Alfalfa Gene Editing Database
Alfalfa Gene Editing Database
Nr:
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene056787.t1 | XP_024627650.1 | 94.8 | 305 | 16 | 0 | 1 | 305 | 1 | 305 | 2.40E-158 | 568.2 |
Swissprot:
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene056787.t1 | Q9LMH0 | 69.6 | 303 | 87 | 3 | 1 | 303 | 1 | 298 | 7.3e-116 | 418.3 |
Trembl:
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene056787.t1 | A0A072TQ46 | 94.8 | 305 | 16 | 0 | 1 | 305 | 1 | 305 | 1.7e-158 | 568.2 |
TFs/TRs:
| Gene ID | Type | Classification |
|---|
Protein Kinases:
| Gene ID | Type | Classification |
|---|
Network:
Co-expression Network:
| Gene1 | Gene2 | correlation coefficient | p_value | FDR |
|---|---|---|---|---|
| MS.gene049166 | MS.gene056787 | 0.808238 | 3.42E-50 | -1.69E-46 |
| MS.gene049208 | MS.gene056787 | 0.802855 | 4.60E-49 | -1.69E-46 |
| MS.gene04984 | MS.gene056787 | 0.804616 | 1.98E-49 | -1.69E-46 |
| MS.gene050085 | MS.gene056787 | 0.82582 | 3.81E-54 | -1.69E-46 |
| MS.gene050114 | MS.gene056787 | 0.823662 | 1.23E-53 | -1.69E-46 |
| MS.gene050317 | MS.gene056787 | 0.838072 | 3.57E-57 | -1.69E-46 |
| MS.gene050437 | MS.gene056787 | 0.805241 | 1.47E-49 | -1.69E-46 |
| MS.gene050654 | MS.gene056787 | 0.824336 | 8.53E-54 | -1.69E-46 |
| MS.gene050752 | MS.gene056787 | 0.814269 | 1.68E-51 | -1.69E-46 |
| MS.gene050838 | MS.gene056787 | 0.819129 | 1.37E-52 | -1.69E-46 |
| MS.gene050941 | MS.gene056787 | 0.841229 | 5.39E-58 | -1.69E-46 |
| MS.gene050955 | MS.gene056787 | 0.801603 | 8.33E-49 | -1.69E-46 |
| MS.gene051003 | MS.gene056787 | 0.871931 | 4.69E-67 | -1.69E-46 |
| MS.gene051245 | MS.gene056787 | 0.803248 | 3.82E-49 | -1.69E-46 |
| MS.gene051343 | MS.gene056787 | 0.854868 | 9.24E-62 | -1.69E-46 |
| MS.gene051452 | MS.gene056787 | 0.806773 | 6.99E-50 | -1.69E-46 |
| MS.gene051655 | MS.gene056787 | 0.800098 | 1.69E-48 | -1.69E-46 |
| MS.gene051756 | MS.gene056787 | 0.806783 | 6.96E-50 | -1.69E-46 |
| MS.gene051757 | MS.gene056787 | 0.806826 | 6.81E-50 | -1.69E-46 |
| MS.gene051831 | MS.gene056787 | 0.815251 | 1.02E-51 | -1.69E-46 |
| MS.gene05188 | MS.gene056787 | 0.807602 | 4.66E-50 | -1.69E-46 |
| MS.gene051975 | MS.gene056787 | 0.849772 | 2.61E-60 | -1.69E-46 |
| MS.gene052342 | MS.gene056787 | 0.811022 | 8.62E-51 | -1.69E-46 |
| MS.gene052434 | MS.gene056787 | 0.818991 | 1.47E-52 | -1.69E-46 |
| MS.gene053058 | MS.gene056787 | 0.853715 | 1.99E-61 | -1.69E-46 |
| MS.gene053564 | MS.gene056787 | 0.800981 | 1.12E-48 | -1.69E-46 |
| MS.gene054403 | MS.gene056787 | 0.807802 | 4.23E-50 | -1.69E-46 |
| MS.gene05469 | MS.gene056787 | 0.811354 | 7.30E-51 | -1.69E-46 |
| MS.gene05517 | MS.gene056787 | 0.808107 | 3.64E-50 | -1.69E-46 |
| MS.gene055311 | MS.gene056787 | 0.839059 | 1.99E-57 | -1.69E-46 |
| MS.gene055313 | MS.gene056787 | 0.816242 | 6.12E-52 | -1.69E-46 |
| MS.gene055314 | MS.gene056787 | 0.804813 | 1.80E-49 | -1.69E-46 |
| MS.gene055513 | MS.gene056787 | 0.837181 | 6.05E-57 | -1.69E-46 |
| MS.gene055603 | MS.gene056787 | 0.816265 | 6.04E-52 | -1.69E-46 |
| MS.gene055623 | MS.gene056787 | 0.823743 | 1.18E-53 | -1.69E-46 |
| MS.gene056045 | MS.gene056787 | 0.800882 | 1.17E-48 | -1.69E-46 |
| MS.gene056097 | MS.gene056787 | 0.816748 | 4.71E-52 | -1.69E-46 |
| MS.gene056181 | MS.gene056787 | 0.850507 | 1.62E-60 | -1.69E-46 |
| MS.gene056699 | MS.gene056787 | 0.815167 | 1.06E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene056831 | 0.804614 | 1.98E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene056849 | 0.817297 | 3.55E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene056901 | 0.809749 | 1.62E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene056986 | 0.838681 | 2.49E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene057034 | 0.80467 | 1.93E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene057140 | 0.800401 | 1.47E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene05781 | 0.829418 | 5.21E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene057999 | 0.801044 | 1.08E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene058054 | 0.811399 | 7.14E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene058238 | 0.809917 | 1.49E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene058639 | 0.808714 | 2.70E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene058646 | 0.820699 | 5.98E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene058654 | 0.833238 | 5.98E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene058758 | 0.828322 | 9.59E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene059007 | 0.80127 | 9.75E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene059050 | 0.82517 | 5.42E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene059146 | 0.829577 | 4.76E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene059360 | 0.832209 | 1.08E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene059830 | 0.800299 | 1.54E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene06010 | 0.828145 | 1.06E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene06011 | 0.826783 | 2.24E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene060296 | 0.835549 | 1.57E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene060297 | 0.805898 | 1.07E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene060869 | 0.80816 | 3.55E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene060870 | 0.80652 | 7.90E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene06131 | 0.828529 | 8.55E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene06133 | 0.806327 | 8.68E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene061714 | 0.803937 | 2.75E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene061787 | 0.820262 | 7.53E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene061878 | 0.840107 | 1.06E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene061898 | 0.813481 | 2.50E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene061958 | 0.855511 | 6.01E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene061966 | 0.840211 | 9.97E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene062117 | 0.869396 | 3.19E-66 | -1.69E-46 |
| MS.gene056787 | MS.gene062253 | 0.81818 | 2.24E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene062292 | 0.811612 | 6.42E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene062321 | 0.808852 | 2.53E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene06238 | 0.807666 | 4.52E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene06266 | 0.825511 | 4.50E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene062770 | 0.835268 | 1.85E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene062885 | 0.801265 | 9.77E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene06303 | 0.802455 | 5.56E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene063119 | 0.801833 | 7.47E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene06324 | 0.815327 | 9.78E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene063492 | 0.806332 | 8.66E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene063636 | 0.818056 | 2.39E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene064072 | 0.801323 | 9.50E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene064562 | 0.80521 | 1.49E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene064717 | 0.837087 | 6.39E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene064969 | 0.80744 | 5.05E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene065072 | 0.802631 | 5.12E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene065159 | 0.803011 | 4.27E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene065504 | 0.823088 | 1.67E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene065593 | 0.822788 | 1.96E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene065666 | 0.801697 | 7.97E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene065934 | 0.837218 | 5.92E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene066033 | 0.840245 | 9.76E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene066221 | 0.833732 | 4.50E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene066321 | 0.80635 | 8.59E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene066426 | 0.83525 | 1.87E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene066427 | 0.865879 | 4.29E-65 | -1.69E-46 |
| MS.gene056787 | MS.gene066543 | 0.843303 | 1.52E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene067043 | 0.809233 | 2.09E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene067156 | 0.80648 | 8.06E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene067158 | 0.815779 | 7.76E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene067293 | 0.807186 | 5.72E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene06729 | 0.826184 | 3.12E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene06740 | 0.811507 | 6.76E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene067857 | 0.815249 | 1.02E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene068166 | 0.84698 | 1.54E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene06836 | 0.811545 | 6.64E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene06837 | 0.802623 | 5.14E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene068752 | 0.815231 | 1.03E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene069002 | 0.817497 | 3.20E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene069065 | 0.824344 | 8.50E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene069110 | 0.809363 | 1.96E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene06946 | 0.822563 | 2.22E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene069519 | 0.822211 | 2.67E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene06958 | 0.813604 | 2.35E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene069828 | 0.805132 | 1.55E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene06989 | 0.814899 | 1.22E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene06993 | 0.806676 | 7.33E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene06998 | 0.818501 | 1.90E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene070222 | 0.819498 | 1.13E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene070671 | 0.821781 | 3.36E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene07088 | 0.815652 | 8.28E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene07090 | 0.809317 | 2.01E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene071074 | 0.820444 | 6.84E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene071076 | 0.812441 | 4.23E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene071343 | 0.802448 | 5.58E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene072151 | 0.808216 | 3.45E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene072328 | 0.827268 | 1.72E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene072329 | 0.825789 | 3.87E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene072424 | 0.846392 | 2.23E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene072555 | 0.816837 | 4.50E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene072579 | 0.813739 | 2.20E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene072641 | 0.818815 | 1.61E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene072709 | 0.800746 | 1.25E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene072740 | 0.846096 | 2.69E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene072873 | 0.81222 | 4.73E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene072969 | 0.835748 | 1.40E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene073132 | 0.807022 | 6.19E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene073390 | 0.814597 | 1.42E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene07339 | 0.880831 | 3.97E-70 | -1.69E-46 |
| MS.gene056787 | MS.gene073564 | 0.811745 | 6.00E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene073674 | 0.828427 | 9.05E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene073954 | 0.802378 | 5.77E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene074000 | 0.844779 | 6.12E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene074329 | 0.844311 | 8.18E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene074369 | 0.822898 | 1.85E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene074462 | 0.830918 | 2.24E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene07510 | 0.804637 | 1.96E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene07608 | 0.847902 | 8.62E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene07878 | 0.821171 | 4.65E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene08470 | 0.845259 | 4.54E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene08793 | 0.847842 | 8.95E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene08889 | 0.851614 | 7.91E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene08922 | 0.853087 | 3.01E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene08948 | 0.830223 | 3.31E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene09032 | 0.813337 | 2.69E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene09061 | 0.800889 | 1.17E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene09297 | 0.834729 | 2.53E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene09852 | 0.830972 | 2.17E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene09870 | 0.809758 | 1.62E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene20453 | 0.815114 | 1.09E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene20886 | 0.889873 | 1.64E-73 | -1.69E-46 |
| MS.gene056787 | MS.gene20939 | 0.809138 | 2.19E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene20985 | 0.804928 | 1.71E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene21109 | 0.801439 | 9.00E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene21189 | 0.802743 | 4.85E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene21560 | 0.816668 | 4.91E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene21651 | 0.838577 | 2.65E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene22321 | 0.841917 | 3.55E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene22361 | 0.803522 | 3.35E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene22545 | 0.824862 | 6.41E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene22968 | 0.813365 | 2.66E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene23013 | 0.80153 | 8.62E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene23078 | 0.808474 | 3.04E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene23484 | 0.855414 | 6.41E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene23513 | 0.844621 | 6.75E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene23870 | 0.801326 | 9.49E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene23935 | 0.840458 | 8.59E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene23963 | 0.806233 | 9.09E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene24375 | 0.830398 | 3.00E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene24413 | 0.825064 | 5.75E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene24597 | 0.800274 | 1.56E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene24907 | 0.825802 | 3.84E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene25079 | 0.810707 | 1.01E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene25174 | 0.800662 | 1.30E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene25293 | 0.846664 | 1.88E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene25942 | 0.837344 | 5.50E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene26396 | 0.813937 | 1.99E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene26426 | 0.836501 | 9.02E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene26567 | 0.800124 | 1.67E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene26584 | 0.857044 | 2.13E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene26974 | 0.824875 | 6.37E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene27135 | 0.807367 | 5.23E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene27287 | 0.828331 | 9.54E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene27401 | 0.832787 | 7.74E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene27533 | 0.841523 | 4.51E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene27865 | -0.810481 | 1.13E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene27997 | 0.811288 | 7.55E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene28454 | 0.807298 | 5.41E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene28632 | 0.817399 | 3.37E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene28820 | 0.807308 | 5.39E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene28924 | 0.820318 | 7.31E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene28986 | 0.801447 | 8.97E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene29047 | 0.862197 | 6.01E-64 | -1.69E-46 |
| MS.gene056787 | MS.gene29109 | 0.853938 | 1.72E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene29209 | 0.848491 | 5.93E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene29229 | 0.838509 | 2.76E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene29719 | 0.848054 | 7.82E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene29736 | 0.801778 | 7.67E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene30419 | 0.800995 | 1.11E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene30479 | 0.801467 | 8.88E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene30753 | 0.8224 | 2.42E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene31196 | 0.802699 | 4.96E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene31625 | 0.817246 | 3.64E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene31856 | 0.804148 | 2.48E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene31862 | 0.827617 | 1.42E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene32093 | 0.801411 | 9.12E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene32193 | 0.805147 | 1.54E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene32654 | 0.815229 | 1.03E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene32809 | 0.813005 | 3.19E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene32863 | 0.809463 | 1.87E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene33135 | 0.840698 | 7.44E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene33183 | 0.830768 | 2.44E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene33991 | 0.804332 | 2.27E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene34115 | 0.800622 | 1.32E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene34925 | 0.829354 | 5.39E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene35034 | 0.869946 | 2.11E-66 | -1.69E-46 |
| MS.gene056787 | MS.gene35323 | 0.804375 | 2.23E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene35436 | 0.814483 | 1.51E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene35645 | 0.805453 | 1.33E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene35789 | 0.826851 | 2.16E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene35799 | 0.840923 | 6.49E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene35801 | 0.817591 | 3.05E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene35930 | 0.824582 | 7.46E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene35934 | 0.812528 | 4.05E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene36124 | 0.803459 | 3.45E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene36311 | 0.805612 | 1.23E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene37090 | 0.813393 | 2.62E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene37236 | 0.813544 | 2.43E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene37238 | 0.82432 | 8.60E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene37419 | 0.811712 | 6.10E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene37468 | 0.812033 | 5.20E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene37491 | 0.818323 | 2.08E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene37653 | 0.823798 | 1.14E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene37877 | 0.814694 | 1.35E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene37988 | 0.824516 | 7.74E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene37989 | 0.817367 | 3.42E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene38145 | 0.821369 | 4.19E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene38261 | 0.82818 | 1.04E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene38262 | 0.853603 | 2.14E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene38786 | 0.825244 | 5.21E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene39124 | 0.814568 | 1.44E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene39222 | 0.800961 | 1.13E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene39313 | 0.822605 | 2.17E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene39317 | 0.807651 | 4.56E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene39572 | 0.83181 | 1.35E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene40021 | 0.830153 | 3.45E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene40055 | 0.831708 | 1.43E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene40220 | 0.835849 | 1.32E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene40608 | 0.806491 | 8.02E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene40918 | 0.812961 | 3.26E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene40991 | 0.819603 | 1.07E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene41088 | 0.81226 | 4.64E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene41119 | 0.806254 | 8.99E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene41678 | 0.834698 | 2.58E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene41681 | 0.821934 | 3.10E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene41775 | 0.837612 | 4.69E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene41867 | 0.830826 | 2.36E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene41903 | 0.857958 | 1.14E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene42128 | 0.81593 | 7.18E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene42295 | 0.867324 | 1.49E-65 | -1.69E-46 |
| MS.gene056787 | MS.gene42821 | 0.803885 | 2.82E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene43324 | 0.800573 | 1.35E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene43541 | 0.80893 | 2.43E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene43838 | 0.811457 | 6.94E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene44230 | 0.829497 | 4.98E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene44260 | 0.853325 | 2.57E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene45051 | -0.836036 | 1.18E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene45374 | 0.847829 | 9.02E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene45761 | 0.832733 | 7.99E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene46305 | 0.801557 | 8.51E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene46355 | 0.803221 | 3.87E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene46392 | 0.835415 | 1.70E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene46408 | 0.811202 | 7.88E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene46447 | 0.802478 | 5.50E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene47311 | 0.842297 | 2.82E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene47531 | 0.825709 | 4.04E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene47551 | 0.808196 | 3.49E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene47554 | 0.819224 | 1.30E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene47581 | 0.813886 | 2.04E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene47601 | 0.817037 | 4.06E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene47674 | 0.849217 | 3.73E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene47695 | 0.813828 | 2.10E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene47818 | 0.827276 | 1.71E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene47822 | 0.812789 | 3.55E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene47995 | 0.855703 | 5.28E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene48256 | 0.803874 | 2.83E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene48283 | 0.853639 | 2.09E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene48393 | -0.808446 | 3.08E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene49733 | 0.808836 | 2.55E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene49772 | 0.842747 | 2.14E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene49777 | 0.81872 | 1.69E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene49816 | 0.849989 | 2.27E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene50037 | 0.834572 | 2.77E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene50200 | 0.833482 | 5.20E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene51028 | 0.823293 | 1.50E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene51029 | 0.822832 | 1.92E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene51111 | 0.810592 | 1.07E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene51445 | 0.828907 | 6.93E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene51557 | 0.847839 | 8.97E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene51641 | 0.819391 | 1.19E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene51704 | 0.818697 | 1.71E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene51789 | 0.808554 | 2.93E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene51920 | 0.874556 | 6.16E-68 | -1.69E-46 |
| MS.gene056787 | MS.gene51985 | 0.817255 | 3.63E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene52281 | 0.862848 | 3.79E-64 | -1.69E-46 |
| MS.gene056787 | MS.gene52406 | 0.824877 | 6.36E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene52837 | 0.806814 | 6.85E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene52973 | 0.855872 | 4.71E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene53070 | 0.865071 | 7.70E-65 | -1.69E-46 |
| MS.gene056787 | MS.gene53612 | 0.803487 | 3.41E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene54158 | 0.821344 | 4.25E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene54163 | 0.823045 | 1.71E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene54299 | 0.836509 | 8.98E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene54377 | 0.816348 | 5.79E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene54380 | 0.811606 | 6.44E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene54555 | 0.811723 | 6.07E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene54904 | 0.839296 | 1.73E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene55063 | 0.800632 | 1.32E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene55094 | 0.83501 | 2.15E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene55282 | 0.817396 | 3.37E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene55397 | 0.813464 | 2.53E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene55530 | 0.833613 | 4.82E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene55544 | 0.837968 | 3.80E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene56039 | 0.833825 | 4.27E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene56132 | 0.83237 | 9.83E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene56163 | 0.829574 | 4.77E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene56178 | 0.808123 | 3.62E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene56339 | 0.810798 | 9.64E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene56656 | 0.814922 | 1.20E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene57210 | 0.816116 | 6.53E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene57214 | 0.813142 | 2.97E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene57298 | 0.83441 | 3.05E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene57343 | 0.800736 | 1.25E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene57360 | 0.800841 | 1.19E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene57709 | 0.820822 | 5.60E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene57783 | 0.808253 | 3.39E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene57847 | 0.844708 | 6.40E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene57980 | 0.806249 | 9.02E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene58098 | 0.825657 | 4.16E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene58134 | 0.847193 | 1.35E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene58438 | 0.83215 | 1.11E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene58440 | -0.81788 | 2.62E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene58441 | -0.81966 | 1.03E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene58442 | -0.817802 | 2.73E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene58616 | 0.827131 | 1.85E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene58763 | 0.82243 | 2.38E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene59207 | 0.834186 | 3.47E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene59366 | 0.82525 | 5.19E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene59417 | 0.802571 | 5.27E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene59505 | 0.811424 | 7.05E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene59616 | 0.800414 | 1.46E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene59979 | 0.822224 | 2.66E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene60120 | 0.800987 | 1.11E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene60144 | 0.805461 | 1.32E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene60265 | 0.818637 | 1.77E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene60300 | 0.822338 | 2.50E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene60372 | 0.827326 | 1.66E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene60374 | 0.857727 | 1.34E-62 | -1.69E-46 |
| MS.gene056787 | MS.gene60399 | 0.822486 | 2.31E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene60674 | 0.811816 | 5.79E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene61001 | 0.830783 | 2.42E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene61064 | 0.800289 | 1.55E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene61257 | 0.819402 | 1.18E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene61428 | 0.816492 | 5.38E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene61542 | 0.817261 | 3.61E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene62501 | 0.860479 | 2.01E-63 | -1.69E-46 |
| MS.gene056787 | MS.gene62895 | 0.810427 | 1.16E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene62899 | 0.80703 | 6.17E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene63930 | 0.810299 | 1.23E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene64140 | 0.801327 | 9.49E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene64284 | 0.815709 | 8.05E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene64806 | 0.811058 | 8.47E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene65412 | 0.822134 | 2.79E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene65518 | 0.853097 | 2.99E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene66119 | 0.800769 | 1.23E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene66639 | 0.810003 | 1.43E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene66818 | 0.804805 | 1.81E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene66858 | 0.827556 | 1.47E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene66975 | 0.818874 | 1.56E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene67107 | 0.838587 | 2.63E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene67136 | 0.809568 | 1.77E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene67269 | 0.800615 | 1.33E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene67301 | -0.824337 | 8.52E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene67485 | 0.814343 | 1.62E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene68136 | 0.804051 | 2.60E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene68171 | 0.817291 | 3.56E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene68188 | 0.806105 | 9.67E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene68264 | 0.80108 | 1.07E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene68735 | 0.801764 | 7.72E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene69097 | 0.824481 | 7.89E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene69304 | -0.800222 | 1.59E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene69442 | 0.844575 | 6.94E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene69691 | 0.811468 | 6.90E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene69692 | 0.813917 | 2.01E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene70112 | 0.84437 | 7.88E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene70154 | 0.801813 | 7.54E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene70282 | 0.827073 | 1.91E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene70314 | 0.843413 | 1.42E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene70383 | 0.823462 | 1.37E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene70449 | 0.808319 | 3.28E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene70530 | 0.82169 | 3.53E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene70577 | 0.802869 | 4.57E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene70613 | 0.820993 | 5.11E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene71292 | 0.830871 | 2.30E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene71547 | 0.848948 | 4.43E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene71616 | 0.838347 | 3.03E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene71940 | 0.817791 | 2.75E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene71994 | 0.839324 | 1.70E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene72312 | 0.821826 | 3.28E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene72376 | 0.81308 | 3.07E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene73270 | 0.815592 | 8.54E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene73340 | 0.803641 | 3.16E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene73462 | 0.820099 | 8.20E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene73643 | 0.81579 | 7.72E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene74237 | 0.833379 | 5.52E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene74407 | 0.813932 | 1.99E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene74458 | 0.815861 | 7.44E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene74900 | 0.836539 | 8.82E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene74919 | 0.821478 | 3.95E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene74930 | 0.806235 | 9.08E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene74932 | 0.814706 | 1.34E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene74938 | 0.812498 | 4.11E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene75072 | 0.811473 | 6.88E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene75148 | 0.822406 | 2.41E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene75412 | 0.848712 | 5.15E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene75564 | 0.80159 | 8.38E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene75605 | 0.840791 | 7.03E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene75781 | 0.833305 | 5.76E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene75866 | 0.835177 | 1.95E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene76046 | 0.838123 | 3.47E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene76248 | 0.813345 | 2.68E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene76344 | 0.807458 | 5.01E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene76440 | 0.801748 | 7.78E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene76478 | 0.851123 | 1.09E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene76494 | 0.811988 | 5.31E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene76635 | 0.865453 | 5.84E-65 | -1.69E-46 |
| MS.gene056787 | MS.gene76833 | 0.813435 | 2.56E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene77647 | 0.821336 | 4.26E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene77649 | 0.809029 | 2.32E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene77759 | 0.801449 | 8.96E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene78314 | 0.866456 | 2.81E-65 | -1.69E-46 |
| MS.gene056787 | MS.gene79466 | 0.800373 | 1.49E-48 | -1.69E-46 |
| MS.gene056787 | MS.gene79599 | -0.805205 | 1.49E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene79797 | 0.814895 | 1.22E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene80237 | 0.808068 | 3.71E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene81055 | 0.835682 | 1.46E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene81141 | 0.808862 | 2.51E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene81285 | 0.825735 | 3.99E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene81288 | 0.842425 | 2.61E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene81715 | 0.831381 | 1.72E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene82989 | 0.806695 | 7.26E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene84186 | 0.802396 | 5.72E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene84457 | 0.819403 | 1.18E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene85109 | 0.843913 | 1.05E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene85111 | 0.807327 | 5.34E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene85201 | 0.812047 | 5.16E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene85246 | 0.837283 | 5.69E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene85593 | 0.817379 | 3.40E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene85610 | 0.813903 | 2.02E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene86315 | 0.801863 | 7.37E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene86826 | 0.809775 | 1.60E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene86919 | 0.841963 | 3.45E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene87406 | 0.802627 | 5.13E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene87622 | 0.811992 | 5.30E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene87924 | 0.861898 | 7.42E-64 | -1.69E-46 |
| MS.gene056787 | MS.gene87972 | 0.882236 | 1.23E-70 | -1.69E-46 |
| MS.gene056787 | MS.gene88231 | 0.834491 | 2.91E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene88976 | 0.843011 | 1.82E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene89677 | 0.853864 | 1.80E-61 | -1.69E-46 |
| MS.gene056787 | MS.gene89712 | 0.833127 | 6.37E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene90119 | 0.830473 | 2.88E-55 | -1.69E-46 |
| MS.gene056787 | MS.gene90510 | 0.845126 | 4.93E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene90861 | 0.840825 | 6.89E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene90882 | 0.839506 | 1.52E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene90965 | 0.848938 | 4.45E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene91267 | 0.84163 | 4.23E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene91307 | 0.826714 | 2.33E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene91524 | 0.805718 | 1.17E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene91942 | 0.844443 | 7.54E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene92135 | 0.847161 | 1.38E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene92186 | 0.816986 | 4.17E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene92390 | 0.846543 | 2.03E-59 | -1.69E-46 |
| MS.gene056787 | MS.gene92557 | 0.807945 | 3.94E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene92747 | 0.814809 | 1.27E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene93728 | 0.813115 | 3.01E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene93765 | 0.813053 | 3.11E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene93983 | 0.816698 | 4.84E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene94068 | 0.802151 | 6.43E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene94183 | 0.840262 | 9.67E-58 | -1.69E-46 |
| MS.gene056787 | MS.gene94549 | 0.816312 | 5.90E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene94918 | 0.805606 | 1.23E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene94952 | 0.811155 | 8.07E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene94992 | 0.816484 | 5.40E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene95040 | 0.802719 | 4.91E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene95049 | 0.810004 | 1.43E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene95235 | 0.833458 | 5.27E-56 | -1.69E-46 |
| MS.gene056787 | MS.gene95305 | 0.811066 | 8.43E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene95339 | 0.824208 | 9.14E-54 | -1.69E-46 |
| MS.gene056787 | MS.gene95469 | 0.848999 | 4.28E-60 | -1.69E-46 |
| MS.gene056787 | MS.gene96102 | 0.813777 | 2.16E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene96103 | 0.820262 | 7.53E-53 | -1.69E-46 |
| MS.gene056787 | MS.gene96191 | 0.809377 | 1.95E-50 | -1.69E-46 |
| MS.gene056787 | MS.gene96690 | 0.85827 | 9.25E-63 | -1.69E-46 |
| MS.gene056787 | MS.gene97003 | 0.839288 | 1.73E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene97030 | 0.811945 | 5.43E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene97411 | 0.818835 | 1.59E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene97613 | 0.813638 | 2.31E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene97638 | 0.803855 | 2.86E-49 | -1.69E-46 |
| MS.gene056787 | MS.gene98889 | 0.811466 | 6.90E-51 | -1.69E-46 |
| MS.gene056787 | MS.gene99465 | 0.816882 | 4.40E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene99505 | 0.839307 | 1.71E-57 | -1.69E-46 |
| MS.gene056787 | MS.gene99525 | 0.819612 | 1.06E-52 | -1.69E-46 |
| MS.gene056787 | MS.gene99533 | 0.80768 | 4.49E-50 | -1.69E-46 |
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 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene056787.t1 | MTR_8g030830 | 96.066 | 305 | 12 | 0 | 1 | 305 | 1 | 305 | 0.0 | 583 |
| MS.gene056787.t1 | MTR_8g446960 | 96.066 | 305 | 12 | 0 | 1 | 305 | 1 | 305 | 0.0 | 562 |
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene056787.t1 | AT1G13870 | 70.627 | 303 | 84 | 4 | 1 | 303 | 1 | 298 | 6.99e-157 | 440 |
Find 60 sgRNAs with CRISPR-Local
Find 63 sgRNAs with CRISPR-GE
CRISPR-Local
| sgRNA_sequence | on_target_score | Position | Region |
|---|---|---|---|
| TGATTCTTTGAATAACATTA+AGG | 0.212951 | 8.4:+66363185 | MS.gene056787:CDS |
| CGATGCAATATTTGAAGATT+TGG | 0.217452 | 8.4:+66363341 | MS.gene056787:CDS |
| AGAATTTAAGAGGAGTTCTT+AGG | 0.298956 | 8.4:+66363118 | MS.gene056787:CDS |
| CCAGCTAATGGCATTTCTAT+AGG | 0.311339 | 8.4:+66363657 | MS.gene056787:CDS |
| TGGTGTTTGGCTCGTGCTGC+AGG | 0.319369 | 8.4:+66363225 | MS.gene056787:CDS |
| TCCCATCTATTTCTTCTCTC+TGG | 0.324920 | 8.4:-66363381 | None:intergenic |
| CCGATATGAGCTATGGTGTT+TGG | 0.374786 | 8.4:+66363212 | MS.gene056787:CDS |
| TGACGATTCTTTGAGAGCTT+CGG | 0.376709 | 8.4:-66363010 | None:intergenic |
| GGCTAGACTTAGCGCAGCTT+TGG | 0.378208 | 8.4:-66362989 | None:intergenic |
| CAGCTAATGGCATTTCTATA+GGG | 0.379509 | 8.4:+66363658 | MS.gene056787:CDS |
| AGGATGATGGTTGTAGAAAA+TGG | 0.390890 | 8.4:+66363280 | MS.gene056787:CDS |
| GATTCTTTGAATAACATTAA+GGG | 0.396934 | 8.4:+66363186 | MS.gene056787:CDS |
| AACCAGAGAGAAGAAATAGA+TGG | 0.404380 | 8.4:+66363379 | MS.gene056787:CDS |
| CTTGGTATGCTACCAGCTAA+TGG | 0.416633 | 8.4:+66363645 | MS.gene056787:CDS |
| TTCTTAGGTCAGAAGTTGAT+AGG | 0.430462 | 8.4:+66363133 | MS.gene056787:CDS |
| TACTGTGATGTTGAGGATGA+TGG | 0.439873 | 8.4:+66363267 | MS.gene056787:CDS |
| GAAGCGCAATCTCGTGATCT+TGG | 0.451998 | 8.4:+66363627 | MS.gene056787:CDS |
| ATCAATCTTTCGAGATCAGT+TGG | 0.454210 | 8.4:+66363696 | MS.gene056787:CDS |
| GTGTTGCTTTATCCAGCTCA+TGG | 0.454264 | 8.4:-66363581 | None:intergenic |
| ACTGATCTCGAAAGATTGAT+AGG | 0.457284 | 8.4:-66363693 | None:intergenic |
| CCATCAGAGAAGAATTTAAG+AGG | 0.458052 | 8.4:+66363108 | MS.gene056787:CDS |
| GATTACTTGAACAGAGAACT+TGG | 0.460253 | 8.4:+66363831 | MS.gene056787:CDS |
| TGCAAATTCTCTCCATGAGC+TGG | 0.472289 | 8.4:+66363569 | MS.gene056787:CDS |
| GAAGTTTGAGTCGCAATAGT+TGG | 0.474380 | 8.4:-66363534 | None:intergenic |
| GAGACCTCCTCCTTCTGATT+CGG | 0.480952 | 8.4:+66363785 | MS.gene056787:CDS |
| TTCGTAGTTTCAAATGGCAC+TGG | 0.481368 | 8.4:+66362933 | None:intergenic |
| CCTCTTAAATTCTTCTCTGA+TGG | 0.488428 | 8.4:-66363108 | None:intergenic |
| AAGCTTGTTTCCATCTTGAT+CGG | 0.496584 | 8.4:+66363064 | MS.gene056787:CDS |
| CGTCGCAACCTACGAAGCTC+TGG | 0.498466 | 8.4:-66363723 | None:intergenic |
| CAATATTTGAAGATTTGGTA+AGG | 0.503933 | 8.4:+66363346 | MS.gene056787:CDS |
| CCTATAGAAATGCCATTAGC+TGG | 0.505528 | 8.4:-66363657 | None:intergenic |
| TCAATCTTTCGAGATCAGTT+GGG | 0.511829 | 8.4:+66363697 | MS.gene056787:CDS |
| CGTACGTTCATGAAATTGAC+AGG | 0.515117 | 8.4:+66363744 | MS.gene056787:CDS |
| AACTTTGATTCCGATCAAGA+TGG | 0.519631 | 8.4:-66363074 | None:intergenic |
| TTTGTTTGAGTTGAAATCAT+CGG | 0.521912 | 8.4:+66363410 | MS.gene056787:CDS |
| CCAAACACCATAGCTCATAT+CGG | 0.531120 | 8.4:-66363212 | None:intergenic |
| TTGGGTTGCCAGAGCTTCGT+AGG | 0.533470 | 8.4:+66363715 | MS.gene056787:CDS |
| AATCAAGAGCGAAGGGAGAA+AGG | 0.534973 | 8.4:+66363303 | MS.gene056787:CDS |
| ACCAGAGAGAAGAAATAGAT+GGG | 0.553983 | 8.4:+66363380 | MS.gene056787:CDS |
| TGTTGTTTACTGTGATGTTG+AGG | 0.554593 | 8.4:+66363260 | MS.gene056787:CDS |
| TTGCAGTATCTTCACATCGC+GGG | 0.554850 | 8.4:-66363511 | None:intergenic |
| GGTGTTTGGCTCGTGCTGCA+GGG | 0.562065 | 8.4:+66363226 | MS.gene056787:CDS |
| GATGATTTCAACTCAAACAA+AGG | 0.581112 | 8.4:-66363408 | None:intergenic |
| TATTTGAAGATTTGGTAAGG+AGG | 0.589953 | 8.4:+66363349 | MS.gene056787:CDS |
| AGGGTTACCGATATGAGCTA+TGG | 0.591762 | 8.4:+66363205 | MS.gene056787:CDS |
| CAGGGCAAACAAGTTTGAGT+GGG | 0.594880 | 8.4:+66363763 | MS.gene056787:CDS |
| GAAAATGGAATCAAGAGCGA+AGG | 0.596859 | 8.4:+66363295 | MS.gene056787:CDS |
| ACAGGGCAAACAAGTTTGAG+TGG | 0.597798 | 8.4:+66363762 | MS.gene056787:CDS |
| TTAGCACTATCCGAATCAGA+AGG | 0.613709 | 8.4:-66363795 | None:intergenic |
| AAAATGGAATCAAGAGCGAA+GGG | 0.624157 | 8.4:+66363296 | MS.gene056787:CDS |
| GACAGCATCATCTACAACGG+AGG | 0.629029 | 8.4:-66363457 | None:intergenic |
| ATGGCACTGGTTGTAATATG+TGG | 0.645253 | 8.4:+66362946 | MS.gene056787:CDS |
| CTATCCGAATCAGAAGGAGG+AGG | 0.657212 | 8.4:-66363789 | None:intergenic |
| GATCTCGAAAGATTGATAGG+AGG | 0.664316 | 8.4:-66363690 | None:intergenic |
| GCACTATCCGAATCAGAAGG+AGG | 0.671033 | 8.4:-66363792 | None:intergenic |
| GCTGGATAAAGCAACACAAG+AGG | 0.673279 | 8.4:+66363587 | MS.gene056787:CDS |
| ATATGTGGTCAACCATGCAG+TGG | 0.681649 | 8.4:+66362961 | MS.gene056787:CDS |
| GTTGCAGTATCTTCACATCG+CGG | 0.688808 | 8.4:-66363512 | None:intergenic |
| GTACGTTCATGAAATTGACA+GGG | 0.697301 | 8.4:+66363745 | MS.gene056787:CDS |
| AGAGACAGCATCATCTACAA+CGG | 0.703655 | 8.4:-66363460 | None:intergenic |
CRISPR-GE
| badsite warning | sgRNA_sequence | Strand | Position | Region | GC_content |
|---|---|---|---|---|---|
| !! | GATTCTTTGAATAACATTAA+GGG | + | chr8.4:66363186-66363205 | MS.gene056787:CDS | 20.0% |
| !! | TGATTCTTTGAATAACATTA+AGG | + | chr8.4:66363185-66363204 | MS.gene056787:CDS | 20.0% |
| !! | CAATATTTGAAGATTTGGTA+AGG | + | chr8.4:66363346-66363365 | MS.gene056787:CDS | 25.0% |
| !!! | TTTGTTTGAGTTGAAATCAT+CGG | + | chr8.4:66363410-66363429 | MS.gene056787:CDS | 25.0% |
| AGAATTTAAGAGGAGTTCTT+AGG | + | chr8.4:66363118-66363137 | MS.gene056787:CDS | 30.0% | |
| CGATGCAATATTTGAAGATT+TGG | + | chr8.4:66363341-66363360 | MS.gene056787:CDS | 30.0% | |
| CTCTTACATAACCAAAAAAG+TGG | + | chr8.4:66363479-66363498 | MS.gene056787:CDS | 30.0% | |
| GATGATTTCAACTCAAACAA+AGG | - | chr8.4:66363411-66363430 | None:intergenic | 30.0% | |
| ! | TATTTGAAGATTTGGTAAGG+AGG | + | chr8.4:66363349-66363368 | MS.gene056787:CDS | 30.0% |
| AAAATGGAATCAAGAGCGAA+GGG | + | chr8.4:66363296-66363315 | MS.gene056787:CDS | 35.0% | |
| AACCAGAGAGAAGAAATAGA+TGG | + | chr8.4:66363379-66363398 | MS.gene056787:CDS | 35.0% | |
| AACTTTGATTCCGATCAAGA+TGG | - | chr8.4:66363077-66363096 | None:intergenic | 35.0% | |
| ACCAGAGAGAAGAAATAGAT+GGG | + | chr8.4:66363380-66363399 | MS.gene056787:CDS | 35.0% | |
| ACTGATCTCGAAAGATTGAT+AGG | - | chr8.4:66363696-66363715 | None:intergenic | 35.0% | |
| ATCAATCTTTCGAGATCAGT+TGG | + | chr8.4:66363696-66363715 | MS.gene056787:CDS | 35.0% | |
| CAGCTAATGGCATTTCTATA+GGG | + | chr8.4:66363658-66363677 | MS.gene056787:CDS | 35.0% | |
| CCATCAGAGAAGAATTTAAG+AGG | + | chr8.4:66363108-66363127 | MS.gene056787:CDS | 35.0% | |
| CCTCTTAAATTCTTCTCTGA+TGG | - | chr8.4:66363111-66363130 | None:intergenic | 35.0% | |
| GATTACTTGAACAGAGAACT+TGG | + | chr8.4:66363831-66363850 | MS.gene056787:CDS | 35.0% | |
| GTACGTTCATGAAATTGACA+GGG | + | chr8.4:66363745-66363764 | MS.gene056787:CDS | 35.0% | |
| TCAATCTTTCGAGATCAGTT+GGG | + | chr8.4:66363697-66363716 | MS.gene056787:CDS | 35.0% | |
| ! | AAGCTTGTTTCCATCTTGAT+CGG | + | chr8.4:66363064-66363083 | MS.gene056787:CDS | 35.0% |
| ! | AGGATGATGGTTGTAGAAAA+TGG | + | chr8.4:66363280-66363299 | MS.gene056787:CDS | 35.0% |
| ! | GACTCAAACTTCACGTTTTT+CGG | + | chr8.4:66363545-66363564 | MS.gene056787:CDS | 35.0% |
| ! | TGTTGTTTACTGTGATGTTG+AGG | + | chr8.4:66363260-66363279 | MS.gene056787:CDS | 35.0% |
| ! | TTCTTAGGTCAGAAGTTGAT+AGG | + | chr8.4:66363133-66363152 | MS.gene056787:CDS | 35.0% |
| !!! | GGTTTTTGAGTCCACTTTTT+TGG | - | chr8.4:66363493-66363512 | None:intergenic | 35.0% |
| AGAGACAGCATCATCTACAA+CGG | - | chr8.4:66363463-66363482 | None:intergenic | 40.0% | |
| CCAAACACCATAGCTCATAT+CGG | - | chr8.4:66363215-66363234 | None:intergenic | 40.0% | |
| CCAGCTAATGGCATTTCTAT+AGG | + | chr8.4:66363657-66363676 | MS.gene056787:CDS | 40.0% | |
| CCTATAGAAATGCCATTAGC+TGG | - | chr8.4:66363660-66363679 | None:intergenic | 40.0% | |
| CGTACGTTCATGAAATTGAC+AGG | + | chr8.4:66363744-66363763 | MS.gene056787:CDS | 40.0% | |
| GAAAATGGAATCAAGAGCGA+AGG | + | chr8.4:66363295-66363314 | MS.gene056787:CDS | 40.0% | |
| GAAGTTTGAGTCGCAATAGT+TGG | - | chr8.4:66363537-66363556 | None:intergenic | 40.0% | |
| GATCTCGAAAGATTGATAGG+AGG | - | chr8.4:66363693-66363712 | None:intergenic | 40.0% | |
| TACTGTGATGTTGAGGATGA+TGG | + | chr8.4:66363267-66363286 | MS.gene056787:CDS | 40.0% | |
| TTAGCACTATCCGAATCAGA+AGG | - | chr8.4:66363798-66363817 | None:intergenic | 40.0% | |
| ! | TCCCATCTATTTCTTCTCTC+TGG | - | chr8.4:66363384-66363403 | None:intergenic | 40.0% |
| ! | TGACGATTCTTTGAGAGCTT+CGG | - | chr8.4:66363013-66363032 | None:intergenic | 40.0% |
| !! | ATGGCACTGGTTGTAATATG+TGG | + | chr8.4:66362946-66362965 | MS.gene056787:CDS | 40.0% |
| AATCAAGAGCGAAGGGAGAA+AGG | + | chr8.4:66363303-66363322 | MS.gene056787:CDS | 45.0% | |
| ACAGGGCAAACAAGTTTGAG+TGG | + | chr8.4:66363762-66363781 | MS.gene056787:CDS | 45.0% | |
| AGGGTTACCGATATGAGCTA+TGG | + | chr8.4:66363205-66363224 | MS.gene056787:CDS | 45.0% | |
| ATATGTGGTCAACCATGCAG+TGG | + | chr8.4:66362961-66362980 | MS.gene056787:CDS | 45.0% | |
| CAGGGCAAACAAGTTTGAGT+GGG | + | chr8.4:66363763-66363782 | MS.gene056787:CDS | 45.0% | |
| CCGATATGAGCTATGGTGTT+TGG | + | chr8.4:66363212-66363231 | MS.gene056787:CDS | 45.0% | |
| CTTGGTATGCTACCAGCTAA+TGG | + | chr8.4:66363645-66363664 | MS.gene056787:CDS | 45.0% | |
| GCTGGATAAAGCAACACAAG+AGG | + | chr8.4:66363587-66363606 | MS.gene056787:CDS | 45.0% | |
| GTTGCAGTATCTTCACATCG+CGG | - | chr8.4:66363515-66363534 | None:intergenic | 45.0% | |
| TGCAAATTCTCTCCATGAGC+TGG | + | chr8.4:66363569-66363588 | MS.gene056787:CDS | 45.0% | |
| TTGCAGTATCTTCACATCGC+GGG | - | chr8.4:66363514-66363533 | None:intergenic | 45.0% | |
| !! | GCTTTGGATTTTCCACTGCA+TGG | - | chr8.4:66362976-66362995 | None:intergenic | 45.0% |
| !! | GTGTTGCTTTATCCAGCTCA+TGG | - | chr8.4:66363584-66363603 | None:intergenic | 45.0% |
| CTATCCGAATCAGAAGGAGG+AGG | - | chr8.4:66363792-66363811 | None:intergenic | 50.0% | |
| GAAGCGCAATCTCGTGATCT+TGG | + | chr8.4:66363627-66363646 | MS.gene056787:CDS | 50.0% | |
| GACAGCATCATCTACAACGG+AGG | - | chr8.4:66363460-66363479 | None:intergenic | 50.0% | |
| GAGACCTCCTCCTTCTGATT+CGG | + | chr8.4:66363785-66363804 | MS.gene056787:CDS | 50.0% | |
| GCACTATCCGAATCAGAAGG+AGG | - | chr8.4:66363795-66363814 | None:intergenic | 50.0% | |
| GGCTAGACTTAGCGCAGCTT+TGG | - | chr8.4:66362992-66363011 | None:intergenic | 55.0% | |
| ! | TTGGGTTGCCAGAGCTTCGT+AGG | + | chr8.4:66363715-66363734 | MS.gene056787:CDS | 55.0% |
| CGTCGCAACCTACGAAGCTC+TGG | - | chr8.4:66363726-66363745 | None:intergenic | 60.0% | |
| ! | GGTGTTTGGCTCGTGCTGCA+GGG | + | chr8.4:66363226-66363245 | MS.gene056787:CDS | 60.0% |
| ! | TGGTGTTTGGCTCGTGCTGC+AGG | + | chr8.4:66363225-66363244 | MS.gene056787:CDS | 60.0% |
| Chromosome | Type | Strat | End | Strand | Name |
|---|---|---|---|---|---|
| chr8.4 | gene | 66362946 | 66363863 | 66362946 | ID=MS.gene056787 |
| chr8.4 | mRNA | 66362946 | 66363863 | 66362946 | ID=MS.gene056787.t1;Parent=MS.gene056787 |
| chr8.4 | exon | 66362946 | 66363863 | 66362946 | ID=MS.gene056787.t1.exon1;Parent=MS.gene056787.t1 |
| chr8.4 | CDS | 66362946 | 66363863 | 66362946 | ID=cds.MS.gene056787.t1;Parent=MS.gene056787.t1 |
| Gene Sequence |
| Protein sequence |
