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Results: 1-14 |
Results: 14
DIFFERENTIAL DISTRIBUTION OF SHAKER-LIKE AND SHAB-LIKE K-CHANNEL SUBUNITS IN GOLDFISH RETINA AND RETINAL BIPOLAR CELLS()
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, DIFFERENTIAL DISTRIBUTION OF SHAKER-LIKE AND SHAB-LIKE K-CHANNEL SUBUNITS IN GOLDFISH RETINA AND RETINAL BIPOLAR CELLS(), Journal of comparative neurology, 396(1), 1998, pp. 131-140
LIGHT ADAPTATION AFFECTS SYNAPTIC VESICLE DENSITY BUT NOT THE DISTRIBUTION OF GABA(A) RECEPTORS IN GOLDFISH PHOTORECEPTOR TERMINALS
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, LIGHT ADAPTATION AFFECTS SYNAPTIC VESICLE DENSITY BUT NOT THE DISTRIBUTION OF GABA(A) RECEPTORS IN GOLDFISH PHOTORECEPTOR TERMINALS, Microscopy research and technique, 36(1), 1997, pp. 43-56
H-3 ADENOSINE UPTAKE SELECTIVELY LABELS ROD HORIZONTAL CELLS IN GOLDFISH RETINA
Authors: STUDHOLME KM YAZULLA S
Citation: Km. Studholme et S. Yazulla, H-3 ADENOSINE UPTAKE SELECTIVELY LABELS ROD HORIZONTAL CELLS IN GOLDFISH RETINA, Visual neuroscience, 14(2), 1997, pp. 207-212
DIFFERENTIAL DISTRIBUTION OF K CHANNEL IMMUNOREACTIVITY IN GOLDFISH ON-TYPE BIPOLAR CELLS
Authors: STUDHOLME KM YAZULLA S
Citation: Km. Studholme et S. Yazulla, DIFFERENTIAL DISTRIBUTION OF K CHANNEL IMMUNOREACTIVITY IN GOLDFISH ON-TYPE BIPOLAR CELLS, Investigative ophthalmology & visual science, 38(4), 1997, pp. 5426-5426
A NOVEL D1-DOPAMINE RECEPTOR ANTIBODY LABELS D1-RECEPTORS IN LOWER AND HIGHER VERTEBRATE RETINAS
Authors: MORAFERRER C YAZULLA S STUDHOLME KM
Citation: C. Moraferrer et al., A NOVEL D1-DOPAMINE RECEPTOR ANTIBODY LABELS D1-RECEPTORS IN LOWER AND HIGHER VERTEBRATE RETINAS, Investigative ophthalmology & visual science, 38(4), 1997, pp. 217-217
DIFFERENCES IN THE RETINAL GABA SYSTEM AMONG CONTROL, SPASTIC MUTANT AND RETINAL DEGENERATION MUTANT MICE
Authors: YAZULLA S STUDHOLME KM PINTO LH
Citation: S. Yazulla et al., DIFFERENCES IN THE RETINAL GABA SYSTEM AMONG CONTROL, SPASTIC MUTANT AND RETINAL DEGENERATION MUTANT MICE, Vision research, 37(24), 1997, pp. 3471-3482
DIFFERENTIAL REINNERVATION OF RETINAL BIPOLAR CELL DENDRITES AND AXONTERMINALS BY DOPAMINE INTERPLEXIFORM CELLS FOLLOWING DOPAMINE DEPLETION WITH 6-OHDA
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, DIFFERENTIAL REINNERVATION OF RETINAL BIPOLAR CELL DENDRITES AND AXONTERMINALS BY DOPAMINE INTERPLEXIFORM CELLS FOLLOWING DOPAMINE DEPLETION WITH 6-OHDA, Journal of comparative neurology, 382(4), 1997, pp. 535-545
DIFFERENTIAL REINNERVATION OF BIPOLAR CELLS BY DOPAMINE IPCS IN THE GOLDFISH RETINA
Authors: STUDHOLME KM YAZULLA S
Citation: Km. Studholme et S. Yazulla, DIFFERENTIAL REINNERVATION OF BIPOLAR CELLS BY DOPAMINE IPCS IN THE GOLDFISH RETINA, Investigative ophthalmology & visual science, 37(3), 1996, pp. 2925-2925
DOPAMINERGIC CONTROL OF LIGHT-ADAPTIVE SYNAPTIC PLASTICITY AND ROLE IN GOLDFISH VISUAL BEHAVIOR
Authors: YAZULLA S LIN ZS STUDHOLME KM
Citation: S. Yazulla et al., DOPAMINERGIC CONTROL OF LIGHT-ADAPTIVE SYNAPTIC PLASTICITY AND ROLE IN GOLDFISH VISUAL BEHAVIOR, Vision research, 36(24), 1996, pp. 4045-4057
VOLUME TRANSMISSION OF DOPAMINE MAY MODULATE LIGHT-ADAPTIVE PLASTICITY OF HORIZONTAL CELL DENDRITES IN THE RECOVERY PHASE FOLLOWING DOPAMINE DEPLETION IN GOLDFISH RETINA
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, VOLUME TRANSMISSION OF DOPAMINE MAY MODULATE LIGHT-ADAPTIVE PLASTICITY OF HORIZONTAL CELL DENDRITES IN THE RECOVERY PHASE FOLLOWING DOPAMINE DEPLETION IN GOLDFISH RETINA, Visual neuroscience, 12(5), 1995, pp. 827-836
VOLUME TRANSMISSION OF DOPAMINE MODULATES HC SPINULE FORMATION IN DOPAMINE DEFICIENT FISH RETINA
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, VOLUME TRANSMISSION OF DOPAMINE MODULATES HC SPINULE FORMATION IN DOPAMINE DEFICIENT FISH RETINA, Investigative ophthalmology & visual science, 36(4), 1995, pp. 384-384
LIGHT-INDUCED HORIZONTAL CELL SPINULE FORMATION IN GOLDFISH REQUIRES MINIMAL DA-IPC GENERATION FOLLOWING DOPAMINE DEPLETION
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, LIGHT-INDUCED HORIZONTAL CELL SPINULE FORMATION IN GOLDFISH REQUIRES MINIMAL DA-IPC GENERATION FOLLOWING DOPAMINE DEPLETION, Investigative ophthalmology & visual science, 35(4), 1994, pp. 2153-2153
3H-ADENOSINE DERIVED UPTAKE LABELS ROD HORIZONTAL CELLS IN THE GOLDFISH RETINA
Authors: STUDHOLME KM YAZULLA S
Citation: Km. Studholme et S. Yazulla, 3H-ADENOSINE DERIVED UPTAKE LABELS ROD HORIZONTAL CELLS IN THE GOLDFISH RETINA, Investigative ophthalmology & visual science, 35(4), 1994, pp. 2153-2153
LIGHT-DEPENDENT PLASTICITY OF MB BIPOLAR CELL SYNAPTIC TERMINALS
Authors: YAZULLA S STUDHOLME KM
Citation: S. Yazulla et Km. Studholme, LIGHT-DEPENDENT PLASTICITY OF MB BIPOLAR CELL SYNAPTIC TERMINALS, Investigative ophthalmology & visual science, 33(4), 1992, pp. 1173-1173
Risultati: 1-14 |