epsp การใช้

• These were the Piraeus FCA ( EPSP ) following a dispute.
• This phenomenon is known as an excitatory postsynaptic potential ( EPSP ).
• EPSP synthase has been divided into two groups according to glyphosate sensitivity.
• EPSP synthase is the biological target for the herbicide glyphosate.
• AMPA generates fast excitatory postsynaptic potentials ( EPSP ).
• The closer to the body the dendrite, the higher the EPSP amplitude.
• Those that are excitatory are referred to as excitatory postsynaptic potential ( EPSP ).
• EPSP synthase is a monomeric enzyme with a molecular mass of about 46, 000.
• The hyperpolarization activated nonselective cation conductance decreases EPSP summation and duration and they also change inhibitory inputs into postsynaptic excitation.
• If an IPSP overlaps with an EPSP, the IPSP can in many cases prevent the neuron from firing an action potential.
• If the EPSP is not large enough to trigger an action potential, the membrane subsequently repolarizes to its resting membrane potential.
• Thus, during a 100 Hz stimulus train, each EPSP will add to the membrane depolarization caused by the previous EPSPs.
• The postsynaptic depolarization will subside by the time an EPSP occurs, enabling Mg 2 + to return to its inhibitory binding site.
• EPSP synthase is produced only by plants and micro-organisms; the gene coding for it is not in the mammalian genome.
• An EPSP occurring only 10 ms after a previous EPSP will arrive at a time when that previous EPSP is at its peak amplitude.
• An EPSP occurring only 10 ms after a previous EPSP will arrive at a time when that previous EPSP is at its peak amplitude.
• An EPSP occurring only 10 ms after a previous EPSP will arrive at a time when that previous EPSP is at its peak amplitude.
• This receptor is found mediating slow EPSP at the ganglion in the postganglionic nerve, is common in exocrine glands and in the CNS.
• In recordings of field potentials he recognized that the dendritic potential evoked by direct cortical stimulation corresponded to the EPSP generated by apical dendrites.
• Such inhibition limits EPSP and protects the neuron from entering a never-ending positive-positive feedback loop between the soma and the dendrites.