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Results: 1-10 |
Results: 10
AMILORIDE DOES NOT ALTER NACL AVOIDANCE IN FISCHER-344 RATS
Authors: CHAPPELL JP STJOHN SJ SPECTOR AC
Citation: Jp. Chappell et al., AMILORIDE DOES NOT ALTER NACL AVOIDANCE IN FISCHER-344 RATS, Chemical senses, 23(2), 1998, pp. 151-157
ROLE OF TASTE IN THE MICROSTRUCTURE OF QUININE INGESTION BY RATS
Authors: SPECTOR AC STJOHN SJ
Citation: Ac. Spector et Sj. Stjohn, ROLE OF TASTE IN THE MICROSTRUCTURE OF QUININE INGESTION BY RATS, American journal of physiology. Regulatory, integrative and comparative physiology, 43(6), 1998, pp. 1687-1703
BEHAVIORAL DISCRIMINATION BETWEEN QUININE AND KCI IS DEPENDENT ON INPUT FROM THE 7TH CRANIAL NERVE - IMPLICATIONS FOR THE FUNCTIONAL ROLES OF THE GUSTATORY NERVES IN RATS
Authors: STJOHN SJ SPECTOR AC
Citation: Sj. Stjohn et Ac. Spector, BEHAVIORAL DISCRIMINATION BETWEEN QUININE AND KCI IS DEPENDENT ON INPUT FROM THE 7TH CRANIAL NERVE - IMPLICATIONS FOR THE FUNCTIONAL ROLES OF THE GUSTATORY NERVES IN RATS, The Journal of neuroscience, 18(11), 1998, pp. 4353-4362
SUCROSE VS MALTOSE TASTE DISCRIMINATION BY RATS DEPENDS ON THE INPUT OF THE 7TH CRANIAL NERVE
Authors: SPECTOR AC MARKISON S STJOHN SJ GARCEA M
Citation: Ac. Spector et al., SUCROSE VS MALTOSE TASTE DISCRIMINATION BY RATS DEPENDS ON THE INPUT OF THE 7TH CRANIAL NERVE, American journal of physiology. Regulatory, integrative and comparative physiology, 41(4), 1997, pp. 1210-1218
COMBINED GLOSSOPHARYNGEAL AND CHORDA TYMPANI NERVE TRANSECTION ELEVATES QUININE DETECTION THRESHOLDS IN RATS (RATTUS-NORVEGICUS)
Authors: STJOHN SJ SPECTOR AC
Citation: Sj. Stjohn et Ac. Spector, COMBINED GLOSSOPHARYNGEAL AND CHORDA TYMPANI NERVE TRANSECTION ELEVATES QUININE DETECTION THRESHOLDS IN RATS (RATTUS-NORVEGICUS), Behavioral neuroscience, 110(6), 1996, pp. 1456-1468
AMILORIDE DISRUPTS NACL VERSUS KCL DISCRIMINATION PERFORMANCE - IMPLICATIONS FOR SALT TASTE CODING IN RATS
Authors: SPECTOR AC GUAGLIARDO NA STJOHN SJ
Citation: Ac. Spector et al., AMILORIDE DISRUPTS NACL VERSUS KCL DISCRIMINATION PERFORMANCE - IMPLICATIONS FOR SALT TASTE CODING IN RATS, The Journal of neuroscience, 16(24), 1996, pp. 8115-8122
CHORDA TYMPANI OR GLOSSOPHARYNGEAL NERVE-SECTION DOES NOT ALTER QUININE DETECTION THRESHOLDS IN RATS
Authors: STJOHN SJ SPECTOR AC
Citation: Sj. Stjohn et Ac. Spector, CHORDA TYMPANI OR GLOSSOPHARYNGEAL NERVE-SECTION DOES NOT ALTER QUININE DETECTION THRESHOLDS IN RATS, Chemical senses, 20(6), 1995, pp. 289-289
SALT DISCRIMINABILITY IS RELATED TO NUMBER OF REGENERATED TASTE-BUDS AFTER CHORDA TYMPANI NERVE-SECTION IN RATS
Authors: STJOHN SJ MARKISON S SPECTOR AC
Citation: Sj. Stjohn et al., SALT DISCRIMINABILITY IS RELATED TO NUMBER OF REGENERATED TASTE-BUDS AFTER CHORDA TYMPANI NERVE-SECTION IN RATS, American journal of physiology. Regulatory, integrative and comparative physiology, 38(1), 1995, pp. 141-153
GLOSSOPHARYNGEAL NERVE TRANSECTION DOES NOT COMPROMISE THE SPECIFICITY OF TASTE-GUIDED SODIUM APPETITE IN RATS
Authors: MARKISON S STJOHN SJ SPECTOR AC
Citation: S. Markison et al., GLOSSOPHARYNGEAL NERVE TRANSECTION DOES NOT COMPROMISE THE SPECIFICITY OF TASTE-GUIDED SODIUM APPETITE IN RATS, American journal of physiology. Regulatory, integrative and comparative physiology, 38(1), 1995, pp. 215-221
COMBINED, BUT NOT SINGLE, GUSTATORY NERVE TRANSECTION SUBSTANTIALLY ALTERS TASTE-GUIDED LICKING BEHAVIOR TO QUININE IN RATS
Authors: STJOHN SJ GARCEA M SPECTOR AC
Citation: Sj. Stjohn et al., COMBINED, BUT NOT SINGLE, GUSTATORY NERVE TRANSECTION SUBSTANTIALLY ALTERS TASTE-GUIDED LICKING BEHAVIOR TO QUININE IN RATS, Behavioral neuroscience, 108(1), 1994, pp. 131-140
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