ライフサイエンスコーパス: axonal connection

1 processing information on gray matter region axonal connections.

2 ifferent species to yield unique patterns of axonal connections.

3 vation as a result of topographically mapped axonal connections.

4 xhibit layer-specific molecular profiles and axonal connections.

5 neurons are converted into a spatial map of axonal connections.

6 and form appropriate local and long-distance axonal connections.

7 differentiation of neurons and formation of axonal connections.

8 y occurs and may depend on the plasticity of axonal connections.

9 mistry for L1 and TAG1, markers of the early axonal connections.

10 areas, defined by distinct architecture and axonal connections.

11 nisms controlling development of topographic axonal connections.

12 ion of the brain nuclei and mediation of the axonal connections.

13 e matter volume deficit may reflect abnormal axonal connections.

14 nd cortex by the face inputs could depend on axonal connections across the hand-face border, we deter

15 and before the formation of intrahemispheric axonal connections-altered the overall size and shape of

16 n pruning by degeneration remodels exuberant axonal connections and is widely required for the develo

17 ferret area 17 before the formation of local axonal connections and were incubated for 5-7 d to allow

18 one another by differences in architecture, axonal connections, and function.

19 uronal differentiation are known to occur as axonal connections are forming.

20 s suggest a cellular mechanism by which some axonal connections are stabilized and some are eliminate

21 atial order of neurons in the order of their axonal connections, are found throughout the nervous sys

22 molecular markers, we have reconstructed the axonal connections between brain and ventral nerve cord

23 on >16,000 reports of histologically defined axonal connections between cortical regions in rat.

24 unctionally differentiated network formed by axonal connections between defined neuron populations an

25 Cognition is supported by a network of axonal connections between gray matter regions within an

26 Clusters minimize axonal connections between individual field maps that re

27 tor behaviors rely on a maze-like network of axonal connections between motoneurons and the body musc

28 vs. innate mechanisms in the development of axonal connections between ocular dominance domains and

29 The origin and termination of axonal connections between the orbital and medial prefro

30 Such pruning is also required to remove axonal connections damaged in the adult, to stabilize th

31 of neurons at a spacing that matches typical axonal connection distances, and at a temporal resolutio

32 ephrin-A ligands are involved in patterning axonal connections during brain development, but until n

33 neurons in Caenorhabditis elegans establish axonal connections during postembryonic development.

34 meres, combined with a particular pattern of axonal connections, enhances light sensitivity through t

35 he injury epicenter, and enhanced sparing of axonal connections from retrogradely traced reticulospin

36 The axonal connections from the OSNs expressing about 1000 d

37 The aberrant development of axonal connections in absence of Pax6 function appear to

38 are a fundamental organizational feature of axonal connections in the brain.

39 receptors play critical roles in patterning axonal connections in the developing nervous system by r

40 than 4,000 reports of histologically defined axonal connections involving all 45 gray matter regions

41 Proper development of axonal connections is essential for brain function.

42 ization of hippocampal afferent and efferent axonal connections is still not completely understood, a

43 ne, Colorado, hosted the third Symposium on; Axonal Connections: Molecular Cues for Development and R

44 We studied the axonal connections of Ad in adult male zebra finches.

45 That is, the axonal connections of Ad neurons clearly include regions

46 We found that POMT mutants show abnormal axonal connections of sensory neurons.

47 ocal learning and behavior in zebra finches, axonal connections of the cortical nucleus lMAN demonstr

48 Once initial axonal connection patterns are established, their synapt

49 elopmental processes, its role in regulating axonal connections remains elusive.

50 andardized labeling, tracing, and imaging of axonal connections reveal new details in the network org

51 ich exhibits patterns of gene expression and axonal connections that are organized into parasagittal

52 mined the spatial arrangement of feedforward axonal connections that link non-oriented neurons in lay

53 Axonal connections to and from lMAN are topographically

54 idase) in brain structures that have defined axonal connections to other structures.

55 s order is topographically maintained in its axonal connections to the superior colliculus of the mid

56 plete remyelination will irreversibly damage axonal connections, treatments effectively promoting rem

57 marily restricted to areas that share direct axonal connections with the lesioned cortex, because equ

58 velopment, sensory neurons establish precise axonal connections with their respective targets within

59 song learning, suggesting that remodeling of axonal connections within this projection during the per