Alfalfa Gene Editing Database
Alfalfa Gene Editing Database
| Query id | Subject id | identity % | alignment length | mis matches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0254640 | XP_024633138.1 | 56.818 | 220 | 15 | 4 | 1 | 220 | 1 | 140 | 8.50e-63 | 203 |
| Query id | Subject id | identity % | alignment length | mis matches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|
| Query id | Subject id | identity % | alignment length | mis matches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0254640 | G7IR18 | 56.818 | 220 | 15 | 4 | 1 | 220 | 1 | 140 | 9.83e-63 | 202 |
| Gene ID | Type | Classification |
|---|
| Gene ID | Type | Classification |
|---|
Co-expression Network
| Gene1 | Gene2 | correlation coefficient | p_value | FDR |
|---|---|---|---|---|
| Msa0000610 | Msa0254640 | -0.823026 | 1.728675e-53 | -8.615850e-47 |
| Msa0000800 | Msa0254640 | 0.857440 | 1.629822e-62 | -8.615850e-47 |
| Msa0002690 | Msa0254640 | -0.805552 | 1.263323e-49 | -8.615850e-47 |
| Msa0002700 | Msa0254640 | -0.805815 | 1.112397e-49 | -8.615850e-47 |
| Msa0004180 | Msa0254640 | -0.822287 | 2.567699e-53 | -8.615850e-47 |
| Msa0016380 | Msa0254640 | -0.810380 | 1.186101e-50 | -8.615850e-47 |
| Msa0021570 | Msa0254640 | -0.807578 | 4.720584e-50 | -8.615850e-47 |
| Msa0024490 | Msa0254640 | -0.811748 | 5.996006e-51 | -8.615850e-47 |
| Msa0026420 | Msa0254640 | 0.828360 | 9.389505e-55 | -8.615850e-47 |
| Msa0027020 | Msa0254640 | -0.850020 | 2.223677e-60 | -8.615850e-47 |
| Msa0028940 | Msa0254640 | -0.802939 | 4.421321e-49 | -8.615850e-47 |
| Msa0030800 | Msa0254640 | 0.815824 | 7.585153e-52 | -8.615850e-47 |
| Msa0033190 | Msa0254640 | -0.817498 | 3.196860e-52 | -8.615850e-47 |
| Msa0037180 | Msa0254640 | 0.815341 | 9.715226e-52 | -8.615850e-47 |
| Msa0037280 | Msa0254640 | 0.822868 | 1.881115e-53 | -8.615850e-47 |
| Msa0039780 | Msa0254640 | -0.801317 | 9.533336e-49 | -8.615850e-47 |
| Msa0039890 | Msa0254640 | 0.838392 | 2.955590e-57 | -8.615850e-47 |
| Msa0042520 | Msa0254640 | -0.827880 | 1.225202e-54 | -8.615850e-47 |
| Msa0046020 | Msa0254640 | -0.823017 | 1.737035e-53 | -8.615850e-47 |
| Msa0051480 | Msa0254640 | 0.843434 | 1.404358e-58 | -8.615850e-47 |
| Msa0051620 | Msa0254640 | 0.803729 | 3.033515e-49 | -8.615850e-47 |
| Msa0051730 | Msa0254640 | 0.811266 | 7.628419e-51 | -8.615850e-47 |
| Msa0052780 | Msa0254640 | 0.831580 | 1.540435e-55 | -8.615850e-47 |
| Msa0064310 | Msa0254640 | -0.803665 | 3.127616e-49 | -8.615850e-47 |
| Msa0067370 | Msa0254640 | -0.809264 | 2.062444e-50 | -8.615850e-47 |
| Msa0069150 | Msa0254640 | -0.804098 | 2.543193e-49 | -8.615850e-47 |
| Msa0069590 | Msa0254640 | -0.801485 | 8.806365e-49 | -8.615850e-47 |
| Msa0074860 | Msa0254640 | -0.854123 | 1.517539e-61 | -8.615850e-47 |
| Msa0075820 | Msa0254640 | -0.805542 | 1.269606e-49 | -8.615850e-47 |
| Msa0075990 | Msa0254640 | -0.834331 | 3.188542e-56 | -8.615850e-47 |
| Msa0076640 | Msa0254640 | 0.825872 | 3.698568e-54 | -8.615850e-47 |
| Msa0077990 | Msa0254640 | -0.804426 | 2.172708e-49 | -8.615850e-47 |
| Msa0078210 | Msa0254640 | 0.808070 | 3.710779e-50 | -8.615850e-47 |
| Msa0079100 | Msa0254640 | -0.811515 | 6.735309e-51 | -8.615850e-47 |
| Msa0079840 | Msa0254640 | -0.820402 | 6.991616e-53 | -8.615850e-47 |
| Msa0081700 | Msa0254640 | -0.819149 | 1.351481e-52 | -8.615850e-47 |
| Msa0085450 | Msa0254640 | 0.803020 | 4.254706e-49 | -8.615850e-47 |
| Msa0087370 | Msa0254640 | -0.805164 | 1.523211e-49 | -8.615850e-47 |
| Msa0087550 | Msa0254640 | 0.863952 | 1.723584e-64 | -8.615850e-47 |
| Msa0089470 | Msa0254640 | -0.811332 | 7.382887e-51 | -8.615850e-47 |
| Msa0093360 | Msa0254640 | -0.823681 | 1.215426e-53 | -8.615850e-47 |
| Msa0097470 | Msa0254640 | -0.803406 | 3.540313e-49 | -8.615850e-47 |
| Msa0097570 | Msa0254640 | 0.826460 | 2.680429e-54 | -8.615850e-47 |
| Msa0100750 | Msa0254640 | 0.808671 | 2.761515e-50 | -8.615850e-47 |
| Msa0116780 | Msa0254640 | -0.813037 | 3.135360e-51 | -8.615850e-47 |
| Msa0124460 | Msa0254640 | -0.809779 | 1.598255e-50 | -8.615850e-47 |
| Msa0127110 | Msa0254640 | -0.801483 | 8.812842e-49 | -8.615850e-47 |
| Msa0127220 | Msa0254640 | -0.822377 | 2.447866e-53 | -8.615850e-47 |
| Msa0127350 | Msa0254640 | -0.823304 | 1.488323e-53 | -8.615850e-47 |
| Msa0127910 | Msa0254640 | -0.828829 | 7.233774e-55 | -8.615850e-47 |
| Msa0129640 | Msa0254640 | 0.830829 | 2.356012e-55 | -8.615850e-47 |
| Msa0134270 | Msa0254640 | 0.863778 | 1.952932e-64 | -8.615850e-47 |
| Msa0138340 | Msa0254640 | -0.818357 | 2.045089e-52 | -8.615850e-47 |
| Msa0141410 | Msa0254640 | 0.828890 | 6.991550e-55 | -8.615850e-47 |
| Msa0143640 | Msa0254640 | 0.856548 | 2.985591e-62 | -8.615850e-47 |
| Msa0145430 | Msa0254640 | 0.813524 | 2.450997e-51 | -8.615850e-47 |
| Msa0146200 | Msa0254640 | 0.842473 | 2.531513e-58 | -8.615850e-47 |
| Msa0147790 | Msa0254640 | 0.818649 | 1.755998e-52 | -8.615850e-47 |
| Msa0147960 | Msa0254640 | -0.820986 | 5.132727e-53 | -8.615850e-47 |
| Msa0150620 | Msa0254640 | 0.834590 | 2.745476e-56 | -8.615850e-47 |
| Msa0159240 | Msa0254640 | -0.833969 | 3.929329e-56 | -8.615850e-47 |
| Msa0163540 | Msa0254640 | -0.819526 | 1.108811e-52 | -8.615850e-47 |
| Msa0164310 | Msa0254640 | -0.828623 | 8.109140e-55 | -8.615850e-47 |
| Msa0167150 | Msa0254640 | -0.819579 | 1.078281e-52 | -8.615850e-47 |
| Msa0167160 | Msa0254640 | -0.850621 | 1.508456e-60 | -8.615850e-47 |
| Msa0167570 | Msa0254640 | -0.806275 | 8.903996e-50 | -8.615850e-47 |
| Msa0168770 | Msa0254640 | -0.819448 | 1.155379e-52 | -8.615850e-47 |
| Msa0168950 | Msa0254640 | -0.806269 | 8.927445e-50 | -8.615850e-47 |
| Msa0172310 | Msa0254640 | -0.824655 | 7.177374e-54 | -8.615850e-47 |
| Msa0174060 | Msa0254640 | -0.812926 | 3.315042e-51 | -8.615850e-47 |
| Msa0175240 | Msa0254640 | -0.828737 | 7.610540e-55 | -8.615850e-47 |
| Msa0177320 | Msa0254640 | 0.810237 | 1.273917e-50 | -8.615850e-47 |
| Msa0178000 | Msa0254640 | 0.812786 | 3.558379e-51 | -8.615850e-47 |
| Msa0178440 | Msa0254640 | -0.802010 | 6.871180e-49 | -8.615850e-47 |
| Msa0180820 | Msa0254640 | 0.832027 | 1.194920e-55 | -8.615850e-47 |
| Msa0182020 | Msa0254640 | 0.805807 | 1.116873e-49 | -8.615850e-47 |
| Msa0183960 | Msa0254640 | -0.803796 | 2.938228e-49 | -8.615850e-47 |
| Msa0186240 | Msa0254640 | 0.848927 | 4.486521e-60 | -8.615850e-47 |
| Msa0186400 | Msa0254640 | -0.819514 | 1.115801e-52 | -8.615850e-47 |
| Msa0189150 | Msa0254640 | -0.813138 | 2.978801e-51 | -8.615850e-47 |
| Msa0194750 | Msa0254640 | -0.808491 | 3.017902e-50 | -8.615850e-47 |
| Msa0195810 | Msa0254640 | -0.842557 | 2.403808e-58 | -8.615850e-47 |
| Msa0196280 | Msa0254640 | 0.807128 | 5.879503e-50 | -8.615850e-47 |
| Msa0202380 | Msa0254640 | 0.801054 | 1.078768e-48 | -8.615850e-47 |
| Msa0203090 | Msa0254640 | 0.817463 | 3.255226e-52 | -8.615850e-47 |
| Msa0208040 | Msa0254640 | -0.817932 | 2.551309e-52 | -8.615850e-47 |
| Msa0209370 | Msa0254640 | -0.807445 | 5.036394e-50 | -8.615850e-47 |
| Msa0209590 | Msa0254640 | -0.803968 | 2.706539e-49 | -8.615850e-47 |
| Msa0211590 | Msa0254640 | -0.803679 | 3.106978e-49 | -8.615850e-47 |
| Msa0212950 | Msa0254640 | -0.803415 | 3.525166e-49 | -8.615850e-47 |
| Msa0216150 | Msa0254640 | -0.830581 | 2.709473e-55 | -8.615850e-47 |
| Msa0224210 | Msa0254640 | 0.850043 | 2.190617e-60 | -8.615850e-47 |
| Msa0224590 | Msa0254640 | 0.804258 | 2.354715e-49 | -8.615850e-47 |
| Msa0225070 | Msa0254640 | -0.807218 | 5.626319e-50 | -8.615850e-47 |
| Msa0225080 | Msa0254640 | -0.820054 | 8.400277e-53 | -8.615850e-47 |
| Msa0225280 | Msa0254640 | -0.832979 | 6.938339e-56 | -8.615850e-47 |
| Msa0229350 | Msa0254640 | -0.818847 | 1.583171e-52 | -8.615850e-47 |
| Msa0232160 | Msa0254640 | -0.825064 | 5.744706e-54 | -8.615850e-47 |
| Msa0236690 | Msa0254640 | -0.817196 | 3.737934e-52 | -8.615850e-47 |
| Msa0237650 | Msa0254640 | -0.809065 | 2.275206e-50 | -8.615850e-47 |
| Msa0238140 | Msa0254640 | 0.825304 | 5.042972e-54 | -8.615850e-47 |
| Msa0240630 | Msa0254640 | -0.823564 | 1.294411e-53 | -8.615850e-47 |
| Msa0242830 | Msa0254640 | 0.808331 | 3.263432e-50 | -8.615850e-47 |
| Msa0246140 | Msa0254640 | 0.878254 | 3.259169e-69 | -8.615850e-47 |
| Msa0253230 | Msa0254640 | -0.817751 | 2.803493e-52 | -8.615850e-47 |
| Msa0254640 | Msa0255770 | -0.805194 | 1.501880e-49 | -8.615850e-47 |
| Msa0254640 | Msa0259450 | -0.810318 | 1.223759e-50 | -8.615850e-47 |
| Msa0254640 | Msa0259770 | -0.804330 | 2.275271e-49 | -8.615850e-47 |
| Msa0254640 | Msa0261350 | -0.820746 | 5.828732e-53 | -8.615850e-47 |
| Msa0254640 | Msa0265480 | 0.870554 | 1.337036e-66 | -8.615850e-47 |
| Msa0254640 | Msa0265650 | 0.817846 | 2.668085e-52 | -8.615850e-47 |
| Msa0254640 | Msa0266140 | -0.801159 | 1.026974e-48 | -8.615850e-47 |
| Msa0254640 | Msa0266150 | -0.818586 | 1.813960e-52 | -8.615850e-47 |
| Msa0254640 | Msa0266330 | -0.825365 | 4.877999e-54 | -8.615850e-47 |
| Msa0254640 | Msa0267700 | 0.821071 | 4.906474e-53 | -8.615850e-47 |
| Msa0254640 | Msa0269660 | -0.808113 | 3.632211e-50 | -8.615850e-47 |
| Msa0254640 | Msa0269710 | 0.828156 | 1.051181e-54 | -8.615850e-47 |
| Msa0254640 | Msa0270730 | -0.823227 | 1.551263e-53 | -8.615850e-47 |
| Msa0254640 | Msa0271820 | 0.925898 | 9.821192e-91 | -8.615850e-47 |
| Msa0254640 | Msa0275250 | -0.839374 | 1.646398e-57 | -8.615850e-47 |
| Msa0254640 | Msa0275730 | 0.820760 | 5.786110e-53 | -8.615850e-47 |
| Msa0254640 | Msa0284730 | 0.893368 | 6.708270e-75 | -8.615850e-47 |
| Msa0254640 | Msa0294200 | 0.811429 | 7.031910e-51 | -8.615850e-47 |
| Msa0254640 | Msa0298820 | -0.811001 | 8.710576e-51 | -8.615850e-47 |
| Msa0254640 | Msa0299130 | -0.818106 | 2.330067e-52 | -8.615850e-47 |
| Msa0254640 | Msa0305630 | -0.801250 | 9.838068e-49 | -8.615850e-47 |
| Msa0254640 | Msa0306310 | 0.818850 | 1.580539e-52 | -8.615850e-47 |
| Msa0254640 | Msa0310260 | -0.800549 | 1.367975e-48 | -8.615850e-47 |
| Msa0254640 | Msa0310270 | -0.843808 | 1.115807e-58 | -8.615850e-47 |
| Msa0254640 | Msa0315720 | -0.840216 | 9.938742e-58 | -8.615850e-47 |
| Msa0254640 | Msa0318280 | -0.821479 | 3.950784e-53 | -8.615850e-47 |
| Msa0254640 | Msa0318320 | -0.820589 | 6.332269e-53 | -8.615850e-47 |
| Msa0254640 | Msa0319680 | 0.885963 | 5.166284e-72 | -8.615850e-47 |
| Msa0254640 | Msa0324810 | 0.831753 | 1.395975e-55 | -8.615850e-47 |
| Msa0254640 | Msa0331070 | -0.806476 | 8.073761e-50 | -8.615850e-47 |
| Msa0254640 | Msa0332360 | 0.850789 | 1.353052e-60 | -8.615850e-47 |
| Msa0254640 | Msa0333770 | 0.801490 | 8.786430e-49 | -8.615850e-47 |
| Msa0254640 | Msa0334450 | -0.801221 | 9.975905e-49 | -8.615850e-47 |
| Msa0254640 | Msa0336550 | -0.805686 | 1.184081e-49 | -8.615850e-47 |
| Msa0254640 | Msa0340370 | 0.878323 | 3.081325e-69 | -8.615850e-47 |
| Msa0254640 | Msa0340700 | -0.830467 | 2.889620e-55 | -8.615850e-47 |
| Msa0254640 | Msa0341950 | -0.822630 | 2.136971e-53 | -8.615850e-47 |
| Msa0254640 | Msa0345050 | 0.831598 | 1.524699e-55 | -8.615850e-47 |
| Msa0254640 | Msa0345890 | 0.830008 | 3.740023e-55 | -8.615850e-47 |
| Msa0254640 | Msa0345980 | 0.809031 | 2.313722e-50 | -8.615850e-47 |
| Msa0254640 | Msa0353010 | 0.813741 | 2.195262e-51 | -8.615850e-47 |
| Msa0254640 | Msa0355630 | -0.818301 | 2.104811e-52 | -8.615850e-47 |
| Msa0254640 | Msa0358750 | -0.833769 | 4.409746e-56 | -8.615850e-47 |
| Msa0254640 | Msa0363180 | -0.804579 | 2.018782e-49 | -8.615850e-47 |
| Msa0254640 | Msa0364030 | -0.834425 | 3.019670e-56 | -8.615850e-47 |
| Msa0254640 | Msa0366810 | 0.800258 | 1.568320e-48 | -8.615850e-47 |
| Msa0254640 | Msa0368450 | -0.805474 | 1.312018e-49 | -8.615850e-47 |
| Msa0254640 | Msa0368620 | 0.848228 | 7.004861e-60 | -8.615850e-47 |
| Msa0254640 | Msa0369080 | -0.815228 | 1.029353e-51 | -8.615850e-47 |
| Msa0254640 | Msa0369760 | 0.801855 | 7.393106e-49 | -8.615850e-47 |
| Msa0254640 | Msa0369990 | 0.841180 | 5.557292e-58 | -8.615850e-47 |
| Msa0254640 | Msa0371010 | -0.804397 | 2.203427e-49 | -8.615850e-47 |
| Msa0254640 | Msa0377990 | -0.822536 | 2.247400e-53 | -8.615850e-47 |
| Msa0254640 | Msa0378320 | 0.805587 | 1.242112e-49 | -8.615850e-47 |
| Msa0254640 | Msa0378440 | -0.801602 | 8.333885e-49 | -8.615850e-47 |
| Msa0254640 | Msa0379890 | -0.801470 | 8.867492e-49 | -8.615850e-47 |
| Msa0254640 | Msa0380470 | -0.811317 | 7.438403e-51 | -8.615850e-47 |
| Msa0254640 | Msa0382020 | -0.829677 | 4.501805e-55 | -8.615850e-47 |
| Msa0254640 | Msa0382050 | -0.808089 | 3.675912e-50 | -8.615850e-47 |
| Msa0254640 | Msa0382060 | -0.808396 | 3.162098e-50 | -8.615850e-47 |
| Msa0254640 | Msa0383900 | 0.823702 | 1.201648e-53 | -8.615850e-47 |
| Msa0254640 | Msa0384140 | -0.815129 | 1.082736e-51 | -8.615850e-47 |
| Msa0254640 | Msa0386230 | -0.818803 | 1.619515e-52 | -8.615850e-47 |
| Msa0254640 | Msa0387630 | -0.828234 | 1.006758e-54 | -8.615850e-47 |
| Msa0254640 | Msa0388000 | -0.803617 | 3.200225e-49 | -8.615850e-47 |
| Msa0254640 | Msa0389710 | 0.853744 | 1.951962e-61 | -8.615850e-47 |
| Msa0254640 | Msa0390590 | -0.830453 | 2.912692e-55 | -8.615850e-47 |
| Msa0254640 | Msa0390790 | 0.851801 | 7.005192e-61 | -8.615850e-47 |
| Msa0254640 | Msa0393100 | 0.837015 | 6.667546e-57 | -8.615850e-47 |
| Msa0254640 | Msa0402490 | -0.812148 | 4.904891e-51 | -8.615850e-47 |
| Msa0254640 | Msa0402800 | 0.857087 | 2.072793e-62 | -8.615850e-47 |
| Msa0254640 | Msa0403740 | -0.834978 | 2.192070e-56 | -8.615850e-47 |
| Msa0254640 | Msa0404900 | -0.811351 | 7.312169e-51 | -8.615850e-47 |
| Msa0254640 | Msa0405200 | 0.846530 | 2.050551e-59 | -8.615850e-47 |
| Msa0254640 | Msa0412580 | -0.802089 | 6.619262e-49 | -8.615850e-47 |
| Msa0254640 | Msa0415760 | -0.838180 | 3.351439e-57 | -8.615850e-47 |
| Msa0254640 | Msa0416040 | 0.821600 | 3.705149e-53 | -8.615850e-47 |
| Msa0254640 | Msa0416430 | -0.818829 | 1.597913e-52 | -8.615850e-47 |
| Msa0254640 | Msa0417400 | 0.812293 | 4.559788e-51 | -8.615850e-47 |
| Msa0254640 | Msa0419150 | -0.816443 | 5.517093e-52 | -8.615850e-47 |
| Msa0254640 | Msa0421080 | 0.800468 | 1.420891e-48 | -8.615850e-47 |
| Msa0254640 | Msa0427230 | -0.828972 | 6.676587e-55 | -8.615850e-47 |
| Msa0254640 | Msa0427560 | 0.848437 | 6.132767e-60 | -8.615850e-47 |
| Msa0254640 | Msa0427600 | -0.823556 | 1.300032e-53 | -8.615850e-47 |
| Msa0254640 | Msa0427660 | 0.802255 | 6.119807e-49 | -8.615850e-47 |
| Msa0254640 | Msa0427890 | -0.808750 | 2.656533e-50 | -8.615850e-47 |
| Msa0254640 | Msa0428270 | -0.814103 | 1.826424e-51 | -8.615850e-47 |
| Msa0254640 | Msa0428300 | -0.815798 | 7.685813e-52 | -8.615850e-47 |
| Msa0254640 | Msa0428720 | -0.837803 | 4.190869e-57 | -8.615850e-47 |
| Msa0254640 | Msa0429990 | -0.802029 | 6.811218e-49 | -8.615850e-47 |
| Msa0254640 | Msa0431270 | -0.817414 | 3.338253e-52 | -8.615850e-47 |
| Msa0254640 | Msa0431550 | -0.801084 | 1.063621e-48 | -8.615850e-47 |
| Msa0254640 | Msa0432490 | -0.812077 | 5.081908e-51 | -8.615850e-47 |
| Msa0254640 | Msa0434300 | 0.838134 | 3.443377e-57 | -8.615850e-47 |
| Msa0254640 | Msa0434400 | 0.840809 | 6.952747e-58 | -8.615850e-47 |
| Msa0254640 | Msa0434830 | -0.819029 | 1.438907e-52 | -8.615850e-47 |
| Msa0254640 | Msa0436660 | -0.814272 | 1.676749e-51 | -8.615850e-47 |
| Msa0254640 | Msa0437820 | -0.829711 | 4.419035e-55 | -8.615850e-47 |
| Msa0254640 | Msa0438070 | 0.839737 | 1.324844e-57 | -8.615850e-47 |
| Msa0254640 | Msa0443450 | 0.805872 | 1.082470e-49 | -8.615850e-47 |
| Msa0254640 | Msa0444770 | -0.811985 | 5.322512e-51 | -8.615850e-47 |
| Msa0254640 | Msa0446110 | -0.807327 | 5.335811e-50 | -8.615850e-47 |
| Msa0254640 | Msa0447160 | 0.808453 | 3.074413e-50 | -8.615850e-47 |
| Msa0254640 | Msa0449490 | 0.824908 | 6.254666e-54 | -8.615850e-47 |
| Msa0254640 | Msa0449500 | 0.846840 | 1.686472e-59 | -8.615850e-47 |
| Msa0254640 | Msa0449620 | 0.842237 | 2.922483e-58 | -8.615850e-47 |
| Msa0254640 | Msa0450890 | -0.807834 | 4.164074e-50 | -8.615850e-47 |
| Msa0254640 | Msa0450920 | -0.822724 | 2.032329e-53 | -8.615850e-47 |
| Msa0254640 | Msa0456450 | -0.830917 | 2.241777e-55 | -8.615850e-47 |
| Msa0254640 | Msa0457070 | -0.804190 | 2.433334e-49 | -8.615850e-47 |
| Msa0254640 | Msa0457600 | -0.812080 | 5.074045e-51 | -8.615850e-47 |
| Msa0254640 | Msa0459930 | 0.807747 | 4.346232e-50 | -8.615850e-47 |
| Msa0254640 | Msa0460510 | -0.833369 | 5.548053e-56 | -8.615850e-47 |
| Msa0254640 | Msa0461620 | -0.810210 | 1.291083e-50 | -8.615850e-47 |
| Msa0254640 | Msa0462460 | 0.800290 | 1.544823e-48 | -8.615850e-47 |
| Msa0254640 | Msa0463030 | -0.823627 | 1.251271e-53 | -8.615850e-47 |
| Msa0254640 | Msa0464980 | -0.822395 | 2.423279e-53 | -8.615850e-47 |
| Msa0254640 | Msa0469770 | -0.819107 | 1.381259e-52 | -8.615850e-47 |
| Msa0254640 | Msa0473740 | -0.829580 | 4.755363e-55 | -8.615850e-47 |
| Msa0254640 | Msa0474120 | -0.814907 | 1.212857e-51 | -8.615850e-47 |
| Msa0254640 | Msa0474290 | -0.800959 | 1.128559e-48 | -8.615850e-47 |
| Msa0254640 | Msa0474660 | -0.815114 | 1.091298e-51 | -8.615850e-47 |
| Msa0254640 | Msa0476570 | -0.806426 | 8.272463e-50 | -8.615850e-47 |
| Msa0254640 | Msa0476600 | -0.824996 | 5.961246e-54 | -8.615850e-47 |
| Msa0254640 | Msa0476890 | -0.817536 | 3.133577e-52 | -8.615850e-47 |
| Msa0254640 | Msa0478080 | 0.834777 | 2.463348e-56 | -8.615850e-47 |
| Msa0254640 | Msa0480260 | 0.845197 | 4.718917e-59 | -8.615850e-47 |
| Msa0254640 | Msa0480530 | 0.837835 | 4.111014e-57 | -8.615850e-47 |
| Msa0254640 | Msa0480540 | 0.844559 | 7.016120e-59 | -8.615850e-47 |
| Msa0254640 | Msa0480550 | 0.868826 | 4.890175e-66 | -8.615850e-47 |
| Msa0254640 | Msa0481770 | 0.834904 | 2.289046e-56 | -8.615850e-47 |
| Msa0254640 | Msa0488580 | 0.840297 | 9.465236e-58 | -8.615850e-47 |
| Msa0254640 | Msa0491160 | -0.804687 | 1.916842e-49 | -8.615850e-47 |
| Msa0254640 | Msa0492330 | -0.817430 | 3.311693e-52 | -8.615850e-47 |
| Msa0254640 | Msa0493870 | 0.832448 | 9.397271e-56 | -8.615850e-47 |
| Msa0254640 | Msa0497140 | -0.825604 | 4.282407e-54 | -8.615850e-47 |
| Msa0254640 | Msa0497680 | 0.840616 | 7.809020e-58 | -8.615850e-47 |
| Msa0254640 | Msa0497690 | 0.839052 | 1.995269e-57 | -8.615850e-47 |
| Msa0254640 | Msa0497860 | 0.852493 | 4.452417e-61 | -8.615850e-47 |
| Msa0254640 | Msa0498250 | -0.807981 | 3.875425e-50 | -8.615850e-47 |
| Msa0254640 | Msa0500580 | -0.815543 | 8.760748e-52 | -8.615850e-47 |
| Msa0254640 | Msa0506370 | 0.852643 | 4.035931e-61 | -8.615850e-47 |
| Msa0254640 | Msa0506700 | -0.817527 | 3.148260e-52 | -8.615850e-47 |
| Msa0254640 | Msa0507960 | -0.808125 | 3.611690e-50 | -8.615850e-47 |
| Msa0254640 | Msa0508160 | 0.838896 | 2.189365e-57 | -8.615850e-47 |
| Msa0254640 | Msa0508620 | -0.804246 | 2.368024e-49 | -8.615850e-47 |
| Msa0254640 | Msa0508660 | -0.801538 | 8.590301e-49 | -8.615850e-47 |
| Msa0254640 | Msa0509520 | 0.807171 | 5.756858e-50 | -8.615850e-47 |
| Msa0254640 | Msa0510870 | 0.811512 | 6.746938e-51 | -8.615850e-47 |
| Msa0254640 | Msa0517820 | -0.806877 | 6.644972e-50 | -8.615850e-47 |
| Msa0254640 | Msa0518150 | -0.827001 | 1.990881e-54 | -8.615850e-47 |
| Msa0254640 | Msa0518190 | 0.833302 | 5.764763e-56 | -8.615850e-47 |
| Msa0254640 | Msa0519070 | -0.815626 | 8.395124e-52 | -8.615850e-47 |
| Msa0254640 | Msa0520480 | -0.819350 | 1.216099e-52 | -8.615850e-47 |
| Msa0254640 | Msa0521260 | -0.822261 | 2.603605e-53 | -8.615850e-47 |
| Msa0254640 | Msa0521380 | 0.818610 | 1.791769e-52 | -8.615850e-47 |
| Msa0254640 | Msa0522140 | 0.836341 | 9.905084e-57 | -8.615850e-47 |
| Msa0254640 | Msa0522170 | 0.849639 | 2.842116e-60 | -8.615850e-47 |
| Msa0254640 | Msa0523420 | -0.810220 | 1.284517e-50 | -8.615850e-47 |
| Msa0254640 | Msa0524260 | 0.808800 | 2.592319e-50 | -8.615850e-47 |
| Msa0254640 | Msa0527210 | -0.817504 | 3.186232e-52 | -8.615850e-47 |
| Msa0254640 | Msa0527420 | -0.810596 | 1.065474e-50 | -8.615850e-47 |
| Msa0254640 | Msa0531050 | 0.807714 | 4.416448e-50 | -8.615850e-47 |
| Msa0254640 | Msa0531270 | -0.826094 | 3.275437e-54 | -8.615850e-47 |
| Msa0254640 | Msa0532870 | -0.830858 | 2.317126e-55 | -8.615850e-47 |
| Msa0254640 | Msa0534610 | 0.816618 | 5.040992e-52 | -8.615850e-47 |
| Msa0254640 | Msa0537960 | -0.813156 | 2.951873e-51 | -8.615850e-47 |
| Msa0254640 | Msa0538020 | -0.810669 | 1.027368e-50 | -8.615850e-47 |
| Msa0254640 | Msa0538050 | -0.828894 | 6.974576e-55 | -8.615850e-47 |
| Msa0254640 | Msa0541470 | -0.807199 | 5.680754e-50 | -8.615850e-47 |
| Msa0254640 | Msa0544390 | -0.816048 | 6.759068e-52 | -8.615850e-47 |
| Msa0254640 | Msa0547060 | 0.876453 | 1.380220e-68 | -8.615850e-47 |
| Msa0254640 | Msa0548230 | -0.809338 | 1.988027e-50 | -8.615850e-47 |
| Msa0254640 | Msa0548420 | 0.811122 | 8.197371e-51 | -8.615850e-47 |
| Msa0254640 | Msa0548790 | 0.806371 | 8.497642e-50 | -8.615850e-47 |
| Msa0254640 | Msa0549700 | -0.808385 | 3.178012e-50 | -8.615850e-47 |
| Msa0254640 | Msa0550980 | -0.846400 | 2.224564e-59 | -8.615850e-47 |
| Msa0254640 | Msa0550990 | -0.827501 | 1.510825e-54 | -8.615850e-47 |
| Msa0254640 | Msa0554700 | -0.819584 | 1.075676e-52 | -8.615850e-47 |
| Msa0254640 | Msa0557440 | -0.843233 | 1.589502e-58 | -8.615850e-47 |
| Msa0254640 | Msa0559690 | -0.804866 | 1.758996e-49 | -8.615850e-47 |
| Msa0254640 | Msa0560280 | 0.859202 | 4.867141e-63 | -8.615850e-47 |
| Msa0254640 | Msa0560950 | 0.806632 | 7.486512e-50 | -8.615850e-47 |
| Msa0254640 | Msa0562580 | 0.837498 | 5.015936e-57 | -8.615850e-47 |
| Msa0254640 | Msa0565180 | 0.843099 | 1.725682e-58 | -8.615850e-47 |
| Msa0254640 | Msa0565370 | -0.819683 | 1.021071e-52 | -8.615850e-47 |
| Msa0254640 | Msa0565430 | -0.816769 | 4.662772e-52 | -8.615850e-47 |
| Msa0254640 | Msa0567190 | -0.830905 | 2.256468e-55 | -8.615850e-47 |
| Msa0254640 | Msa0568300 | -0.819987 | 8.700898e-53 | -8.615850e-47 |
| Msa0254640 | Msa0572730 | -0.847933 | 8.451826e-60 | -8.615850e-47 |
| Msa0254640 | Msa0573950 | 0.835195 | 1.932782e-56 | -8.615850e-47 |
| Msa0254640 | Msa0574310 | 0.803650 | 3.151123e-49 | -8.615850e-47 |
| Msa0254640 | Msa0576560 | 0.805629 | 1.217170e-49 | -8.615850e-47 |
| Msa0254640 | Msa0578400 | -0.803711 | 3.060516e-49 | -8.615850e-47 |
| Msa0254640 | Msa0580410 | -0.824568 | 7.523554e-54 | -8.615850e-47 |
| Msa0254640 | Msa0580840 | 0.856898 | 2.355929e-62 | -8.615850e-47 |
| Msa0254640 | Msa0580890 | -0.839999 | 1.132066e-57 | -8.615850e-47 |
| Msa0254640 | Msa0581350 | 0.813230 | 2.843685e-51 | -8.615850e-47 |
| Msa0254640 | Msa0582270 | -0.813887 | 2.038233e-51 | -8.615850e-47 |
| Msa0254640 | Msa0583270 | -0.833060 | 6.623542e-56 | -8.615850e-47 |
| Msa0254640 | Msa0585060 | 0.801946 | 7.083592e-49 | -8.615850e-47 |
| Msa0254640 | Msa0585720 | -0.822471 | 2.327059e-53 | -8.615850e-47 |
| Msa0254640 | Msa0585810 | -0.805518 | 1.284468e-49 | -8.615850e-47 |
| Msa0254640 | Msa0588110 | -0.826094 | 3.275437e-54 | -8.615850e-47 |
| Msa0254640 | Msa0590810 | 0.804434 | 2.164378e-49 | -8.615850e-47 |
| Msa0254640 | Msa0597180 | 0.819369 | 1.204520e-52 | -8.615850e-47 |
| Msa0254640 | Msa0597370 | -0.830741 | 2.475059e-55 | -8.615850e-47 |
| Msa0254640 | Msa0601790 | 0.834660 | 2.635998e-56 | -8.615850e-47 |
| Msa0254640 | Msa0603310 | 0.818723 | 1.689239e-52 | -8.615850e-47 |
| Msa0254640 | Msa0605150 | -0.816766 | 4.670267e-52 | -8.615850e-47 |
| Msa0254640 | Msa0605210 | -0.813228 | 2.846965e-51 | -8.615850e-47 |
| Msa0254640 | Msa0606340 | -0.840542 | 8.167486e-58 | -8.615850e-47 |
| Msa0254640 | Msa0606350 | -0.819744 | 9.886453e-53 | -8.615850e-47 |
| Msa0254640 | Msa0608720 | -0.817328 | 3.490207e-52 | -8.615850e-47 |
| Msa0254640 | Msa0611060 | 0.815867 | 7.420378e-52 | -8.615850e-47 |
| Msa0254640 | Msa0614290 | 0.864045 | 1.612549e-64 | -8.615850e-47 |
| Msa0254640 | Msa0615070 | 0.835709 | 1.432899e-56 | -8.615850e-47 |
| Msa0254640 | Msa0616890 | -0.829817 | 4.162797e-55 | -8.615850e-47 |
| Msa0254640 | Msa0617470 | -0.809501 | 1.834109e-50 | -8.615850e-47 |
| Msa0254640 | Msa0622450 | -0.807362 | 5.245080e-50 | -8.615850e-47 |
| Msa0254640 | Msa0622800 | -0.804593 | 2.005071e-49 | -8.615850e-47 |
| Msa0254640 | Msa0625900 | -0.821092 | 4.850758e-53 | -8.615850e-47 |
| Msa0254640 | Msa0628200 | 0.808705 | 2.715930e-50 | -8.615850e-47 |
| Msa0254640 | Msa0628440 | -0.813732 | 2.204907e-51 | -8.615850e-47 |
| Msa0254640 | Msa0628900 | -0.802742 | 4.856276e-49 | -8.615850e-47 |
| Msa0254640 | Msa0631130 | 0.805578 | 1.247498e-49 | -8.615850e-47 |
| Msa0254640 | Msa0632040 | -0.814079 | 1.849202e-51 | -8.615850e-47 |
| Msa0254640 | Msa0638550 | -0.802995 | 4.305032e-49 | -8.615850e-47 |
| Msa0254640 | Msa0638810 | 0.848684 | 5.237840e-60 | -8.615850e-47 |
| Msa0254640 | Msa0638820 | 0.854684 | 1.045059e-61 | -8.615850e-47 |
| Msa0254640 | Msa0639530 | -0.819856 | 9.322166e-53 | -8.615850e-47 |
| Msa0254640 | Msa0642920 | 0.858666 | 7.042449e-63 | -8.615850e-47 |
| Msa0254640 | Msa0644340 | 0.818770 | 1.648030e-52 | -8.615850e-47 |
| Msa0254640 | Msa0644610 | -0.805290 | 1.433745e-49 | -8.615850e-47 |
| Msa0254640 | Msa0645480 | 0.838838 | 2.267183e-57 | -8.615850e-47 |
| Msa0254640 | Msa0646310 | -0.806659 | 7.388469e-50 | -8.615850e-47 |
| Msa0254640 | Msa0655940 | 0.827169 | 1.814437e-54 | -8.615850e-47 |
| Msa0254640 | Msa0656570 | -0.803837 | 2.880931e-49 | -8.615850e-47 |
| Msa0254640 | Msa0657340 | 0.858737 | 6.709428e-63 | -8.615850e-47 |
| Msa0254640 | Msa0660160 | -0.805168 | 1.520874e-49 | -8.615850e-47 |
| Msa0254640 | Msa0660650 | 0.846754 | 1.780033e-59 | -8.615850e-47 |
| Msa0254640 | Msa0661540 | -0.825794 | 3.860349e-54 | -8.615850e-47 |
| Msa0254640 | Msa0663580 | -0.809878 | 1.521590e-50 | -8.615850e-47 |
| Msa0254640 | Msa0663690 | -0.822081 | 2.866699e-53 | -8.615850e-47 |
| Msa0254640 | Msa0667670 | -0.849630 | 2.858612e-60 | -8.615850e-47 |
| Msa0254640 | Msa0669350 | 0.812797 | 3.538574e-51 | -8.615850e-47 |
| Msa0254640 | Msa0672090 | 0.806715 | 7.190970e-50 | -8.615850e-47 |
| Msa0254640 | Msa0672950 | 0.813467 | 2.522243e-51 | -8.615850e-47 |
| Msa0254640 | Msa0672980 | 0.818833 | 1.594302e-52 | -8.615850e-47 |
| Msa0254640 | Msa0673620 | -0.800801 | 1.215487e-48 | -8.615850e-47 |
| Msa0254640 | Msa0675630 | 0.830446 | 2.923999e-55 | -8.615850e-47 |
| Msa0254640 | Msa0676570 | -0.806090 | 9.738440e-50 | -8.615850e-47 |
| Msa0254640 | Msa0685530 | -0.800440 | 1.439842e-48 | -8.615850e-47 |
| Msa0254640 | Msa0685810 | -0.815180 | 1.054817e-51 | -8.615850e-47 |
| Msa0254640 | Msa0685860 | -0.807832 | 4.168461e-50 | -8.615850e-47 |
| Msa0254640 | Msa0686810 | 0.811062 | 8.448034e-51 | -8.615850e-47 |
| Msa0254640 | Msa0690100 | -0.842851 | 2.008150e-58 | -8.615850e-47 |
| Msa0254640 | Msa0693050 | -0.808171 | 3.530746e-50 | -8.615850e-47 |
| Msa0254640 | Msa0693750 | 0.818649 | 1.755808e-52 | -8.615850e-47 |
| Msa0254640 | Msa0695140 | 0.808438 | 3.096972e-50 | -8.615850e-47 |
| Msa0254640 | Msa0695250 | -0.841975 | 3.429807e-58 | -8.615850e-47 |
| Msa0254640 | Msa0697510 | 0.856391 | 3.319999e-62 | -8.615850e-47 |
| Msa0254640 | Msa0697520 | 0.854244 | 1.400853e-61 | -8.615850e-47 |
| Msa0254640 | Msa0698110 | 0.822709 | 2.048541e-53 | -8.615850e-47 |
| Msa0254640 | Msa0699800 | 0.840385 | 8.975235e-58 | -8.615850e-47 |
| Msa0254640 | Msa0700250 | -0.803433 | 3.495064e-49 | -8.615850e-47 |
| Msa0254640 | Msa0701430 | 0.829434 | 5.160544e-55 | -8.615850e-47 |
| Msa0254640 | Msa0701800 | -0.822607 | 2.163581e-53 | -8.615850e-47 |
| Msa0254640 | Msa0702020 | -0.800445 | 1.436378e-48 | -8.615850e-47 |
| Msa0254640 | Msa0704790 | -0.825746 | 3.963074e-54 | -8.615850e-47 |
| Msa0254640 | Msa0713060 | 0.831296 | 1.808774e-55 | -8.615850e-47 |
| Msa0254640 | Msa0713570 | -0.819219 | 1.302550e-52 | -8.615850e-47 |
| Msa0254640 | Msa0716620 | 0.805168 | 1.520386e-49 | -8.615850e-47 |
| Msa0254640 | Msa0717540 | -0.805380 | 1.372734e-49 | -8.615850e-47 |
| Msa0254640 | Msa0727230 | 0.833108 | 6.442851e-56 | -8.615850e-47 |
| Msa0254640 | Msa0729740 | -0.811377 | 7.218919e-51 | -8.615850e-47 |
| Msa0254640 | Msa0731580 | 0.815398 | 9.437158e-52 | -8.615850e-47 |
| Msa0254640 | Msa0731690 | 0.803352 | 3.632479e-49 | -8.615850e-47 |
| Msa0254640 | Msa0737430 | 0.801898 | 7.244199e-49 | -8.615850e-47 |
| Msa0254640 | Msa0739820 | -0.813216 | 2.863762e-51 | -8.615850e-47 |
| Msa0254640 | Msa0740630 | 0.817481 | 3.224646e-52 | -8.615850e-47 |
| Msa0254640 | Msa0741170 | 0.814177 | 1.759209e-51 | -8.615850e-47 |
| Msa0254640 | Msa0744540 | 0.834467 | 2.947888e-56 | -8.615850e-47 |
| Msa0254640 | Msa0744550 | 0.848166 | 7.287904e-60 | -8.615850e-47 |
| Msa0254640 | Msa0744560 | 0.866626 | 2.484888e-65 | -8.615850e-47 |
| Msa0254640 | Msa0744710 | 0.812795 | 3.542366e-51 | -8.615850e-47 |
| Msa0254640 | Msa0746340 | 0.826753 | 2.282187e-54 | -8.615850e-47 |
| Msa0254640 | Msa0750200 | -0.808442 | 3.091118e-50 | -8.615850e-47 |
| Msa0254640 | Msa0750490 | -0.805268 | 1.448751e-49 | -8.615850e-47 |
| Msa0254640 | Msa0751490 | -0.804045 | 2.607803e-49 | -8.615850e-47 |
| Msa0254640 | Msa0754020 | -0.811539 | 6.655342e-51 | -8.615850e-47 |
| Msa0254640 | Msa0755550 | -0.815255 | 1.015251e-51 | -8.615850e-47 |
| Msa0254640 | Msa0758880 | -0.823556 | 1.299794e-53 | -8.615850e-47 |
| Msa0254640 | Msa0772160 | -0.807503 | 4.895523e-50 | -8.615850e-47 |
| Msa0254640 | Msa0772490 | 0.837780 | 4.246500e-57 | -8.615850e-47 |
| Msa0254640 | Msa0788450 | -0.808985 | 2.366258e-50 | -8.615850e-47 |
| Msa0254640 | Msa0793130 | -0.823025 | 1.729867e-53 | -8.615850e-47 |
| Msa0254640 | Msa0793270 | 0.843689 | 1.200965e-58 | -8.615850e-47 |
| Msa0254640 | Msa0794900 | -0.826931 | 2.068803e-54 | -8.615850e-47 |
| Msa0254640 | Msa0795320 | 0.858157 | 9.987406e-63 | -8.615850e-47 |
| Msa0254640 | Msa0795910 | -0.823976 | 1.036540e-53 | -8.615850e-47 |
| Msa0254640 | Msa0797180 | -0.814182 | 1.755152e-51 | -8.615850e-47 |
| Msa0254640 | Msa0801920 | -0.825070 | 5.728683e-54 | -8.615850e-47 |
| Msa0254640 | Msa0802600 | 0.811161 | 8.041264e-51 | -8.615850e-47 |
| Msa0254640 | Msa0806910 | 0.811878 | 5.616172e-51 | -8.615850e-47 |
| Msa0254640 | Msa0807100 | -0.808519 | 2.976112e-50 | -8.615850e-47 |
| Msa0254640 | Msa0809950 | 0.804139 | 2.493716e-49 | -8.615850e-47 |
| Msa0254640 | Msa0810340 | 0.800016 | 1.755962e-48 | -8.615850e-47 |
| Msa0254640 | Msa0816630 | 0.863599 | 2.219471e-64 | -8.615850e-47 |
| Msa0254640 | Msa0820130 | -0.816792 | 4.605756e-52 | -8.615850e-47 |
| Msa0254640 | Msa0820880 | 0.820396 | 7.011532e-53 | -8.615850e-47 |
| Msa0254640 | Msa0825570 | -0.808525 | 2.966924e-50 | -8.615850e-47 |
| Msa0254640 | Msa0826240 | 0.810949 | 8.935973e-51 | -8.615850e-47 |
| Msa0254640 | Msa0826360 | 0.834855 | 2.353722e-56 | -8.615850e-47 |
| Msa0254640 | Msa0826370 | 0.850669 | 1.462561e-60 | -8.615850e-47 |
| Msa0254640 | Msa0826380 | 0.866285 | 3.189359e-65 | -8.615850e-47 |
| Msa0254640 | Msa0826450 | 0.876177 | 1.718294e-68 | -8.615850e-47 |
| Msa0254640 | Msa0826540 | -0.809253 | 2.072927e-50 | -8.615850e-47 |
| Msa0254640 | Msa0826820 | -0.828182 | 1.036600e-54 | -8.615850e-47 |
| Msa0254640 | Msa0829210 | -0.816235 | 6.140096e-52 | -8.615850e-47 |
| Msa0254640 | Msa0829250 | -0.835255 | 1.866176e-56 | -8.615850e-47 |
| Msa0254640 | Msa0829990 | 0.817287 | 3.565562e-52 | -8.615850e-47 |
| Msa0254640 | Msa0833030 | -0.811419 | 7.068811e-51 | -8.615850e-47 |
| Msa0254640 | Msa0833360 | -0.820969 | 5.178239e-53 | -8.615850e-47 |
| Msa0254640 | Msa0835050 | -0.819022 | 1.444723e-52 | -8.615850e-47 |
| Msa0254640 | Msa0838120 | -0.826585 | 2.503138e-54 | -8.615850e-47 |
| Msa0254640 | Msa0843740 | 0.825024 | 5.874205e-54 | -8.615850e-47 |
| Msa0254640 | Msa0855260 | 0.808835 | 2.548097e-50 | -8.615850e-47 |
| Msa0254640 | Msa0860630 | -0.800681 | 1.285699e-48 | -8.615850e-47 |
| Msa0254640 | Msa0861400 | -0.809908 | 1.499435e-50 | -8.615850e-47 |
| Msa0254640 | Msa0861820 | 0.818207 | 2.211333e-52 | -8.615850e-47 |
| Msa0254640 | Msa0863940 | 0.857619 | 1.442987e-62 | -8.615850e-47 |
| Msa0254640 | Msa0865500 | -0.819169 | 1.337191e-52 | -8.615850e-47 |
| Msa0254640 | Msa0865810 | 0.856725 | 2.649340e-62 | -8.615850e-47 |
| Msa0254640 | Msa0865820 | 0.842609 | 2.330020e-58 | -8.615850e-47 |
| Msa0254640 | Msa0865830 | 0.861640 | 8.900193e-64 | -8.615850e-47 |
| Msa0254640 | Msa0867470 | 0.821912 | 3.136911e-53 | -8.615850e-47 |
| Msa0254640 | Msa0868500 | -0.808448 | 3.081385e-50 | -8.615850e-47 |
| Msa0254640 | Msa0868510 | -0.810888 | 9.215342e-51 | -8.615850e-47 |
| Msa0254640 | Msa0868520 | -0.810090 | 1.369895e-50 | -8.615850e-47 |
| Msa0254640 | Msa0869320 | -0.814722 | 1.332859e-51 | -8.615850e-47 |
| Msa0254640 | Msa0869420 | -0.801212 | 1.001844e-48 | -8.615850e-47 |
| Msa0254640 | Msa0873880 | 0.828149 | 1.055425e-54 | -8.615850e-47 |
| Msa0254640 | Msa0873910 | 0.821899 | 3.158900e-53 | -8.615850e-47 |
| Msa0254640 | Msa0873940 | 0.821786 | 3.355688e-53 | -8.615850e-47 |
| Msa0254640 | Msa0874750 | 0.802128 | 6.499438e-49 | -8.615850e-47 |
| Msa0254640 | Msa0876790 | 0.812631 | 3.847119e-51 | -8.615850e-47 |
| Msa0254640 | Msa0881510 | 0.822353 | 2.478800e-53 | -8.615850e-47 |
| Msa0254640 | Msa0882480 | -0.819151 | 1.349818e-52 | -8.615850e-47 |
| Msa0254640 | Msa0888520 | -0.824711 | 6.959296e-54 | -8.615850e-47 |
| Msa0254640 | Msa0906100 | -0.810392 | 1.179593e-50 | -8.615850e-47 |
| Msa0254640 | Msa0906680 | 0.839963 | 1.156732e-57 | -8.615850e-47 |
| Msa0254640 | Msa0914710 | 0.832281 | 1.034005e-55 | -8.615850e-47 |
| Msa0254640 | Msa0921790 | 0.829277 | 5.633982e-55 | -8.615850e-47 |
| Msa0254640 | Msa0929440 | -0.811701 | 6.136452e-51 | -8.615850e-47 |
| Msa0254640 | Msa0934290 | -0.827379 | 1.616082e-54 | -8.615850e-47 |
| Msa0254640 | Msa0938150 | -0.810795 | 9.650511e-51 | -8.615850e-47 |
| Msa0254640 | Msa0941410 | -0.801467 | 8.881366e-49 | -8.615850e-47 |
| Msa0254640 | Msa0941420 | -0.807509 | 4.883255e-50 | -8.615850e-47 |
| Msa0254640 | Msa0945160 | -0.837544 | 4.881865e-57 | -8.615850e-47 |
| Msa0254640 | Msa0947550 | -0.823432 | 1.389944e-53 | -8.615850e-47 |
| Msa0254640 | Msa0956600 | -0.804698 | 1.906226e-49 | -8.615850e-47 |
| Msa0254640 | Msa0958960 | -0.818244 | 2.169157e-52 | -8.615850e-47 |
| Msa0254640 | Msa0960580 | 0.812166 | 4.860258e-51 | -8.615850e-47 |
| Msa0254640 | Msa0967890 | -0.805407 | 1.354989e-49 | -8.615850e-47 |
| Msa0254640 | Msa0967900 | -0.806838 | 6.771996e-50 | -8.615850e-47 |
| Msa0254640 | Msa0968060 | -0.809332 | 1.994051e-50 | -8.615850e-47 |
| Msa0254640 | Msa0971690 | -0.806288 | 8.848405e-50 | -8.615850e-47 |
| Msa0254640 | Msa0971780 | -0.828870 | 7.070049e-55 | -8.615850e-47 |
| Msa0254640 | Msa0975950 | 0.842513 | 2.470443e-58 | -8.615850e-47 |
| Msa0254640 | Msa0975960 | 0.833321 | 5.703305e-56 | -8.615850e-47 |
| Msa0254640 | Msa0978540 | -0.802045 | 6.759364e-49 | -8.615850e-47 |
| Msa0254640 | Msa0978550 | -0.810923 | 9.051677e-51 | -8.615850e-47 |
| Msa0254640 | Msa0978560 | -0.811268 | 7.623528e-51 | -8.615850e-47 |
| Msa0254640 | Msa0984230 | -0.829161 | 6.009198e-55 | -8.615850e-47 |
| Msa0254640 | Msa0993280 | -0.800129 | 1.665516e-48 | -8.615850e-47 |
| Msa0254640 | Msa1001120 | 0.813126 | 2.996359e-51 | -8.615850e-47 |
| Msa0254640 | Msa1002550 | -0.826402 | 2.766558e-54 | -8.615850e-47 |
| Msa0254640 | Msa1003730 | 0.812863 | 3.422396e-51 | -8.615850e-47 |
| Msa0254640 | Msa1003920 | 0.803338 | 3.656301e-49 | -8.615850e-47 |
| Msa0254640 | Msa1004300 | -0.819341 | 1.221838e-52 | -8.615850e-47 |
| Msa0254640 | Msa1016580 | -0.817716 | 2.853996e-52 | -8.615850e-47 |
| Msa0254640 | Msa1020160 | -0.810944 | 8.960033e-51 | -8.615850e-47 |
| Msa0254640 | Msa1026080 | 0.824955 | 6.095488e-54 | -8.615850e-47 |
| Msa0254640 | Msa1026890 | 0.810994 | 8.738509e-51 | -8.615850e-47 |
| Msa0254640 | Msa1027910 | 0.805671 | 1.192562e-49 | -8.615850e-47 |
| Msa0254640 | Msa1028890 | -0.820041 | 8.457303e-53 | -8.615850e-47 |
| Msa0254640 | Msa1029030 | -0.808189 | 3.499753e-50 | -8.615850e-47 |
| Msa0254640 | Msa1030210 | 0.842804 | 2.067967e-58 | -8.615850e-47 |
| Msa0254640 | Msa1031190 | -0.819837 | 9.417133e-53 | -8.615850e-47 |
| Msa0254640 | Msa1031780 | 0.827442 | 1.560807e-54 | -8.615850e-47 |
| Msa0254640 | Msa1032790 | -0.829288 | 5.597341e-55 | -8.615850e-47 |
| Msa0254640 | Msa1035050 | 0.816382 | 5.691013e-52 | -8.615850e-47 |
| Msa0254640 | Msa1036260 | -0.803044 | 4.205407e-49 | -8.615850e-47 |
| Msa0254640 | Msa1037360 | 0.845262 | 4.532795e-59 | -8.615850e-47 |
| Msa0254640 | Msa1037440 | -0.802250 | 6.132699e-49 | -8.615850e-47 |
| Msa0254640 | Msa1039150 | -0.819268 | 1.269652e-52 | -8.615850e-47 |
| Msa0254640 | Msa1041250 | 0.833626 | 4.785861e-56 | -8.615850e-47 |
| Msa0254640 | Msa1041570 | -0.823531 | 1.317712e-53 | -8.615850e-47 |
| Msa0254640 | Msa1042420 | -0.803349 | 3.637005e-49 | -8.615850e-47 |
| Msa0254640 | Msa1044050 | -0.803613 | 3.206118e-49 | -8.615850e-47 |
| Msa0254640 | Msa1056590 | -0.811286 | 7.551992e-51 | -8.615850e-47 |
| Msa0254640 | Msa1057940 | -0.805650 | 1.205073e-49 | -8.615850e-47 |
| Msa0254640 | Msa1062060 | 0.824252 | 8.924828e-54 | -8.615850e-47 |
| Msa0254640 | Msa1062080 | 0.809639 | 1.713207e-50 | -8.615850e-47 |
| Msa0254640 | Msa1064240 | 0.844880 | 5.747836e-59 | -8.615850e-47 |
| Msa0254640 | Msa1066770 | 0.824188 | 9.242828e-54 | -8.615850e-47 |
| Msa0254640 | Msa1067000 | 0.826677 | 2.379206e-54 | -8.615850e-47 |
| Msa0254640 | Msa1068010 | -0.808515 | 2.981939e-50 | -8.615850e-47 |
| Msa0254640 | Msa1069250 | 0.825627 | 4.228537e-54 | -8.615850e-47 |
| Msa0254640 | Msa1069270 | 0.808675 | 2.756015e-50 | -8.615850e-47 |
| Msa0254640 | Msa1070370 | -0.819281 | 1.261132e-52 | -8.615850e-47 |
| Msa0254640 | Msa1075090 | 0.837895 | 3.967757e-57 | -8.615850e-47 |
| Msa0254640 | Msa1078120 | -0.826855 | 2.156851e-54 | -8.615850e-47 |
| Msa0254640 | Msa1078210 | -0.821644 | 3.617599e-53 | -8.615850e-47 |
| Msa0254640 | Msa1080820 | 0.886926 | 2.234712e-72 | -8.615850e-47 |
| Msa0254640 | Msa1081520 | -0.831905 | 1.280830e-55 | -8.615850e-47 |
| Msa0254640 | Msa1082080 | 0.828161 | 1.048743e-54 | -8.615850e-47 |
| Msa0254640 | Msa1083660 | -0.804275 | 2.336173e-49 | -8.615850e-47 |
| Msa0254640 | Msa1088000 | -0.829437 | 5.150631e-55 | -8.615850e-47 |
| Msa0254640 | Msa1092770 | -0.809655 | 1.699549e-50 | -8.615850e-47 |
| Msa0254640 | Msa1095590 | 0.810953 | 8.918234e-51 | -8.615850e-47 |
| Msa0254640 | Msa1102210 | 0.806723 | 7.162232e-50 | -8.615850e-47 |
| Msa0254640 | Msa1102410 | -0.820510 | 6.601242e-53 | -8.615850e-47 |
| Msa0254640 | Msa1104020 | -0.802500 | 5.446329e-49 | -8.615850e-47 |
| Msa0254640 | Msa1107220 | 0.807561 | 4.760180e-50 | -8.615850e-47 |
| Msa0254640 | Msa1107250 | 0.820152 | 7.976963e-53 | -8.615850e-47 |
| Msa0254640 | Msa1110900 | 0.827277 | 1.709406e-54 | -8.615850e-47 |
| Msa0254640 | Msa1111860 | 0.808765 | 2.636465e-50 | -8.615850e-47 |
| Msa0254640 | Msa1112210 | -0.813468 | 2.521045e-51 | -8.615850e-47 |
| Msa0254640 | Msa1115980 | 0.802261 | 6.102659e-49 | -8.615850e-47 |
| Msa0254640 | Msa1117770 | -0.855235 | 7.228514e-62 | -8.615850e-47 |
| Msa0254640 | Msa1118960 | 0.884291 | 2.174658e-71 | -8.615850e-47 |
| Msa0254640 | Msa1119420 | -0.820080 | 8.287364e-53 | -8.615850e-47 |
| Msa0254640 | Msa1120580 | 0.809603 | 1.743861e-50 | -8.615850e-47 |
| Msa0254640 | Msa1121300 | 0.808172 | 3.528306e-50 | -8.615850e-47 |
| Msa0254640 | Msa1121720 | -0.846803 | 1.726482e-59 | -8.615850e-47 |
| Msa0254640 | Msa1122710 | -0.800241 | 1.580660e-48 | -8.615850e-47 |
| Msa0254640 | Msa1123000 | 0.834255 | 3.332057e-56 | -8.615850e-47 |
| Msa0254640 | Msa1123440 | -0.825751 | 3.950743e-54 | -8.615850e-47 |
| Msa0254640 | Msa1129120 | -0.818155 | 2.271926e-52 | -8.615850e-47 |
| Msa0254640 | Msa1130150 | -0.832752 | 7.901632e-56 | -8.615850e-47 |
| Msa0254640 | Msa1130850 | -0.820805 | 5.649328e-53 | -8.615850e-47 |
| Msa0254640 | Msa1130910 | -0.808827 | 2.557682e-50 | -8.615850e-47 |
| Msa0254640 | Msa1131120 | 0.815302 | 9.909734e-52 | -8.615850e-47 |
| Msa0254640 | Msa1132880 | -0.823649 | 1.236604e-53 | -8.615850e-47 |
| Msa0254640 | Msa1136760 | 0.800424 | 1.450814e-48 | -8.615850e-47 |
| Msa0254640 | Msa1136770 | -0.810343 | 1.208483e-50 | -8.615850e-47 |
| Msa0254640 | Msa1137750 | 0.832836 | 7.530000e-56 | -8.615850e-47 |
| Msa0254640 | Msa1142390 | 0.801645 | 8.165222e-49 | -8.615850e-47 |
| Msa0254640 | Msa1144380 | -0.811496 | 6.800512e-51 | -8.615850e-47 |
| Msa0254640 | Msa1150740 | 0.817432 | 3.307294e-52 | -8.615850e-47 |
| Msa0254640 | Msa1154240 | 0.852214 | 5.345716e-61 | -8.615850e-47 |
| Msa0254640 | Msa1156100 | -0.809621 | 1.728233e-50 | -8.615850e-47 |
| Msa0254640 | Msa1156120 | -0.840397 | 8.913231e-58 | -8.615850e-47 |
| Msa0254640 | Msa1157200 | 0.845843 | 3.154074e-59 | -8.615850e-47 |
| Msa0254640 | Msa1158180 | -0.819805 | 9.577541e-53 | -8.615850e-47 |
| Msa0254640 | Msa1161060 | -0.818955 | 1.496256e-52 | -8.615850e-47 |
| Msa0254640 | Msa1161550 | -0.818712 | 1.698560e-52 | -8.615850e-47 |
| Msa0254640 | Msa1164230 | 0.838843 | 2.260441e-57 | -8.615850e-47 |
| Msa0254640 | Msa1165670 | 0.833787 | 4.364247e-56 | -8.615850e-47 |
| Msa0254640 | Msa1166470 | -0.824785 | 6.687351e-54 | -8.615850e-47 |
| Msa0254640 | Msa1169600 | -0.804695 | 1.909758e-49 | -8.615850e-47 |
| Msa0254640 | Msa1173150 | 0.830289 | 3.193357e-55 | -8.615850e-47 |
| Msa0254640 | Msa1174280 | 0.854980 | 8.574307e-62 | -8.615850e-47 |
| Msa0254640 | Msa1175340 | -0.819485 | 1.133011e-52 | -8.615850e-47 |
| Msa0254640 | Msa1177650 | 0.852877 | 3.459901e-61 | -8.615850e-47 |
| Msa0254640 | Msa1179340 | 0.810686 | 1.019049e-50 | -8.615850e-47 |
| Msa0254640 | Msa1184100 | -0.828574 | 8.333461e-55 | -8.615850e-47 |
| Msa0254640 | Msa1185270 | 0.834865 | 2.340743e-56 | -8.615850e-47 |
| Msa0254640 | Msa1191530 | -0.826299 | 2.927513e-54 | -8.615850e-47 |
| Msa0254640 | Msa1192800 | 0.824175 | 9.307227e-54 | -8.615850e-47 |
| Msa0254640 | Msa1194480 | -0.803512 | 3.364779e-49 | -8.615850e-47 |
| Msa0254640 | Msa1197740 | -0.802762 | 4.809094e-49 | -8.615850e-47 |
| Msa0254640 | Msa1199540 | -0.834563 | 2.787689e-56 | -8.615850e-47 |
| Msa0254640 | Msa1199700 | -0.811455 | 6.941703e-51 | -8.615850e-47 |
| Msa0254640 | Msa1199870 | 0.844202 | 8.747318e-59 | -8.615850e-47 |
| Msa0254640 | Msa1202110 | 0.870658 | 1.235253e-66 | -8.615850e-47 |
| Msa0254640 | Msa1202470 | 0.808898 | 2.470265e-50 | -8.615850e-47 |
| Msa0254640 | Msa1203320 | -0.809708 | 1.655848e-50 | -8.615850e-47 |
| Msa0254640 | Msa1205270 | -0.801925 | 7.152259e-49 | -8.615850e-47 |
| Msa0254640 | Msa1209470 | 0.801584 | 8.404053e-49 | -8.615850e-47 |
| Msa0254640 | Msa1209990 | -0.819938 | 8.928674e-53 | -8.615850e-47 |
| Msa0254640 | Msa1211610 | 0.847363 | 1.212767e-59 | -8.615850e-47 |
| Msa0254640 | Msa1212150 | -0.839773 | 1.296606e-57 | -8.615850e-47 |
| Msa0254640 | Msa1212210 | -0.827165 | 1.818967e-54 | -8.615850e-47 |
| Msa0254640 | Msa1212470 | 0.810035 | 1.407835e-50 | -8.615850e-47 |
| Msa0254640 | Msa1217260 | 0.867247 | 1.574858e-65 | -8.615850e-47 |
| Msa0254640 | Msa1220850 | 0.809067 | 2.272418e-50 | -8.615850e-47 |
| Msa0254640 | Msa1221220 | 0.822160 | 2.748349e-53 | -8.615850e-47 |
| Msa0254640 | Msa1221270 | 0.803657 | 3.140099e-49 | -8.615850e-47 |
| Msa0254640 | Msa1223560 | 0.814328 | 1.629255e-51 | -8.615850e-47 |
| Msa0254640 | Msa1224510 | 0.821271 | 4.413334e-53 | -8.615850e-47 |
| Msa0254640 | Msa1228260 | -0.841117 | 5.771250e-58 | -8.615850e-47 |
| Msa0254640 | Msa1228600 | -0.820607 | 6.272370e-53 | -8.615850e-47 |
| Msa0254640 | Msa1235620 | -0.821783 | 3.360128e-53 | -8.615850e-47 |
| Msa0254640 | Msa1235960 | -0.800380 | 1.480756e-48 | -8.615850e-47 |
| Msa0254640 | Msa1235990 | -0.802923 | 4.454467e-49 | -8.615850e-47 |
| Msa0254640 | Msa1236120 | -0.828651 | 7.986044e-55 | -8.615850e-47 |
| Msa0254640 | Msa1236190 | -0.830578 | 2.714560e-55 | -8.615850e-47 |
| Msa0254640 | Msa1239190 | 0.835698 | 1.442009e-56 | -8.615850e-47 |
| Msa0254640 | Msa1239210 | 0.838995 | 2.064879e-57 | -8.615850e-47 |
| Msa0254640 | Msa1241770 | 0.835604 | 1.523305e-56 | -8.615850e-47 |
| Msa0254640 | Msa1247200 | -0.802583 | 5.237779e-49 | -8.615850e-47 |
| Msa0254640 | Msa1251230 | 0.808782 | 2.614895e-50 | -8.615850e-47 |
| Msa0254640 | Msa1252810 | 0.826670 | 2.388956e-54 | -8.615850e-47 |
| Msa0254640 | Msa1254870 | 0.869993 | 2.041502e-66 | -8.615850e-47 |
| Msa0254640 | Msa1254910 | 0.814688 | 1.356631e-51 | -8.615850e-47 |
| Msa0254640 | Msa1256490 | -0.800264 | 1.563602e-48 | -8.615850e-47 |
| Msa0254640 | Msa1262540 | 0.851793 | 7.039132e-61 | -8.615850e-47 |
| Msa0254640 | Msa1263500 | 0.802954 | 4.390822e-49 | -8.615850e-47 |
| Msa0254640 | Msa1266750 | -0.814672 | 1.367510e-51 | -8.615850e-47 |
| Msa0254640 | Msa1270860 | -0.800290 | 1.544551e-48 | -8.615850e-47 |
| Msa0254640 | Msa1271220 | -0.842370 | 2.695326e-58 | -8.615850e-47 |
| Msa0254640 | Msa1277270 | -0.830677 | 2.566317e-55 | -8.615850e-47 |
| Msa0254640 | Msa1278080 | -0.814473 | 1.513198e-51 | -8.615850e-47 |
| Msa0254640 | Msa1279060 | 0.812487 | 4.136523e-51 | -8.615850e-47 |
| Msa0254640 | Msa1279200 | -0.829417 | 5.208903e-55 | -8.615850e-47 |
| Msa0254640 | Msa1279250 | -0.805146 | 1.536462e-49 | -8.615850e-47 |
| Msa0254640 | Msa1291070 | -0.814151 | 1.782859e-51 | -8.615850e-47 |
| Msa0254640 | Msa1295200 | 0.805822 | 1.108948e-49 | -8.615850e-47 |
| Msa0254640 | Msa1298170 | -0.800454 | 1.430336e-48 | -8.615850e-47 |
| Msa0254640 | Msa1298480 | -0.820352 | 7.176448e-53 | -8.615850e-47 |
| Msa0254640 | Msa1298830 | 0.823847 | 1.111363e-53 | -8.615850e-47 |
| Msa0254640 | Msa1299480 | 0.851068 | 1.128960e-60 | -8.615850e-47 |
| Msa0254640 | Msa1299780 | 0.815556 | 8.704239e-52 | -8.615850e-47 |
| Msa0254640 | Msa1302340 | 0.829371 | 5.343629e-55 | -8.615850e-47 |
| Msa0254640 | Msa1303620 | -0.814766 | 1.303508e-51 | -8.615850e-47 |
| Msa0254640 | Msa1303690 | -0.813756 | 2.178971e-51 | -8.615850e-47 |
| Msa0254640 | Msa1308430 | -0.843933 | 1.033150e-58 | -8.615850e-47 |
| Msa0254640 | Msa1315880 | -0.843703 | 1.190592e-58 | -8.615850e-47 |
| Msa0254640 | Msa1317740 | 0.845750 | 3.342788e-59 | -8.615850e-47 |
| Msa0254640 | Msa1320430 | 0.807887 | 4.057973e-50 | -8.615850e-47 |
| Msa0254640 | Msa1322180 | 0.832368 | 9.837863e-56 | -8.615850e-47 |
| Msa0254640 | Msa1326780 | -0.802409 | 5.686832e-49 | -8.615850e-47 |
| Msa0254640 | Msa1327440 | 0.812288 | 4.571286e-51 | -8.615850e-47 |
| Msa0254640 | Msa1328430 | 0.869724 | 2.498301e-66 | -8.615850e-47 |
| Msa0254640 | Msa1328680 | -0.832979 | 6.937297e-56 | -8.615850e-47 |
| Msa0254640 | Msa1329900 | 0.815729 | 7.962741e-52 | -8.615850e-47 |
| Msa0254640 | Msa1330400 | 0.835709 | 1.432899e-56 | -8.615850e-47 |
| Msa0254640 | Msa1331720 | -0.800431 | 1.445924e-48 | -8.615850e-47 |
| Msa0254640 | Msa1340440 | 0.843065 | 1.761487e-58 | -8.615850e-47 |
| Msa0254640 | Msa1341710 | -0.835965 | 1.234348e-56 | -8.615850e-47 |
| Msa0254640 | Msa1341850 | -0.825072 | 5.721450e-54 | -8.615850e-47 |
| Msa0254640 | Msa1342360 | -0.830925 | 2.232040e-55 | -8.615850e-47 |
| Msa0254640 | Msa1342460 | -0.801809 | 7.556379e-49 | -8.615850e-47 |
| Msa0254640 | Msa1348180 | -0.824683 | 7.066771e-54 | -8.615850e-47 |
| Msa0254640 | Msa1349830 | 0.851042 | 1.147845e-60 | -8.615850e-47 |
| Msa0254640 | Msa1350130 | -0.804624 | 1.975672e-49 | -8.615850e-47 |
| Msa0254640 | Msa1350580 | -0.819190 | 1.322678e-52 | -8.615850e-47 |
| Msa0254640 | Msa1350590 | -0.853305 | 2.608291e-61 | -8.615850e-47 |
| Msa0254640 | Msa1356100 | -0.846522 | 2.060502e-59 | -8.615850e-47 |
| Msa0254640 | Msa1357570 | 0.847436 | 1.157833e-59 | -8.615850e-47 |
| Msa0254640 | Msa1361580 | -0.813980 | 1.944421e-51 | -8.615850e-47 |
| Msa0254640 | Msa1362630 | 0.808573 | 2.898445e-50 | -8.615850e-47 |
| Msa0254640 | Msa1363170 | -0.812500 | 4.108881e-51 | -8.615850e-47 |
| Msa0254640 | Msa1366480 | 0.843130 | 1.692548e-58 | -8.615850e-47 |
| Msa0254640 | Msa1367460 | 0.801841 | 7.443807e-49 | -8.615850e-47 |
| Msa0254640 | Msa1369220 | -0.816730 | 4.756435e-52 | -8.615850e-47 |
| Msa0254640 | Msa1369320 | 0.804711 | 1.894499e-49 | -8.615850e-47 |
| Msa0254640 | Msa1371540 | -0.825356 | 4.901944e-54 | -8.615850e-47 |
| Msa0254640 | Msa1372460 | -0.843474 | 1.370406e-58 | -8.615850e-47 |
| Msa0254640 | Msa1372470 | -0.813603 | 2.354674e-51 | -8.615850e-47 |
| Msa0254640 | Msa1373310 | -0.840817 | 6.919122e-58 | -8.615850e-47 |
| Msa0254640 | Msa1373420 | -0.822634 | 2.132568e-53 | -8.615850e-47 |
| Msa0254640 | Msa1375890 | 0.823665 | 1.225546e-53 | -8.615850e-47 |
| Msa0254640 | Msa1375980 | -0.815847 | 7.495675e-52 | -8.615850e-47 |
| Msa0254640 | Msa1377050 | 0.842181 | 3.024112e-58 | -8.615850e-47 |
| Msa0254640 | Msa1377980 | -0.850919 | 1.243679e-60 | -8.615850e-47 |
| Msa0254640 | Msa1379020 | 0.808447 | 3.083891e-50 | -8.615850e-47 |
| Msa0254640 | Msa1381300 | -0.814011 | 1.914234e-51 | -8.615850e-47 |
| Msa0254640 | Msa1382100 | -0.805713 | 1.169049e-49 | -8.615850e-47 |
| Msa0254640 | Msa1384410 | -0.811660 | 6.263571e-51 | -8.615850e-47 |
| Msa0254640 | Msa1386910 | -0.838609 | 2.598515e-57 | -8.615850e-47 |
| Msa0254640 | Msa1387610 | 0.811958 | 5.395095e-51 | -8.615850e-47 |
| Msa0254640 | Msa1388720 | -0.818138 | 2.291768e-52 | -8.615850e-47 |
| Msa0254640 | Msa1395380 | -0.841360 | 4.982681e-58 | -8.615850e-47 |
| Msa0254640 | Msa1397560 | -0.805931 | 1.051902e-49 | -8.615850e-47 |
| Msa0254640 | Msa1398120 | 0.860019 | 2.765633e-63 | -8.615850e-47 |
| Msa0254640 | Msa1398150 | -0.818660 | 1.745911e-52 | -8.615850e-47 |
| Msa0254640 | Msa1401110 | 0.847111 | 1.422081e-59 | -8.615850e-47 |
| Msa0254640 | Msa1402300 | 0.806796 | 6.911229e-50 | -8.615850e-47 |
| Msa0254640 | Msa1403820 | -0.801762 | 7.725458e-49 | -8.615850e-47 |
| Msa0254640 | Msa1405990 | -0.800936 | 1.140834e-48 | -8.615850e-47 |
| Msa0254640 | Msa1408230 | -0.840915 | 6.521378e-58 | -8.615850e-47 |
| Msa0254640 | Msa1408280 | -0.852101 | 5.756086e-61 | -8.615850e-47 |
| Msa0254640 | Msa1408860 | -0.806864 | 6.685578e-50 | -8.615850e-47 |
| Msa0254640 | Msa1410480 | -0.832584 | 8.698611e-56 | -8.615850e-47 |
| Msa0254640 | Msa1410500 | -0.839648 | 1.397051e-57 | -8.615850e-47 |
| Msa0254640 | Msa1411370 | 0.829720 | 4.396745e-55 | -8.615850e-47 |
| Msa0254640 | Msa1411930 | -0.814856 | 1.245076e-51 | -8.615850e-47 |
| Msa0254640 | Msa1412410 | 0.833542 | 5.022378e-56 | -8.615850e-47 |
| Msa0254640 | Msa1413150 | 0.827396 | 1.601097e-54 | -8.615850e-47 |
| Msa0254640 | Msa1415510 | -0.842129 | 3.122684e-58 | -8.615850e-47 |
| Msa0254640 | Msa1420540 | 0.869195 | 3.713789e-66 | -8.615850e-47 |
| Msa0254640 | Msa1420590 | -0.804953 | 1.686832e-49 | -8.615850e-47 |
| Msa0254640 | Msa1422230 | 0.845396 | 4.169730e-59 | -8.615850e-47 |
| Msa0254640 | Msa1423560 | -0.833978 | 3.909240e-56 | -8.615850e-47 |
| Msa0254640 | Msa1424250 | -0.804727 | 1.880520e-49 | -8.615850e-47 |
| Msa0254640 | Msa1424490 | -0.837732 | 4.370252e-57 | -8.615850e-47 |
| Msa0254640 | Msa1425530 | -0.815612 | 8.456145e-52 | -8.615850e-47 |
| Msa0254640 | Msa1427000 | 0.800260 | 1.566629e-48 | -8.615850e-47 |
| Msa0254640 | Msa1427860 | 0.835810 | 1.350578e-56 | -8.615850e-47 |
| Msa0254640 | Msa1429470 | 0.827514 | 1.499829e-54 | -8.615850e-47 |
| Msa0254640 | Msa1432730 | -0.805819 | 1.110229e-49 | -8.615850e-47 |
| Msa0254640 | Msa1434850 | -0.802305 | 5.974304e-49 | -8.615850e-47 |
| Msa0254640 | Msa1434860 | -0.842392 | 2.659661e-58 | -8.615850e-47 |
| Msa0254640 | Msa1435320 | 0.815258 | 1.013502e-51 | -8.615850e-47 |
| Msa0254640 | Msa1438160 | 0.807153 | 5.808869e-50 | -8.615850e-47 |
| Msa0254640 | Msa1439860 | 0.827265 | 1.720755e-54 | -8.615850e-47 |
| Msa0254640 | Msa1440140 | -0.800106 | 1.683851e-48 | -8.615850e-47 |
| Msa0254640 | Msa1443400 | 0.815380 | 9.522927e-52 | -8.615850e-47 |
| Msa0254640 | Msa1444130 | -0.826844 | 2.170607e-54 | -8.615850e-47 |
| Msa0254640 | Msa1444690 | -0.826827 | 2.190626e-54 | -8.615850e-47 |
| Msa0254640 | Msa1448040 | 0.815992 | 6.956602e-52 | -8.615850e-47 |
| Msa0254640 | Msa1449470 | 0.818782 | 1.638073e-52 | -8.615850e-47 |
| Msa0254640 | Msa1450970 | 0.808427 | 3.114601e-50 | -8.615850e-47 |
| Msa0254640 | Msa1451200 | -0.822565 | 2.213219e-53 | -8.615850e-47 |
| Msa0254640 | Msa1452800 | -0.827159 | 1.824802e-54 | -8.615850e-47 |
| Msa0254640 | Msa1453600 | 0.840371 | 9.052060e-58 | -8.615850e-47 |
| Msa0254640 | Msa1453890 | 0.842576 | 2.376594e-58 | -8.615850e-47 |
| Msa0254640 | Msa1454300 | -0.840951 | 6.379094e-58 | -8.615850e-47 |
| Msa0254640 | Msa1459130 | -0.817416 | 3.336032e-52 | -8.615850e-47 |
| Msa0254640 | Msa1459680 | -0.820276 | 7.471790e-53 | -8.615850e-47 |
| Msa0254640 | Msa1459920 | 0.862820 | 3.865173e-64 | -8.615850e-47 |
| Msa0254640 | Msa1459930 | 0.826414 | 2.748974e-54 | -8.615850e-47 |
| Msa0254640 | Msa1461840 | -0.833117 | 6.411059e-56 | -8.615850e-47 |
| Msa0254640 | Msa1465860 | 0.809349 | 1.977390e-50 | -8.615850e-47 |
PPI
| Gene1 | Gene2 | Type |
|---|
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0254640 | MtrunA17_Chr2g0315301 | 56.818 | 220 | 15 | 4 | 1 | 220 | 1 | 140 | 1.89e-66 | 202 |
| Msa0254640 | MtrunA17_Chr2g0315291 | 66.207 | 145 | 30 | 2 | 100 | 240 | 4 | 133 | 1.09e-44 | 146 |
| Msa0254640 | MtrunA17_Chr2g0315291 | 85.106 | 47 | 7 | 0 | 1 | 47 | 1 | 47 | 7.04e-20 | 82.4 |
| Msa0254640 | MtrunA17_Chr2g0315321 | 62.069 | 145 | 34 | 3 | 100 | 240 | 4 | 131 | 7.83e-40 | 134 |
| Msa0254640 | MtrunA17_Chr2g0315321 | 59.184 | 98 | 33 | 2 | 1 | 93 | 1 | 96 | 6.69e-22 | 87.8 |
| Msa0254640 | MtrunA17_Chr2g0315331 | 50.932 | 161 | 57 | 2 | 100 | 240 | 4 | 162 | 1.23e-38 | 132 |
| Msa0254640 | MtrunA17_Chr2g0315331 | 75.410 | 61 | 14 | 1 | 1 | 60 | 1 | 61 | 4.32e-21 | 86.7 |
| Msa0254640 | MtrunA17_Chr2g0315311 | 60.215 | 93 | 13 | 2 | 1 | 93 | 1 | 69 | 3.46e-24 | 93.6 |
| Msa0254640 | MtrunA17_Chr2g0315311 | 54.622 | 119 | 41 | 3 | 100 | 209 | 4 | 118 | 1.34e-19 | 81.6 |
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|
Find 66 sgRNAs with CRISPR-Local
Find 326 sgRNAs with CRISPR-GE
CRISPR-Local
| sgRNA_sequence | on_target_score | Position | Region |
|---|---|---|---|
| TTGTTTAAAGCACATTAATT+AGG | 0.248204 | 2_2:-48194514 | Msa0254640:exon |
| CTACCCGTTGGTTCACCTAT+TGG | 0.280966 | 2_2:+48198956 | None:intergenic |
| CCTCCTCCTGGTCTAACTAT+TGG | 0.290049 | 2_2:+48199016 | None:intergenic |
| GTATTTAATGGACATTGTTT+TGG | 0.293668 | 2_2:-48194467 | Msa0254640:three_prime_UTR |
| GGGTGGGCAGCACTGGCATG+TGG | 0.333889 | 2_2:+48199774 | None:intergenic |
| TAGCACAGGAAGCGAAGGTT+TGG | 0.359713 | 2_2:-48198936 | Msa0254640:CDS |
| GGTGGATTCTTTCGATTACT+TGG | 0.383958 | 2_2:+48194697 | None:intergenic |
| AGCACAGGAAGCGAAGGTTT+GGG | 0.387244 | 2_2:-48198935 | Msa0254640:CDS |
| AGCACAGGCGGAGGAGGATT+GGG | 0.392310 | 2_2:-48194670 | Msa0254640:CDS |
| AGCACAGGAAGCGGAGGATT+GGG | 0.405594 | 2_2:-48194787 | Msa0254640:CDS |
| ACGATCAATCGACGACCAAT+AGG | 0.406349 | 2_2:-48198971 | Msa0254640:CDS |
| TAGCACAGGCGGAGGAGGAT+TGG | 0.413090 | 2_2:-48194671 | Msa0254640:CDS |
| CTCCGCTTCCTGTGCTACCC+GGG | 0.415668 | 2_2:+48194794 | None:intergenic |
| CCTCCTCCGCCTGTGCTACC+TGG | 0.415974 | 2_2:+48194676 | None:intergenic |
| TAGCACAGGAAGCGGAGGAT+TGG | 0.426443 | 2_2:-48194788 | Msa0254640:CDS |
| CCTCCGCTTCCTGTGCTACC+CGG | 0.427212 | 2_2:+48194793 | None:intergenic |
| GGCGGAGGAGGATTGGGAAC+TGG | 0.445749 | 2_2:-48194664 | Msa0254640:CDS |
| TTTCAAATGGCTCTTGCAGC+AGG | 0.451956 | 2_2:-48199806 | None:intergenic |
| AGTTAGACCAGGAGGAGGAC+TGG | 0.454564 | 2_2:-48199011 | Msa0254640:CDS |
| TACCCGTTGGTTCACCATCA+TGG | 0.457960 | 2_2:+48198885 | None:intergenic |
| GGTGGGCAGCACTGGCATGT+GGG | 0.476478 | 2_2:+48199775 | None:intergenic |
| GGGTTGGCAGAACTGGTATG+TGG | 0.480519 | 2_2:+48195265 | None:intergenic |
| CCAGGTAGCACAGGCGGAGG+AGG | 0.487226 | 2_2:-48194676 | Msa0254640:CDS |
| TCCCATGATGGTGAACCAAC+GGG | 0.493792 | 2_2:-48198887 | Msa0254640:CDS |
| TCAGTCCCCAGTCCTCCTCC+TGG | 0.494518 | 2_2:+48199004 | None:intergenic |
| GTTAGACCAGGAGGAGGACT+GGG | 0.510990 | 2_2:-48199010 | Msa0254640:CDS |
| GGTTGGCAGAACTGGTATGT+GGG | 0.514276 | 2_2:+48195266 | None:intergenic |
| TCCGCTTCCTGTGCTACCCG+GGG | 0.514938 | 2_2:+48194795 | None:intergenic |
| GGAAGCGGAGGATTGGGAAC+TGG | 0.515122 | 2_2:-48194781 | Msa0254640:CDS |
| ACCCGTTGGTTCACCATCAT+GGG | 0.515508 | 2_2:+48198886 | None:intergenic |
| TCGCTTCCTGTGCTACCCGT+TGG | 0.522959 | 2_2:+48198872 | None:intergenic |
| TCGCTTCCTGTGCTACCCGT+TGG | 0.522959 | 2_2:+48198944 | None:intergenic |
| ATTGGGAACTGGTCCGAAAA+CGG | 0.529672 | 2_2:-48194770 | Msa0254640:CDS |
| GGTGAACCAACGGGTAGCAC+AGG | 0.538871 | 2_2:-48198878 | Msa0254640:CDS |
| TCGACGATCAATTCCCATGA+TGG | 0.542767 | 2_2:-48198899 | Msa0254640:CDS |
| TGCACAAACAACTAGTACTC+AGG | 0.551675 | 2_2:-48194641 | Msa0254640:CDS |
| GGTGAACCAACGGGTAGCAC+AGG | 0.559451 | 2_2:-48198950 | Msa0254640:CDS |
| TTCCCATGATGGTGAACCAA+CGG | 0.567661 | 2_2:-48198888 | Msa0254640:CDS |
| CGACCAATAGGTGAACCAAC+GGG | 0.569925 | 2_2:-48198959 | Msa0254640:CDS |
| AAGAATCCACCAGGTAGCAC+AGG | 0.570025 | 2_2:-48194685 | Msa0254640:CDS |
| CGTCGATTGATCGTCGATTG+CGG | 0.572151 | 2_2:+48198980 | None:intergenic |
| TCAATCTTACTGCCAATGAG+TGG | 0.586404 | 2_2:-48194579 | Msa0254640:CDS |
| TGGGAATTGATCGTCGATTG+CGG | 0.587889 | 2_2:+48198905 | None:intergenic |
| AACAACTAGTACTCAGGTGG+AGG | 0.594211 | 2_2:-48194635 | Msa0254640:CDS |
| CCTCCGCCTGTGCTACCTGG+TGG | 0.595864 | 2_2:+48194679 | None:intergenic |
| CCACCAGGTAGCACAGGCGG+AGG | 0.597247 | 2_2:-48194679 | Msa0254640:CDS |
| CCGGGTAGCACAGGAAGCGG+AGG | 0.602411 | 2_2:-48194793 | Msa0254640:CDS |
| AGTTGATCGAAAGAAACCCC+CGG | 0.606931 | 2_2:-48194812 | Msa0254640:CDS |
| GCACAGGAAGCGAAGGTTTG+GGG | 0.608095 | 2_2:-48198934 | Msa0254640:CDS |
| CAATCTTACTGCCAATGAGT+GGG | 0.616463 | 2_2:-48194578 | Msa0254640:CDS |
| GAGAATACTCAGCGACGTGG+AGG | 0.622518 | 2_2:-48194748 | Msa0254640:CDS |
| ACGGGTAGCACAGGAAGCGA+AGG | 0.625584 | 2_2:-48198869 | Msa0254640:intron |
| ACGGGTAGCACAGGAAGCGA+AGG | 0.625584 | 2_2:-48198941 | Msa0254640:CDS |
| AATCCACCAGGTAGCACAGG+CGG | 0.634430 | 2_2:-48194682 | Msa0254640:CDS |
| CAATGTCGAACCTACAAAGA+GGG | 0.635757 | 2_2:+48194534 | None:intergenic |
| ACAATGTCGAACCTACAAAG+AGG | 0.639877 | 2_2:+48194533 | None:intergenic |
| AGTAATCGAAAGAATCCACC+AGG | 0.647364 | 2_2:-48194694 | Msa0254640:CDS |
| CCGCTTCCTGTGCTACCCGG+GGG | 0.651421 | 2_2:+48194796 | None:intergenic |
| ACGACCAATAGGTGAACCAA+CGG | 0.653566 | 2_2:-48198960 | Msa0254640:CDS |
| ATGAAACCAATAGTTAGACC+AGG | 0.663167 | 2_2:-48199022 | Msa0254640:CDS |
| CCAATAGTTAGACCAGGAGG+AGG | 0.665223 | 2_2:-48199016 | Msa0254640:CDS |
| AAACCAATAGTTAGACCAGG+AGG | 0.695638 | 2_2:-48199019 | Msa0254640:CDS |
| TCTTACTGCCAATGAGTGGG+TGG | 0.702286 | 2_2:-48194575 | Msa0254640:CDS |
| ACGGAGAATACTCAGCGACG+TGG | 0.705185 | 2_2:-48194751 | Msa0254640:CDS |
| ACAAACAACTAGTACTCAGG+TGG | 0.706249 | 2_2:-48194638 | Msa0254640:CDS |
| TTAGACCAGGAGGAGGACTG+GGG | 0.706727 | 2_2:-48199009 | Msa0254640:CDS |
CRISPR-GE
| badsite warning | sgRNA_sequence | Strand | Position | Region | GC_content |
|---|---|---|---|---|---|
| !! | TTTAATTAAGAAACTAATTT+GGG | - | chr2_2:48195050-48195069 | Msa0254640:intron | 10.0% |
| !!! | TATAAATGTTTTATATTTAG+AGG | + | chr2_2:48198048-48198067 | None:intergenic | 10.0% |
| !!! | ATAATTTGTATTATTTCAAA+TGG | - | chr2_2:48198905-48198924 | Msa0254640:CDS | 10.0% |
| !!! | AATTAGTTTCTTAATTAAAC+TGG | + | chr2_2:48195049-48195068 | None:intergenic | 15.0% |
| !! | GTTTAATTAAGAAACTAATT+TGG | - | chr2_2:48195049-48195068 | Msa0254640:intron | 15.0% |
| !! | AAAACAAAATTTCTTATTGT+AGG | - | chr2_2:48195601-48195620 | Msa0254640:intron | 15.0% |
| !!! | TATATATGTTAGTTTTTCAT+AGG | + | chr2_2:48196018-48196037 | None:intergenic | 15.0% |
| !! | ATACATTAGAATATAACTAA+CGG | - | chr2_2:48196035-48196054 | Msa0254640:intron | 15.0% |
| !!! | TAATTTTGTCATGAAATTAA+TGG | - | chr2_2:48196399-48196418 | Msa0254640:intron | 15.0% |
| !!! | AGAATTAATTGATATTGTTT+TGG | - | chr2_2:48196513-48196532 | Msa0254640:intron | 15.0% |
| !! | TATAAATAATCTTGTGATTA+GGG | + | chr2_2:48198009-48198028 | None:intergenic | 15.0% |
| !! | TTATAAATAATCTTGTGATT+AGG | + | chr2_2:48198010-48198029 | None:intergenic | 15.0% |
| !! | TTATATATACAAAGAGATAT+CGG | - | chr2_2:48198437-48198456 | Msa0254640:intron | 15.0% |
| !!! | TACTGATTTATAAAATCTAT+AGG | + | chr2_2:48199255-48199274 | None:intergenic | 15.0% |
| !!! | TAGATTTTATAAATCAGTAT+AGG | - | chr2_2:48199256-48199275 | Msa0254640:intron | 15.0% |
| !!! | AGATTTTATAAATCAGTATA+GGG | - | chr2_2:48199257-48199276 | Msa0254640:intron | 15.0% |
| !! | AACTTATAATAAACTATCAT+TGG | - | chr2_2:48199298-48199317 | Msa0254640:intron | 15.0% |
| !!! | TAATTTTCTCATGTATTTAA+TGG | - | chr2_2:48199736-48199755 | Msa0254640:intron | 15.0% |
| !! | ATATATACAGTATACTTACA+TGG | + | chr2_2:48194500-48194519 | None:intergenic | 20.0% |
| !! | GTCTTTAAACATCTTATATA+AGG | + | chr2_2:48194579-48194598 | None:intergenic | 20.0% |
| !!! | TGTTTAAAGACATTTTCTTT+TGG | - | chr2_2:48194588-48194607 | Msa0254640:CDS | 20.0% |
| !! | TTGACTAAATTCAATTCTTA+AGG | - | chr2_2:48194623-48194642 | Msa0254640:CDS | 20.0% |
| !!! | AAATGATAACAAGTGTTTTT+AGG | - | chr2_2:48195494-48195513 | Msa0254640:intron | 20.0% |
| !!! | AATGATAACAAGTGTTTTTA+GGG | - | chr2_2:48195495-48195514 | Msa0254640:intron | 20.0% |
| !!! | ACAAGATTGTTAGTTTTAAA+AGG | - | chr2_2:48195677-48195696 | Msa0254640:intron | 20.0% |
| !! | AATATTGCACAATATATCAT+AGG | + | chr2_2:48195728-48195747 | None:intergenic | 20.0% |
| !!! | TTTTAATATGAACAAGATGA+AGG | - | chr2_2:48195786-48195805 | Msa0254640:intron | 20.0% |
| !!! | TTAGTTTTTCATAGGAAAAA+AGG | + | chr2_2:48196010-48196029 | None:intergenic | 20.0% |
| !!! | TATATATAGTTTAGGATTGT+TGG | + | chr2_2:48196068-48196087 | None:intergenic | 20.0% |
| !! | CTATCGAATATATATAGTTT+AGG | + | chr2_2:48196076-48196095 | None:intergenic | 20.0% |
| !! | AAAAAGTTCTTCAAATACAA+GGG | + | chr2_2:48196227-48196246 | None:intergenic | 20.0% |
| !! | AAATGAACACTTAAAAATAC+AGG | - | chr2_2:48196272-48196291 | Msa0254640:intron | 20.0% |
| !!! | GAAATTAATGGATATTGTTT+TGG | - | chr2_2:48196411-48196430 | Msa0254640:intron | 20.0% |
| !!! | TTTTTACATTGAAATGAGAA+TGG | - | chr2_2:48196538-48196557 | Msa0254640:intron | 20.0% |
| !!! | ATCTGGTTTGTATAATTTTT+AGG | + | chr2_2:48196693-48196712 | None:intergenic | 20.0% |
| !! | CATTAAACAACCAATAAAAT+CGG | + | chr2_2:48196881-48196900 | None:intergenic | 20.0% |
| !!! | AGAAAATAATGGAAATTCTT+TGG | - | chr2_2:48197849-48197868 | Msa0254640:intron | 20.0% |
| !! | TATTAGAAATAAACATGTTG+TGG | + | chr2_2:48197920-48197939 | None:intergenic | 20.0% |
| !! | ATAAATAATCTTGTGATTAG+GGG | + | chr2_2:48198008-48198027 | None:intergenic | 20.0% |
| !! | CAATCATCAAACAAAAATTA+CGG | + | chr2_2:48198394-48198413 | None:intergenic | 20.0% |
| !! | TTCATACAAATTAAACAACT+TGG | + | chr2_2:48198531-48198550 | None:intergenic | 20.0% |
| !! | AGAAAATCTTTGACTAATTA+AGG | + | chr2_2:48198622-48198641 | None:intergenic | 20.0% |
| !!! | GTAATTGTCATAGATTTTTT+AGG | + | chr2_2:48194478-48194497 | None:intergenic | 20.0% |
| !!! | GTAAATTTTTAACTTGTTCA+GGG | + | chr2_2:48199201-48199220 | None:intergenic | 20.0% |
| !!! | AGTAAATTTTTAACTTGTTC+AGG | + | chr2_2:48199202-48199221 | None:intergenic | 20.0% |
| !!! | TTGTTTAAAGCACATTAATT+AGG | - | chr2_2:48196364-48196383 | Msa0254640:intron | 20.0% |
| !!! | ATTTTTTAGACGCATATTTG+GGG | + | chr2_2:48194465-48194484 | None:intergenic | 25.0% |
| !!! | GATTTTTTAGACGCATATTT+GGG | + | chr2_2:48194466-48194485 | None:intergenic | 25.0% |
| !!! | AGATTTTTTAGACGCATATT+TGG | + | chr2_2:48194467-48194486 | None:intergenic | 25.0% |
| !!! | TCATCATCATCAGAATTTTT+TGG | + | chr2_2:48195403-48195422 | None:intergenic | 25.0% |
| ! | TTAGTCGAATTAAAAAGACT+TGG | - | chr2_2:48196164-48196183 | Msa0254640:intron | 25.0% |
| ! | GAAAAAGTTCTTCAAATACA+AGG | + | chr2_2:48196228-48196247 | None:intergenic | 25.0% |
| !!! | TGCTACTAGTTGTTTTATTT+TGG | - | chr2_2:48196579-48196598 | Msa0254640:intron | 25.0% |
| ! | AAAAGCTGAACATATATCAA+AGG | - | chr2_2:48196846-48196865 | Msa0254640:intron | 25.0% |
| ! | TGGTTGTTTAATGTATGATA+TGG | - | chr2_2:48196888-48196907 | Msa0254640:intron | 25.0% |
| !! | TTTTCTTCATCCAATATTCT+TGG | - | chr2_2:48197193-48197212 | Msa0254640:intron | 25.0% |
| ! | TTTCTTCATCCAATATTCTT+GGG | - | chr2_2:48197194-48197213 | Msa0254640:intron | 25.0% |
| !! | ATTTTCTTTCATGTTAGCTA+GGG | + | chr2_2:48197836-48197855 | None:intergenic | 25.0% |
| !! | TATTTTCTTTCATGTTAGCT+AGG | + | chr2_2:48197837-48197856 | None:intergenic | 25.0% |
| ! | GCTAACATGAAAGAAAATAA+TGG | - | chr2_2:48197838-48197857 | Msa0254640:intron | 25.0% |
| !! | AAATAATGGAAATTCTTTGG+CGG | - | chr2_2:48197852-48197871 | Msa0254640:intron | 25.0% |
| !! | TTTTTGCTTATATTTGTGAC+CGG | + | chr2_2:48198203-48198222 | None:intergenic | 25.0% |
| ! | CATTCAATAAATGATGTATG+TGG | + | chr2_2:48198277-48198296 | None:intergenic | 25.0% |
| ! | TTTGCTTATATATTTGTGAC+CGG | - | chr2_2:48198314-48198333 | Msa0254640:intron | 25.0% |
| ! | TTCTTTGTGCATGATTATTT+GGG | - | chr2_2:48198862-48198881 | Msa0254640:intron | 25.0% |
| ! | GTTCTCTAATTATATGCTTA+AGG | - | chr2_2:48199037-48199056 | Msa0254640:CDS | 25.0% |
| !!! | TTTTAATTAGCCATGATTCA+TGG | - | chr2_2:48199152-48199171 | Msa0254640:intron | 25.0% |
| !!! | AGTATAGGGAATTTTTTGTA+TGG | - | chr2_2:48199271-48199290 | Msa0254640:intron | 25.0% |
| !!! | TGTTTTGTTTTTCTTGTTGT+TGG | + | chr2_2:48199381-48199400 | None:intergenic | 25.0% |
| !!! | GTATTTAATGGACATTGTTT+TGG | - | chr2_2:48199748-48199767 | Msa0254640:CDS | 25.0% |
| !!! | ATTGTTTTGGCATTTTATGT+TGG | - | chr2_2:48199761-48199780 | Msa0254640:CDS | 25.0% |
| !!! | TTGTTTTGGCATTTTATGTT+GGG | - | chr2_2:48199762-48199781 | Msa0254640:CDS | 25.0% |
| !!! | TTTTTTAGACGCATATTTGG+GGG | + | chr2_2:48194464-48194483 | None:intergenic | 30.0% |
| ATTCTTAAGGTGAATAAGTG+AGG | - | chr2_2:48194636-48194655 | Msa0254640:CDS | 30.0% | |
| !! | TGTTAATTTGTAGTCGACTT+AGG | - | chr2_2:48194886-48194905 | Msa0254640:intron | 30.0% |
| !! | GTTAATTTGTAGTCGACTTA+GGG | - | chr2_2:48194887-48194906 | Msa0254640:intron | 30.0% |
| !! | TTAATTTGTAGTCGACTTAG+GGG | - | chr2_2:48194888-48194907 | Msa0254640:intron | 30.0% |
| TTAAAAATTTGTAGTCGACC+AGG | - | chr2_2:48194943-48194962 | Msa0254640:intron | 30.0% | |
| !!! | TCATCATCAGAATTTTTTGG+TGG | + | chr2_2:48195400-48195419 | None:intergenic | 30.0% |
| ! | ACTTTTGCATTCAATCTTAC+TGG | - | chr2_2:48195440-48195459 | Msa0254640:intron | 30.0% |
| TACAATAAGGACGTTGTTTA+AGG | + | chr2_2:48195629-48195648 | None:intergenic | 30.0% | |
| TTAAACAACGTCCTTATTGT+AGG | - | chr2_2:48195628-48195647 | Msa0254640:intron | 30.0% | |
| !!! | AGTTTTAAAAGGTTACTTGC+AGG | - | chr2_2:48195688-48195707 | Msa0254640:intron | 30.0% |
| CATGACTTTAACGATAAAGA+TGG | - | chr2_2:48195861-48195880 | Msa0254640:intron | 30.0% | |
| TTTAAGTGTTCATTTACGAC+AGG | + | chr2_2:48196267-48196286 | None:intergenic | 30.0% | |
| ! | AACTGAAGTGTCAAAATGAT+TGG | - | chr2_2:48196485-48196504 | Msa0254640:intron | 30.0% |
| !! | TTTTGGTGATACTTCGTTTA+AGG | + | chr2_2:48196624-48196643 | None:intergenic | 30.0% |
| AGTATCACCAAAAAGATTAC+CGG | - | chr2_2:48196631-48196650 | Msa0254640:intron | 30.0% | |
| !! | TGTCATTGTAGTTGATAATC+TGG | + | chr2_2:48196710-48196729 | None:intergenic | 30.0% |
| !!! | TCAGCTTTTACATTAGTCTT+TGG | + | chr2_2:48196835-48196854 | None:intergenic | 30.0% |
| !!! | GTTCCTTATACCGATTTTAT+TGG | - | chr2_2:48196868-48196887 | Msa0254640:intron | 30.0% |
| CAACCAATAAAATCGGTATA+AGG | + | chr2_2:48196874-48196893 | None:intergenic | 30.0% | |
| !! | TCTCATATTGATTTGTGAGA+AGG | - | chr2_2:48197012-48197031 | Msa0254640:intron | 30.0% |
| !! | TATTGATTTGTGAGAAGGAA+AGG | - | chr2_2:48197017-48197036 | Msa0254640:intron | 30.0% |
| TTCTTCATCCAATATTCTTG+GGG | - | chr2_2:48197195-48197214 | Msa0254640:intron | 30.0% | |
| CAAGTTCAGACACATAATAT+TGG | + | chr2_2:48197238-48197257 | None:intergenic | 30.0% | |
| TATATTGAGATTCTATCGCT+GGG | + | chr2_2:48197285-48197304 | None:intergenic | 30.0% | |
| !!! | TATGAGGAAATTTTGGCTAT+TGG | + | chr2_2:48197329-48197348 | None:intergenic | 30.0% |
| ! | TGAATTCAAGTTCAACATTG+TGG | + | chr2_2:48197356-48197375 | None:intergenic | 30.0% |
| TCAAAATAACCCATTTCCAA+AGG | - | chr2_2:48197373-48197392 | Msa0254640:intron | 30.0% | |
| ! | ACTGTTATTCCTTTGGAAAT+GGG | + | chr2_2:48197385-48197404 | None:intergenic | 30.0% |
| ! | GTCATTCAACCTAATTTTGA+GGG | - | chr2_2:48197429-48197448 | Msa0254640:intron | 30.0% |
| GATTACAAGTGTAATCTTCA+TGG | + | chr2_2:48197498-48197517 | None:intergenic | 30.0% | |
| AAGATTTCATAGGATGAGTA+TGG | + | chr2_2:48197534-48197553 | None:intergenic | 30.0% | |
| AGTGAATGTGAAGATTTCAT+AGG | + | chr2_2:48197544-48197563 | None:intergenic | 30.0% | |
| AAGGGGATTCAATGATTATT+GGG | + | chr2_2:48197572-48197591 | None:intergenic | 30.0% | |
| AAAGGGGATTCAATGATTAT+TGG | + | chr2_2:48197573-48197592 | None:intergenic | 30.0% | |
| TCATGTAAACTCTGTACAAA+GGG | + | chr2_2:48197590-48197609 | None:intergenic | 30.0% | |
| ATCATGTAAACTCTGTACAA+AGG | + | chr2_2:48197591-48197610 | None:intergenic | 30.0% | |
| ! | AATAGTGATGAAGTGTCATA+TGG | - | chr2_2:48197651-48197670 | Msa0254640:intron | 30.0% |
| !!! | TTGTTTTTTCGTCGTTACTT+TGG | + | chr2_2:48197692-48197711 | None:intergenic | 30.0% |
| ATAGAGAGAATAGAGAATTC+TGG | - | chr2_2:48197782-48197801 | Msa0254640:intron | 30.0% | |
| GAAATAAACATGTTGTGGAA+TGG | + | chr2_2:48197915-48197934 | None:intergenic | 30.0% | |
| TGTCAACTTTGAACACTTAA+TGG | + | chr2_2:48198669-48198688 | None:intergenic | 30.0% | |
| TAGTTGAATCACTTGAATGT+TGG | + | chr2_2:48198788-48198807 | None:intergenic | 30.0% | |
| TTGAACAAACACACTAACTT+TGG | - | chr2_2:48198823-48198842 | Msa0254640:intron | 30.0% | |
| CTTCTTTGTGCATGATTATT+TGG | - | chr2_2:48198861-48198880 | Msa0254640:intron | 30.0% | |
| TCTTTGTGCATGATTATTTG+GGG | - | chr2_2:48198863-48198882 | Msa0254640:intron | 30.0% | |
| !!! | ATTTTTTAGGCACATAGTTG+GGG | + | chr2_2:48198974-48198993 | None:intergenic | 30.0% |
| !!! | GATTTTTTAGGCACATAGTT+GGG | + | chr2_2:48198975-48198994 | None:intergenic | 30.0% |
| !!! | AGATTTTTTAGGCACATAGT+TGG | + | chr2_2:48198976-48198995 | None:intergenic | 30.0% |
| GTTAATCAAACCATGAATCA+TGG | + | chr2_2:48199165-48199184 | None:intergenic | 30.0% | |
| AAAACCACCAAAAAATTCTG+AGG | - | chr2_2:48199493-48199512 | Msa0254640:intron | 30.0% | |
| !!! | TGTTTTGGCATTTTATGTTG+GGG | - | chr2_2:48199763-48199782 | Msa0254640:CDS | 30.0% |
| GTGAATAAGTGAGGAATCTA+AGG | - | chr2_2:48194645-48194664 | Msa0254640:CDS | 35.0% | |
| TATGAAAACGTAGAACCATC+TGG | + | chr2_2:48194818-48194837 | None:intergenic | 35.0% | |
| ATGAAACCAATAGTTAGACC+AGG | - | chr2_2:48195193-48195212 | Msa0254640:intron | 35.0% | |
| GTAAACAGGAACCTACAATA+AGG | + | chr2_2:48195642-48195661 | None:intergenic | 35.0% | |
| ! | TTATTCTTTTCTCTCTACGC+TGG | - | chr2_2:48195939-48195958 | Msa0254640:intron | 35.0% |
| CTGAAGAGGCAATATATCAA+AGG | + | chr2_2:48196128-48196147 | None:intergenic | 35.0% | |
| CGAAGAGGATAACAAAAGAA+TGG | + | chr2_2:48196333-48196352 | None:intergenic | 35.0% | |
| !! | TCTTTTGTTATCCTCTTCGT+AGG | - | chr2_2:48196334-48196353 | Msa0254640:intron | 35.0% |
| !!! | TGTTTTGGCGTTCTTATTGT+TGG | - | chr2_2:48196426-48196445 | Msa0254640:intron | 35.0% |
| !! | GTTTTGGCGTTCTTATTGTT+GGG | - | chr2_2:48196427-48196446 | Msa0254640:intron | 35.0% |
| ACGATTCTTTAAGCTCTCAT+TGG | - | chr2_2:48196801-48196820 | Msa0254640:intron | 35.0% | |
| ! | CTTATAGCTTGTGCTAGATA+TGG | + | chr2_2:48196925-48196944 | None:intergenic | 35.0% |
| GCAAAATGCTAGGTTAAACT+TGG | + | chr2_2:48196968-48196987 | None:intergenic | 35.0% | |
| ! | ATTTTGCAGTGAGCACAATA+AGG | - | chr2_2:48196981-48197000 | Msa0254640:intron | 35.0% |
| TCTATGCTAGTTGAAAGAGA+GGG | + | chr2_2:48197048-48197067 | None:intergenic | 35.0% | |
| !! | ATTGTATGCAAGAGTTTTGG+TGG | + | chr2_2:48197100-48197119 | None:intergenic | 35.0% |
| ! | TGGATTGTATGCAAGAGTTT+TGG | + | chr2_2:48197103-48197122 | None:intergenic | 35.0% |
| AGCTTCATCAATGGTAACAT+CGG | - | chr2_2:48197140-48197159 | Msa0254640:intron | 35.0% | |
| !! | TATCACATCACCTTTGGAAT+TGG | + | chr2_2:48197168-48197187 | None:intergenic | 35.0% |
| TTCCAAAGGTGATGTGATAA+AGG | - | chr2_2:48197169-48197188 | Msa0254640:intron | 35.0% | |
| AACCTTTATCACATCACCTT+TGG | + | chr2_2:48197174-48197193 | None:intergenic | 35.0% | |
| TATGTGTCTGAACTTGATGT+TGG | - | chr2_2:48197242-48197261 | Msa0254640:intron | 35.0% | |
| ATGTGTCTGAACTTGATGTT+GGG | - | chr2_2:48197243-48197262 | Msa0254640:intron | 35.0% | |
| GTATATTGAGATTCTATCGC+TGG | + | chr2_2:48197286-48197305 | None:intergenic | 35.0% | |
| CGATAGAATCTCAATATACG+AGG | - | chr2_2:48197287-48197306 | Msa0254640:intron | 35.0% | |
| ! | TGGAGGATATGAGGAAATTT+TGG | + | chr2_2:48197336-48197355 | None:intergenic | 35.0% |
| ! | ATTCAAGTTCAACATTGTGG+AGG | + | chr2_2:48197353-48197372 | None:intergenic | 35.0% |
| ! | GACTGTTATTCCTTTGGAAA+TGG | + | chr2_2:48197386-48197405 | None:intergenic | 35.0% |
| TTTCCAAAGGAATAACAGTC+TGG | - | chr2_2:48197386-48197405 | Msa0254640:intron | 35.0% | |
| ! | GGTCATTCAACCTAATTTTG+AGG | - | chr2_2:48197428-48197447 | Msa0254640:intron | 35.0% |
| CAACTAAAGCCCTCAAAATT+AGG | + | chr2_2:48197441-48197460 | None:intergenic | 35.0% | |
| ! | TTGAGGGCTTTAGTTGTTAA+TGG | - | chr2_2:48197445-48197464 | Msa0254640:intron | 35.0% |
| ACAAGTGTAATCTTCATGGT+AGG | + | chr2_2:48197494-48197513 | None:intergenic | 35.0% | |
| CATAGGATGAGTATGGATTT+GGG | + | chr2_2:48197527-48197546 | None:intergenic | 35.0% | |
| TCATAGGATGAGTATGGATT+TGG | + | chr2_2:48197528-48197547 | None:intergenic | 35.0% | |
| AGGGGATTCAATGATTATTG+GGG | + | chr2_2:48197571-48197590 | None:intergenic | 35.0% | |
| CATGTAAACTCTGTACAAAG+GGG | + | chr2_2:48197589-48197608 | None:intergenic | 35.0% | |
| TAAGAATAATTGTCTTCGCC+TGG | + | chr2_2:48197629-48197648 | None:intergenic | 35.0% | |
| GTAACGACGAAAAAACAATG+AGG | - | chr2_2:48197694-48197713 | Msa0254640:intron | 35.0% | |
| GAAAAAACAATGAGGAAACG+AGG | - | chr2_2:48197702-48197721 | Msa0254640:intron | 35.0% | |
| TTTCATGTTAGCTAGGGATT+AGG | + | chr2_2:48197830-48197849 | None:intergenic | 35.0% | |
| CTACTCCATCTGTCAATTTA+TGG | - | chr2_2:48197886-48197905 | Msa0254640:intron | 35.0% | |
| GGAATCCATAAATTGACAGA+TGG | + | chr2_2:48197894-48197913 | None:intergenic | 35.0% | |
| AATAATCTTGTGATTAGGGG+CGG | + | chr2_2:48198005-48198024 | None:intergenic | 35.0% | |
| ! | TTGATAATAGTTACACCCTC+CGG | - | chr2_2:48198181-48198200 | Msa0254640:intron | 35.0% |
| CTTATATATTTGTGACCGGA+GGG | - | chr2_2:48198318-48198337 | Msa0254640:intron | 35.0% | |
| GATGATTGCATTGAAAACGA+CGG | - | chr2_2:48198406-48198425 | Msa0254640:intron | 35.0% | |
| TTTGTTCAATTGTGTCTTGG+TGG | + | chr2_2:48198812-48198831 | None:intergenic | 35.0% | |
| GTGTTTGTTCAATTGTGTCT+TGG | + | chr2_2:48198815-48198834 | None:intergenic | 35.0% | |
| !!! | TTTTTTAGGCACATAGTTGG+GGG | + | chr2_2:48198973-48198992 | None:intergenic | 35.0% |
| !!! | CTTTTTTTGACCCTCTTTGT+AGG | - | chr2_2:48199671-48199690 | Msa0254640:intron | 35.0% |
| AAGGTTCAAACTTCGATCCT+TGG | - | chr2_2:48194664-48194683 | Msa0254640:CDS | 40.0% | |
| CCAACTGATCTATGTTCACA+GGG | - | chr2_2:48194704-48194723 | Msa0254640:CDS | 40.0% | |
| !! | ACCGAAAAGATTACCGACTT+CGG | - | chr2_2:48194786-48194805 | Msa0254640:CDS | 40.0% |
| ! | ACCGAAGTCGGTAATCTTTT+CGG | + | chr2_2:48194790-48194809 | None:intergenic | 40.0% |
| ! | TCTCTTGTTTAGCACTACAC+CGG | + | chr2_2:48194914-48194933 | None:intergenic | 40.0% |
| !! | CTAATGTGTAGTTTGCTACC+TGG | + | chr2_2:48194964-48194983 | None:intergenic | 40.0% |
| AAACCAATAGTTAGACCAGG+AGG | - | chr2_2:48195196-48195215 | Msa0254640:intron | 40.0% | |
| !! | TTTGGTGGATTCTCCATTTG+CGG | + | chr2_2:48195385-48195404 | None:intergenic | 40.0% |
| ! | TTCCTGTTTACGCGTGTTTT+TGG | - | chr2_2:48195651-48195670 | Msa0254640:intron | 40.0% |
| TACCAAAAACACGCGTAAAC+AGG | + | chr2_2:48195656-48195675 | None:intergenic | 40.0% | |
| AGGCAATATATCAAAGGTCC+AGG | + | chr2_2:48196122-48196141 | None:intergenic | 40.0% | |
| GATATATTGCCTCTTCAGAG+AGG | - | chr2_2:48196130-48196149 | Msa0254640:intron | 40.0% | |
| ! | CATTCAAATCCTCTCTGAAG+AGG | + | chr2_2:48196142-48196161 | None:intergenic | 40.0% |
| GTGTTCATTTACGACAGGTA+AGG | + | chr2_2:48196262-48196281 | None:intergenic | 40.0% | |
| ! | CATGAAGCCGGTAATCTTTT+TGG | + | chr2_2:48196641-48196660 | None:intergenic | 40.0% |
| GTCTATGCTAGTTGAAAGAG+AGG | + | chr2_2:48197049-48197068 | None:intergenic | 40.0% | |
| TTGATGAAGCTACACAAGCT+AGG | + | chr2_2:48197131-48197150 | None:intergenic | 40.0% | |
| AGCTTGTGTAGCTTCATCAA+TGG | - | chr2_2:48197131-48197150 | Msa0254640:intron | 40.0% | |
| !! | AACATCGGTTCCAATTCCAA+AGG | - | chr2_2:48197155-48197174 | Msa0254640:intron | 40.0% |
| TGTGTCTGAACTTGATGTTG+GGG | - | chr2_2:48197244-48197263 | Msa0254640:intron | 40.0% | |
| !!! | GGAAATTTTGGCTATTGGAG+TGG | + | chr2_2:48197324-48197343 | None:intergenic | 40.0% |
| TCAACATTGTGGAGGATATG+AGG | + | chr2_2:48197345-48197364 | None:intergenic | 40.0% | |
| GAACCAGACTGTTATTCCTT+TGG | + | chr2_2:48197392-48197411 | None:intergenic | 40.0% | |
| !! | GAATAACAGTCTGGTTCTTC+AGG | - | chr2_2:48197395-48197414 | Msa0254640:intron | 40.0% |
| !!! | CGTCGTTACTTTGGCTTTTA+TGG | + | chr2_2:48197683-48197702 | None:intergenic | 40.0% |
| TCGTAGAGTGTAACAGTCAT+CGG | - | chr2_2:48197747-48197766 | Msa0254640:intron | 40.0% | |
| TGCTTATATTTGTGACCGGA+GGG | + | chr2_2:48198199-48198218 | None:intergenic | 40.0% | |
| TTGCTTATATTTGTGACCGG+AGG | + | chr2_2:48198200-48198219 | None:intergenic | 40.0% | |
| GCTTATATATTTGTGACCGG+AGG | - | chr2_2:48198317-48198336 | Msa0254640:intron | 40.0% | |
| ACCAATATTTGTACACCCTC+CGG | + | chr2_2:48198336-48198355 | None:intergenic | 40.0% | |
| ATTGCATTGAAAACGACGGA+GGG | - | chr2_2:48198410-48198429 | Msa0254640:intron | 40.0% | |
| TGACTAATTAAGGTTGCAGC+AGG | + | chr2_2:48198612-48198631 | None:intergenic | 40.0% | |
| TCTTCCTCAGTCAAGAACAT+AGG | - | chr2_2:48198639-48198658 | Msa0254640:intron | 40.0% | |
| !!! | CTTGGTGCCTCAGAATTTTT+TGG | + | chr2_2:48199503-48199522 | None:intergenic | 40.0% |
| ! | GGTGGATTCTTTCGATTACT+TGG | + | chr2_2:48199521-48199540 | None:intergenic | 40.0% |
| AGTAATCGAAAGAATCCACC+AGG | - | chr2_2:48199521-48199540 | Msa0254640:intron | 40.0% | |
| TGCACAAACAACTAGTACTC+AGG | - | chr2_2:48199574-48199593 | Msa0254640:intron | 40.0% | |
| ACAAACAACTAGTACTCAGG+TGG | - | chr2_2:48199577-48199596 | Msa0254640:intron | 40.0% | |
| TCAATCTTACTGCCAATGAG+TGG | - | chr2_2:48199636-48199655 | Msa0254640:intron | 40.0% | |
| CAATCTTACTGCCAATGAGT+GGG | - | chr2_2:48199637-48199656 | Msa0254640:intron | 40.0% | |
| AAAAATCACCACCCACTCAT+TGG | + | chr2_2:48199651-48199670 | None:intergenic | 40.0% | |
| CAATGTCGAACCTACAAAGA+GGG | + | chr2_2:48199684-48199703 | None:intergenic | 40.0% | |
| ACAATGTCGAACCTACAAAG+AGG | + | chr2_2:48199685-48199704 | None:intergenic | 40.0% | |
| TTAGACGCATATTTGGGGGT+GGG | + | chr2_2:48194460-48194479 | None:intergenic | 45.0% | |
| TTTAGACGCATATTTGGGGG+TGG | + | chr2_2:48194461-48194480 | None:intergenic | 45.0% | |
| !! | CAGAGGCATTTCAGTATCCA+AGG | + | chr2_2:48194684-48194703 | None:intergenic | 45.0% |
| GAACATAGATCAGTTGGCAG+AGG | + | chr2_2:48194701-48194720 | None:intergenic | 45.0% | |
| GCCAACTGATCTATGTTCAC+AGG | - | chr2_2:48194703-48194722 | Msa0254640:CDS | 45.0% | |
| CCCTGTGAACATAGATCAGT+TGG | + | chr2_2:48194707-48194726 | None:intergenic | 45.0% | |
| ! | GAAGTCGGTAATCTTTTCGG+TGG | + | chr2_2:48194787-48194806 | None:intergenic | 45.0% |
| ACGATCAATCGACGACCAAT+AGG | - | chr2_2:48195244-48195263 | Msa0254640:CDS | 45.0% | |
| ACGACCAATAGGTGAACCAA+CGG | - | chr2_2:48195255-48195274 | Msa0254640:CDS | 45.0% | |
| ! | TGGGAATTGATCGTCGATTG+CGG | + | chr2_2:48195313-48195332 | None:intergenic | 45.0% |
| TCGACGATCAATTCCCATGA+TGG | - | chr2_2:48195316-48195335 | Msa0254640:intron | 45.0% | |
| ! | TTCCCATGATGGTGAACCAA+CGG | - | chr2_2:48195327-48195346 | Msa0254640:intron | 45.0% |
| TCTTACTGGCAATGAGTGAG+TGG | - | chr2_2:48195454-48195473 | Msa0254640:intron | 45.0% | |
| ACAATGTCGAACCTACGAAG+AGG | + | chr2_2:48196348-48196367 | None:intergenic | 45.0% | |
| !! | AAGATTACCGGCTTCATGAC+CGG | - | chr2_2:48196643-48196662 | Msa0254640:intron | 45.0% |
| TCGCGAAATGTAGAACCAAC+CGG | + | chr2_2:48196665-48196684 | None:intergenic | 45.0% | |
| TGTGCTCACTGCAAAATGCT+AGG | + | chr2_2:48196978-48196997 | None:intergenic | 45.0% | |
| !! | TGCAAGAGTTTTGGTGGATG+TGG | + | chr2_2:48197094-48197113 | None:intergenic | 45.0% |
| GCTACACAAGCTAGGATCTT+TGG | + | chr2_2:48197123-48197142 | None:intergenic | 45.0% | |
| TGCACATGCCCCAAGAATAT+TGG | + | chr2_2:48197206-48197225 | None:intergenic | 45.0% | |
| GTGTCTGAACTTGATGTTGG+GGG | - | chr2_2:48197245-48197264 | Msa0254640:intron | 45.0% | |
| GTAGGTTAACTCTGCACAAG+GGG | + | chr2_2:48197476-48197495 | None:intergenic | 45.0% | |
| GGTAGGTTAACTCTGCACAA+GGG | + | chr2_2:48197477-48197496 | None:intergenic | 45.0% | |
| TGGTAGGTTAACTCTGCACA+AGG | + | chr2_2:48197478-48197497 | None:intergenic | 45.0% | |
| ATAATTGTCTTCGCCTGGCA+CGG | + | chr2_2:48197624-48197643 | None:intergenic | 45.0% | |
| AAACGAGGAAGAATCCTCAC+CGG | - | chr2_2:48197717-48197736 | Msa0254640:intron | 45.0% | |
| GACTGTTACACTCTACGACT+AGG | + | chr2_2:48197745-48197764 | None:intergenic | 45.0% | |
| TAGCTAGGGATTAGGATGCA+AGG | + | chr2_2:48197822-48197841 | None:intergenic | 45.0% | |
| GGAAATTCTTTGGCGGTTCT+TGG | - | chr2_2:48197859-48197878 | Msa0254640:intron | 45.0% | |
| ! | ACCGGAGGGTGTACAAATAT+TGG | - | chr2_2:48198332-48198351 | Msa0254640:intron | 45.0% |
| GATTGCATTGAAAACGACGG+AGG | - | chr2_2:48198409-48198428 | Msa0254640:intron | 45.0% | |
| TCAGCCTATGTTCTTGACTG+AGG | + | chr2_2:48198646-48198665 | None:intergenic | 45.0% | |
| TTTCAAATGGCTCTTGCTGC+AGG | - | chr2_2:48198918-48198937 | Msa0254640:CDS | 45.0% | |
| AGTTGATCGAAAGAAACCCC+CGG | - | chr2_2:48199403-48199422 | Msa0254640:intron | 45.0% | |
| ATTGGGAACTGGTCCGAAAA+CGG | - | chr2_2:48199445-48199464 | Msa0254640:intron | 45.0% | |
| ! | CGCTGAGTATTCTCCGTTTT+CGG | + | chr2_2:48199461-48199480 | None:intergenic | 45.0% |
| !!! | GGTGCCTCAGAATTTTTTGG+TGG | + | chr2_2:48199500-48199519 | None:intergenic | 45.0% |
| AACAACTAGTACTCAGGTGG+AGG | - | chr2_2:48199580-48199599 | Msa0254640:intron | 45.0% | |
| !!! | AAAAATAGTAATTTTTATAT+TGG | - | chr2_2:48195533-48195552 | Msa0254640:intron | 5.0% |
| ! | TTTGTAGTCGACTTAGGGGC+CGG | - | chr2_2:48194892-48194911 | Msa0254640:intron | 50.0% |
| CCTCCTCCTGGTCTAACTAT+TGG | + | chr2_2:48195202-48195221 | None:intergenic | 50.0% | |
| CCAATAGTTAGACCAGGAGG+AGG | - | chr2_2:48195199-48195218 | Msa0254640:intron | 50.0% | |
| ! | CGTCGATTGATCGTCGATTG+CGG | + | chr2_2:48195238-48195257 | None:intergenic | 50.0% |
| CGACCAATAGGTGAACCAAC+GGG | - | chr2_2:48195256-48195275 | Msa0254640:CDS | 50.0% | |
| !! | CTACCCGTTGGTTCACCTAT+TGG | + | chr2_2:48195262-48195281 | None:intergenic | 50.0% |
| TAGCACAGGAAGCGAAGGTT+TGG | - | chr2_2:48195279-48195298 | Msa0254640:intron | 50.0% | |
| AGCACAGGAAGCGAAGGTTT+GGG | - | chr2_2:48195280-48195299 | Msa0254640:intron | 50.0% | |
| ! | TCCCATGATGGTGAACCAAC+GGG | - | chr2_2:48195328-48195347 | Msa0254640:intron | 50.0% |
| !! | ACCCGTTGGTTCACCATCAT+GGG | + | chr2_2:48195332-48195351 | None:intergenic | 50.0% |
| !! | TACCCGTTGGTTCACCATCA+TGG | + | chr2_2:48195333-48195352 | None:intergenic | 50.0% |
| TAGCACAGGAAGCGAAGGTT+TGG | - | chr2_2:48195279-48195298 | Msa0254640:intron | 50.0% | |
| AGCACAGGAAGCGAAGGTTT+GGG | - | chr2_2:48195280-48195299 | Msa0254640:intron | 50.0% | |
| TTTGGGGACTGATCCGCAAA+TGG | - | chr2_2:48195369-48195388 | Msa0254640:intron | 50.0% | |
| ! | ACTTTTGCTTCCACGTGTCC+TGG | - | chr2_2:48196101-48196120 | Msa0254640:intron | 50.0% |
| TATCAAAGGTCCAGGACACG+TGG | + | chr2_2:48196114-48196133 | None:intergenic | 50.0% | |
| !! | ACAGTCTGGTTCTTCAGGCT+TGG | - | chr2_2:48197400-48197419 | Msa0254640:intron | 50.0% |
| ! | GGTTCTTCAGGCTTGGTCAT+AGG | - | chr2_2:48197407-48197426 | Msa0254640:intron | 50.0% |
| TACACTCTACGACTAGGCTC+CGG | + | chr2_2:48197739-48197758 | None:intergenic | 50.0% | |
| ATCTTGTGATTAGGGGCGGA+TGG | + | chr2_2:48198001-48198020 | None:intergenic | 50.0% | |
| GGTTGGCAGAACTGGTATGT+GGG | + | chr2_2:48198952-48198971 | None:intergenic | 50.0% | |
| TTAGGCACATAGTTGGGGGT+TGG | + | chr2_2:48198969-48198988 | None:intergenic | 50.0% | |
| GTTGATCGAAAGAAACCCCC+GGG | - | chr2_2:48199404-48199423 | Msa0254640:intron | 50.0% | |
| AAGAATCCACCAGGTAGCAC+AGG | - | chr2_2:48199530-48199549 | Msa0254640:intron | 50.0% | |
| TCTTACTGCCAATGAGTGGG+TGG | - | chr2_2:48199640-48199659 | Msa0254640:intron | 50.0% | |
| CATCTGGTCGTGACCGAAGT+CGG | + | chr2_2:48194802-48194821 | None:intergenic | 55.0% | |
| AGTTAGACCAGGAGGAGGAC+TGG | - | chr2_2:48195204-48195223 | Msa0254640:intron | 55.0% | |
| GTTAGACCAGGAGGAGGACT+GGG | - | chr2_2:48195205-48195224 | Msa0254640:intron | 55.0% | |
| TTAGACCAGGAGGAGGACTG+GGG | - | chr2_2:48195206-48195225 | Msa0254640:intron | 55.0% | |
| GCACAGGAAGCGAAGGTTTG+GGG | - | chr2_2:48195281-48195300 | Msa0254640:intron | 55.0% | |
| GCACAGGAAGCGAAGGTTTG+GGG | - | chr2_2:48195281-48195300 | Msa0254640:intron | 55.0% | |
| !! | TTACCGGCTTCATGACCGGT+TGG | - | chr2_2:48196647-48196666 | Msa0254640:intron | 55.0% |
| GAACCAACCGGTCATGAAGC+CGG | + | chr2_2:48196653-48196672 | None:intergenic | 55.0% | |
| ! | GGGTTGGCAGAACTGGTATG+TGG | + | chr2_2:48198953-48198972 | None:intergenic | 55.0% |
| ! | TAGTTGGGGGTTGGCAGAAC+TGG | + | chr2_2:48198960-48198979 | None:intergenic | 55.0% |
| TAGCACAGGAAGCGGAGGAT+TGG | - | chr2_2:48199427-48199446 | Msa0254640:intron | 55.0% | |
| AGCACAGGAAGCGGAGGATT+GGG | - | chr2_2:48199428-48199447 | Msa0254640:intron | 55.0% | |
| ACGGAGAATACTCAGCGACG+TGG | - | chr2_2:48199464-48199483 | Msa0254640:intron | 55.0% | |
| GAGAATACTCAGCGACGTGG+AGG | - | chr2_2:48199467-48199486 | Msa0254640:intron | 55.0% | |
| AATCCACCAGGTAGCACAGG+CGG | - | chr2_2:48199533-48199552 | Msa0254640:intron | 55.0% | |
| TATTTGGGGGTGGGCAGCAC+TGG | + | chr2_2:48194451-48194470 | None:intergenic | 60.0% | |
| CGACTTCGGTCACGACCAGA+TGG | - | chr2_2:48194800-48194819 | Msa0254640:CDS | 60.0% | |
| GGTGAACCAACGGGTAGCAC+AGG | - | chr2_2:48195265-48195284 | Msa0254640:CDS | 60.0% | |
| TCGCTTCCTGTGCTACCCGT+TGG | + | chr2_2:48195274-48195293 | None:intergenic | 60.0% | |
| ACGGGTAGCACAGGAAGCGA+AGG | - | chr2_2:48195274-48195293 | Msa0254640:CDS | 60.0% | |
| GGTGAACCAACGGGTAGCAC+AGG | - | chr2_2:48195265-48195284 | Msa0254640:CDS | 60.0% | |
| TCGCTTCCTGTGCTACCCGT+TGG | + | chr2_2:48195274-48195293 | None:intergenic | 60.0% | |
| ACGGGTAGCACAGGAAGCGA+AGG | - | chr2_2:48195274-48195293 | Msa0254640:CDS | 60.0% | |
| ! | GATTTTGTCGCCACCGTGCC+AGG | - | chr2_2:48197608-48197627 | Msa0254640:intron | 60.0% |
| ATTGTCTTCGCCTGGCACGG+TGG | + | chr2_2:48197621-48197640 | None:intergenic | 60.0% | |
| TCTACGACTAGGCTCCGGTG+AGG | + | chr2_2:48197734-48197753 | None:intergenic | 60.0% | |
| AAGAAACCCCCGGGTAGCAC+AGG | - | chr2_2:48199413-48199432 | Msa0254640:intron | 60.0% | |
| GGAAGCGGAGGATTGGGAAC+TGG | - | chr2_2:48199434-48199453 | Msa0254640:intron | 60.0% | |
| TAGCACAGGCGGAGGAGGAT+TGG | - | chr2_2:48199544-48199563 | Msa0254640:intron | 60.0% | |
| AGCACAGGCGGAGGAGGATT+GGG | - | chr2_2:48199545-48199564 | Msa0254640:intron | 60.0% | |
| !! | GGTGGGCAGCACTGGCATGT+GGG | + | chr2_2:48194443-48194462 | None:intergenic | 65.0% |
| TCAGTCCCCAGTCCTCCTCC+TGG | + | chr2_2:48195214-48195233 | None:intergenic | 65.0% | |
| TCCGCTTCCTGTGCTACCCG+GGG | + | chr2_2:48199423-48199442 | None:intergenic | 65.0% | |
| CTCCGCTTCCTGTGCTACCC+GGG | + | chr2_2:48199424-48199443 | None:intergenic | 65.0% | |
| CCTCCGCTTCCTGTGCTACC+CGG | + | chr2_2:48199425-48199444 | None:intergenic | 65.0% | |
| GGCGGAGGAGGATTGGGAAC+TGG | - | chr2_2:48199551-48199570 | Msa0254640:intron | 65.0% | |
| !! | GGGTGGGCAGCACTGGCATG+TGG | + | chr2_2:48194444-48194463 | None:intergenic | 70.0% |
| CCGCTTCCTGTGCTACCCGG+GGG | + | chr2_2:48199422-48199441 | None:intergenic | 70.0% | |
| CCCCCGGGTAGCACAGGAAG+CGG | - | chr2_2:48199419-48199438 | Msa0254640:intron | 70.0% | |
| CCGGGTAGCACAGGAAGCGG+AGG | - | chr2_2:48199422-48199441 | Msa0254640:intron | 70.0% | |
| CCTCCGCCTGTGCTACCTGG+TGG | + | chr2_2:48199539-48199558 | None:intergenic | 70.0% | |
| CCACCAGGTAGCACAGGCGG+AGG | - | chr2_2:48199536-48199555 | Msa0254640:intron | 70.0% | |
| CCTCCTCCGCCTGTGCTACC+TGG | + | chr2_2:48199542-48199561 | None:intergenic | 70.0% | |
| CCAGGTAGCACAGGCGGAGG+AGG | - | chr2_2:48199539-48199558 | Msa0254640:intron | 70.0% |
| Chromosome | Type | Strat | End | Strand | Name |
|---|---|---|---|---|---|
| chr2_2 | gene | 48194415 | 48199822 | 48194415 | ID=Msa0254640;Name=Msa0254640 |
| chr2_2 | mRNA | 48194415 | 48199822 | 48194415 | ID=Msa0254640-mRNA-1;Parent=Msa0254640;Name=Msa0254640-mRNA-1;_AED=0.07;_eAED=0.07;_QI=0|0.33|0.25|1|0.66|0.5|4|104|240 |
| chr2_2 | exon | 48194415 | 48194867 | 48194415 | ID=Msa0254640-mRNA-1:exon:14564;Parent=Msa0254640-mRNA-1 |
| chr2_2 | exon | 48195228 | 48195297 | 48195228 | ID=Msa0254640-mRNA-1:exon:14563;Parent=Msa0254640-mRNA-1 |
| chr2_2 | exon | 48198870 | 48199087 | 48198870 | ID=Msa0254640-mRNA-1:exon:14562;Parent=Msa0254640-mRNA-1 |
| chr2_2 | exon | 48199737 | 48199822 | 48199737 | ID=Msa0254640-mRNA-1:exon:14561;Parent=Msa0254640-mRNA-1 |
| chr2_2 | CDS | 48199737 | 48199822 | 48199737 | ID=Msa0254640-mRNA-1:cds;Parent=Msa0254640-mRNA-1 |
| chr2_2 | CDS | 48198870 | 48199087 | 48198870 | ID=Msa0254640-mRNA-1:cds;Parent=Msa0254640-mRNA-1 |
| chr2_2 | CDS | 48195228 | 48195297 | 48195228 | ID=Msa0254640-mRNA-1:cds;Parent=Msa0254640-mRNA-1 |
| chr2_2 | CDS | 48194519 | 48194867 | 48194519 | ID=Msa0254640-mRNA-1:cds;Parent=Msa0254640-mRNA-1 |
| chr2_2 | three_prime_UTR | 48194415 | 48194518 | 48194415 | ID=Msa0254640-mRNA-1:three_prime_utr;Parent=Msa0254640-mRNA-1 |
| Gene Sequence |
| Protein sequence |
