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Results: 1-18 |
Results: 18
DIVERSITY OF SEXUAL DIMORPHISM IN ELECTROCOMMUNICATION SIGNALS AND ITS ANDROGEN REGULATION IN A GENUS OF ELECTRIC FISH, APTERONOTUS
Authors: DUNLAP KD THOMAS P ZAKON HH
Citation: Kd. Dunlap et al., DIVERSITY OF SEXUAL DIMORPHISM IN ELECTROCOMMUNICATION SIGNALS AND ITS ANDROGEN REGULATION IN A GENUS OF ELECTRIC FISH, APTERONOTUS, Journal of comparative physiology. A, Sensory, neural, and behavioral physiology, 183(1), 1998, pp. 77-86
REEXPRESSION OF MYOGENIC PROTEINS IN MATURE ELECTRIC ORGAN AFTER REMOVAL OF NEURAL INPUT
Authors: UNGUEZ GA ZAKON HH
Citation: Ga. Unguez et Hh. Zakon, REEXPRESSION OF MYOGENIC PROTEINS IN MATURE ELECTRIC ORGAN AFTER REMOVAL OF NEURAL INPUT, The Journal of neuroscience, 18(23), 1998, pp. 9924-9935
THE EFFECTS OF STEROID-HORMONES ON ELECTRICAL-ACTIVITY OF EXCITABLE CELLS
Authors: ZAKON HH
Citation: Hh. Zakon, THE EFFECTS OF STEROID-HORMONES ON ELECTRICAL-ACTIVITY OF EXCITABLE CELLS, Trends in neurosciences, 21(5), 1998, pp. 202-207
BEHAVIORAL ACTIONS OF ANDROGENS AND ANDROGEN RECEPTOR EXPRESSION IN THE ELECTROCOMMUNICATION SYSTEM OF AN ELECTRIC FISH, EIGENMANNIA-VIRESCENS
Authors: DUNLAP KD ZAKON HH
Citation: Kd. Dunlap et Hh. Zakon, BEHAVIORAL ACTIONS OF ANDROGENS AND ANDROGEN RECEPTOR EXPRESSION IN THE ELECTROCOMMUNICATION SYSTEM OF AN ELECTRIC FISH, EIGENMANNIA-VIRESCENS, Hormones and behavior (Print), 34(1), 1998, pp. 30-38
ESTROGEN MODIFIES AN ELECTROCOMMUNICATION SIGNAL BY ALTERING THE ELECTROCYTE SODIUM CURRENT IN AN ELECTRIC FISH, STERNOPYGUS
Authors: DUNLAP KD MCANELLY ML ZAKON HH
Citation: Kd. Dunlap et al., ESTROGEN MODIFIES AN ELECTROCOMMUNICATION SIGNAL BY ALTERING THE ELECTROCYTE SODIUM CURRENT IN AN ELECTRIC FISH, STERNOPYGUS, The Journal of neuroscience, 17(8), 1997, pp. 2869-2875
TRANSDIFFERENTIATION OF MUSCLE TO ELECTRIC ORGAN - REGULATION OF MUSCLE-SPECIFIC PROTEINS IS INDEPENDENT OF PATTERNED NERVE ACTIVITY
Authors: PATTERSON JM ZAKON HH
Citation: Jm. Patterson et Hh. Zakon, TRANSDIFFERENTIATION OF MUSCLE TO ELECTRIC ORGAN - REGULATION OF MUSCLE-SPECIFIC PROTEINS IS INDEPENDENT OF PATTERNED NERVE ACTIVITY, Developmental biology, 186(1), 1997, pp. 115-126
TRANSDIFFERENTIATION OF STRIATED-MUSCLE TO ELECTRIC ORGAN IN THE WEAKLY ELECTRIC FISH STERNOPYGUS-MACRURUS - DISTINCT MUSCLE-FIBER POPULATIONS GIVE RISE TO ELECTROCYTES
Authors: UNGUEZ GA ZAKON HH
Citation: Ga. Unguez et Hh. Zakon, TRANSDIFFERENTIATION OF STRIATED-MUSCLE TO ELECTRIC ORGAN IN THE WEAKLY ELECTRIC FISH STERNOPYGUS-MACRURUS - DISTINCT MUSCLE-FIBER POPULATIONS GIVE RISE TO ELECTROCYTES, Molecular biology of the cell, 7, 1996, pp. 246-246
HORMONAL MODULATION OF COMMUNICATION SIGNALS IN ELECTRIC FISH
Authors: ZAKON HH
Citation: Hh. Zakon, HORMONAL MODULATION OF COMMUNICATION SIGNALS IN ELECTRIC FISH, Developmental neuroscience, 18(1-2), 1996, pp. 115-123
OPPOSING ACTIONS OF ANDROGEN AND ESTROGEN ON IN-VITRO FIRING FREQUENCY OF NEURONAL OSCILLATORS IN THE ELECTROMOTOR SYSTEM
Authors: SCHAEFER JE ZAKON HH
Citation: Je. Schaefer et Hh. Zakon, OPPOSING ACTIONS OF ANDROGEN AND ESTROGEN ON IN-VITRO FIRING FREQUENCY OF NEURONAL OSCILLATORS IN THE ELECTROMOTOR SYSTEM, The Journal of neuroscience, 16(8), 1996, pp. 2860-2868
PROTEIN-KINASE-A ACTIVATION INCREASES SODIUM CURRENT MAGNITUDE IN THEELECTRIC ORGAN OF STERNOPYGUS
Authors: MCANELLY L ZAKON HH
Citation: L. Mcanelly et Hh. Zakon, PROTEIN-KINASE-A ACTIVATION INCREASES SODIUM CURRENT MAGNITUDE IN THEELECTRIC ORGAN OF STERNOPYGUS, The Journal of neuroscience, 16(14), 1996, pp. 4383-4388
DIFFERENTIAL EXPRESSION OF PROTEINS IN MUSCLE AND ELECTRIC ORGAN, A MUSCLE DERIVATIVE
Authors: PATTERSON JM ZAKON HH
Citation: Jm. Patterson et Hh. Zakon, DIFFERENTIAL EXPRESSION OF PROTEINS IN MUSCLE AND ELECTRIC ORGAN, A MUSCLE DERIVATIVE, Journal of comparative neurology, 370(3), 1996, pp. 367-376
TUBEROUS ELECTRORECEPTOR ORGANS FORM IN DENERVATED REGENERATING SKIN OF A WEAKLY ELECTRIC FISH
Authors: WEISLEDER P LU Y ZAKON HH
Citation: P. Weisleder et al., TUBEROUS ELECTRORECEPTOR ORGANS FORM IN DENERVATED REGENERATING SKIN OF A WEAKLY ELECTRIC FISH, Journal of comparative neurology, 367(4), 1996, pp. 563-574
INDIVIDUAL VARIATION IN AND ANDROGEN-MODULATION OF THE SODIUM CURRENTIN ELECTRIC ORGAN
Authors: FERRARI MB MCANELLY ML ZAKON HH
Citation: Mb. Ferrari et al., INDIVIDUAL VARIATION IN AND ANDROGEN-MODULATION OF THE SODIUM CURRENTIN ELECTRIC ORGAN, The Journal of neuroscience, 15(5), 1995, pp. 4023-4032
EFFECTS OF DENERVATION UPON RECEPTOR CELL-SURVIVAL AND BASAL-CELL PROLIFERATION IN TUBEROUS ELECTRORECEPTOR ORGANS OF A WEAKLY ELECTRIC FISH
Authors: WEISLEDER P LU Y ZAKON HH
Citation: P. Weisleder et al., EFFECTS OF DENERVATION UPON RECEPTOR CELL-SURVIVAL AND BASAL-CELL PROLIFERATION IN TUBEROUS ELECTRORECEPTOR ORGANS OF A WEAKLY ELECTRIC FISH, Journal of comparative neurology, 347(4), 1994, pp. 545-552
CONDUCTANCES CONTRIBUTING TO THE ACTION-POTENTIAL OF STERNOPYGUS ELECTROCYTES
Authors: FERRARI MB ZAKON HH
Citation: Mb. Ferrari et Hh. Zakon, CONDUCTANCES CONTRIBUTING TO THE ACTION-POTENTIAL OF STERNOPYGUS ELECTROCYTES, Journal of comparative physiology. A, Sensory, neural, and behavioral physiology, 173(3), 1993, pp. 281-292
BROMODEOXYURIDINE LABELING REVEALS A CLASS OF SATELLITE-LIKE CELLS WITHIN THE ELECTRIC ORGAN
Authors: PATTERSON JM ZAKON HH
Citation: Jm. Patterson et Hh. Zakon, BROMODEOXYURIDINE LABELING REVEALS A CLASS OF SATELLITE-LIKE CELLS WITHIN THE ELECTRIC ORGAN, Journal of neurobiology, 24(5), 1993, pp. 660-674
WEAKLY ELECTRIC FISH AS MODEL SYSTEMS FOR STUDYING LONG-TERM STEROID ACTION ON NEURAL CIRCUITS
Authors: ZAKON HH
Citation: Hh. Zakon, WEAKLY ELECTRIC FISH AS MODEL SYSTEMS FOR STUDYING LONG-TERM STEROID ACTION ON NEURAL CIRCUITS, Brain, behavior and evolution, 42(4-5), 1993, pp. 242-251
COMMUNICATION IN THE WEAKLY ELECTRIC FISH STERNOPYGUS-MACRURUS .2. BEHAVIORAL-TEST OF CONSPECIFIC EOD DETECTION ABILITY
Authors: FLEISHMAN LJ ZAKON HH LEMON WC
Citation: Lj. Fleishman et al., COMMUNICATION IN THE WEAKLY ELECTRIC FISH STERNOPYGUS-MACRURUS .2. BEHAVIORAL-TEST OF CONSPECIFIC EOD DETECTION ABILITY, Journal of comparative physiology. A, Sensory, neural, and behavioral physiology, 170(3), 1992, pp. 349-356
Risultati: 1-18 |