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1 cell, the large ganglion cell, and the large fusiform cell.
2 h can be readily assessed in recordings from fusiform cells.
3  trauma-induced elevation of activity of DCN fusiform cells.
4 gic axon terminals increased excitability of fusiform cells.
5  cells, which give rise to the pax6-negative fusiform cells.
6 ptic potentials (PSPs) in both cartwheel and fusiform cells.
7 n dorsal cochlear nucleus principal neurons, fusiform cells.
8 s have shown that in normal hearing animals, fusiform cell activity can be modulated by activation of
9 synapses on bushy cells (AN-BC synapses) and fusiform cells (AN-FC synapses) and PF synapses on FC (P
10 nucleus, labeled boutons were present in the fusiform cell and deep layers and appeared to contact fu
11 ed waveforms were found predominantly in the fusiform cell and deep layers, with smaller numbers foun
12 mably reflecting direct excitatory inputs to fusiform cells and an indirect inhibitory input to fusif
13 cell and deep layers and appeared to contact fusiform cells and cells of unknown type.
14 spontaneous firing of both regular (probably fusiform cells) and bursting neurons (probably cartwheel
15  we show that excitatory projection neurons (fusiform cells) and inhibitory stellate interneurons of
16  and inhibitory input on projection neurons (fusiform cells), and inhibitory interneurons (vertical a
17 ured cells, which acquired the appearance of fusiform cells, and it inhibited H(+)K(+)-adenosine trip
18 nt groups of parallel fibers produced LTP in fusiform cells, and LTD in cartwheel cells.
19 neuron, whereas the large ganglion and large fusiform cells are efferent neurons that convey electros
20 ferent cells, i.e., large ganglion and large fusiform cells, as well as on each other.
21 eveal that 5-HT exerts a potent influence on fusiform cells by altering their intrinsic properties, w
22 aring response properties from units meeting fusiform-cell criteria in young and aged rats.
23  Dolichos biflorus lectin confirmed that the fusiform cells expressed markers of parietal cell differ
24                                 In contrast, fusiform cells formed about 20% of the labeled lamina I
25 rm cells and an indirect inhibitory input to fusiform cells from the granule cell-cartwheel cell syst
26                                           In fusiform cells, glycinergic and GABA(A)ergic IPSPs evoke
27 rm cells, thick-smooth dendrite cells, small fusiform cells, granule cells, and primary afferent fibe
28                                         Some fusiform cells had two populations of mEPSCs with distin
29  that also receive parallel fiber input, the fusiform cells, had intermediate properties with respect
30                                              Fusiform cells in aged animals displayed significantly h
31 , a reduction in KCNQ2/3 channel activity in fusiform cells in noise-exposed mice by 4 days after exp
32 stic cues are brought to smooth dendrites of fusiform cells in the deep layer by auditory nerve fiber
33 lar, and octopus cells in the ventral CN and fusiform cells in the dorsal CN.
34 ordings were obtained from each animal's DCN fusiform cell layer.
35                                              Fusiform cells, major DCN output neurons, receive focuse
36 Longitudinal BrdU labeling suggests that the fusiform cells migrate to the ONL to replenish the pool
37 hese cell types are bushy cells, bipolar (or fusiform) cells, octopus cells, stellate cells, giant ce
38              As a model system, we chose the fusiform cell of the dorsal cochlear nucleus for which w
39      As a model for this study, we chose the fusiform cell of the dorsal cochlear nucleus.
40                                              Fusiform cells of aged rats displayed significantly fewe
41                                     Putative fusiform cells of exposed animals showed a greater stimu
42                                     Putative fusiform cells of exposed animals showed significantly (
43 ty and stimulus-evoked responses in putative fusiform cells of the dorsal cochlear nuclei (DCN).
44 taneous firing (hyperactivity) is induced in fusiform cells of the dorsal cochlear nucleus (DCN) foll
45  several higher auditory stations but not in fusiform cells of the dorsal cochlear nucleus (DCN), key
46                                           In fusiform cells of the dorsal cochlear nucleus, excitator
47 stria, but produced little or no staining in fusiform cells or deep DCN neurons.
48 er predominated in the enlargements, whereas fusiform cells predominated in thoracic segments.
49 ir excitatory input from the auditory nerve; fusiform cells receive excitatory inputs from both the a
50     Optogenetically activated populations of fusiform cells reliably enhanced interneuron excitabilit
51             Glycine-mediated inhibition onto fusiform cells results in decreased tone-evoked activity
52 mples and were characterized by an elongated fusiform cell shape, abundant cytoplasmic rough endoplas
53 tively, whereas the large ganglion and large fusiform cells showed only large narrow spikes.
54 ell types revealed that eight distributed on fusiform cells, six on vertical cells and five on cartwh
55 ereas deep afterhyperpolarizations following fusiform cell spike trains potently inhibited stellate c
56                 Here we report that in mouse fusiform cells, spikes evoked 5 ms after parallel-fiber
57 onstrate increased synchrony and bursting of fusiform cell spontaneous firing, which correlate with f
58 e of increased synchrony and bursting in DCN fusiform cells suggests that a neural code for phantom s
59 stellate cells were more strongly coupled to fusiform cells than to other stellate cells.
60                                           In fusiform cells, the inhibition from cartwheel cells inte
61 hey contact other cartwheel cells as well as fusiform cells, the principal cells of the DCN.
62 nitus, we recorded spontaneous activity from fusiform cells, the principle neurons of the DCN, in nor
63  ganglion cells, large ganglion cells, large fusiform cells, thick-smooth dendrite cells, small fusif
64 o suppress tinnitus-related hyperactivity of fusiform cells using the cholinergic agonist, carbachol.
65 of their receptive fields, whereas the large fusiform cells were excited by such stimuli.
66                                       All 12 fusiform cells were nociceptive-specific, responsive onl
67 haped waveforms probably are associated with fusiform cells, whereas M-shaped spikes likely originate
68 ree distinct cell types were identified: (1) fusiform cells with small, spindle-shaped somata and bip
69  postulated that response properties of aged fusiform cells would show a loss of inhibition, resembli

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