Experiment: MoYLS4 with Nickel Chloride 1.5mM 
Only strains with sufficient reads to estimate fitness are shown,
                   but the strain fitness values are still rather noisy and may be biased towards zero.
                   Strains near the edge of a gene are not shown as being associated with that
                   gene (they are in grey).
                   Strains in the central 10-90% of a gene are color coded by the insertion's strand.
                   Usually, "+" means that the selectable marker is encoded on the forward strand,
                   i.e., transcribed rightward. 
    
        
         
     
    
        
         
     
    
        
         
     
    
        
         
     
    
         
     
     
 
500 nt DORF37046 and DVU1735 are separated by 20 nucleotides DVU1735 and DVU1736 overlap by 17 nucleotides DVU1736 and DVU1737 are separated by 106 nucleotides DVU1737 and DORF13021 are separated by 2 nucleotides DORF13021 and DVU1738 overlap by 23 nucleotides DVU1738 and DORF37060 are separated by 83 nucleotides  
        
        DORF37046: DORF37046 - no description, at 1,802,141 to 1,805,941 
         
        DORF37046 
         
        
        DVU1735: DVU1735 - hypothetical protein (TIGR), at 1,805,962 to 1,806,105 
         
        DVU1735 
         
        
        DVU1736: DVU1736 - hypothetical protein (TIGR), at 1,806,089 to 1,806,283 
         
        DVU1736 
         
        
        DVU1737: DVU1737 - conserved hypothetical protein (TIGR), at 1,806,390 to 1,806,608 
         
        DVU1737 
         
        
        DORF13021: DORF13021 - no description, at 1,806,611 to 1,806,808 
         
        DORF13021 
         
        
        DVU1738: DVU1738 - site-specific recombinase, phage integrase family (TIGR), at 1,806,786 to 1,807,430 
         
        DVU1738 
         
        
        DORF37060: DORF37060 - no description, at 1,807,514 to 1,808,563 
         
        DORF37060 
         Position (kb)  
1806 
 
1807 Strain fitness (log2 ratio)  
-3 
 
-2 
 
-1 
 
0 
 
1 
 
2 at 1805.558 kb on + strand, within DORF37046 at 1805.699 kb on - strand at 1805.709 kb on - strand at 1805.711 kb on + strand at 1805.764 kb on + strand at 1805.800 kb on + strand at 1805.808 kb on - strand at 1805.818 kb on - strand at 1805.850 kb on + strand at 1805.902 kb on - strand at 1805.942 kb on + strand at 1805.942 kb on + strand at 1805.977 kb on - strand, within DVU1735 at 1805.989 kb on - strand, within DVU1735 at 1805.999 kb on - strand, within DVU1735 at 1806.087 kb on - strand, within DVU1735 at 1806.137 kb on - strand, within DVU1736 at 1806.264 kb on + strand at 1806.277 kb on + strand at 1806.277 kb on + strand at 1806.339 kb on - strand at 1806.357 kb on + strand at 1806.358 kb on - strand at 1806.361 kb on + strand at 1806.362 kb on + strand at 1806.362 kb on + strand at 1806.374 kb on + strand at 1806.374 kb on + strand at 1806.374 kb on + strand at 1806.382 kb on - strand at 1806.503 kb on - strand, within DVU1737 at 1806.558 kb on - strand, within DVU1737 at 1806.583 kb on - strand, within DVU1737 at 1806.587 kb on - strand at 1806.659 kb on + strand, within DORF13021 at 1806.784 kb on + strand, within DORF13021 at 1806.790 kb on - strand at 1806.912 kb on - strand, within DVU1738 at 1806.924 kb on + strand, within DVU1738 at 1806.927 kb on + strand, within DVU1738 at 1806.966 kb on + strand, within DVU1738 at 1806.988 kb on + strand, within DVU1738 at 1806.989 kb on - strand, within DVU1738 at 1806.996 kb on - strand, within DVU1738 at 1806.998 kb on + strand, within DVU1738 at 1807.000 kb on + strand, within DVU1738 at 1807.006 kb on - strand, within DVU1738 at 1807.006 kb on - strand, within DVU1738 at 1807.006 kb on - strand, within DVU1738 at 1807.121 kb on + strand, within DVU1738 at 1807.256 kb on + strand, within DVU1738 at 1807.256 kb on + strand, within DVU1738 at 1807.264 kb on - strand, within DVU1738 at 1807.264 kb on - strand, within DVU1738 at 1807.319 kb on - strand, within DVU1738 at 1807.520 kb on - strand  
 
 
 
Per-strain Table 
Position  Strand  Gene  LocusTag  Fraction   MoYLS4 with Nickel Chloride 1.5mM             remove   1,805,558   +    DORF37046   0.90  -0.6   1,805,699   -        -0.3   1,805,709   -        -0.3   1,805,711   +        +0.5   1,805,764   +        -0.9   1,805,800   +        -0.4   1,805,808   -        -2.8   1,805,818   -        -1.8   1,805,850   +        -0.0   1,805,902   -        -0.5   1,805,942   +        -0.2   1,805,942   +        -0.5   1,805,977   -    DVU1735   0.10  -0.3   1,805,989   -    DVU1735   0.19  -0.3   1,805,999   -    DVU1735   0.26  -1.1   1,806,087   -    DVU1735   0.87  -0.5   1,806,137   -    DVU1736   0.25  -0.1   1,806,264   +        -0.3   1,806,277   +        +0.1   1,806,277   +        +0.1   1,806,339   -        +0.2   1,806,357   +        +0.4   1,806,358   -        -0.0   1,806,361   +        -0.4   1,806,362   +        +0.2   1,806,362   +        -1.6   1,806,374   +        +0.6   1,806,374   +        -0.7   1,806,374   +        -0.9   1,806,382   -        -0.3   1,806,503   -    DVU1737   0.52  +0.0   1,806,558   -    DVU1737   0.77  +0.2   1,806,583   -    DVU1737   0.88  -0.0   1,806,587   -        -0.5   1,806,659   +    DORF13021   0.24  -0.9   1,806,784   +    DORF13021   0.87  +0.1   1,806,790   -        +0.9   1,806,912   -    DVU1738   0.20  -0.1   1,806,924   +    DVU1738   0.21  -1.4   1,806,927   +    DVU1738   0.22  -0.5   1,806,966   +    DVU1738   0.28  +1.9   1,806,988   +    DVU1738   0.31  -0.6   1,806,989   -    DVU1738   0.31  +0.1   1,806,996   -    DVU1738   0.33  -0.0   1,806,998   +    DVU1738   0.33  -0.6   1,807,000   +    DVU1738   0.33  -0.3   1,807,006   -    DVU1738   0.34  -0.5   1,807,006   -    DVU1738   0.34  -0.1   1,807,006   -    DVU1738   0.34  -0.4   1,807,121   +    DVU1738   0.52  +1.8   1,807,256   +    DVU1738   0.73  -1.6   1,807,256   +    DVU1738   0.73  -0.6   1,807,264   -    DVU1738   0.74  -1.2   1,807,264   -    DVU1738   0.74  -1.1   1,807,319   -    DVU1738   0.83  +0.2   1,807,520   -        +0.0 
 
Or see this region's nucleotide sequence