 The model also predicts higher calcium influx with more closely placed channel complexes, resolving a potential mechanism of differential calcium handling by \emph{locality of channel distribution .
<fluency>  The model also predicts higher calcium influx with more closely placed channel complexes, resolving a potential mechanism of differential calcium handling by \emph{locality of channel distribution .
 The model also predicts higher calcium influx with more closely placed channel complexes, resolving a potential mechanism of differential calcium handling by \emph{locality channel distributions .