Titlebook: Isolated Central Nervous System Circuits; Klaus Ballanyi Book 2012 Springer Science+Business Media New York 2012 Active neural networks.CN

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,Anatomically “Calibrated” Isolated Respiratory Networks from Newborn Rodents,ng glial cells in the lower brainstem. These neural “respiratory networks in the dish” show features complementary with those in recent in vivo models that enable, for example, optogenetic manipulation for studying behavioral changes in awake animals or modulation of these circuits by higher brain r

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Physiological Properties of Human Fetal Cortex In Vitro,tion potentials) is an imperative for the normal development and maturation of brain circuits. Understanding the interplay between electrical activity and normal brain development may prove critical for prevention and therapy of devastating neurological and psychiatric diseases. Due to the limited a

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Neural Circuits Underlying Circadian Oscillations in Mammals: Clocks in a Dish,mus known as the suprachiasmatic nucleus (SCN). Understanding this mammalian circadian system will require a detailed multilevel analysis of neural SCN circuits. Many of the techniques and approaches that are used for the analysis of the circuitry driving circadian oscillations in the SCN are simila

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Osmoregulatory Circuits in Slices and En Bloc Preparations of Rodent Hypothalamus,olves primary osmosensory neurons located in the . (OVLT) and effector neurons located elsewhere in the hypothalamus and in other parts of the brain. Hypothalamic effector neurons include vasopressin (VP)- and oxytocin (OT)-releasing magnocellular neurosecretory cells (MNCs) in the supraoptic (SON)

背書

Establishing In Vivo-Like Activity in Rat Cerebellar Cells Maintained In Vitro, through the use of in vitro preparations. Yet, the degree to which the patterns of action potential (“spike”) output recorded in these cells in vitro match those recorded in vivo has been a matter of debate and uncertainty. We have identified relatively simple steps that can be applied to the prepa

樸素

Spontaneous Rhythmic Activity in the Adult Cerebral Cortex In Vitro,above 10 Hz. Some of these activities occur in the absence of external input and are a consequence of recurrent connectivity within the cortical network. The cerebral cortex in vitro maintains its recurrent connectivity, at least partly, and thus is able to generate some spontaneous rhythmic pattern

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Intact In Vitro Preparations of the Neonatal Rodent Cortex: Analysis of Cellular Properties and Nets of conventional in vitro slice preparations with the advantage of a preserved intrinsic connectivity of a defined brain region. The initiation and propagation of spontaneous or experimentally induced network activity can be studied with various electrophysiological techniques from the single cell