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Results: 1-7 |
Results: 7
ADSORPTION AND THERMAL-DECOMPOSITION OF N-AZOPROPANE ON PT(111)
Authors: GLEASON NR JENKS CJ FRENCH CR BENT BE ZAERA F
Citation: Nr. Gleason et al., ADSORPTION AND THERMAL-DECOMPOSITION OF N-AZOPROPANE ON PT(111), Surface science, 405(2-3), 1998, pp. 238-260
QUANTITATIVE INJECTIONS OR CALIBRATIONS IN GAS-CHROMATOGRAPHY - ANOMALY ASSOCIATED WITH SYRINGE TYPE
Authors: FRENCH CR GRAY CJ LEHRLE RS
Citation: Cr. French et al., QUANTITATIVE INJECTIONS OR CALIBRATIONS IN GAS-CHROMATOGRAPHY - ANOMALY ASSOCIATED WITH SYRINGE TYPE, Journal of chromatography, 773(1-2), 1997, pp. 372-376
MUTATION OF AN ARGININE RESIDUE IN THE HUMAN GLYCINE RECEPTOR TRANSFORMS BETA-ALANINE AND TAURINE FROM AGONISTS INTO COMPETITIVE ANTAGONISTS
Authors: RAJENDRA S LYNCH JW PIERCE KD FRENCH CR BARRY PH SCHOFIELD PR
Citation: S. Rajendra et al., MUTATION OF AN ARGININE RESIDUE IN THE HUMAN GLYCINE RECEPTOR TRANSFORMS BETA-ALANINE AND TAURINE FROM AGONISTS INTO COMPETITIVE ANTAGONISTS, Neuron, 14(1), 1995, pp. 169-175
LOW-COST LIMESTONE TREATMENT OF ACID-SENSITIVE TROUT STREAMS IN THE APPALACHIAN MOUNTAINS OF VIRGINIA
Authors: DOWNEY DM FRENCH CR ODOM M
Citation: Dm. Downey et al., LOW-COST LIMESTONE TREATMENT OF ACID-SENSITIVE TROUT STREAMS IN THE APPALACHIAN MOUNTAINS OF VIRGINIA, Water, air and soil pollution, 77(1-2), 1994, pp. 49-77
STARTLE DISEASE MUTATIONS REDUCE THE AGONIST SENSITIVITY OF THE HUMANINHIBITORY GLYCINE RECEPTOR
Authors: RAJENDRA S LYNCH JW PIERCE KD FRENCH CR BARRY PH SCHOFIELD PR
Citation: S. Rajendra et al., STARTLE DISEASE MUTATIONS REDUCE THE AGONIST SENSITIVITY OF THE HUMANINHIBITORY GLYCINE RECEPTOR, The Journal of biological chemistry, 269(29), 1994, pp. 18739-18742
THE EXTRACELLULAR DISULFIDE LOOP MOTIF OF THE INHIBITORY GLYCINE RECEPTOR DOES NOT FORM THE AGONIST BINDING-SITE
Authors: VANDENBERG RJ RAJENDRA S FRENCH CR BARRY PH SCHOFIELD PR
Citation: Rj. Vandenberg et al., THE EXTRACELLULAR DISULFIDE LOOP MOTIF OF THE INHIBITORY GLYCINE RECEPTOR DOES NOT FORM THE AGONIST BINDING-SITE, Molecular pharmacology, 44(1), 1993, pp. 198-203
ION-CHROMATOGRAPHIC DETERMINATION OF THE ACID NEUTRALIZING CAPACITY OF ACID-SENSITIVE NATURAL-WATERS
Authors: FRENCH CR DOWNEY DM
Citation: Cr. French et Dm. Downey, ION-CHROMATOGRAPHIC DETERMINATION OF THE ACID NEUTRALIZING CAPACITY OF ACID-SENSITIVE NATURAL-WATERS, Journal of chromatographic science, 31(12), 1993, pp. 523-528
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