TY  - CHAP
M1  - Book, Section
TI  - Synaptic Integration in the Central Nervous System
PY  - 2014
T2  - Principles of Neural Science, Fifth Edition
AB  - Central  Neurons  Receive  Excitatory  and  Inhibitory  InputsExcitatory  and  Inhibitory  Synapses  Have  Distinctive  UltrastructuresExcitatory  Synaptic  Transmission  Is  Mediated  by  Ionotropic  Glutamate  Receptor-Channels  That  Are  Permeable  to  Sodium  and  PotassiumThe  Excitatory  Ionotropic  Glutamate  Receptors  Are  Encoded  by  a  Distinct  Gene  FamilyGlutamate  Receptors  Are  Constructed  from  a  Set  of  ModulesNMDA  and  AMPA  Receptors  Are  Organized  by  a  Network  of  Proteins  at  the  Postsynaptic  DensityInhibitory  Synaptic  Action  Is  Usually  Mediated  by  Ionotropic  GABA  and  Glycine  Receptor-Channels  That  Are  Permeable  to  ChlorideCurrents  Through  Single  GABA  and  Glycine  Receptor-Channels  Can  Be  RecordedChloride  Currents  Through  Inhibitory  GABAA  and  Glycine  Receptor-Channels  Normally  Inhibit  the  Postsynaptic  CellIonotropic  Glutamate,  GABA,  and  Glycine  Receptors  Are  Transmembrane  Proteins  Encoded  by  Two  Distinct  Gene  FamiliesIonotropic  GABAA  and  Glycine  Receptors  Are  Homologous  to  Nicotinic  ACh  ReceptorsSome  Synaptic  Actions  Depend  on  Other  Types  of  Ionotropic  Receptors  in  the  Central  Nervous  SystemExcitatory  and  Inhibitory  Synaptic  Actions  Are  Integrated  by  the  Cell  into  a  Single  OutputSynaptic  Inputs  Are  Integrated  to  Fire  an  Action  Potential  at  the  Axon  Initial  SegmentDendrites  Are  Electrically  Excitable  Structures  That  Can  Fire  Action  PotentialsSynapses  on  a  Central  Neuron  Are  Grouped  According  to  Physiological  FunctionAn  Overall  View  
SN  - 
PB  - McGraw-Hill Education
CY  - New York, NY
Y2  - 2024/04/16
UR  - neurology.mhmedical.com/content.aspx?aid=1101678041
ER  -