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recycle time
The gradient system was necessary to analyze all three major factors within a reasonable recycle time (14 min) without interference by front eluting impurities.
      
A 1.2-s recycle time and a 1.5-ms contact time were used.
      
A recycle time of 2 s was used to ensure the system relaxed back to its equilibrium state between experiments.
      
All the parameters, except vesicle recycle time, show highly significant differences between EDL and soleus terminals.
      
Contact times between 0.02 and 4 ms were used with a recycle time of 5 s.
      
Recycle time, Time in seconds after which a sustained deviation between dye loss and summed transmitter release occurs.
      
Soleus vesicle pool was larger than EDL, but recycle time was not significantly different.
      
Spectra were accumulated in 5 min blocks using a 708 pulse angle, a 2.23 s recycle time, and a spectral width of 9090 Hz.
      
Thus, it was important to see whether recycle time could be modulated by changes in frequency.
      
These terminals, therefore, are adapted to their in vivo activity patterns by alterations in QC and VP size but not recycle time.
      
The contact timedeionized water was determined with a combination glass for each spectra was 1 ms and recycle time was 1 s.
      
The spectrum was obtained with a recycle time of 20 s to ensure complete F magnetization recovery.
      
The recycle time was 10 s and typically 2000 scans were required to obtain a good signal to noise ratio.
      
Under these demanding conditions, no EDL terminals were able to maintain quantal release for long enough to measure recycle time.
      
We therefore went on to estimate the vesicle recycle time for the two different types of terminal.
      
We therefore examined the effect of changing first the stimulation frequency and then the activity pattern on total recycle time.
      
 

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