ライフサイエンスコーパス: telencephalic

1 ine into the third ventricle greatly reduced telencephalic 5-HT and resulted in decreased fundamental

2 ss of righting reflex and on the decrease of telencephalic Allo content.

3 (PTB)] associated with a down-regulation of telencephalic allopregnanolone (Allo) levels.

4 imilar to human HPE, and that characteristic telencephalic and diencephalic signaling centers, the co

5 en show that molecular heterogeneity between telencephalic and hindbrain choroid plexi contributes to

6 ct-tracing retrograde labeling suggests that telencephalic and preoptic sbLPXRFa cells might represen

7 ard nomenclature that has been used for many telencephalic and related brainstem structures in birds

8 of preplate cells extend across diencephalo-telencephalic and striatocortical boundaries before the

9 ermore, the novel projections to area X from telencephalic and thalamic areas could be new and intere

10 EC LV as a bifurcation gate for feedforward (telencephalic) and feedback (entorhinal-hippocampal) sig

11 orebrain holosphere comprises Foxg1-positive telencephalic- and Foxg1-negative diencephalic territori

12 call for a revision of the current models of telencephalic angiogenesis and support novel roles for e

13 Here we demonstrate that telencephalic angiogenesis in mice progresses in an orde

14 n (Dm) and the dorsal nucleus of the ventral telencephalic area (Vd), the teleost anatomical homologs

15 f multiplexed sensory representations in the telencephalic area Dp, the homolog of the olfactory cort

16 We investigated neuronal activity in the telencephalic area nidopallium caudolaterale (NCL) while

17 ls were predominantly observed in the dorsal telencephalic area.

18 Whereas some telencephalic areas that have not been regarded as limbi

19 the intrapeduncular nucleus), most nonlimbic telencephalic areas were LAMP-poor (e.g., field L, the l

20 e olfactory bulbs, in pallial and subpallial telencephalic areas, and in some diencephalic nuclei.

21 ytokines and aromatase was measured, as were telencephalic aromatase activity and immunoreactive arom

22 Diencephalic and telencephalic astrocytes, from both chick and mouse brai

23 n calcium waves in either avian or mammalian telencephalic astrocytes.

24 modulate single-unit responses in the avian telencephalic auditory nucleus, field L.

25 and appeared to arise from the diencephalic-telencephalic boundary.

26 lication of caspase inhibitors can protect a telencephalic brain area from neurodegeneration in vivo

27 birds that learn complex vocalizations have telencephalic brain regions that control vocal learning

28 Mouse telencephalic calcium waves radially spread from their i

29 wnstream of Shh and Gli3 to generate ventral telencephalic cell types.

30 character and are strictly required to keep telencephalic cells alive.

31 he morphogenetic separation of eye-field and telencephalic cells during early neurulation.

32 s that abnormalities of developing Gli3(-/-) telencephalic cells in Gli3(-/-) mutants result from a c

33 growth factor 8 (Fgf8), the possibility that telencephalic cells lacking Foxg1 are intrinsically inco

34 ation of the proliferation state of anterior telencephalic cells supports a model for olfactory bulb

35 to identify some of the defects of Gli3(-/-) telencephalic cells that are likely to be autonomous by

36 We examined the ability of Foxg1(-/-) telencephalic cells to respond to Shh and Fgf8 by examin

37 Thus, although hESCs generate dorsal telencephalic cells, as opposed to ventral progenitors i

38 Gli3 is to regulate the competence of dorsal telencephalic cells, preventing cells near to its bounda

39 pstream of transcriptional targets in dorsal telencephalic cells.

40 cephalic induction reveals that FGFs promote telencephalic character and are strictly required to kee

41 nd bed nuclei of the stria terminalis; basal telencephalic cholinergic and non-cholinergic corticopet

42 nt for Isl1 in the development of restricted telencephalic cholinergic neurons and link the developme

43 or regulated by a discrete steroid-sensitive telencephalic circuitry.

44 In the forebrain, dorsal telencephalic commissural neurons project axons, but the

45 The diminutive telencephalic commissures (anterior commissure, corpus c

46 Small telencephalic commissures (anterior, corpus callosum, an

47 The present article reports on the telencephalic connections of regions of the dorsal telen

48 Besides numerous intrinsic telencephalic connections to Dl and Dm, major ascending

49 ocal and respiratory activity achieved under telencephalic control.

50 The cerebellar rhombic lip and telencephalic cortical hem are dorsally located germinal

51 from both the cerebellar rhombic lip and the telencephalic cortical hem.

52 us differences between these cells and their telencephalic counterparts, both in their gene expressio

53 s were found in the small anterior domain of telencephalic CPe (tCPe), but its large posterior domain

54 1 in thalamic axon responsiveness to ventral telencephalic cues, and demonstrate a role for CHL1 and

55 Shh are removed from Gli3-null mice, dorsal telencephalic defects persist.

56 ctin-associated proteins highly expressed in telencephalic dendrites and renal podocytes.

57 dendrin, a protein originally identified in telencephalic dendrites, is a constituent of the SD comp

58 f neurons in both murine neocortex and chick telencephalic derivatives are tetraploid, and that in th

59 of the neural progenitor pool in mid-to-late telencephalic development (E16.5 to E18.5).

60 FoxO localization in the nucleus, and by the telencephalic development factor FoxG1, which we show bi

61 ting hypothesis suggests that failed ventral telencephalic development in the absence of Foxg1 is due

62 The most prominent aspect of this delayed telencephalic development is a tremendous expansion of t

63 In mouse models, the roles for RA signals in telencephalic development remain unclear, partly because

64 and is expressed from the earliest stages of telencephalic development through to the adult.

65 hesized that, similar to what is observed in telencephalic development, Foxg1 directs development of

66 Gsh2 mutants exhibit altered ventral telencephalic development, including a smaller striatum

67 enewal of neural stem cells during embryonic telencephalic development.

68 2, revealing a novel requirement for Gsh2 in telencephalic development.

69 expansion states depended on ambient [bFGF], telencephalic developmental stage, and differential acti

70 is indispensable for formation of an intact telencephalic-diencephalic boundary and for preventing t

71 ween the telencephalon and diencephalon, the telencephalic/diencephalic junction (TDJ), is often indi

72 ctivated cell sorting analyses of phenotyped telencephalic dissociates show that approximately 80% of

73 This study has mapped and compared the telencephalic distribution of the CRF receptors, CRF1 an

74 ates from the preoptic area (POA), a ventral telencephalic domain adjacent to the diencephalic border

75 x3b;six7-deficient embryos; however, ventral telencephalic domains are smaller and dorsal domains are

76 expression in the cortical region and impair telencephalic dorsal midline development.

77 Accordingly, ShhN/+ mutant telencephalic dorsal midline structures, including corti

78 egulation of this process originating at the telencephalic dorsal midline, where levels of secreted B

79 of interneuron precursors in the developing telencephalic eminences predicts the intrinsic physiolog

80 pare these findings with what is known about telencephalic enlargement in other birds.

81 anded SVZ, probably accounts for most of the telencephalic enlargement in passerines such as the zebr

82 elopmental time course and cellular basis of telencephalic enlargement in zebra finches, and then to

83 Telencephalic evolution in ray-finned fishes shows incre

84 iated Dravet-Syndrome and control iPSCs into telencephalic excitatory neurons or medial ganglionic em

85 Disruption of Neurexin1alpha within telencephalic excitatory projection neurons, but not tha

86 We describe here the prenatal telencephalic expression of Dlx6 RNA and beta-galactosid

87 The telencephalic expression of GAD67 largely coincides with

88 Telencephalic expression of reporters begins at about em

89 t 24 hr postfertilization (hpf) demonstrated telencephalic expression of zswim6 and onset of midbrain

90 stinct thalamic lineages, which diverge from telencephalic fate.

91 We further find that Six3 promotes ventral telencephalic fates through transient regulation of foxg

92 The recruitment of telencephalic food-reward systems may provide a feeding

93 Nkx2.1, are critical for the development of telencephalic GABAergic and cholinergic neurons.

94 We show that transplantation of immature telencephalic GABAergic interneurons from the mouse medi

95 ased expression of DNA methyltransferases in telencephalic GABAergic neurons.

96 factors normally expressed ventrally in the telencephalic ganglionic eminences (Mash1, Dlx2 and Gsh2

97 that express the gene exclusively in dorsal telencephalic glutamatergic neurons (Glu-CB1 -RS) or GAB

98 CB1 receptor functions exclusively in dorsal telencephalic glutamatergic neurons and investigated end

99 rly and selective CB1 reexpression in dorsal telencephalic glutamatergic neurons but not forebrain GA

100 ry roles of CB1 receptor expressed in dorsal telencephalic glutamatergic neurons in synaptic plastici

101 Cell specific CB1 deletion in dorsal telencephalic glutamatergic neurons only (Glu-CB1-KO) or

102 hese data reveal that CB1 receptor in dorsal telencephalic glutamatergic neurons plays a sufficient r

103 on, the rescue of the CB1 receptor on dorsal telencephalic glutamatergic neurons prolonged the time c

104 The claustrum is a telencephalic gray matter structure with various propose

105 r cells were observed in the olfactory bulb, telencephalic hemispheres, and preoptic region.

106 to reliably generate cerebral organoids of a telencephalic identity and maintain long-term viability

107 neurons and neural progenitors with apparent telencephalic identity, whereas cells differentiated wit

108 f FGF signaling prior to and coincident with telencephalic induction reveals that FGFs promote telenc

109 By using a stab wound telencephalic injury model, the impact of hyperglycemia

110 We also show that telencephalic injury results in a decrease in adipor gen

111 ive ability of adult brain, after stab wound telencephalic injury.

112 terior commissure, in response to unilateral telencephalic input related to the drive for sleep.

113 e periphery and are dynamically modulated by telencephalic inputs.

114 ure and function before seizure onset in the telencephalic internal structural heterotopia (tish) rat

115 te the only interhemispheric pathways at the telencephalic level in birds.

116 splay a massive reduction in the size of the telencephalic lobes and absence of dorsomedial telenceph

117 le to elicit normal responses of key ventral telencephalic marker genes in Foxg1(-/-) telencephalic t

118 s renders FoxG1 unable to induce the ventral telencephalic marker Nkx2.1.

119 orebrain defects, with reduced expression of telencephalic markers (foxg1, emx1 and nkx2-1).

120 hordal mesendodermal and prospective ventral telencephalic markers are expanded posteriorly, Shh expr

121 t some of the abnormal expression of ventral telencephalic markers previously described as being in t

122 ation, expressing dorsal rather than ventral telencephalic markers.

123 progressive, ventral-to-dorsal maturation of telencephalic meninges.

124 Using the developing mouse telencephalic midline as an exemplar, we show that the s

125 requires intercellular communication at the telencephalic midline mediated by signaling proteins.

126 ated ectopic Shh signaling can impair dorsal telencephalic midline morphogenesis, and lead to non-cle

127 Mice lacking Shh develop a dorsal telencephalic midline, a cortical hem, and two cortical

128 At the embryonic mouse telencephalic midline, FGF/ERK signaling drives astrogli

129 tantially rescues Fgf expression and rostral telencephalic morphology.

130 l for regulating interneuron allocation from telencephalic multipotent precursors are poorly understo

131 stablishing the apical-basal polarity of the telencephalic NE, which is needed for the expansion and

132 is plays in the seasonal reconstruction of a telencephalic neural circuit that controls song behavior

133 and in the morphology and physiology of the telencephalic neural circuit underlying production of le

134 ult from normally occurring degradation of a telencephalic neural circuit.

135 gulating the differentiation and identity of telencephalic neural precursors derived from mouse and h

136 dition, we demonstrate that Activin provides telencephalic neural precursors with positional cues tha

137 , lineage commitment, and differentiation by telencephalic neural progenitor cells in vitro and in vi

138 Telencephalic neural progenitor cells isolated from Sox1

139 ng the Foxg1-Cre line to delete Cdc42 in the telencephalic neural progenitors in mouse embryos.

140 lf-renewal, survival, and differentiation of telencephalic neural progenitors, and that dysfunctions

141 Furthermore, telencephalic neural stem cells differentiated into neur

142 f hippocampal neurons and differentiation of telencephalic neural stem cells is modulated by nanoroug

143 of detrimental effects of glucocorticoids on telencephalic neural stem/progenitor cells (NSPCs), the

144 The telencephalic neuroepithelium (NE) of mammalian brain ha

145 ted cytostasis during the development of the telencephalic neuroepithelium and in glioblastoma brain

146 rtical hem (the most caudomedial edge of the telencephalic neuroepithelium) and found that these mice

147 mice in the facial ectoderm and the adjacent telencephalic neuroepithelium.

148 ces Foxg1's position as a major regulator of telencephalic neurogenesis and supports the idea that Fo

149 data also show that the onset and offset of telencephalic neurogenesis are both delayed in zebra fin

150 hat misexpression of Gsx2 at early stages of telencephalic neurogenesis favors the specification of s

151 uron identity at distinct time points during telencephalic neurogenesis.

152 his late increase correlates with a delay in telencephalic neurogenesis.

153 evelopment and has been implicated in dorsal telencephalic neuronal and astroglia cell fate decisions

154 Synaptic interactions between telencephalic neurons innervating descending motor or ba

155 contrast, Sema3D appears to be attractive to telencephalic neurons that form the anterior commissure

156 , differentiation and positioning of ventral telencephalic neurons.

157 of ICAM-5, an adhesion molecule expressed in telencephalic neurons.

158 genitors did not prevent axonal outgrowth of telencephalic neurons.

159 by conditional deletion of Depdc5 in dorsal telencephalic neuroprogenitor cells.

160 , we also demonstrated a pallial origin of a telencephalic NG2 population, which in the olfactory bul

161 as important regulators of genotoxin-induced telencephalic NPC death.

162 scription of Noxa and Puma leads to death in telencephalic NPCs exposed to genotoxic stress.

163 duced caspase-3 activation and cell death in telencephalic NPCs in vitro.

164 rease in expression of Noxa and Puma mRNA in telencephalic NPCs.

165 The amygdaloid complex represents a group of telencephalic nuclei and cortical areas that control emo

166 her with robust mel1b expression in multiple telencephalic nuclei and sensory systems, the results fu

167 nse ir-fibers innervate preoptic and ventral telencephalic nuclei homologous to paraventricular, late

168 coincided with an increase in the number of telencephalic nuclei in both groups.

169 Songbirds evolved a complex set of dimorphic telencephalic nuclei that are essential for the learning

170 al spinal cord, and various hypothalamic and telencephalic nuclei.

171 , mesencephalic, hypothalamic, thalamic, and telencephalic nuclei.

172 n, but direct functional assessments of this telencephalic nucleus are lacking.

173 eurons are continually incorporated into the telencephalic nucleus HVC (used as a proper name), a pre

174 rmis (Uva) is the sole thalamic input to the telencephalic nucleus HVC (used as a proper name), a sen

175 However, recordings in premotor telencephalic nucleus HVC (used as proper name) and RA (

176 Synaptic interactions within the songbird telencephalic nucleus HVC are implicated in motor and au

177 cal infusion of caspase inhibitors rescues a telencephalic nucleus in the adult avian song control sy

178 uence on auditory activity in HVC and in the telencephalic nucleus interface (NIf), the main auditory

179 In the songbird, the telencephalic nucleus LMAN (lateral magnocellular nucleu

180 eas Adamts4 mRNA is exclusively generated by telencephalic oligodendrocytes during myelination.

181 of anterior neural tissue, especially in the telencephalic, optic and hypothalamic primordia, and a d

182 caused profound mispatterning of the entire telencephalic-optic-hypothalamic field, such that the op

183 Telencephalic organization in sturgeons is thus critical

184 3 brain regions, we present a global view of telencephalic organization of birds.

185 h factor (FGF) 8 is increased at the rostral telencephalic organizer, yet the FGF8 source was unchang

186 wever, direct neural connections between the telencephalic output of the song system and beak muscle

187 hh-independent pathway that is essential for telencephalic pallial (dorsal) specification during neur

188 g a transcriptional program specifying human telencephalic (pallial) development.

189 Cholinergic fibers were observed in both the telencephalic pallium and the subpallium, in the thalamu

190 mammals are still uncertain for most of the telencephalic pallium in birds and thus the new pallial

191 The quadripartite model of the telencephalic pallium of amniotes offered by the Puelles

192 f cells originated in the caudal pole of the telencephalic pallium, and a cell population that travel

193 nd thalamic-recipient sensory neurons of the telencephalic pallium, whereas high egr1 upregulation oc

194 ed tac3-expressing cells are also present in telencephalic parts, such as ventral (Vv) and supracomis

195 gs point away from Shh involvement in dorsal telencephalic patterning and encourage additional explor

196 roof plate-dependent Bmp signaling in dorsal telencephalic patterning and HPE and define novel candid

197 We investigated the role of the rostral telencephalic patterning centre, which secretes FGF mole

198 alon were severely impaired, suggesting that telencephalic patterning is more sensitive to alteration

199 We observed a loss of ventral telencephalic patterning that appears to result from an

200 r hippocampal specification and dorsoventral telencephalic patterning.

201 tes with the (severe)dorsal-to-(mild)ventral telencephalic phenotype observed in Gli3(Xt/Xt) mice.

202 Furthermore, no ventral telencephalic phenotypes have been found in individual G

203 Finally, we analyzed the telencephalic phenotypes of embryos lacking all Gli gene

204 ut are dispensable for the survival of early telencephalic precursor cells, in which any one of three

205 delity at every level of motor control, from telencephalic premotor areas to superfast syringeal musc

206 d identification of the boundary between the telencephalic preoptic area, rich in Nkx2.1 expression,

207 t two spatially distinct and early-specified telencephalic progenitor pools marked by the homeodomain

208 lting from defective proliferation in dorsal telencephalic progenitors and extensive cell death.

209 f dorsal (pallial) from ventral (subpallial) telencephalic progenitors and the differentiation of cor

210 lig2(cre/+) mice to target embryonic ventral telencephalic progenitors and the oligodendrocyte lineag

211 e first characterized Shh-responding ventral telencephalic progenitors between E9.5 and E12.5 and fou

212 These dorsal and ventral telencephalic progenitors differentiate to functional gl

213 , Lhx2 regulates a regional-fate decision by telencephalic progenitors during a critical period that

214 d three-layer olfactory cortex, generated by telencephalic progenitors of an Emx1 lineage.

215 on that ActN1 promoted FGF responsiveness in telencephalic progenitors prompted us to examine the eff

216 e of Neuron, Butt et al. show that Nkx2-1 in telencephalic progenitors regulates interneuron subtype

217 rmining regional-fate in the Emx1 lineage of telencephalic progenitors that generate cerebral cortex.

218 h to determine the specific contributions of telencephalic progenitors to the structures that compris

219 Here, we show that hESCs differentiate to telencephalic progenitors with a predominantly dorsal id

220 This study suggests that telencephalic progenitors with radial glial morphology a

221 , as a total population, cardinal markers of telencephalic progenitors, are, in fact, molecularly het

222 isexpression promotes neurogenesis in dorsal telencephalic progenitors, the co-expression of Gsx2 wit

223 n the olfactory bulb and also in the ventral telencephalic proliferation zone.

224 proach reveals new roles for RA signaling in telencephalic proliferation, survival and fate specifica

225 Sonic Hedgehog (Shh) also stimulates dorsal telencephalic proliferation, we propose a model whereby

226 Neuroprogenitor cells (NPCs) in several telencephalic proliferative regions of the mammalian bra

227 During mitotic division in the telencephalic proliferative ventricular zone (VZ), the n

228 developmental potential of subregions of the telencephalic proliferative zone (PZ) to give rise to ne

229 ion (20 GW), they were also expressed in the telencephalic proliferative zones and the emerging white

230 th glial fibrillary acidic protein (GFAP) in telencephalic radial glial cells.

231 primary visual cortex (V1) is the principal telencephalic recipient of visual input in humans and mo

232 ons, including the medial zone of the dorsal telencephalic region (Dm) and the dorsal nucleus of the

233 We identified a new telencephalic region (Dx), located between DL and DC, an

234 In the songbird, the secondary auditory telencephalic region caudal mesopallium (CM) contains ne

235 n and the number of axon varicosities in the telencephalic region proposed to be associated with aggr

236 ave implicated a number of mesencephalic and telencephalic regions in mediating these behaviors, we h

237 e expression down-regulation detected in the telencephalic regions of SZ and BP patients.

238 Telencephalic regions of the thalamofugal (the visual Wu

239 LAMP immunolabeling was prominent in many telencephalic regions previously noted as limbic in bird

240 lfactory cortex and the general expansion of telencephalic regions that communicate reciprocally with

241 The dorsal (i.e., pallial) telencephalic regions that had been erroneously named to

242 visual, and lateral line systems, as well as telencephalic regions that have been compared to the amy

243 re detected in a number of mesencephalic and telencephalic regions, >50% of such neurons were located

244 Staining was most prominent in subpallial telencephalic regions, and diencephalic regions of the p

245 tion between specialized avian and mammalian telencephalic regions.

246 oepithelial progenitor pool of the posterior telencephalic roof, activated at postembryonic stages an

247 entifies Wnt/beta-catenin-activated from the telencephalic roof-as an Shh-independent pathway that is

248 ate-dependent gating of auditory activity in telencephalic sensorimotor structures important to learn

249 gene expression patterns are rescued on the telencephalic side of the TDJ but not in the diencephalo

250 r shh pallidal domain representing the basal telencephalic signaling center important for basal gangl

251 In the mouse, two telencephalic signaling centers orchestrate embryonic pa

252 howed that production of Fgf8 by the rostral telencephalic signalling centre is required for the spec

253 ls and further emphasise the crucial role of telencephalic signalling centres in the generation of di

254 The telencephalic sites at which the level of CRF1 binding i

255 hx6 embryos, as well as in vitro in isotypic telencephalic slice cocultures obtained from E14.5 embry

256 In the telencephalic song nuclei HVC, RA, and Area X, the three

257 production contribute to seasonal growth of telencephalic song nuclei.

258 imotor structures implicated in singing, the telencephalic song nucleus interface (NIf) and HVC.

259 lishment of staining patterns within rostral telencephalic song regions [area X and lateral magnocell

260 ctivity is observed during singing in HVC, a telencephalic song system nucleus that is essential for

261 The avian telencephalic song system, including nucleus high vocal

262 rphogenetic proteins (BMPs), and an anterior telencephalic source of fibroblast growth factors (FGFs)

263 clear, partly because of the ambiguity of RA telencephalic sources after E8.75.

264 This region, area X, is embedded within a telencephalic structure considered homologous to the str

265 nglionic eminence (MGE), a transient ventral telencephalic structure.

266 Differential expression was found in some telencephalic structures and positive signals for both p

267 nsequently, the upper jaw, nasal, ocular and telencephalic structures are absent, but the tongue and

268 ABA neurons of the cerebral cortex and other telencephalic structures are produced in the basal foreb

269 fect synaptic and cognitive functions within telencephalic structures such as the medial prefrontal c

270 spread projections of cholinergic neurons to telencephalic structures that themselves are highly inte

271 ques are found in the extracellular space of telencephalic structures, and have been shown to disrupt

272 g of the evolutionary relationships of these telencephalic structures, especially those of basally br

273 mally small and fails to develop dorsomedial telencephalic structures, including hippocampus and cort

274 lencephalic lobes and absence of dorsomedial telencephalic structures, including the cortical hem, wh

275 sis is required for appropriate formation of telencephalic structures.

276 the mouse telencephalon and loss of ventral telencephalic structures.

277 n massive apoptosis and profound ablation of telencephalic structures.

278 terneuron subtypes are derived from distinct telencephalic subdivisions, we have used an in vitro ass

279 d effects on the relative size and nature of telencephalic subdivisions.

280 ation that serve to coordinate the growth of telencephalic subregions.

281 triatum (MSt), septum, Area X, diencephalon, telencephalic subventricular zone (SVZ), and Purkinje ce

282 ral telencephalic marker genes in Foxg1(-/-) telencephalic tissue following a range of in vivo and in

283 he Cajal-Retzius cells, is suppressed by the telencephalic transcription factor Foxg1.

284 ressed in the subventricular zone lining the telencephalic ventricles and in the rostral migratory st

285 re line to delete floxed-Rac1 alleles in the telencephalic ventricular zone (VZ) of mouse embryos.

286 eurons derive from radial glial cells in the telencephalic ventricular zone and not the medial gangli

287 ys we show that NSCs and INPs coexist in the telencephalic ventricular zone and that they can be pros

288 However, only Puma deficiency protected telencephalic ventricular zone NPCs from death in vivo.

289 ined the transcriptome of lateral ventricle (telencephalic) versus fourth ventricle (hindbrain) choro

290 As the telencephalic vesicle closed, Nog expression was expande

291 Division of the telencephalic vesicle into hemispheres and specification

292 tzius cells that populate the surface of the telencephalic vesicles, an amygdaloid group of cells ori

293 involved in the early regionalisation of the telencephalic vesicles.

294 amine levels of cell division throughout the telencephalic VZ of juvenile birds.

295 We found that Rac1 deletion in the telencephalic VZ progenitors resulted in reduced sizes o

296 ruct a "map" of proliferation throughout the telencephalic VZ, thereby allowing us to compare levels

297 tracortical area located in the rostromedial telencephalic wall (RMTW) that gives rise to several cel

298 systems, all of which belong to the lateral telencephalic wall.

299 acuoles in deep neocortical layers and major telencephalic white matter tracts.

300 Dorsomedial telencephalic Wnt activity, transduced through the Wnt/b