR BUTYRYLCHOLINESTERASE-SPECIFIC LIGANDS, Journal of Molecular Biology, 234(2), 1993, pp. 289-296
MOLECULAR DISSECTION OF CHOLINESTERASE DOMAINS RESPONSIBLE FOR CARBAMATE TOXICITY
Authors: LOEWENSTEIN Y DENARIE M ZAKUT H SOREQ H
Citation: Y. Loewenstein et al., MOLECULAR DISSECTION OF CHOLINESTERASE DOMAINS RESPONSIBLE FOR CARBAMATE TOXICITY, Chemico-biological interactions, 87(1-3), 1993, pp. 209-216
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