Amphibial Sympathetic ganglions are used broadly in the study of neurobiology including membrane and biophysics. Sympathetic ganglion cells have large Volume, simple shape no dendron and synapses on the cell body. Cellular structure is simple and has intermediate neurons, which can survive a longer period in vitro. Amphibial sympathetic ganglions show various postsynaptic potential including fast excitatory postsynaptic potential (fEPSP). Slow inhibitory postsynaptic potential(sIPSP).Slow exeitatory postsynaptic potential (sEPSP). late slow excitatory postsynaptic potential (lsEPSP) and Various Synapse plasticity the Sametime, these Suggust the ganglions have message collection function. Therefore, amphibial sympathetic ganglions can act as model system for strding and memory researches.

Amphibial sympathetic ganglions are a useful model system for studying neurobiology, with various postsynaptic potentials and message collection functions.

Xynaptic transmission of amphibial sympathetic ganglions

Key Takeaway: Amphibial sympathetic ganglions are a useful model system for studying neurobiology, with various postsynaptic potentials and message collection functions.