TY  - CHAP
M1  - Book, Section
TI  - Patterning the Nervous System
PY  - 2014
T2  - Principles of Neural Science, Fifth Edition
AB  - The  Neural  Tube  Becomes  Regionalized  Early  in  EmbryogenesisSecreted  Signals  Promote  Neural  Cell  FateDevelopment  of  the  Neural  Plate  Is  Induced  by  Signals  from  the  Organizer  RegionNeural  Induction  Is  Mediated  by  Peptide  Growth  Factors  and  Their  InhibitorsRostrocaudal  Patterning  of  the  Neural  Tube  Involves  Signaling  Gradients  and  Secondary  Organizing  CentersSignals  from  the  Mesoderm  and  Endoderm  Define  the  Rostrocaudal  Pattern  of  the  Neural  PlateSignals  from  Organizing  Centers  within  the  Neural  Tube  Pattern  the  Forebrain,  Midbrain,  and  HindbrainDorsoventral  Patterning  of  the  Neural  Tube  Involves  Similar  Mechanisms  at  Different  Rostrocaudal  LevelsThe  Ventral  Neural  Tube  Is  Patterned  by  Sonic  Hedgehog  Protein  Secreted  from  the  Notochord  and  Floor  PlateThe  Dorsal  Neural  Tube  Is  Patterned  by  Bone  Morphogenetic  ProteinsDorsoventral  Patterning  Mechanisms  Are  Conserved  Along  the  Rostrocaudal  Extent  of  the  Neural  TubeLocal  Signals  Determine  Functional  Subclasses  of  NeuronsRostrocaudal  Position  Is  a  Major  Determinant  of  Motor  Neuron  SubtypeLocal  Signals  and  Transcriptional  Circuits  Further  Diversify  Motor  Neuron  SubtypesThe  Developing  Forebrain  Is  Patterned  by  Intrinsic  and  Extrinsic  InfluencesInductive  Signals  and  Transcription  Factor  Gradients  Establish  Regional  DifferentiationAfferent  Inputs  Also  Contribute  to  RegionalizationAn  Overall  View  
SN  - 
PB  - McGraw-Hill Education
CY  - New York, NY
Y2  - 2024/04/19
UR  - accessbiomedicalscience.mhmedical.com/content.aspx?aid=1101683085
ER  -