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1 n HVC is organized preferentially within the rostrocaudal axis.
2 wo contexts, dependent on position along the rostrocaudal axis.
3 iskers tended to show broad tuning along the rostrocaudal axis.
4 or the responsiveness of the cells along the rostrocaudal axis.
5 issociable responses were identified along a rostrocaudal axis.
6 rded in Nkx2.2-null mutants along the entire rostrocaudal axis.
7 with well-defined thalamic input anchors the rostrocaudal axis.
8 patterning of the ventral midline along the rostrocaudal axis.
9 neuronal cell types are organized along the rostrocaudal axis.
10 onal information that is laid down along the rostrocaudal axis.
11 heir inactive surround were mapped along the rostrocaudal axis (1.4-4.2 mm anterior to bregma) in cor
12 ojection is topographically organized in the rostrocaudal axis, along which sound azimuth is represen
13 n a few cells approximately midway along the rostrocaudal axis and also in a conspicuous group of ant
14 ajority of the chains are oriented along the rostrocaudal axis and many join the rostral migratory st
15 choice point that abnormally extended in the rostrocaudal axis and ventrally to the horizontal myosep
16 for cortical area were distributed along the rostrocaudal axis, and there was a reduced length of the
17 pic transplantation of rhombomeres along the rostrocaudal axis at various developmental stages, we ha
19 varied within and between nuclei, along the rostrocaudal axis, between cell types, and across develo
20 vealing three broad functional zones along a rostrocaudal axis composed of 2-4 smaller subregions eac
21 ts suggest that neural crest cells along the rostrocaudal axis display a graded loss in developmental
22 ontinuing capacity for interaction along the rostrocaudal axis, exemplified by the generation of the
23 in controlling motor neuron fates along the rostrocaudal axis, exemplified by the precise pattern of
24 or neurons from distinct positions along the rostrocaudal axis generally innervate muscles or muscle
25 roups of premigratory neural crest along the rostrocaudal axis have different propensities to contrib
26 ox transcription factors expressed along the rostrocaudal axis; however, the developmental mechanisms
30 mporal activation of BMP signaling along the rostrocaudal axis, in the dorsal neural tube, in the not
31 ctivity from dorsal to ventral PAG along the rostrocaudal axis mirrors structural and functional neur
35 ion of the RPTPrho and FGF-1 boundary on the rostrocaudal axis of the cerebellar cortex was close to,
36 ilar placement of these injections along the rostrocaudal axis of the cord and that no tracer had spr
37 of otic placode-inducing activity along the rostrocaudal axis of the embryo, and have determined tha
39 tation formed a mirror image of S2 along the rostrocaudal axis of the forelimb and hindlimb regions a
40 tation formed a mirror image of S1 along the rostrocaudal axis of the head region corresponding to th
42 motoneurons in restricted patterns along the rostrocaudal axis of the lumbosacral (LS) spinal cord.
43 phrinA ligands (TKO), thought to specify the rostrocaudal axis of the map, the projection on the coll
44 bustly innervates discrete columns along the rostrocaudal axis of the midbrain periaqueductal gray (P
46 roectodermal cells positioned throughout the rostrocaudal axis of the neural tube, rather than at res
47 Most head pitch cells discharged when the rostrocaudal axis of the rat's head was orthogonal to th
48 zation, which is much more evident along the rostrocaudal axis of the SC than in the medial-lateral d
49 e generated at different positions along the rostrocaudal axis of the spinal cord, and the signals th
54 l extension are widely distributed along the rostrocaudal axis of the zebrafish brain, but the cues f
55 totopic organization along the longitudinal (rostrocaudal) axis of the brain stem that was consistent
57 stimulus sites and CCEP responses along the rostrocaudal axis, regression analysis revealed a consis
58 ized in a precise tonotopic manner along the rostrocaudal axis, spanning the entire rostrocaudal exte
59 tion revealed clear specialization along the rostrocaudal axis such that the control of successive st
60 ensitive neurons were more restricted in the rostrocaudal axis than either the PND13-21 or PND22-28 S
61 system, the neural tube, is shaped along the rostrocaudal axis through two consecutive, radically dif
62 Cell staining changes dramatically along the rostrocaudal axis, with neuronal labeling confined to re
63 y fibers across 10 distinct lobules over the rostrocaudal axis, with tactile receptor afferents preva
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