ライフサイエンスコーパス: rostrocaudal

1 organized topographically (anteroposterior = rostrocaudal).

2 organized topographically (posteroanterior = rostrocaudal).

3 an dorsal premotor cortex that resembles the rostrocaudal anatomical and physiological fractionation

4 R, particularly the dorsal region of the mid-rostrocaudal and caudal DR (-7.64, -8.18, -8.54, and -9.

5 Major rostrocaudal and cell-type-specific differences in the l

6 ent in persistence time was mapped along the rostrocaudal and dorsoventral axes.

7 lignment, support activity spread along both rostrocaudal and dorsoventral axes.

8 se conditions, mean peak SMU frequencies and rostrocaudal and dorsoventral gradients of activity duri

9 Similar rostrocaudal and dorsoventral gradients of activity were

10 jecting to each of these areas was mapped by rostrocaudal and dorsoventral location within the DR.

11 e prethalamic region postulates tetrapartite rostrocaudal and dorsoventral subdivisions, as well as a

12 s are preserved, which is ordered along both rostrocaudal and mediolateral axes, in the orientation f

13 Areal identity is initially specified by rostrocaudal and mediolateral gene expression gradients

14 erograde tracer injections placed at various rostrocaudal and mediolateral levels in these cortices r

15 opography of NOS-containing cells in the DRN rostrocaudal and mediolateral neuraxis by using a capsai

16 fields, named mainly in accordance to their rostrocaudal and mediolateral positions.

17 a to area V1 were distributed throughout its rostrocaudal and transverse extents.

18 sses of lamina II neurons arose from a wider rostrocaudal area than inhibitory inputs, whereas both e

19 The underlying reasons for this rostrocaudal asymmetry are not clear.

20 artmentation along both the mediolateral and rostrocaudal axes might be linked mechanistically to seg

21 Neural crest cells arising from different rostrocaudal axial levels form different sets of derivat

22 heir inactive surround were mapped along the rostrocaudal axis (1.4-4.2 mm anterior to bregma) in cor

23 choice point that abnormally extended in the rostrocaudal axis and ventrally to the horizontal myosep

24 determining the migration of CINs along the rostrocaudal axis are less well understood.

25 pic transplantation of rhombomeres along the rostrocaudal axis at various developmental stages, we ha

26 Most embryos cut parallel to the rostrocaudal axis between the trunk paraxial mesoderm an

27 vealing three broad functional zones along a rostrocaudal axis composed of 2-4 smaller subregions eac

28 ts suggest that neural crest cells along the rostrocaudal axis display a graded loss in developmental

29 w a preferential migration pattern along the rostrocaudal axis for medial- or caudal-born CINs.

30 or neurons from distinct positions along the rostrocaudal axis generally innervate muscles or muscle

31 roups of premigratory neural crest along the rostrocaudal axis have different propensities to contrib

32 th the formation of Probst bundles along the rostrocaudal axis in both mutants.

33 amplifying hierarchical organization on the rostrocaudal axis in larger brains.

34 uential factors may vary spatially along the rostrocaudal axis in the head.

35 ctivity from dorsal to ventral PAG along the rostrocaudal axis mirrors structural and functional neur

36 also perturbed regional patterning along the rostrocaudal axis of neocortex.

37 um are topographically organized such that a rostrocaudal axis of origin is related to a medial-to-la

38 erficial gray layer (SGL) across most of the rostrocaudal axis of SC.

39 oproximal axis in subiculum are related to a rostrocaudal axis of termination in the entorhinal corte

40 ic currents of isolated hair cells along the rostrocaudal axis of the AP.

41 ion of the RPTPrho and FGF-1 boundary on the rostrocaudal axis of the cerebellar cortex was close to,

42 ilar placement of these injections along the rostrocaudal axis of the cord and that no tracer had spr

43 rchitectonic cortical gradients, and not the rostrocaudal axis of the cortex, are closely linked to t

44 of otic placode-inducing activity along the rostrocaudal axis of the embryo, and have determined tha

45 ociceptive responses is consistent along the rostrocaudal axis of the female rat spinal cord.

46 tation formed a mirror image of S2 along the rostrocaudal axis of the forelimb and hindlimb regions a

47 tation formed a mirror image of S1 along the rostrocaudal axis of the head region corresponding to th

48 motoneurons in restricted patterns along the rostrocaudal axis of the lumbosacral (LS) spinal cord.

49 phrinA ligands (TKO), thought to specify the rostrocaudal axis of the map, the projection on the coll

50 about the molecular events that specify the rostrocaudal axis of the neural plate.

51 Most head pitch cells discharged when the rostrocaudal axis of the rat's head was orthogonal to th

52 e generated at different positions along the rostrocaudal axis of the spinal cord, and the signals th

53 e motor neuron positional identity along the rostrocaudal axis of the spinal cord.

54 e generated at different positions along the rostrocaudal axis of the spinal cord.

55 f the pMN/p3 domain boundary along the whole rostrocaudal axis of the spinal cord.

56 triatum and pallidum are stretched along the rostrocaudal axis of the telencephalon.

57 l extension are widely distributed along the rostrocaudal axis of the zebrafish brain, but the cues f

58 tion revealed clear specialization along the rostrocaudal axis such that the control of successive st

59 ensitive neurons were more restricted in the rostrocaudal axis than either the PND13-21 or PND22-28 S

60 system, the neural tube, is shaped along the rostrocaudal axis through two consecutive, radically dif

61 ojection is topographically organized in the rostrocaudal axis, along which sound azimuth is represen

62 for cortical area were distributed along the rostrocaudal axis, and there was a reduced length of the

63 varied within and between nuclei, along the rostrocaudal axis, between cell types, and across develo

64 in controlling motor neuron fates along the rostrocaudal axis, exemplified by the precise pattern of

65 mporal activation of BMP signaling along the rostrocaudal axis, in the dorsal neural tube, in the not

66 stimulus sites and CCEP responses along the rostrocaudal axis, regression analysis revealed a consis

67 ized in a precise tonotopic manner along the rostrocaudal axis, spanning the entire rostrocaudal exte

68 Cell staining changes dramatically along the rostrocaudal axis, with neuronal labeling confined to re

69 y fibers across 10 distinct lobules over the rostrocaudal axis, with tactile receptor afferents preva

70 15) are differentially distributed along the rostrocaudal axis.

71 wo contexts, dependent on position along the rostrocaudal axis.

72 or the responsiveness of the cells along the rostrocaudal axis.

73 issociable responses were identified along a rostrocaudal axis.

74 rded in Nkx2.2-null mutants along the entire rostrocaudal axis.

75 regions of Purkinje cell activity along the rostrocaudal axis.

76 iskers tended to show broad tuning along the rostrocaudal axis.

77 with well-defined thalamic input anchors the rostrocaudal axis.

78 neuronal cell types are organized along the rostrocaudal axis.

79 n HVC is organized preferentially within the rostrocaudal axis.

80 ox transcription factors expressed along the rostrocaudal axis; however, the developmental mechanisms

81 totopic organization along the longitudinal (rostrocaudal) axis of the brain stem that was consistent

82 PC (PPC) but were concentrated in prominent rostrocaudal bands in APC.

83 s whereby pools of motor neurons establish a rostrocaudal bias in the position of their synapses in s

84 pattern motoneuron subpopulations along the rostrocaudal body axis, and local signals within the neu

85 e morphology of RB neurons differs along the rostrocaudal body axis.

86 ion of the glutamatergic phenotype along the rostrocaudal brain axis is unknown in mammals.

87 on patterns in DA cells, organized along the rostrocaudal brain axis.

88 In these rhombomeres, r2 through r5, rostrocaudal caudal expansion occurs at a slower rate th

89 regional differences, but rather refine the rostrocaudal character of overlying neuroepithelium.

90 ate, which we show has already acquired some rostrocaudal character.

91 homologous areas of LMCx and MMCx along the rostrocaudal cognitive-motor gradient; and (ii) somatoto

92 in the pattern of axonal terminations across rostrocaudal colliculus.

93 This difference affected mainly the rostrocaudal coordinates; the mean lateral and anteropos

94 Such PCs were located within rostrocaudal cortical strips and displayed synchronous C

95 A similar rostrocaudal delay was observed during episodes of alter

96 -GA led to a significant correlation between rostrocaudal delays and cycle periods, which is usually

97 Neurons at different positions along the rostrocaudal developmental axis of the tectum were image

98 es in Hox gene expression cannot account for rostrocaudal differences in developmental potential of n

99 Our data revealed rostrocaudal differences in the density of distinct prol

100 sistently and heavily labeled throughout its rostrocaudal dimension.

101 ns along the dorsoventral, mediolateral, and rostrocaudal dimensions at intermediate stages of develo

102 re elongated in the dorsoventral and oblique rostrocaudal dimensions of the nucleus.

103 h the dorsoventral (i.e., tonotopic) and the rostrocaudal dimensions.

104 Serial coronal sections were prepared from a rostrocaudal direction from 1.80 to 4.2mm posterior to t

105 embryonic avian gut, vagal NCC migrate in a rostrocaudal direction to form the majority of neurons a

106 aterals with lengths that were graded in the rostrocaudal direction with shorter collaterals innervat

107 ade the anterior foregut and, migrating in a rostrocaudal direction, colonise in an orderly fashion t

108 r colliculus could evoke SD that spread in a rostrocaudal direction, preceding local tissue hypoxia a

109 the brainstem and extends nearly 4mm in the rostrocaudal direction.

110 ansplantation experiments suggested that the rostrocaudal dispersion of CINs depends on the developme

111 the perirhinal cortex decreased steeply with rostrocaudal distance from the injection sites, much mor

112 A similar rostrocaudal distribution occurred after injection into

113 The specific rostrocaudal distribution of activated neurons may indic

114 c expansion of the cortex contributes to the rostrocaudal distribution of CINs.

115 We identified the rostrocaudal distribution of hypoglossal and trigeminal

116 The rostrocaudal distribution of labeled cells, however, dep

117 pinal cord, LTMR central projections exhibit rostrocaudal elongation and mediolateral compression, co

118 Hox loci, underlie Hox regulation along the rostrocaudal embryonic axis.

119 from the neonate to the adult starts from a rostrocaudal excitability gradient and involves a gradua

120 ar versus sacral segments, consistent with a rostrocaudal excitability gradient.

121 rated into the subplate layer throughout its rostrocaudal extension, with others contributing to the

122 istribution in both the dorsoventral and the rostrocaudal extensions of the first 4-cm segment.

123 ncy bands of the evoked LFPs and reduced the rostrocaudal extent and area of the activated barrel wit

124 of the definitive primitive streak along its rostrocaudal extent and which expresses typical streak m

125 erminal zones are normal in mediolateral and rostrocaudal extent despite the lack of binocular cues t

126 gional volume and soma size are reduced, but rostrocaudal extent is not, compared to sham-castrated m

127 mmunoreactive (OCT3-ir) cells throughout the rostrocaudal extent of adult male rat brains.

128 I/II) and deep layers (V/VI) throughout the rostrocaudal extent of area TE.

129 g the rostrocaudal axis, spanning the entire rostrocaudal extent of both the origin and target nuclei

130 Sections through the rostrocaudal extent of brain were processed for dual imm

131 rain is restricted to, and marks, the entire rostrocaudal extent of rat serotonergic hindbrain raphe

132 arge-scale systems of regions throughout the rostrocaudal extent of the brain changed with training i

133 st, there were no significant changes in the rostrocaudal extent of the dendritic arbors of cells tha

134 r integrating information across much of the rostrocaudal extent of the dentate gyrus.

135 the injection site for as much as 80% of the rostrocaudal extent of the dentate gyrus.

136 l of the LES-labeled profiles throughout the rostrocaudal extent of the dorsal motor nucleus of the v

137 like-immunoreactive (FLI) neurons across the rostrocaudal extent of the gustatory NST (gNST), especia

138 ttern of metabolic activation throughout the rostrocaudal extent of the hippocampal formation that wa

139 gat) neurons were distributed throughout the rostrocaudal extent of the hypothalamus.

140 and were broadly distributed throughout the rostrocaudal extent of the IC.

141 buted throughout the entire dorsoventral and rostrocaudal extent of the locus coeruleus.

142 hose of wild-type males and females, but the rostrocaudal extent of the MePD was unaffected by the mu

143 aled a single modular network throughout the rostrocaudal extent of the mouse lateral cortex.

144 sive longitudinal projections throughout the rostrocaudal extent of the nucleus.

145 ticular formation (RF) project to the entire rostrocaudal extent of the pituitary.

146 temporarily silence neurons along the entire rostrocaudal extent of the RSC.

147 beled neurons from sections encompassing the rostrocaudal extent of the RVLM.

148 These neurons project axons throughout the rostrocaudal extent of the spinal cord, terminating pred

149 ike varicosities were located throughout the rostrocaudal extent of the substantia nigra (SN), VTA, a

150 xpress c-Fos immunoreactivity throughout the rostrocaudal extent of the ventrolateral medulla, in Spr

151 D) is sexually dimorphic in regional volume, rostrocaudal extent, and neuronal soma size in rats.

152 he number of first- and last-order branches, rostrocaudal extent, and sigma individual lengths.

153 MePD in males had a greater regional volume, rostrocaudal extent, and soma size than in females.

154 e MePD is also sexually dimorphic in volume, rostrocaudal extent, and somal area in BALB/c mice.

155 number of terminal dendritic branches, their rostrocaudal extent, and the sigma dendritic lengths.

156 d hundreds of labeled neurons throughout its rostrocaudal extent, thereby establishing the presence o

157 increased MePD volume and soma size, but not rostrocaudal extent.

158 The forelimb is represented along the rostrocaudal extent.

159 CB-IR cells and fibers throughout their full rostrocaudal extents, although each area exhibits unique

160 Further, they reveal a functional rostrocaudal fractionation of human dorsal premotor cort

161 ire or dread, anatomically organized along a rostrocaudal gradient analogous to a limbic keyboard.

162 'dread'), depending on site along a flexible rostrocaudal gradient and on environmental ambience.

163 TP1A3 gene is recommended when abrupt onset, rostrocaudal gradient and prominent bulbar findings are

164 , which coursed through the fornix, showed a rostrocaudal gradient as more arose in the rostral hippo

165 the central nucleus of the amygdala (CeA), a rostrocaudal gradient characterized the normal quinine-s

166 hanisms generating the cortex is a conserved rostrocaudal gradient in duration of neuron production,

167 expression of GFRalpha-1 and GAD varied in a rostrocaudal gradient in the SNR, substantia nigra pars

168 ry afferent neurons in the MTN with a marked rostrocaudal gradient in their density.

169 i values were from neostriatal areas, with a rostrocaudal gradient of increasing Ki values from head

170 ic vessels in real-time, we show that, while rostrocaudal gradient of maturing intersomitic vessels o

171 tive duration of neurogenesis along the same rostrocaudal gradient predicts a substantial fraction of

172 that GABAergic neurons of the rat PPN have a rostrocaudal gradient that is opposite to that of cholin

173 r both absolute and relative values showed a rostrocaudal gradient with highest values in pgACC.

174 X) at different anatomical locations along a rostrocaudal gradient within the medial shell of rats.

175 of dystonia with features of parkinsonism, a rostrocaudal gradient, and prominent bulbar findings.

176 that tremor at onset of symptoms, a reversed rostrocaudal gradient, and significant limb pain exclude

177 o found to be distinct and organized along a rostrocaudal gradient, consonant with those found in hum

178 terneurons display 8B3 immunoreactivity in a rostrocaudal gradient, with a distinctive staining patte

179 cleus accumbens shell are segregated along a rostrocaudal gradient.

180 PCD) that spans several days and occurs in a rostrocaudal gradient.

181 D of these subpopulations of MNs occurs in a rostrocaudal gradient.

182 Rostrocaudal gradients of encephalopsin expression are p

183 nto domains or compartments, instead finding rostrocaudal gradients of gene expression across the ent

184 striatal projections follow mediolateral and rostrocaudal gradients that correspond to the locations

185 these neuronal subgroups showed substantial rostrocaudal gradients.

186 behavior that is bivalently organized along rostrocaudal gradients.

187 The rostrocaudal (head-to-tail) axis is supplied by populati

188 or AChE, NADPH-d, GAD, and CO throughout the rostrocaudal LCIC.

189 ce, while there was significant reduction in rostrocaudal length of cortex, this parameter was also a

190 xtended longitudinally throughout the entire rostrocaudal length of the hippocampus.

191 re distributed in a patchy fashion along the rostrocaudal length of the ipsilateral gracile nucleus.

192 he CSF were distributed extensively over the rostrocaudal length of the spinal cord and migrated into

193 Throughout its rostrocaudal length, the entorhinal cortex presents a cl

194 d Tg and nTg spinal cords revealed increased rostrocaudal lesion expansion (i.e., secondary degenerat

195 effect on cardiovascular responses than the rostrocaudal level of the DCN input.

196 (Xylocaine) injection on the midline at the rostrocaudal level of the pTRG diminished the contralate

197 nces in overall CRF or AVP expression at any rostrocaudal level of the PVN.

198 emporal (stimulation frequency) and spatial (rostrocaudal level) dynamics.

199 re especially numerous (50-72%, depending on rostrocaudal level) within the marginal layer of raphe p

200 ting neurons were present at all of the same rostrocaudal levels in all of the same structures in bot

201 n the subventricular zone are altered at all rostrocaudal levels in tlx-deficient animals.

202 PH2-positive PSPMNs are present at different rostrocaudal levels of the brainstem.

203 grade tracer injections were made at various rostrocaudal levels of the dentate gyrus, and we investi

204 vity marker, in memory retention at multiple rostrocaudal levels of the dentate gyrus, CA3, CA1, subi

205 ed for midline guidance decisions at several rostrocaudal levels of the developing CNS.

206 specific neural markers, show that different rostrocaudal levels of the head process derived from hea

207 nd migrations of endodermal cells in various rostrocaudal levels of the primitive streak during key p

208 motor neurons diverges markedly at different rostrocaudal levels of the spinal cord, but the signals

209 gglutinin (PHAL) were performed at different rostrocaudal levels of the ventral temporal neocortex or

210 We found robust sst2a expression at all rostrocaudal levels of the VLM, including a large propor

211 presence of distinct microzones at different rostrocaudal levels of the zone.

212 lysis of TPH-IR area and density at each DRN rostrocaudal levels showed higher area and density in su

213 Neurons prematurely differentiate at all rostrocaudal levels up to mid-neurogenesis in mutant ani

214 l tube have distinct properties at different rostrocaudal levels, apparently in response to different

215 omedial and lateral/ventrolateral PAG at all rostrocaudal levels, with females having significantly m

216 wed lateral symmetry and were similar across rostrocaudal levels, with intense responses in dorsomedi

217 ons to the SC, the DRN was divided into five rostrocaudal levels.

218 their cell bodies and dendrites at different rostrocaudal levels.

219 ey body in different planes and at different rostrocaudal levels.

220 iological properties of RBs related to their rostrocaudal location can influence the signals that ent

221 esire or fear (or both) depending on precise rostrocaudal location in medial shell.

222 data support the notion that the timing and rostrocaudal location of MNs undergoing PCD reflect thei

223 ed motor patterns varied on the basis of the rostrocaudal location of the stimulated MSE.

224 nal ganglion axons to map to the appropriate rostrocaudal locations in the optic tectum.

225 anglion cell axons mapped to the appropriate rostrocaudal locations, although they formed somewhat mo

226 CCs) emerge from the dorsal neural tube in a rostrocaudal manner and are spatially distributed along

227 s expressed in a gradient that declined in a rostrocaudal manner.

228 leus lateralis (NL) of the TS, while a rough rostrocaudal mapping is maintained.

229 We have previously reported a rostrocaudal MD (rmd) mouse with a deletion in the Chkb

230 ctive network to expand and contract along a rostrocaudal medullary column during behavioral or metab

231 separable progenitor populations arrayed as rostrocaudal microdomains within and outside the hindbra

232 l to the site of maximal stenosis and at the rostrocaudal midpoint of a spindle-shaped T2 hyperintens

233 operate within motor neurons, one assigning rostrocaudal motor pool position and a second directing

234 mes, suggesting that barriers that constrain rostrocaudal movement of cranial neural crest cells may

235 Rostrocaudal muscular dystrophy (rmd) is a new recessive

236 Given the role of Fgf signalling in rostrocaudal neocortical patterning, we carried out an i

237 transient patterning signals encodes global rostrocaudal neural identity and that maintenance of the

238 l pathway, fails initially to acquire normal rostrocaudal order.

239 ents in horizontal slices of HVC confirmed a rostrocaudal organization of HVC neural connectivity.

240 The rostrocaudal organization of labeled fibers and the exte

241 One feature of the rostrocaudal organization of spinal motor neurons is a p

242 differentiation potential depending on their rostrocaudal origin.

243 (2) progenitors migrated in a bidirectional, rostrocaudal pattern along the entire extent of the SVZ;

244 ormally responsible for the establishment of rostrocaudal pattern in the neural plate.

245 The distinct changes in the rostrocaudal pattern of expression of dopaminergic param

246 unctions of Foxp1 act in accordance with the rostrocaudal pattern provided by Hox proteins along the

247 ddresses a void in the literature concerning rostrocaudal patterning of heart cells between stages 4

248 The initial rostrocaudal patterning of the neural tube leads to diff

249 o be important in later inductive events and rostrocaudal patterning of the neural tube.

250 e of the axial mesoderm in the induction and rostrocaudal patterning of the vertebrate nervous system

251 into discrete domains that are controlled by rostrocaudal patterning signals that trigger rapid, doma

252 mmon set of determinants, thus linking early rostrocaudal patterning to the assembly of limb control

253 mutants rescues somite development, but that rostrocaudal patterning within them is defective, ultima

254 Some degree of rostrocaudal patterning, albeit incomplete, is already e

255 tor neuron subtype identity are expressed in rostrocaudal patterns that are spatially and temporally

256 paration in a grid extending over 2mm in the rostrocaudal plane using the obex as a reference point.

257 ow intermixing of sensory information in the rostrocaudal plane.

258 bes bear complementary labels that vary with rostrocaudal position and regulate neuromuscular connect

259 In addition, the rostrocaudal position of at least one motor pool is alte

260 the data reported here demonstrate that the rostrocaudal position of small P2 glomeruli is three tim

261 ollaterals of projection cells depend on the rostrocaudal position of target neurons with respect to

262 demonstrate that depending on their initial rostrocaudal position, cranial paraxial mesoderm cells m

263 suggesting that they may not rely heavily on rostrocaudal positioning to guide their functional devel

264 lly segregated, coming to occupy predictable rostrocaudal positions along the embryonic axis.

265 ural SC neurons tended to project to similar rostrocaudal positions in the other SC.

266 he hindbrain, we microsurgically rotated the rostrocaudal positions of rhombomeres 3/4.

267 oducing these responses may occupy different rostrocaudal positions within the nucleus ambiguus.

268 neurons, providing anatomical substrate for rostrocaudal "processing units" in the dorsal horn.

269 ccurs through distinct responses of adjacent rostrocaudal progenitor domains to broad ventral inducer

270 pt for neurons born at E9.5, and uncovered a rostrocaudal progression but did not confirm a dorsal-ve

271 ide-in trend of neurogenesis and uncovered a rostrocaudal progression.

272 t guidance decisions: accelerated axons make rostrocaudal projection errors while navigating their in

273 parent cell body: inhibitory interneurons at rostrocaudal proximity versus other projection cells at

274 are expressed in different domains along the rostrocaudal (RC) axis of the developing spinal cord and

275 s axons penetrate the dorsal horn near their rostrocaudal (RC) levels of entry into the spinal cord.

276 tance parallel to the long axis of the bulb (rostrocaudal; RC) and angular measurements with origin d

277 cing and regionalising properties of defined rostrocaudal regions of head process/prospective notocho

278 that despite the ability to induce specific rostrocaudal regions of the CNS de novo, signals provide

279 lamostriatal projections terminate in broad, rostrocaudal regions of the dorsal striatum, correspondi

280 Four rostrocaudal regions were identified: (1) a rostral brad

281 1) and 2 (T2) in sCJDVV1 and -VV2, including rostrocaudal relative distribution and conformational in

282 in migration mutants, in spite of a dramatic rostrocaudal repositioning of these neurons in hindbrain

283 Some IP populations showed rostrocaudal restriction in their origins (isthmus versu

284 Following rostrocaudal reversal of a region of tissue in the axon

285 le, mandibular and maxillary ganglion neuron rostrocaudal segregation and trigeminal tract somatotopy

286 individual rhombomeres (r) follows a strict rostrocaudal sequence at precise developmental time wind

287 er lip to upper lip and neck/upper face in a rostrocaudal sequence.

288 -S3) segments rose, peaked, and decayed in a rostrocaudal sequence.

289 Eomes inactivation caused rostrocaudal shifts in SVZ and CP gene expression, with

290 s is the reorganization and re-engagement of rostrocaudal spinal interneuronal networks.

291 amine-release amplitudes correlated with the rostrocaudal stimulation coordinate, suggesting particip

292 een investigated at coronal levels along the rostrocaudal striatal axis from a post-mortem series of

293 he folia were shown to be mainly occupied in rostrocaudal succession by three zones receiving their o

294 naptic strength in neurons located along the rostrocaudal tectal axis.

295 Rostrocaudal to the impact site in SCI-nTg mice, demyeli

296 s project to target muscles forming distinct rostrocaudal topographic maps during development and reg

297 The rostrocaudal topography of the parabelt region was maint

298 packed, large varicosities and an extensive rostrocaudal (two or three segments), mediolateral, and

299 This pattern gave rise to a rostrocaudal "wave" in the activation of motoneurons dur

300 These findings show that disruption of rostrocaudal white matter connectivity in the right hemi