Behavioral state changes induced in Pleurobranchaea and Aplysia by serotonin.
- R. Palovcik, B. Basberg, J. Ram
- Biology, PsychologyBehavioral and Neural Biology
- 1 August 1982
Pleurobranchaea behavior: food finding and other aspects of feeding.
- R. M. Lee, M. R. Robbins, R. Palovcik
- Biology, PsychologyBehavioral Biology
- 1 November 1974
Insulin inhibits pyramidal neurons in hippocampal slices
- R. Palovcik, M. Phillips, M. Kappy, M. Raizada
- Biology, MedicineBrain Research
- 20 August 1984
Saralasin increases activity of hippocampal neurons inhibited by angiotensin II
- R. Palovcik, M. Phillips
- BiologyBrain Research
- 10 December 1984
Behavioral states and feeding in the gastropod Pleurobranchaea.
- R. M. Lee, R. Palovcik
- Biology, PsychologyBehavioral Biology
- 1 March 1976
A biphasic excitatory response of hippocampal neurons to gonadotropin-releasing hormone.
- R. Palovcik, M. Phillips
- Biology, PsychologyNeuroendocrinology
- 1986
Using intracellular recording from 40 hippocampal CA1 pyramidal neurons, GnRH is found to elicit predominantly excitation, suggesting the neural response to GnRH may be involved in the initiation of the behavioral response since the termination of the long-duration response coincides with the onset of the behavior.
Changes in receptor stimulated phosphoinositide hydrolysis in brain during ethanol administration, aging, and other pathological conditions.
- F. Crews, R. Gonzales, R. Palovcik, M. Phillips, C. Theiss, M. Raizada
- BiologyPsychopharmacology bulletin
- 1 December 1986
Serotonin decreases latency and threshold to feeding in Pleurobranchea and increases behavioral state level in Pleurobranchaea and Aplysia
- R. Palovcik, B. Basberg, J. Ram
- Biology
- 1981
Chaotic activity during iron-induced 'epileptiform' discharge in rat hippocampal slices
- C.D. Koch, R. Palovcik, B. Uthman, J. PrÃncipe
- BiologyIEEE Transactions on Biomedical Engineering
- 1 November 1992
It is suggested that techniques of nonlinear dynamical analysis are a useful reverse-engineering tool for studying the in-vitro brain slice and concluded that neuronal circuits capable of displaying activity could exist at the level of the in vitro brain slice.
3-D computer animation of electrophysiological responses
- R. Palovcik, S. Reid, J. PrÃncipe, A. Albuquerque
- BiologyJournal of Neuroscience Methods
- 31 January 1992
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