1 rative zone may contribute cells to both the
normotopic and heterotopic cortical plates.
2 n is represented in a parallel manner in the
normotopic and heterotopic cortices of the tish rat.
3 Both
normotopic and heterotopic neurons in the tish brain pro
4 rminals surrounding pyramidal cell somata in
normotopic and heterotopic tish neocortex.
5 Both normally positioned (
normotopic)
and misplaced (heterotopic) pyramidal neuron
6 kinetics of control CA1 pyramidal cells (or
normotopic cells) but had no effect on heterotopic neuro
7 tex, an effect that was more profound in the
normotopic cells.
8 These results suggest a major role of the
normotopic cortex over the band heterotopia in generatin
9 matter, forming a heterotopic band below the
normotopic cortex, and is generally associated with intr
10 into inappropriate neocortical lamina within
normotopic cortex.
11 f topographically restricted portions of the
normotopic cortex.
12 As the
normotopic cortical plate is formed, it characteristical
13 ine-induced status epilepticus (SE), whereas
normotopic DGCs synapse onto both adult-born and early-b
14 to transmit their own hyperactivity to both
normotopic granule cells and CA3 pyramidal cells.
15 which to receive synchronized activity from
normotopic granule cells and to transmit their own hyper
16 They were about as likely as
normotopic granule cells to project to CA3 pyramidal cel
17 HEGCs and
normotopic granule cells were filled with biocytin durin
18 l cell layer while measuring evoked EPSCs in
normotopic granule cells.
19 e likely to have a hilar basal dendrite than
normotopic granule cells.
20 ly reduced compared with apical dendrites of
normotopic granule cells.
21 racteristic "inside-out" pattern observed in
normotopic neocortex.
22 erotopia are generated is the same as in the
normotopic neocortex; however, the cells in the heteroto
23 nhibitory innervation was more prominent for
normotopic neurons and was associated with a reduction i
24 st, two cortical plates are formed: one in a
normotopic position and a second in a heterotopic positi
25 A-type currents were observed on
normotopic pyramidal neurons in MAM-exposed rats and on
26 eling was found in the lateral aspect of the
normotopic somatosensory cortex after injecting the vent
27 rily in layer IV of the medial aspect of the
normotopic somatosensory cortex.