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1 ulation frequencies (P < 0.05) and miniature end-plate potential amplitude analysis (P < 0.01) showed
2 ed to 10-30% of normal levels, the miniature end-plate potentials are correspondingly reduced, and th
3 ock owing to temporal summation of prolonged end plate potentials at physiologic rates of stimulation
4 loroquine reduced the quantal content of the end-plate potential by 37-45%.
5                   Furthermore, the decreased end plate potential (EPP) amplitude in these 30-month-ol
6  not after a tetanus, increased the speed of end plate potential (EPP) amplitude rundown, and greatly
7 namely, decreased quantal content, decreased end plate potential (EPP) amplitude with prolonged rise
8                                              End plate potential (EPP) amplitudes were used to follow
9                                       Evoked end-plate potential (EPP) remained similar at the NMJs i
10                                              End-plate potentials (EPPs) and miniature end-plate pote
11 ronous ACh release evoked by nerve impulses (end-plate potentials, EPPs) follow a simple binomial dis
12 rise and decay time, and prolonged miniature end plate potential (mEPP) rise and decay time.
13 plitude and decay time constant of miniature end-plate potential (MEPP) and miniature end-plate curre
14 itude but increase in frequency of miniature end-plate potential (mEPP) at the NMJs in Acta1+/Ki mice
15  as the frequency of occurrence of miniature end-plate potentials (MEPP(f)), were evoked by high pota
16 rise and decay time, and, although miniature end plate potential (mEPPs) amplitude and frequency were
17                                    Miniature end-plate potentials (MEPPs) were focally recorded from
18    End-plate potentials (EPPs) and miniature end-plate potentials (MEPPs) were recorded from neuromus
19 t the end-plate border we examined miniature end-plate potentials (MEPPs), sodium current (INa) ampli
20 ionally, miniature end plate potential size, end plate potential size, and quantal content did not di
21                      Functionally, miniature end plate potential size, end plate potential size, and