Experiment: EMM_noCarbon with D-Glucose and Ammonium Sulfate
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 GFF53 and GFF54 are separated by 6 nucleotides GFF54 and GFF55 are separated by 87 nucleotides GFF55 and GFF56 are separated by 115 nucleotides
GFF53 - FIG00450481: hypothetical protein, at 43,052 to 43,858
GFF53
GFF54 - Peptidyl-tRNA hydrolase (EC 3.1.1.29), at 43,865 to 44,434
GFF54
GFF55 - LSU ribosomal protein L25p, at 44,522 to 45,133
GFF55
GFF56 - hypothetical protein, at 45,249 to 46,139
GFF56
Position (kb)
44
45
46 Strain fitness (log2 ratio)
-3
-2
-1
0
1
2 at 43.544 kb on - strand, within GFF53 at 43.544 kb on - strand, within GFF53 at 43.549 kb on + strand, within GFF53 at 43.549 kb on + strand, within GFF53 at 43.549 kb on + strand, within GFF53 at 43.551 kb on + strand, within GFF53 at 43.553 kb on + strand, within GFF53 at 43.557 kb on - strand, within GFF53 at 43.557 kb on - strand, within GFF53 at 43.559 kb on - strand, within GFF53 at 43.559 kb on - strand, within GFF53 at 43.578 kb on + strand, within GFF53 at 43.586 kb on - strand, within GFF53 at 43.594 kb on - strand, within GFF53 at 43.622 kb on - strand, within GFF53 at 43.642 kb on - strand, within GFF53 at 43.645 kb on + strand, within GFF53 at 43.645 kb on + strand, within GFF53 at 43.659 kb on + strand, within GFF53 at 43.659 kb on + strand, within GFF53 at 43.689 kb on + strand, within GFF53 at 43.704 kb on + strand, within GFF53 at 43.704 kb on + strand, within GFF53 at 43.704 kb on + strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.712 kb on - strand, within GFF53 at 43.724 kb on + strand, within GFF53 at 43.725 kb on + strand, within GFF53 at 43.729 kb on + strand, within GFF53 at 43.748 kb on + strand, within GFF53 at 43.748 kb on + strand, within GFF53 at 43.748 kb on + strand, within GFF53 at 43.748 kb on + strand, within GFF53 at 43.756 kb on - strand, within GFF53 at 43.756 kb on - strand, within GFF53 at 43.756 kb on - strand, within GFF53 at 43.756 kb on - strand, within GFF53 at 43.756 kb on - strand, within GFF53 at 43.758 kb on + strand, within GFF53 at 43.852 kb on + strand at 43.852 kb on + strand at 43.852 kb on + strand at 43.852 kb on + strand at 43.852 kb on + strand at 43.852 kb on + strand at 43.852 kb on + strand at 43.860 kb on - strand at 43.860 kb on - strand at 43.860 kb on - strand at 43.860 kb on - strand at 43.860 kb on - strand at 43.872 kb on + strand at 43.874 kb on - strand at 43.882 kb on + strand at 44.421 kb on + strand at 44.421 kb on + strand at 44.421 kb on + strand at 44.421 kb on + strand at 44.429 kb on - strand at 44.429 kb on - strand at 44.429 kb on - strand at 44.429 kb on - strand at 44.429 kb on - strand at 44.429 kb on - strand at 44.429 kb on - strand at 44.518 kb on - strand at 44.521 kb on - strand at 44.537 kb on - strand at 44.654 kb on - strand, within GFF55 at 44.687 kb on - strand, within GFF55 at 44.688 kb on - strand, within GFF55 at 44.739 kb on - strand, within GFF55 at 44.778 kb on - strand, within GFF55 at 44.869 kb on - strand, within GFF55 at 45.241 kb on + strand at 45.243 kb on - strand at 45.246 kb on + strand at 45.254 kb on - strand at 45.259 kb on + strand at 45.267 kb on + strand at 45.267 kb on - strand at 45.267 kb on - strand at 45.267 kb on - strand at 45.268 kb on + strand at 45.275 kb on - strand at 45.275 kb on - strand at 45.276 kb on - strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.280 kb on + strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.288 kb on - strand at 45.293 kb on - strand at 45.325 kb on - strand at 45.349 kb on + strand, within GFF56 at 45.349 kb on + strand, within GFF56 at 45.349 kb on + strand, within GFF56 at 45.349 kb on + strand, within GFF56 at 45.357 kb on - strand, within GFF56 at 45.357 kb on - strand, within GFF56 at 45.358 kb on - strand, within GFF56 at 45.384 kb on + strand, within GFF56 at 45.392 kb on - strand, within GFF56 at 45.416 kb on - strand, within GFF56 at 45.418 kb on + strand, within GFF56 at 45.426 kb on - strand, within GFF56 at 45.426 kb on - strand, within GFF56 at 45.458 kb on + strand, within GFF56 at 45.463 kb on + strand, within GFF56 at 45.465 kb on - strand, within GFF56 at 45.477 kb on - strand, within GFF56 at 45.482 kb on - strand, within GFF56 at 45.484 kb on + strand, within GFF56 at 45.488 kb on + strand, within GFF56 at 45.495 kb on + strand, within GFF56 at 45.495 kb on + strand, within GFF56 at 45.501 kb on - strand, within GFF56 at 45.513 kb on + strand, within GFF56 at 45.514 kb on - strand, within GFF56 at 45.518 kb on - strand, within GFF56 at 45.523 kb on - strand, within GFF56 at 45.532 kb on + strand, within GFF56 at 45.532 kb on + strand, within GFF56 at 45.532 kb on + strand, within GFF56 at 45.540 kb on - strand, within GFF56 at 45.540 kb on - strand, within GFF56 at 45.540 kb on - strand, within GFF56 at 45.540 kb on - strand, within GFF56 at 45.544 kb on + strand, within GFF56 at 45.544 kb on + strand, within GFF56 at 45.544 kb on + strand, within GFF56 at 45.552 kb on - strand, within GFF56 at 45.552 kb on - strand, within GFF56 at 45.554 kb on + strand, within GFF56 at 45.557 kb on - strand, within GFF56 at 45.557 kb on - strand, within GFF56 at 45.559 kb on + strand, within GFF56 at 45.559 kb on + strand, within GFF56 at 45.559 kb on + strand, within GFF56 at 45.562 kb on - strand, within GFF56 at 45.564 kb on + strand, within GFF56 at 45.567 kb on - strand, within GFF56 at 45.567 kb on - strand, within GFF56 at 45.567 kb on - strand, within GFF56 at 45.567 kb on - strand, within GFF56 at 45.567 kb on - strand, within GFF56 at 45.567 kb on - strand, within GFF56 at 45.572 kb on + strand, within GFF56 at 45.580 kb on - strand, within GFF56 at 45.609 kb on - strand, within GFF56 at 45.634 kb on - strand, within GFF56 at 45.650 kb on + strand, within GFF56 at 45.658 kb on + strand, within GFF56 at 45.658 kb on + strand, within GFF56 at 45.666 kb on - strand, within GFF56 at 45.666 kb on - strand, within GFF56 at 45.666 kb on - strand, within GFF56 at 45.668 kb on + strand, within GFF56 at 45.682 kb on - strand, within GFF56 at 45.682 kb on - strand, within GFF56 at 45.707 kb on + strand, within GFF56 at 45.712 kb on - strand, within GFF56 at 45.732 kb on + strand, within GFF56 at 45.743 kb on + strand, within GFF56 at 45.763 kb on + strand, within GFF56 at 45.763 kb on + strand, within GFF56 at 45.771 kb on - strand, within GFF56 at 45.789 kb on + strand, within GFF56 at 45.789 kb on - strand, within GFF56 at 45.789 kb on - strand, within GFF56 at 45.790 kb on - strand, within GFF56 at 45.812 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.827 kb on + strand, within GFF56 at 45.835 kb on - strand, within GFF56 at 45.835 kb on - strand, within GFF56 at 45.835 kb on - strand, within GFF56 at 45.835 kb on - strand, within GFF56 at 45.835 kb on - strand, within GFF56 at 45.835 kb on - strand, within GFF56 at 45.839 kb on + strand, within GFF56 at 45.847 kb on + strand, within GFF56 at 45.847 kb on + strand, within GFF56 at 45.848 kb on - strand, within GFF56 at 45.855 kb on - strand, within GFF56 at 45.855 kb on - strand, within GFF56 at 45.857 kb on + strand, within GFF56 at 45.857 kb on + strand, within GFF56 at 45.857 kb on + strand, within GFF56 at 45.865 kb on - strand, within GFF56 at 45.865 kb on - strand, within GFF56 at 45.865 kb on - strand, within GFF56 at 45.873 kb on - strand, within GFF56 at 45.884 kb on + strand, within GFF56 at 45.908 kb on + strand, within GFF56 at 45.913 kb on + strand, within GFF56 at 45.918 kb on + strand, within GFF56 at 45.919 kb on + strand, within GFF56 at 45.919 kb on + strand, within GFF56 at 45.919 kb on + strand, within GFF56 at 45.925 kb on - strand, within GFF56 at 45.927 kb on - strand, within GFF56 at 45.927 kb on - strand, within GFF56 at 45.927 kb on - strand, within GFF56 at 45.927 kb on - strand, within GFF56 at 45.927 kb on - strand, within GFF56 at 45.935 kb on + strand, within GFF56 at 45.937 kb on - strand, within GFF56 at 45.949 kb on + strand, within GFF56 at 45.949 kb on - strand, within GFF56 at 45.950 kb on + strand, within GFF56 at 45.958 kb on + strand, within GFF56 at 45.966 kb on - strand, within GFF56 at 45.966 kb on - strand, within GFF56 at 45.968 kb on + strand, within GFF56 at 45.968 kb on + strand, within GFF56 at 45.968 kb on + strand, within GFF56 at 45.968 kb on + strand, within GFF56 at 45.976 kb on - strand, within GFF56 at 45.976 kb on - strand, within GFF56 at 45.976 kb on - strand, within GFF56 at 45.976 kb on - strand, within GFF56 at 45.976 kb on - strand, within GFF56 at 45.996 kb on + strand, within GFF56 at 45.996 kb on + strand, within GFF56 at 45.996 kb on + strand, within GFF56 at 46.004 kb on - strand, within GFF56 at 46.013 kb on + strand, within GFF56 at 46.015 kb on + strand, within GFF56 at 46.015 kb on + strand, within GFF56 at 46.018 kb on + strand, within GFF56 at 46.021 kb on - strand, within GFF56 at 46.023 kb on - strand, within GFF56 at 46.027 kb on + strand, within GFF56 at 46.028 kb on - strand, within GFF56 at 46.028 kb on - strand, within GFF56 at 46.031 kb on + strand, within GFF56 at 46.033 kb on - strand, within GFF56 at 46.035 kb on - strand, within GFF56 at 46.042 kb on + strand, within GFF56 at 46.042 kb on + strand, within GFF56 at 46.045 kb on - strand, within GFF56 at 46.049 kb on - strand, within GFF56 at 46.050 kb on - strand, within GFF56 at 46.050 kb on - strand, within GFF56 at 46.050 kb on - strand, within GFF56 at 46.050 kb on - strand, within GFF56 at 46.050 kb on - strand, within GFF56 at 46.055 kb on + strand at 46.056 kb on + strand at 46.089 kb on + strand at 46.094 kb on + strand at 46.094 kb on + strand at 46.094 kb on + strand at 46.107 kb on - strand at 46.109 kb on + strand at 46.121 kb on + strand
Per-strain Table
Position Strand Gene LocusTag Fraction EMM_noCarbon with D-Glucose and Ammonium Sulfate remove 43,544 - GFF53 0.61 -1.9 43,544 - GFF53 0.61 -0.8 43,549 + GFF53 0.62 -2.2 43,549 + GFF53 0.62 +0.6 43,549 + GFF53 0.62 +0.1 43,551 + GFF53 0.62 +0.1 43,553 + GFF53 0.62 +0.2 43,557 - GFF53 0.63 -1.4 43,557 - GFF53 0.63 -2.3 43,559 - GFF53 0.63 +0.7 43,559 - GFF53 0.63 -0.4 43,578 + GFF53 0.65 -0.7 43,586 - GFF53 0.66 +0.1 43,594 - GFF53 0.67 -0.0 43,622 - GFF53 0.71 -1.9 43,642 - GFF53 0.73 -0.2 43,645 + GFF53 0.73 -1.2 43,645 + GFF53 0.73 +0.2 43,659 + GFF53 0.75 +0.5 43,659 + GFF53 0.75 +0.4 43,689 + GFF53 0.79 +0.9 43,704 + GFF53 0.81 -0.1 43,704 + GFF53 0.81 -1.7 43,704 + GFF53 0.81 -1.3 43,712 - GFF53 0.82 +0.1 43,712 - GFF53 0.82 -0.3 43,712 - GFF53 0.82 +0.5 43,712 - GFF53 0.82 -0.0 43,712 - GFF53 0.82 -0.6 43,712 - GFF53 0.82 +0.4 43,712 - GFF53 0.82 +0.2 43,712 - GFF53 0.82 -1.2 43,712 - GFF53 0.82 -1.8 43,712 - GFF53 0.82 -0.0 43,724 + GFF53 0.83 -0.3 43,725 + GFF53 0.83 +1.0 43,729 + GFF53 0.84 -0.5 43,748 + GFF53 0.86 +1.7 43,748 + GFF53 0.86 -0.1 43,748 + GFF53 0.86 -1.0 43,748 + GFF53 0.86 -0.8 43,756 - GFF53 0.87 -0.0 43,756 - GFF53 0.87 +0.4 43,756 - GFF53 0.87 -1.6 43,756 - GFF53 0.87 -2.2 43,756 - GFF53 0.87 +0.3 43,758 + GFF53 0.87 -0.2 43,852 + -0.9 43,852 + +0.2 43,852 + -0.9 43,852 + -0.2 43,852 + +0.5 43,852 + -3.1 43,852 + -0.2 43,860 - -0.9 43,860 - -0.6 43,860 - -1.2 43,860 - -1.8 43,860 - +0.0 43,872 + -0.0 43,874 - +0.9 43,882 + +0.4 44,421 + +0.7 44,421 + +0.0 44,421 + +0.2 44,421 + -0.1 44,429 - -0.1 44,429 - -1.8 44,429 - +0.9 44,429 - -1.3 44,429 - -0.1 44,429 - +0.5 44,429 - +1.6 44,518 - -1.4 44,521 - -1.8 44,537 - -1.7 44,654 - GFF55 0.22 +1.9 44,687 - GFF55 0.27 -0.9 44,688 - GFF55 0.27 +0.6 44,739 - GFF55 0.35 +0.9 44,778 - GFF55 0.42 -1.7 44,869 - GFF55 0.57 -1.2 45,241 + -1.8 45,243 - +0.2 45,246 + +0.2 45,254 - -2.5 45,259 + +0.2 45,267 + +1.1 45,267 - -0.4 45,267 - +0.7 45,267 - -1.2 45,268 + +0.7 45,275 - +0.5 45,275 - +0.6 45,276 - +0.4 45,280 + -0.0 45,280 + -0.7 45,280 + -0.1 45,280 + -0.9 45,280 + -0.3 45,280 + -0.7 45,280 + +0.4 45,280 + -0.5 45,280 + -1.4 45,280 + -0.2 45,288 - +0.2 45,288 - -0.3 45,288 - -2.2 45,288 - -0.8 45,288 - +0.7 45,288 - -0.4 45,288 - +1.8 45,288 - -0.7 45,288 - +0.9 45,288 - +0.7 45,288 - -0.2 45,293 - +0.4 45,325 - +0.6 45,349 + GFF56 0.11 -1.0 45,349 + GFF56 0.11 +0.1 45,349 + GFF56 0.11 -0.1 45,349 + GFF56 0.11 -0.7 45,357 - GFF56 0.12 -1.3 45,357 - GFF56 0.12 +0.2 45,358 - GFF56 0.12 -2.2 45,384 + GFF56 0.15 +0.9 45,392 - GFF56 0.16 -1.4 45,416 - GFF56 0.19 +1.1 45,418 + GFF56 0.19 +1.6 45,426 - GFF56 0.20 -2.1 45,426 - GFF56 0.20 -1.3 45,458 + GFF56 0.23 +0.3 45,463 + GFF56 0.24 +0.7 45,465 - GFF56 0.24 -2.9 45,477 - GFF56 0.26 +0.8 45,482 - GFF56 0.26 -1.0 45,484 + GFF56 0.26 -0.9 45,488 + GFF56 0.27 +0.1 45,495 + GFF56 0.28 +0.1 45,495 + GFF56 0.28 -1.3 45,501 - GFF56 0.28 -0.3 45,513 + GFF56 0.30 -2.3 45,514 - GFF56 0.30 -0.2 45,518 - GFF56 0.30 +0.3 45,523 - GFF56 0.31 -0.3 45,532 + GFF56 0.32 -1.0 45,532 + GFF56 0.32 -0.1 45,532 + GFF56 0.32 -1.1 45,540 - GFF56 0.33 -0.6 45,540 - GFF56 0.33 -1.3 45,540 - GFF56 0.33 +1.1 45,540 - GFF56 0.33 -0.2 45,544 + GFF56 0.33 -1.5 45,544 + GFF56 0.33 +0.4 45,544 + GFF56 0.33 -0.4 45,552 - GFF56 0.34 -0.2 45,552 - GFF56 0.34 +1.3 45,554 + GFF56 0.34 -0.5 45,557 - GFF56 0.35 +1.2 45,557 - GFF56 0.35 +0.6 45,559 + GFF56 0.35 -0.2 45,559 + GFF56 0.35 -0.8 45,559 + GFF56 0.35 -0.0 45,562 - GFF56 0.35 -1.2 45,564 + GFF56 0.35 -0.6 45,567 - GFF56 0.36 -1.7 45,567 - GFF56 0.36 -0.8 45,567 - GFF56 0.36 +0.5 45,567 - GFF56 0.36 -2.3 45,567 - GFF56 0.36 +0.9 45,567 - GFF56 0.36 -1.9 45,572 + GFF56 0.36 -1.5 45,580 - GFF56 0.37 -0.3 45,609 - GFF56 0.40 +0.1 45,634 - GFF56 0.43 -0.8 45,650 + GFF56 0.45 +1.9 45,658 + GFF56 0.46 -1.1 45,658 + GFF56 0.46 +0.8 45,666 - GFF56 0.47 -1.6 45,666 - GFF56 0.47 +0.8 45,666 - GFF56 0.47 +0.0 45,668 + GFF56 0.47 -0.2 45,682 - GFF56 0.49 +1.8 45,682 - GFF56 0.49 +0.3 45,707 + GFF56 0.51 -0.1 45,712 - GFF56 0.52 +0.9 45,732 + GFF56 0.54 -1.0 45,743 + GFF56 0.55 -1.0 45,763 + GFF56 0.58 -0.4 45,763 + GFF56 0.58 -0.1 45,771 - GFF56 0.59 -0.3 45,789 + GFF56 0.61 -2.7 45,789 - GFF56 0.61 -0.2 45,789 - GFF56 0.61 +0.3 45,790 - GFF56 0.61 -0.3 45,812 + GFF56 0.63 -0.9 45,827 + GFF56 0.65 -0.1 45,827 + GFF56 0.65 +0.7 45,827 + GFF56 0.65 +0.2 45,827 + GFF56 0.65 +0.8 45,827 + GFF56 0.65 +0.8 45,827 + GFF56 0.65 -0.5 45,827 + GFF56 0.65 +0.1 45,827 + GFF56 0.65 +0.8 45,827 + GFF56 0.65 +0.2 45,827 + GFF56 0.65 +0.2 45,835 - GFF56 0.66 -0.4 45,835 - GFF56 0.66 -1.4 45,835 - GFF56 0.66 -0.8 45,835 - GFF56 0.66 -0.0 45,835 - GFF56 0.66 -0.9 45,835 - GFF56 0.66 +0.1 45,839 + GFF56 0.66 -2.2 45,847 + GFF56 0.67 +0.3 45,847 + GFF56 0.67 +1.4 45,848 - GFF56 0.67 +0.0 45,855 - GFF56 0.68 -0.6 45,855 - GFF56 0.68 -2.3 45,857 + GFF56 0.68 -0.4 45,857 + GFF56 0.68 +1.7 45,857 + GFF56 0.68 -2.2 45,865 - GFF56 0.69 +0.9 45,865 - GFF56 0.69 +0.9 45,865 - GFF56 0.69 +0.6 45,873 - GFF56 0.70 +0.4 45,884 + GFF56 0.71 +0.2 45,908 + GFF56 0.74 -0.8 45,913 + GFF56 0.75 +0.4 45,918 + GFF56 0.75 +0.2 45,919 + GFF56 0.75 -1.5 45,919 + GFF56 0.75 -0.4 45,919 + GFF56 0.75 -1.3 45,925 - GFF56 0.76 +0.0 45,927 - GFF56 0.76 -1.2 45,927 - GFF56 0.76 +0.4 45,927 - GFF56 0.76 -0.5 45,927 - GFF56 0.76 +1.5 45,927 - GFF56 0.76 -0.3 45,935 + GFF56 0.77 +0.0 45,937 - GFF56 0.77 -0.7 45,949 + GFF56 0.79 -2.2 45,949 - GFF56 0.79 -0.7 45,950 + GFF56 0.79 -1.1 45,958 + GFF56 0.80 -0.7 45,966 - GFF56 0.80 -0.4 45,966 - GFF56 0.80 +1.8 45,968 + GFF56 0.81 -0.6 45,968 + GFF56 0.81 -1.3 45,968 + GFF56 0.81 -0.1 45,968 + GFF56 0.81 -0.7 45,976 - GFF56 0.82 -0.6 45,976 - GFF56 0.82 -0.9 45,976 - GFF56 0.82 +0.1 45,976 - GFF56 0.82 -1.5 45,976 - GFF56 0.82 -1.9 45,996 + GFF56 0.84 -1.7 45,996 + GFF56 0.84 +0.2 45,996 + GFF56 0.84 -1.0 46,004 - GFF56 0.85 +0.3 46,013 + GFF56 0.86 +0.7 46,015 + GFF56 0.86 -1.7 46,015 + GFF56 0.86 -0.7 46,018 + GFF56 0.86 -0.6 46,021 - GFF56 0.87 -1.9 46,023 - GFF56 0.87 -2.3 46,027 + GFF56 0.87 -0.2 46,028 - GFF56 0.87 -0.4 46,028 - GFF56 0.87 -1.0 46,031 + GFF56 0.88 +0.0 46,033 - GFF56 0.88 -0.4 46,035 - GFF56 0.88 +1.4 46,042 + GFF56 0.89 -1.4 46,042 + GFF56 0.89 +0.1 46,045 - GFF56 0.89 -0.6 46,049 - GFF56 0.90 -0.8 46,050 - GFF56 0.90 +1.2 46,050 - GFF56 0.90 -0.6 46,050 - GFF56 0.90 -0.4 46,050 - GFF56 0.90 -1.4 46,050 - GFF56 0.90 -0.2 46,055 + -2.0 46,056 + -1.8 46,089 + -0.7 46,094 + -1.1 46,094 + +0.2 46,094 + -1.2 46,107 - -0.7 46,109 + -1.7 46,121 + +1.8
Or see this region's nucleotide sequence