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Figures expressed per million people for the same year. iboga treatment in this and succeeding figures. Localization of cells found in tracks marked by dye ejection in- dicates that the dorsocaudal part of the nucleus does contain mainly cells whose axons extend to the lumbosacral cord (henceforth designated L-cells). Electrodes for antidromic stimulation were placed in the medial longi- tudinal fasciculus rostral to Deiters' nucleus (MLF) and in the upper cervical cord (DMLF). Among the cells that we sampled, 31 of 61 C-cells (51 percent) and 18 of 80 L-cells (22 percent) could be fired monosynaptically by FIGURE 2.—Effect of stimulation of the labyrinth on a rostral L-cell in Deiters' nucleus. 2) show that such monosynaptic excitation, illustrated in figure 2, is found almost exclusively in the ventral part of the nucleus. The dye marks were easily found in serial histological sections of the vestibular region prepared after each experiment, which made accurate localization of the tip of the recording electrode possible.

With such electrodes it is possible to eject a small amount of dye (refs. Further details of experimental proce- dures can be found in the original publications (refs. In this paper I will describe some of the results of experiments that have been presented in greater detail elsewhere (refs. Our findings on the distribution of spontaneous activity, which is much more prevalent dorsally than ventrally in the type of preparation we have used (ref. During experiments, cells were sometimes found by the presence of spontaneous or synaptically evoked activity, more often by antidromic activation. In one series of experiments, natural stimulation of static receptors was achieved by tilting (ref. Let the watchman see that Betty’s the one who’s pouring the wine. As we shall see below, the ventral part of the nucleus re- ceives a pronounced input from the labyrinth. 16) that vestibular afferents terminate principally in the rostroventral part of Deiters' nucleus. It is therefore reasonable to consider ventral Dieters' cells as relays between labyrinth and spinal cord, while dorsal Deiters' cells are part of the efferent system of the cerebellar cortex. After that finishes, ‘Threshold of Your Womb’ follows as an 11 minute exercise in slightly controlled feedback (let’s be nice and call it “drone doom of The Pilgrim variety”), while getting all the way to ‘Solar Anus’ allows you to visualize how your arsehole wakes up in the mornings.

Cells activated by the lumbar and cervical electrodes were classified as L-cells, while cells stimulated only by the cervical electrodes were classified as C-cells. In addition to cells fired monosynaptically, a few (16/141, or 11 percent) were fired polysynaptically with a longer latency. C: 20/sec. Cell no longer responds, but a sizable Nl remains. B: 5/sec. Cell misses occasionally, revealing the underlying NI potential. A: I/sec. The cell is driven monosynaptically from the labyrinth and responds to every shock; there is a large P-wave, represent- ing the incoming afferent volley, right after the stimulus arti- fact. Ves- tibular afferent fibers were activated by electrical stimulation by means of an electrode inserted in the scala vestibuli. 15) have observed monosynaptic excitatory postsynaptic potentials (EPSP's) in Deiters' neurons on stimulation of the vestibular nerve, and our results (ref. 146 THE ROLE OF THE VESTIBULAR ORGANS IN SPACE EXPLORATION shown in figure 1. Recording of the activity of single neurons in the vestibular nuclei was extracellular, by means of glass micropipets filled with 2 M NaCl saturated with Fast Green FCF. INPUTS TO CELLS OF THE LATERAL AND MEDIAL VESTIBULAR NUCLEI 147 C-cells outnumbering L-cells by a relatively small margin (ref. Data has been　c᠎reat ed by G SA Content Generator Demoversi on!

Anti- dromic invasion of Deiters' cells resulted from stimulation of the vestibulospinal tract at various levels of the spinal cord; cells in the medial nucleus were activated antidromically either by DEITERS' EXPERIMENTS RECORDING ELECTRODE MEDIAL NUCLEUS EXPERIMENTS CONTRALATERAL LABYRINTH IPSILATERAL LABYRINTH FIGURE I. —Diagram of experimental arrangement. In experiments on Deiters' nucleus, only the ipsilateral labyrinth was stimu- lated, but contralateral stimulation was added in many medial nucleus experiments. 2), and on the distribution of the vestibular input, to- gether with the results of others on the location of cells inhibited by stimulation of the cerebellar cortex (ref. The dorsal part, on the other hand, receives a strong inhibitory input from the cerebellar cortex. Vestibular Input to Cells in the Lateral Nucleus It was shown by Walberg, Bowsher, and Brodal (ref. This has recently been confirmed by Mugnaini, Walberg, and Brodal (ref. From ref. 3.) stimulating the labyrinth with a single electric shock. Microelectrodes filled with solution containing 3 M KC1, 2 M NaCl, or 2 M K-citrate were inserted through the ventral surface of medullary pyramid in a ventrodorsal direction, usually on the right side (ref. In ex- cellent agreement with these findings, Ito and his colleagues (ref. A, ex- periments on Deiters' nucleus.


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