Table I

Spatial Relationships between Cables and Patches

NumberFeatures
Patch association with cables     
 Patches at ends of cables   32 (37 ± 5%)  2, 4, 5, and 6 
 Patches free   50  
 Total patches   82   
Cable association with patches     
 Counting cables as units     
  Both ends on patch    4  
  One end on cluster, one end on patch    9  
  One end on patch, one end free   14   
  One end on cluster, one end free   23  
  Total associated   50 (74 ± 5%)   
  Both ends free   18  
  Total cables   68   
Counting cable ends as units*     
 Ends on patches   31 (30 ± 4%)   
 Ends free   73   
 Total ends  104   
NumberFeatures
Patch association with cables     
 Patches at ends of cables   32 (37 ± 5%)  2, 4, 5, and 6 
 Patches free   50  
 Total patches   82   
Cable association with patches     
 Counting cables as units     
  Both ends on patch    4  
  One end on cluster, one end on patch    9  
  One end on patch, one end free   14   
  One end on cluster, one end free   23  
  Total associated   50 (74 ± 5%)   
  Both ends free   18  
  Total cables   68   
Counting cable ends as units*     
 Ends on patches   31 (30 ± 4%)   
 Ends free   73   
 Total ends  104   

We examined the association between 82 patches and 68 cables in 14 cells. In some cases, patches were densely clustered at the neck and could not be distinguished as individuals. For certain key numbers, percentage ± SEP is given. Examples are shown as features in Fig. 1/Movie 1.  

*

 Cable ends associated with dense patch clusters were excluded from this analysis because of the relative lack of certainty about the location of the end. 32 (= 23 + 9) cable ends were excluded. The other end of such a cable was included.  

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