RT Book, Section
SR Print(0)
ID 1101683211
T1 Differentiation and Survival of Nerve Cells
T2 Principles of Neural Science, Fifth Edition
YR 2014
FD 2014
PB McGraw-Hill Education
PP New York, NY
SN 978-0-07-139011-8
LK neurology.mhmedical.com/content.aspx?aid=1101683211
RD 2024/04/19
AB The  Proliferation  of  Neural  Progenitor  Cells  Involves  Symmetric  and  Asymmetric  Modes  of  Cell  DivisionRadial  Glial  Cells  Serve  As  Neural  Progenitors  and  Structural  ScaffoldsThe  Generation  of  Neurons  or  Glial  Cells  Is  Regulated  by  Delta-Notch  Signaling  and  Basic  Helix-Loop-Helix  Transcription  FactorsNeuronal  Migration  Establishes  the  Layered  Organization  of  the  Cerebral  CortexCentral  Neurons  Migrate  Along  Glial  Cells  and  Axons  to  Reach  Their  Final  Settling  PositionGlial  Cells  Serve  As  a  Scaffold  in  Radial  MigrationAxon  Tracts  Serve  As  a  Scaffold  for  Tangential  MigrationNeural  Crest  Cell  Migration  in  the  Peripheral  Nervous  System  Does  Not  Rely  on  ScaffoldingThe  Neurotransmitter  Phenotype  of  a  Neuron  Is  PlasticThe  Transmitter  Phenotype  of  a  Peripheral  Neuron  Is  Influenced  by  Signals  from  the  Neuronal  TargetThe  Transmitter  Phenotype  of  a  Central  Neuron  Is  Controlled  by  Transcription  FactorsThe  Survival  of  a  Neuron  Is  Regulated  by  Neurotrophic  Signals  from  the  Neuron's  TargetThe  Neurotrophic  Factor  Hypothesis  Was  Confirmed  by  the  Discovery  of  Nerve  Growth  FactorNeurotrophins  Are  the  Best  Studied  Neurotrophic  FactorsNeurotrophic  Factors  Suppress  a  Latent  Death  Program  in  CellsAn  Overall  View