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1 ortical feedback loops (midline, medial, and intralaminar nuclei).
2 ls responsive to motor events in the rostral intralaminar nuclei.
3 ith motor event-related cells in the rostral intralaminar nuclei.
4 ision of the subparafascicular and posterior intralaminar nuclei.
5 rior pulvinar (PI) nuclei, and to the LD and intralaminar nuclei.
6 mainly to the PL and LP nuclei as well as to intralaminar nuclei.
7 ons to the lateral dorsal (LD) as well as to intralaminar nuclei.
8 ipts were expressed in all nuclei except the intralaminar nuclei.
9  gamma 1 expression were very low, except in intralaminar nuclei.
10 edian parafascicular complex of the thalamic intralaminar nuclei.
11 ntrolateral (VL) nuclei, and to parts of the intralaminar nuclei.
12 and other nuclei but not in the posterior or intralaminar nuclei.
13 red pattern of projections from the anterior intralaminar nuclei (AILN) and posterior thalamic nuclei
14 paralamellar portion of mediodorsal nucleus, intralaminar nuclei and magnocellular portion of ventral
15 ubunits than other nuclei, whereas posterior intralaminar nuclei are enriched in GluR1 and differ amo
16                                     Anterior intralaminar nuclei are more enriched in GluR4 and GluR6
17 e functional organization of the midline and intralaminar nuclei are scarce, and this has hindered th
18 e, sensory event-related cells in the caudal intralaminar nuclei can interact with motor event-relate
19 r cortex distributes strongly to the rostral intralaminar nuclei (central lateral, paracentral, centr
20                      In primates, the caudal intralaminar nuclei, centromedian and parafascicular (CM
21                    Projections from thalamic intralaminar nuclei convey sensory signals to striatal c
22                                          The intralaminar nuclei have afferent and efferent connectio
23 IML) or ibotenic acid lesions of the lateral intralaminar nuclei (ILN) and midline nuclei (MLN) or sh
24  thalamostriatal projections from the caudal intralaminar nuclei in the process of attentional orient
25 the thalamus revealed labeled neurons in the intralaminar nuclei, in the medial part of the posterior
26 amus (VL), the mediodorsal nucleus (MD), and intralaminar nuclei including the central lateral nucleu
27 antly smaller than their giant counterparts (intralaminar nuclei, medial pulvinar).
28 ical region of the hypothalamus, midline and intralaminar nuclei of thalamus, dopamine-containing cel
29 ra toxin-beta (CTb) were made in each of the intralaminar nuclei of the dorsal thalamus (the lateral
30 , along with novel cholinergic nuclei in the intralaminar nuclei of the dorsal thalamus and the ventr
31 beta -subunit (CTb) were made in each of the intralaminar nuclei of the dorsal thalamus: the lateral
32 ) alone or in conjunction with the posterior intralaminar nuclei of the thalamus (PoT/PIL), and the e
33 on consistently activated neurons within the intralaminar nuclei of the thalamus, a structure implica
34 form lesion was observed for a lesion of the intralaminar nuclei (PC-CL plus the central medial nucle
35 ate driving striatal activity is the rostral intralaminar nuclei (rILN) of the thalamus.
36 iatal studies emphasize projections from the intralaminar nuclei, studies in primates show a substant
37 lation activates pH-sensitive neurons of the intralaminar nuclei to provoke absence seizures.
38 e remainder arise from different midline and intralaminar nuclei traditionally thought to provide non
39 s responsive to sensory events in the caudal intralaminar nuclei, whereas cells engaged in motor anal