Search Results - "Dembrow, N. C"

Identification and Characterization of the Feeding Circuit-Activating Peptides, a Novel Neuropeptide Family of Aplysia by Sweedler, J. V, Li, L, Rubakhin, S. S, Alexeeva, V, Dembrow, N. C, Dowling, O, Jing, J, Weiss, K. R, Vilim, F. S

“…We use a multidisciplinary approach to identify, map, and characterize the bioactivity of modulatory neuropeptides in the circuitry that generates feeding…”
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The Enterins: A Novel Family of Neuropeptides Isolated from the Enteric Nervous System and CNS of Aplysia by Furukawa, Y, Nakamaru, K, Wakayama, H, Fujisawa, Y, Minakata, H, Ohta, S, Morishita, F, Matsushima, O, Li, L, Romanova, E, Sweedler, J. V, Park, J. H, Romero, A, Cropper, E. C, Dembrow, N. C, Jing, J, Weiss, K. R, Vilim, F. S

“…To identify neuropeptides that have a broad spectrum of actions on the feeding system of Aplysia, we searched for bioactive peptides that are present in both…”
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A Newly Identified Buccal Interneuron Initiates and Modulates Feeding Motor Programs in Aplysia by Dembrow, N. C, Jing, J, Proekt, A, Romero, A, Vilim, F. S, Cropper, E. C, Weiss, K. R

“…Department of Physiology and Biophysics, Mount Sinai School of Medicine, New York, New York 10029 Submitted 25 January 2003; accepted in final form 5 June 2003…”
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The Aplysia Mytilus Inhibitory Peptide-Related Peptides: Identification, Cloning, Processing, Distribution, and Action by Fujisawa, Y, Furukawa, Y, Ohta, S, Ellis, T. A, Dembrow, N. C, Li, L, Floyd, P. D, Sweedler, J. V, Minakata, H, Nakamaru, K, Morishita, F, Matsushima, O, Weiss, K. R, Vilim, F. S

“…Neuropeptides are a ubiquitous class of signaling molecules. In our attempt to understand the generation of feeding behavior in Aplysia, we have sought to…”
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PRQFVamide, a Novel Pentapeptide Identified From the CNS and Gut of Aplysia by Furukawa, Y, Nakamaru, K, Sasaki, K, Fujisawa, Y, Minakata, H, Ohta, S, Morishita, F, Matsushima, O, Li, L, Alexeeva, V, Ellis, T. A, Dembrow, N. C, Jing, J, Sweedler, J. V, Weiss, K. R, Vilim, F. S

“…1 Graduate School of Science, Department of Biological Science and 2 Instrumental Center for Chemical Analysis, Hiroshima University, Higashi-Hiroshima…”
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Cerebrin prohormone processing, distribution and action in Aplysia californica by Li, L., Floyd, P. D., Rubakhin, S. S., Romanova, E. V., Jing, J., Alexeeva, V. Y., Dembrow, N. C., Weiss, K. R., Vilim, F. S., Sweedler, J. V.

“…The isolation, characterization, and bioactivity in the feeding circuitry of a novel neuropeptide in the Aplysia californica central nervous system are…”
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A Specific Synaptic Pathway Activates a Conditional Plateau Potential Underlying Protraction Phase in the Aplysia Feeding Central Pattern Generator by Dembrow, Nikolai C, Jing, Jian, Brezina, Vladimir, Weiss, Klaudiusz R

“…A common feature in the architecture of neuronal networks is a high degree of seemingly redundant synaptic connectivity. In many cases, the synaptic inputs…”
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Insulin Prohormone Processing, Distribution, and Relation to Metabolism in Aplysia californica by Floyd, Philip D, Li, Lingjun, Rubakhin, Stanislav S, Sweedler, Jonathan V, Horn, Charles C, Kupfermann, Irving, Alexeeva, Vera Y, Ellis, Timothy A, Dembrow, Nikolai C, Weiss, Klaudiusz R, Vilim, Ferdinand S

“…The first Aplysia californica insulin gene is characterized and its proteolytic processing from prohormone to final peptides elucidated using a combination of…”
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Identification and Characterization of the Feeding Circuit-Activating Peptides, a Novel Neuropeptide Family ofAplysia by Sweedler, J. V., Li, L., Rubakhin, S. S., Alexeeva, V., Dembrow, N. C., Dowling, O., Jing, J., Weiss, K. R., Vilim, F. S.

“…We use a multidisciplinary approach to identify, map, and characterize the bioactivity of modulatory neuropeptides in the circuitry that generates feeding…”
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A “Sample-and-Hold” Pulse-Counting Integrator as a Mechanism for Graded Memory Underlying Sensorimotor Adaptation by Oestreich, Jörg, Dembrow, Nikolai C., George, Andrew A., Zakon, Harold H.

“…The mechanisms behind the induction of cellular correlates of memory by sensory input and their contribution to meaningful behavioral changes are largely…”
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The Enterins: A novel family of neuropeptides isolated from the enteric and central nervous system of Aplysia by Furukawa, Y, Fujisawa, Y, Minakata, H, Nakamaru, K, Wakayama, H, Nakabayashi, K, Morishita, F, Matsushima, O, Ellis, TA, Dembrow, NC, Weiss, KR, Vilim, FS

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