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 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0237180 | XP_013462674.1 | 96.403 | 139 | 5 | 0 | 1 | 139 | 1 | 139 | 1.19e-91 | 271 |
| Query id | Subject id | identity % | alignment length | mis matches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0237180 | sp|P93092|ACP1_CASGL | 66.187 | 139 | 43 | 2 | 1 | 139 | 1 | 135 | 7.07e-55 | 171 |
| Query id | Subject id | identity % | alignment length | mis matches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0237180 | B7FHC3 | 96.403 | 139 | 5 | 0 | 1 | 139 | 1 | 139 | 5.68e-92 | 271 |
| Gene ID | Type | Classification |
|---|
| Gene ID | Type | Classification |
|---|
Co-expression Network
| Gene1 | Gene2 | correlation coefficient | p_value | FDR |
|---|---|---|---|---|
| Msa0001760 | Msa0237180 | 0.819100 | 1.386346e-52 | -8.615850e-47 |
| Msa0003330 | Msa0237180 | 0.807517 | 4.862783e-50 | -8.615850e-47 |
| Msa0007810 | Msa0237180 | -0.824749 | 6.818610e-54 | -8.615850e-47 |
| Msa0011060 | Msa0237180 | -0.845687 | 3.475786e-59 | -8.615850e-47 |
| Msa0011100 | Msa0237180 | -0.850844 | 1.305513e-60 | -8.615850e-47 |
| Msa0014970 | Msa0237180 | -0.815783 | 7.746092e-52 | -8.615850e-47 |
| Msa0016440 | Msa0237180 | 0.808784 | 2.612210e-50 | -8.615850e-47 |
| Msa0021290 | Msa0237180 | 0.824805 | 6.616528e-54 | -8.615850e-47 |
| Msa0021320 | Msa0237180 | 0.832404 | 9.637680e-56 | -8.615850e-47 |
| Msa0025060 | Msa0237180 | -0.820030 | 8.508066e-53 | -8.615850e-47 |
| Msa0025090 | Msa0237180 | -0.805421 | 1.346121e-49 | -8.615850e-47 |
| Msa0025690 | Msa0237180 | -0.815830 | 7.562321e-52 | -8.615850e-47 |
| Msa0027590 | Msa0237180 | 0.810945 | 8.953181e-51 | -8.615850e-47 |
| Msa0027610 | Msa0237180 | -0.838456 | 2.845060e-57 | -8.615850e-47 |
| Msa0029730 | Msa0237180 | 0.854984 | 8.552793e-62 | -8.615850e-47 |
| Msa0030760 | Msa0237180 | -0.809828 | 1.559942e-50 | -8.615850e-47 |
| Msa0036560 | Msa0237180 | -0.828549 | 8.452643e-55 | -8.615850e-47 |
| Msa0037230 | Msa0237180 | 0.859219 | 4.811385e-63 | -8.615850e-47 |
| Msa0042500 | Msa0237180 | -0.802704 | 4.945509e-49 | -8.615850e-47 |
| Msa0044010 | Msa0237180 | 0.843446 | 1.394552e-58 | -8.615850e-47 |
| Msa0048410 | Msa0237180 | -0.832208 | 1.078007e-55 | -8.615850e-47 |
| Msa0049670 | Msa0237180 | -0.812964 | 3.251861e-51 | -8.615850e-47 |
| Msa0050320 | Msa0237180 | -0.856161 | 3.877893e-62 | -8.615850e-47 |
| Msa0050530 | Msa0237180 | 0.806935 | 6.461271e-50 | -8.615850e-47 |
| Msa0053260 | Msa0237180 | -0.800425 | 1.449890e-48 | -8.615850e-47 |
| Msa0056220 | Msa0237180 | -0.814151 | 1.783252e-51 | -8.615850e-47 |
| Msa0056230 | Msa0237180 | -0.820438 | 6.859161e-53 | -8.615850e-47 |
| Msa0060080 | Msa0237180 | -0.820279 | 7.460611e-53 | -8.615850e-47 |
| Msa0071640 | Msa0237180 | 0.844499 | 7.281370e-59 | -8.615850e-47 |
| Msa0072570 | Msa0237180 | 0.833359 | 5.581309e-56 | -8.615850e-47 |
| Msa0075370 | Msa0237180 | -0.836199 | 1.076188e-56 | -8.615850e-47 |
| Msa0077320 | Msa0237180 | 0.807801 | 4.233496e-50 | -8.615850e-47 |
| Msa0081700 | Msa0237180 | -0.818004 | 2.457137e-52 | -8.615850e-47 |
| Msa0083200 | Msa0237180 | -0.805474 | 1.311654e-49 | -8.615850e-47 |
| Msa0085020 | Msa0237180 | 0.804840 | 1.781074e-49 | -8.615850e-47 |
| Msa0086160 | Msa0237180 | 0.806521 | 7.900970e-50 | -8.615850e-47 |
| Msa0089540 | Msa0237180 | 0.881493 | 2.293645e-70 | -8.615850e-47 |
| Msa0090350 | Msa0237180 | -0.813603 | 2.354534e-51 | -8.615850e-47 |
| Msa0094900 | Msa0237180 | -0.807192 | 5.699305e-50 | -8.615850e-47 |
| Msa0098750 | Msa0237180 | -0.816783 | 4.628207e-52 | -8.615850e-47 |
| Msa0099090 | Msa0237180 | -0.865151 | 7.268638e-65 | -8.615850e-47 |
| Msa0099350 | Msa0237180 | -0.816634 | 4.997287e-52 | -8.615850e-47 |
| Msa0099430 | Msa0237180 | -0.816507 | 5.336191e-52 | -8.615850e-47 |
| Msa0108500 | Msa0237180 | -0.800409 | 1.460800e-48 | -8.615850e-47 |
| Msa0114600 | Msa0237180 | 0.816782 | 4.631218e-52 | -8.615850e-47 |
| Msa0121480 | Msa0237180 | -0.800939 | 1.138965e-48 | -8.615850e-47 |
| Msa0123310 | Msa0237180 | -0.832960 | 7.013136e-56 | -8.615850e-47 |
| Msa0134580 | Msa0237180 | 0.808398 | 3.159217e-50 | -8.615850e-47 |
| Msa0137810 | Msa0237180 | -0.811580 | 6.520141e-51 | -8.615850e-47 |
| Msa0139280 | Msa0237180 | -0.836563 | 8.697532e-57 | -8.615850e-47 |
| Msa0148000 | Msa0237180 | -0.830362 | 3.064248e-55 | -8.615850e-47 |
| Msa0154720 | Msa0237180 | -0.856245 | 3.664579e-62 | -8.615850e-47 |
| Msa0167800 | Msa0237180 | -0.841126 | 5.739593e-58 | -8.615850e-47 |
| Msa0167860 | Msa0237180 | 0.836235 | 1.053673e-56 | -8.615850e-47 |
| Msa0168320 | Msa0237180 | 0.808893 | 2.476530e-50 | -8.615850e-47 |
| Msa0169710 | Msa0237180 | 0.893014 | 9.318573e-75 | -8.615850e-47 |
| Msa0173250 | Msa0237180 | 0.812811 | 3.513943e-51 | -8.615850e-47 |
| Msa0174060 | Msa0237180 | -0.803604 | 3.220281e-49 | -8.615850e-47 |
| Msa0177940 | Msa0237180 | 0.822594 | 2.178882e-53 | -8.615850e-47 |
| Msa0180540 | Msa0237180 | -0.800565 | 1.358076e-48 | -8.615850e-47 |
| Msa0182100 | Msa0237180 | 0.804573 | 2.024989e-49 | -8.615850e-47 |
| Msa0183840 | Msa0237180 | 0.861333 | 1.104794e-63 | -8.615850e-47 |
| Msa0186380 | Msa0237180 | -0.811175 | 7.985555e-51 | -8.615850e-47 |
| Msa0188740 | Msa0237180 | 0.872729 | 2.541776e-67 | -8.615850e-47 |
| Msa0192050 | Msa0237180 | 0.836298 | 1.015545e-56 | -8.615850e-47 |
| Msa0192300 | Msa0237180 | 0.872751 | 2.500207e-67 | -8.615850e-47 |
| Msa0194750 | Msa0237180 | -0.801074 | 1.068978e-48 | -8.615850e-47 |
| Msa0195030 | Msa0237180 | 0.991685 | 5.587969e-189 | -8.615850e-47 |
| Msa0197920 | Msa0237180 | 0.822565 | 2.213378e-53 | -8.615850e-47 |
| Msa0208710 | Msa0237180 | -0.804909 | 1.722689e-49 | -8.615850e-47 |
| Msa0211460 | Msa0237180 | 0.815423 | 9.316782e-52 | -8.615850e-47 |
| Msa0225070 | Msa0237180 | -0.827773 | 1.299939e-54 | -8.615850e-47 |
| Msa0225370 | Msa0237180 | -0.817509 | 3.178275e-52 | -8.615850e-47 |
| Msa0226580 | Msa0237180 | -0.804806 | 1.810007e-49 | -8.615850e-47 |
| Msa0227970 | Msa0237180 | -0.810139 | 1.337394e-50 | -8.615850e-47 |
| Msa0228360 | Msa0237180 | -0.812211 | 4.751581e-51 | -8.615850e-47 |
| Msa0232660 | Msa0237180 | -0.803119 | 4.059007e-49 | -8.615850e-47 |
| Msa0236690 | Msa0237180 | -0.804822 | 1.796245e-49 | -8.615850e-47 |
| Msa0237180 | Msa0239420 | 0.851602 | 7.975554e-61 | -8.615850e-47 |
| Msa0237180 | Msa0258280 | -0.819478 | 1.137104e-52 | -8.615850e-47 |
| Msa0237180 | Msa0266380 | -0.849285 | 3.566531e-60 | -8.615850e-47 |
| Msa0237180 | Msa0269430 | -0.802442 | 5.600561e-49 | -8.615850e-47 |
| Msa0237180 | Msa0270160 | 0.859739 | 3.357135e-63 | -8.615850e-47 |
| Msa0237180 | Msa0274940 | 0.974318 | 6.033969e-138 | -8.615850e-47 |
| Msa0237180 | Msa0277320 | 0.822214 | 2.670408e-53 | -8.615850e-47 |
| Msa0237180 | Msa0281330 | 0.846984 | 1.540846e-59 | -8.615850e-47 |
| Msa0237180 | Msa0281370 | 0.875699 | 2.507553e-68 | -8.615850e-47 |
| Msa0237180 | Msa0290800 | 0.814931 | 1.198386e-51 | -8.615850e-47 |
| Msa0237180 | Msa0297320 | -0.807942 | 3.950960e-50 | -8.615850e-47 |
| Msa0237180 | Msa0301250 | 0.863598 | 2.220125e-64 | -8.615850e-47 |
| Msa0237180 | Msa0304350 | -0.822364 | 2.464470e-53 | -8.615850e-47 |
| Msa0237180 | Msa0305910 | -0.825288 | 5.087841e-54 | -8.615850e-47 |
| Msa0237180 | Msa0307430 | 0.838496 | 2.778202e-57 | -8.615850e-47 |
| Msa0237180 | Msa0313060 | 0.884602 | 1.666422e-71 | -8.615850e-47 |
| Msa0237180 | Msa0315430 | 0.812413 | 4.293806e-51 | -8.615850e-47 |
| Msa0237180 | Msa0315660 | 0.995581 | 1.030373e-217 | -8.615850e-47 |
| Msa0237180 | Msa0317300 | 0.837205 | 5.962716e-57 | -8.615850e-47 |
| Msa0237180 | Msa0328870 | 0.827438 | 1.564423e-54 | -8.615850e-47 |
| Msa0237180 | Msa0340560 | 0.814175 | 1.761252e-51 | -8.615850e-47 |
| Msa0237180 | Msa0340830 | -0.817851 | 2.660772e-52 | -8.615850e-47 |
| Msa0237180 | Msa0340870 | -0.810507 | 1.113729e-50 | -8.615850e-47 |
| Msa0237180 | Msa0341860 | -0.861243 | 1.176632e-63 | -8.615850e-47 |
| Msa0237180 | Msa0362440 | -0.807286 | 5.444047e-50 | -8.615850e-47 |
| Msa0237180 | Msa0370350 | -0.869198 | 3.705989e-66 | -8.615850e-47 |
| Msa0237180 | Msa0371490 | 0.841962 | 3.456145e-58 | -8.615850e-47 |
| Msa0237180 | Msa0372100 | 0.818939 | 1.508461e-52 | -8.615850e-47 |
| Msa0237180 | Msa0373550 | 0.807870 | 4.092341e-50 | -8.615850e-47 |
| Msa0237180 | Msa0376850 | 0.844931 | 5.569469e-59 | -8.615850e-47 |
| Msa0237180 | Msa0377370 | 0.837408 | 5.291008e-57 | -8.615850e-47 |
| Msa0237180 | Msa0377520 | 0.840379 | 9.009913e-58 | -8.615850e-47 |
| Msa0237180 | Msa0378620 | -0.878595 | 2.473818e-69 | -8.615850e-47 |
| Msa0237180 | Msa0380590 | 0.864566 | 1.109273e-64 | -8.615850e-47 |
| Msa0237180 | Msa0382670 | 0.844354 | 7.964521e-59 | -8.615850e-47 |
| Msa0237180 | Msa0385030 | 0.845860 | 3.121143e-59 | -8.615850e-47 |
| Msa0237180 | Msa0388520 | 0.850617 | 1.512311e-60 | -8.615850e-47 |
| Msa0237180 | Msa0389800 | 0.836282 | 1.025325e-56 | -8.615850e-47 |
| Msa0237180 | Msa0412480 | -0.808027 | 3.788596e-50 | -8.615850e-47 |
| Msa0237180 | Msa0416210 | 0.840519 | 8.282054e-58 | -8.615850e-47 |
| Msa0237180 | Msa0416470 | 0.847142 | 1.394055e-59 | -8.615850e-47 |
| Msa0237180 | Msa0417850 | -0.858023 | 1.095047e-62 | -8.615850e-47 |
| Msa0237180 | Msa0419420 | -0.808263 | 3.374656e-50 | -8.615850e-47 |
| Msa0237180 | Msa0419710 | 0.803406 | 3.539062e-49 | -8.615850e-47 |
| Msa0237180 | Msa0425020 | -0.853064 | 3.058221e-61 | -8.615850e-47 |
| Msa0237180 | Msa0426090 | 0.821395 | 4.130554e-53 | -8.615850e-47 |
| Msa0237180 | Msa0426250 | 0.801784 | 7.646200e-49 | -8.615850e-47 |
| Msa0237180 | Msa0426940 | 0.820616 | 6.244616e-53 | -8.615850e-47 |
| Msa0237180 | Msa0430130 | 0.850688 | 1.444802e-60 | -8.615850e-47 |
| Msa0237180 | Msa0432260 | -0.880252 | 6.396382e-70 | -8.615850e-47 |
| Msa0237180 | Msa0436830 | -0.837567 | 4.818000e-57 | -8.615850e-47 |
| Msa0237180 | Msa0450150 | 0.826585 | 2.501956e-54 | -8.615850e-47 |
| Msa0237180 | Msa0452120 | -0.812632 | 3.845598e-51 | -8.615850e-47 |
| Msa0237180 | Msa0463080 | 0.802561 | 5.291378e-49 | -8.615850e-47 |
| Msa0237180 | Msa0467250 | 0.826516 | 2.598772e-54 | -8.615850e-47 |
| Msa0237180 | Msa0468140 | 0.805330 | 1.406625e-49 | -8.615850e-47 |
| Msa0237180 | Msa0468660 | 0.801910 | 7.204137e-49 | -8.615850e-47 |
| Msa0237180 | Msa0472480 | 0.823405 | 1.409735e-53 | -8.615850e-47 |
| Msa0237180 | Msa0475690 | -0.804092 | 2.550365e-49 | -8.615850e-47 |
| Msa0237180 | Msa0475700 | -0.801678 | 8.039110e-49 | -8.615850e-47 |
| Msa0237180 | Msa0476730 | -0.889862 | 1.656212e-73 | -8.615850e-47 |
| Msa0237180 | Msa0479480 | 0.817363 | 3.427973e-52 | -8.615850e-47 |
| Msa0237180 | Msa0480940 | 0.832438 | 9.452525e-56 | -8.615850e-47 |
| Msa0237180 | Msa0482760 | 0.818711 | 1.699476e-52 | -8.615850e-47 |
| Msa0237180 | Msa0483090 | -0.820990 | 5.122603e-53 | -8.615850e-47 |
| Msa0237180 | Msa0486850 | -0.824317 | 8.619429e-54 | -8.615850e-47 |
| Msa0237180 | Msa0500420 | 0.864156 | 1.488818e-64 | -8.615850e-47 |
| Msa0237180 | Msa0511760 | 0.811618 | 6.397980e-51 | -8.615850e-47 |
| Msa0237180 | Msa0513580 | -0.807825 | 4.184197e-50 | -8.615850e-47 |
| Msa0237180 | Msa0516830 | 0.843899 | 1.054776e-58 | -8.615850e-47 |
| Msa0237180 | Msa0521100 | -0.853984 | 1.664934e-61 | -8.615850e-47 |
| Msa0237180 | Msa0521730 | 0.843719 | 1.178635e-58 | -8.615850e-47 |
| Msa0237180 | Msa0523400 | -0.811788 | 5.875658e-51 | -8.615850e-47 |
| Msa0237180 | Msa0526490 | -0.849332 | 3.460192e-60 | -8.615850e-47 |
| Msa0237180 | Msa0526500 | -0.814719 | 1.335222e-51 | -8.615850e-47 |
| Msa0237180 | Msa0527560 | 0.820652 | 6.125137e-53 | -8.615850e-47 |
| Msa0237180 | Msa0533610 | -0.806564 | 7.736839e-50 | -8.615850e-47 |
| Msa0237180 | Msa0538050 | -0.822672 | 2.089637e-53 | -8.615850e-47 |
| Msa0237180 | Msa0540120 | -0.804064 | 2.584685e-49 | -8.615850e-47 |
| Msa0237180 | Msa0540160 | -0.862529 | 4.751351e-64 | -8.615850e-47 |
| Msa0237180 | Msa0545750 | -0.807987 | 3.864310e-50 | -8.615850e-47 |
| Msa0237180 | Msa0547920 | 0.820983 | 5.139732e-53 | -8.615850e-47 |
| Msa0237180 | Msa0549550 | -0.824957 | 6.091879e-54 | -8.615850e-47 |
| Msa0237180 | Msa0555510 | -0.811007 | 8.681819e-51 | -8.615850e-47 |
| Msa0237180 | Msa0559440 | -0.818765 | 1.652038e-52 | -8.615850e-47 |
| Msa0237180 | Msa0559640 | -0.812978 | 3.229203e-51 | -8.615850e-47 |
| Msa0237180 | Msa0566930 | 0.805081 | 1.585896e-49 | -8.615850e-47 |
| Msa0237180 | Msa0568460 | -0.800778 | 1.228654e-48 | -8.615850e-47 |
| Msa0237180 | Msa0569980 | -0.807338 | 5.306613e-50 | -8.615850e-47 |
| Msa0237180 | Msa0573550 | 0.886282 | 3.915666e-72 | -8.615850e-47 |
| Msa0237180 | Msa0574780 | 0.828947 | 6.772277e-55 | -8.615850e-47 |
| Msa0237180 | Msa0577960 | -0.815905 | 7.274425e-52 | -8.615850e-47 |
| Msa0237180 | Msa0582070 | 0.804049 | 2.603460e-49 | -8.615850e-47 |
| Msa0237180 | Msa0597240 | 0.828039 | 1.122015e-54 | -8.615850e-47 |
| Msa0237180 | Msa0602900 | 0.824478 | 7.897206e-54 | -8.615850e-47 |
| Msa0237180 | Msa0604890 | -0.834563 | 2.788759e-56 | -8.615850e-47 |
| Msa0237180 | Msa0605890 | 0.813409 | 2.597500e-51 | -8.615850e-47 |
| Msa0237180 | Msa0608940 | -0.822147 | 2.767324e-53 | -8.615850e-47 |
| Msa0237180 | Msa0609120 | 0.816951 | 4.244427e-52 | -8.615850e-47 |
| Msa0237180 | Msa0612880 | -0.803460 | 3.450077e-49 | -8.615850e-47 |
| Msa0237180 | Msa0617470 | -0.813303 | 2.740303e-51 | -8.615850e-47 |
| Msa0237180 | Msa0619230 | 0.828192 | 1.030357e-54 | -8.615850e-47 |
| Msa0237180 | Msa0619300 | 0.823302 | 1.490283e-53 | -8.615850e-47 |
| Msa0237180 | Msa0621190 | 0.835400 | 1.715206e-56 | -8.615850e-47 |
| Msa0237180 | Msa0622230 | 0.807962 | 3.912149e-50 | -8.615850e-47 |
| Msa0237180 | Msa0623360 | -0.804680 | 1.922835e-49 | -8.615850e-47 |
| Msa0237180 | Msa0625550 | -0.813729 | 2.208936e-51 | -8.615850e-47 |
| Msa0237180 | Msa0632040 | -0.818005 | 2.456662e-52 | -8.615850e-47 |
| Msa0237180 | Msa0635070 | -0.806375 | 8.480324e-50 | -8.615850e-47 |
| Msa0237180 | Msa0643960 | 0.824441 | 8.060537e-54 | -8.615850e-47 |
| Msa0237180 | Msa0646180 | -0.854856 | 9.314087e-62 | -8.615850e-47 |
| Msa0237180 | Msa0648260 | -0.801693 | 7.981173e-49 | -8.615850e-47 |
| Msa0237180 | Msa0649530 | -0.816244 | 6.111251e-52 | -8.615850e-47 |
| Msa0237180 | Msa0654400 | -0.813820 | 2.109375e-51 | -8.615850e-47 |
| Msa0237180 | Msa0658120 | 0.806019 | 1.008085e-49 | -8.615850e-47 |
| Msa0237180 | Msa0659020 | -0.838962 | 2.105313e-57 | -8.615850e-47 |
| Msa0237180 | Msa0662670 | -0.809754 | 1.618365e-50 | -8.615850e-47 |
| Msa0237180 | Msa0674680 | -0.810326 | 1.218758e-50 | -8.615850e-47 |
| Msa0237180 | Msa0680450 | 0.809801 | 1.581448e-50 | -8.615850e-47 |
| Msa0237180 | Msa0681220 | 0.809552 | 1.788852e-50 | -8.615850e-47 |
| Msa0237180 | Msa0685390 | -0.800269 | 1.560030e-48 | -8.615850e-47 |
| Msa0237180 | Msa0686550 | 0.806694 | 7.265388e-50 | -8.615850e-47 |
| Msa0237180 | Msa0691740 | -0.841759 | 3.909725e-58 | -8.615850e-47 |
| Msa0237180 | Msa0691760 | 0.802530 | 5.371067e-49 | -8.615850e-47 |
| Msa0237180 | Msa0700250 | -0.811943 | 5.436571e-51 | -8.615850e-47 |
| Msa0237180 | Msa0702970 | 0.807957 | 3.921071e-50 | -8.615850e-47 |
| Msa0237180 | Msa0704690 | 0.836446 | 9.315722e-57 | -8.615850e-47 |
| Msa0237180 | Msa0708870 | -0.812223 | 4.724597e-51 | -8.615850e-47 |
| Msa0237180 | Msa0722660 | -0.803782 | 2.958064e-49 | -8.615850e-47 |
| Msa0237180 | Msa0730250 | -0.804485 | 2.112332e-49 | -8.615850e-47 |
| Msa0237180 | Msa0733240 | -0.852650 | 4.016924e-61 | -8.615850e-47 |
| Msa0237180 | Msa0741600 | -0.809874 | 1.525062e-50 | -8.615850e-47 |
| Msa0237180 | Msa0742690 | -0.812944 | 3.285100e-51 | -8.615850e-47 |
| Msa0237180 | Msa0748350 | 0.811728 | 6.056357e-51 | -8.615850e-47 |
| Msa0237180 | Msa0755500 | -0.820346 | 7.200435e-53 | -8.615850e-47 |
| Msa0237180 | Msa0758420 | 0.806288 | 8.847176e-50 | -8.615850e-47 |
| Msa0237180 | Msa0761830 | 0.800317 | 1.525428e-48 | -8.615850e-47 |
| Msa0237180 | Msa0767280 | 0.822991 | 1.761415e-53 | -8.615850e-47 |
| Msa0237180 | Msa0774360 | -0.820456 | 6.795563e-53 | -8.615850e-47 |
| Msa0237180 | Msa0779830 | -0.821495 | 3.917752e-53 | -8.615850e-47 |
| Msa0237180 | Msa0790450 | 0.875470 | 3.004719e-68 | -8.615850e-47 |
| Msa0237180 | Msa0812020 | -0.824658 | 7.162525e-54 | -8.615850e-47 |
| Msa0237180 | Msa0827560 | -0.810325 | 1.219521e-50 | -8.615850e-47 |
| Msa0237180 | Msa0829770 | -0.804005 | 2.658382e-49 | -8.615850e-47 |
| Msa0237180 | Msa0831460 | -0.818474 | 1.923432e-52 | -8.615850e-47 |
| Msa0237180 | Msa0834220 | 0.830077 | 3.598625e-55 | -8.615850e-47 |
| Msa0237180 | Msa0834240 | -0.802182 | 6.333630e-49 | -8.615850e-47 |
| Msa0237180 | Msa0834830 | -0.827898 | 1.213232e-54 | -8.615850e-47 |
| Msa0237180 | Msa0846900 | 0.839856 | 1.233416e-57 | -8.615850e-47 |
| Msa0237180 | Msa0849290 | -0.818899 | 1.540676e-52 | -8.615850e-47 |
| Msa0237180 | Msa0852090 | -0.821342 | 4.248299e-53 | -8.615850e-47 |
| Msa0237180 | Msa0852620 | 0.813462 | 2.528882e-51 | -8.615850e-47 |
| Msa0237180 | Msa0853150 | -0.804527 | 2.070115e-49 | -8.615850e-47 |
| Msa0237180 | Msa0862750 | -0.806764 | 7.020379e-50 | -8.615850e-47 |
| Msa0237180 | Msa0870220 | -0.823572 | 1.288982e-53 | -8.615850e-47 |
| Msa0237180 | Msa0880050 | 0.844575 | 6.942858e-59 | -8.615850e-47 |
| Msa0237180 | Msa0881240 | 0.825350 | 4.918197e-54 | -8.615850e-47 |
| Msa0237180 | Msa0903460 | -0.821936 | 3.097576e-53 | -8.615850e-47 |
| Msa0237180 | Msa0906100 | -0.811251 | 7.688595e-51 | -8.615850e-47 |
| Msa0237180 | Msa0924590 | -0.807516 | 4.865611e-50 | -8.615850e-47 |
| Msa0237180 | Msa0929700 | 0.891188 | 4.989290e-74 | -8.615850e-47 |
| Msa0237180 | Msa0930360 | 0.805050 | 1.609579e-49 | -8.615850e-47 |
| Msa0237180 | Msa0930790 | 0.815812 | 7.631100e-52 | -8.615850e-47 |
| Msa0237180 | Msa0930890 | 0.813986 | 1.938943e-51 | -8.615850e-47 |
| Msa0237180 | Msa0934290 | -0.804749 | 1.860469e-49 | -8.615850e-47 |
| Msa0237180 | Msa0935930 | -0.833707 | 4.567895e-56 | -8.615850e-47 |
| Msa0237180 | Msa0967250 | -0.807254 | 5.530495e-50 | -8.615850e-47 |
| Msa0237180 | Msa0967900 | -0.826765 | 2.266661e-54 | -8.615850e-47 |
| Msa0237180 | Msa0972930 | -0.831636 | 1.491595e-55 | -8.615850e-47 |
| Msa0237180 | Msa0982260 | 0.836485 | 9.104980e-57 | -8.615850e-47 |
| Msa0237180 | Msa0985040 | -0.800620 | 1.323411e-48 | -8.615850e-47 |
| Msa0237180 | Msa0987670 | 0.811147 | 8.096461e-51 | -8.615850e-47 |
| Msa0237180 | Msa1001620 | 0.826818 | 2.201877e-54 | -8.615850e-47 |
| Msa0237180 | Msa1014550 | -0.842942 | 1.899751e-58 | -8.615850e-47 |
| Msa0237180 | Msa1018210 | -0.801053 | 1.079550e-48 | -8.615850e-47 |
| Msa0237180 | Msa1019090 | 0.831578 | 1.541987e-55 | -8.615850e-47 |
| Msa0237180 | Msa1025200 | 0.870001 | 2.029449e-66 | -8.615850e-47 |
| Msa0237180 | Msa1025220 | 0.874135 | 8.558222e-68 | -8.615850e-47 |
| Msa0237180 | Msa1026710 | 0.847926 | 8.490196e-60 | -8.615850e-47 |
| Msa0237180 | Msa1039150 | -0.815225 | 1.030927e-51 | -8.615850e-47 |
| Msa0237180 | Msa1041830 | 0.801392 | 9.199470e-49 | -8.615850e-47 |
| Msa0237180 | Msa1047020 | 0.830155 | 3.444147e-55 | -8.615850e-47 |
| Msa0237180 | Msa1055520 | -0.815109 | 1.093724e-51 | -8.615850e-47 |
| Msa0237180 | Msa1075840 | -0.818675 | 1.732226e-52 | -8.615850e-47 |
| Msa0237180 | Msa1076200 | 0.802406 | 5.695047e-49 | -8.615850e-47 |
| Msa0237180 | Msa1078280 | -0.814086 | 1.842916e-51 | -8.615850e-47 |
| Msa0237180 | Msa1078480 | 0.822175 | 2.726680e-53 | -8.615850e-47 |
| Msa0237180 | Msa1078590 | -0.817269 | 3.599148e-52 | -8.615850e-47 |
| Msa0237180 | Msa1078640 | 0.824844 | 6.477718e-54 | -8.615850e-47 |
| Msa0237180 | Msa1078760 | -0.809520 | 1.817245e-50 | -8.615850e-47 |
| Msa0237180 | Msa1082050 | 0.805036 | 1.620355e-49 | -8.615850e-47 |
| Msa0237180 | Msa1083660 | -0.801896 | 7.251500e-49 | -8.615850e-47 |
| Msa0237180 | Msa1084210 | -0.802823 | 4.672089e-49 | -8.615850e-47 |
| Msa0237180 | Msa1085850 | 0.816027 | 6.831735e-52 | -8.615850e-47 |
| Msa0237180 | Msa1090020 | -0.804694 | 1.910066e-49 | -8.615850e-47 |
| Msa0237180 | Msa1093190 | -0.853427 | 2.407442e-61 | -8.615850e-47 |
| Msa0237180 | Msa1102090 | 0.823799 | 1.139940e-53 | -8.615850e-47 |
| Msa0237180 | Msa1104020 | -0.819313 | 1.239886e-52 | -8.615850e-47 |
| Msa0237180 | Msa1116940 | 0.827874 | 1.229240e-54 | -8.615850e-47 |
| Msa0237180 | Msa1124980 | 0.838376 | 2.982824e-57 | -8.615850e-47 |
| Msa0237180 | Msa1126690 | 0.823718 | 1.191405e-53 | -8.615850e-47 |
| Msa0237180 | Msa1128230 | -0.810793 | 9.659702e-51 | -8.615850e-47 |
| Msa0237180 | Msa1130770 | 0.818282 | 2.125882e-52 | -8.615850e-47 |
| Msa0237180 | Msa1131030 | 0.827713 | 1.344156e-54 | -8.615850e-47 |
| Msa0237180 | Msa1136880 | 0.824850 | 6.455601e-54 | -8.615850e-47 |
| Msa0237180 | Msa1136980 | 0.832117 | 1.135112e-55 | -8.615850e-47 |
| Msa0237180 | Msa1138730 | -0.812819 | 3.499016e-51 | -8.615850e-47 |
| Msa0237180 | Msa1147600 | -0.820080 | 8.286088e-53 | -8.615850e-47 |
| Msa0237180 | Msa1152860 | 0.807018 | 6.202538e-50 | -8.615850e-47 |
| Msa0237180 | Msa1156830 | 0.835408 | 1.707680e-56 | -8.615850e-47 |
| Msa0237180 | Msa1163320 | 0.828478 | 8.790731e-55 | -8.615850e-47 |
| Msa0237180 | Msa1164830 | -0.802241 | 6.159550e-49 | -8.615850e-47 |
| Msa0237180 | Msa1167360 | 0.842130 | 3.121004e-58 | -8.615850e-47 |
| Msa0237180 | Msa1169590 | -0.820876 | 5.439726e-53 | -8.615850e-47 |
| Msa0237180 | Msa1169780 | -0.816244 | 6.110132e-52 | -8.615850e-47 |
| Msa0237180 | Msa1186010 | -0.801176 | 1.018839e-48 | -8.615850e-47 |
| Msa0237180 | Msa1190560 | 0.804021 | 2.638232e-49 | -8.615850e-47 |
| Msa0237180 | Msa1194480 | -0.807959 | 3.916980e-50 | -8.615850e-47 |
| Msa0237180 | Msa1203090 | -0.807200 | 5.677726e-50 | -8.615850e-47 |
| Msa0237180 | Msa1206240 | 0.806387 | 8.430153e-50 | -8.615850e-47 |
| Msa0237180 | Msa1207710 | -0.815063 | 1.119858e-51 | -8.615850e-47 |
| Msa0237180 | Msa1207880 | 0.825844 | 3.756584e-54 | -8.615850e-47 |
| Msa0237180 | Msa1213470 | -0.801832 | 7.475145e-49 | -8.615850e-47 |
| Msa0237180 | Msa1215660 | -0.808311 | 3.296947e-50 | -8.615850e-47 |
| Msa0237180 | Msa1218610 | 0.803413 | 3.528445e-49 | -8.615850e-47 |
| Msa0237180 | Msa1219760 | 0.810215 | 1.287723e-50 | -8.615850e-47 |
| Msa0237180 | Msa1220580 | 0.836395 | 9.594785e-57 | -8.615850e-47 |
| Msa0237180 | Msa1225040 | 0.844019 | 9.796988e-59 | -8.615850e-47 |
| Msa0237180 | Msa1230190 | -0.808171 | 3.531061e-50 | -8.615850e-47 |
| Msa0237180 | Msa1235590 | 0.816215 | 6.204039e-52 | -8.615850e-47 |
| Msa0237180 | Msa1235950 | 0.841403 | 4.853996e-58 | -8.615850e-47 |
| Msa0237180 | Msa1235980 | 0.843049 | 1.779238e-58 | -8.615850e-47 |
| Msa0237180 | Msa1237040 | 0.868418 | 6.627710e-66 | -8.615850e-47 |
| Msa0237180 | Msa1239870 | 0.807314 | 5.368956e-50 | -8.615850e-47 |
| Msa0237180 | Msa1240240 | -0.804523 | 2.073326e-49 | -8.615850e-47 |
| Msa0237180 | Msa1251500 | 0.804244 | 2.370428e-49 | -8.615850e-47 |
| Msa0237180 | Msa1253300 | 0.823435 | 1.386985e-53 | -8.615850e-47 |
| Msa0237180 | Msa1257960 | -0.803091 | 4.113139e-49 | -8.615850e-47 |
| Msa0237180 | Msa1258060 | 0.821495 | 3.917752e-53 | -8.615850e-47 |
| Msa0237180 | Msa1261970 | 0.812651 | 3.808939e-51 | -8.615850e-47 |
| Msa0237180 | Msa1263610 | -0.809374 | 1.952602e-50 | -8.615850e-47 |
| Msa0237180 | Msa1272770 | -0.814896 | 1.219537e-51 | -8.615850e-47 |
| Msa0237180 | Msa1276070 | -0.800518 | 1.387860e-48 | -8.615850e-47 |
| Msa0237180 | Msa1284060 | 0.813854 | 2.073565e-51 | -8.615850e-47 |
| Msa0237180 | Msa1284800 | 0.803100 | 4.094927e-49 | -8.615850e-47 |
| Msa0237180 | Msa1286950 | -0.814338 | 1.620731e-51 | -8.615850e-47 |
| Msa0237180 | Msa1290090 | -0.806253 | 8.999821e-50 | -8.615850e-47 |
| Msa0237180 | Msa1295840 | -0.807803 | 4.228279e-50 | -8.615850e-47 |
| Msa0237180 | Msa1298980 | -0.810570 | 1.079161e-50 | -8.615850e-47 |
| Msa0237180 | Msa1300370 | -0.803853 | 2.858428e-49 | -8.615850e-47 |
| Msa0237180 | Msa1301410 | -0.810063 | 1.388884e-50 | -8.615850e-47 |
| Msa0237180 | Msa1307730 | 0.833317 | 5.716044e-56 | -8.615850e-47 |
| Msa0237180 | Msa1307800 | -0.811744 | 6.006883e-51 | -8.615850e-47 |
| Msa0237180 | Msa1316100 | 0.811185 | 7.945480e-51 | -8.615850e-47 |
| Msa0237180 | Msa1317390 | 0.830616 | 2.657043e-55 | -8.615850e-47 |
| Msa0237180 | Msa1319230 | -0.814535 | 1.466523e-51 | -8.615850e-47 |
| Msa0237180 | Msa1320660 | -0.814520 | 1.477771e-51 | -8.615850e-47 |
| Msa0237180 | Msa1327690 | -0.807285 | 5.445393e-50 | -8.615850e-47 |
| Msa0237180 | Msa1332340 | -0.820990 | 5.121901e-53 | -8.615850e-47 |
| Msa0237180 | Msa1333350 | 0.807168 | 5.765582e-50 | -8.615850e-47 |
| Msa0237180 | Msa1334560 | 0.844766 | 6.170374e-59 | -8.615850e-47 |
| Msa0237180 | Msa1341780 | 0.803163 | 3.973915e-49 | -8.615850e-47 |
| Msa0237180 | Msa1344930 | 0.803412 | 3.529632e-49 | -8.615850e-47 |
| Msa0237180 | Msa1346340 | -0.801435 | 9.015523e-49 | -8.615850e-47 |
| Msa0237180 | Msa1347610 | 0.857647 | 1.415127e-62 | -8.615850e-47 |
| Msa0237180 | Msa1351020 | 0.834593 | 2.740188e-56 | -8.615850e-47 |
| Msa0237180 | Msa1359880 | -0.853094 | 2.998122e-61 | -8.615850e-47 |
| Msa0237180 | Msa1363270 | -0.842204 | 2.982820e-58 | -8.615850e-47 |
| Msa0237180 | Msa1363280 | -0.805623 | 1.220792e-49 | -8.615850e-47 |
| Msa0237180 | Msa1363910 | 0.812317 | 4.505542e-51 | -8.615850e-47 |
| Msa0237180 | Msa1364110 | 0.825448 | 4.661784e-54 | -8.615850e-47 |
| Msa0237180 | Msa1369220 | -0.818996 | 1.464364e-52 | -8.615850e-47 |
| Msa0237180 | Msa1374210 | -0.810220 | 1.284506e-50 | -8.615850e-47 |
| Msa0237180 | Msa1379940 | 0.826210 | 3.073870e-54 | -8.615850e-47 |
| Msa0237180 | Msa1381300 | -0.812636 | 3.838047e-51 | -8.615850e-47 |
| Msa0237180 | Msa1381720 | -0.801372 | 9.287312e-49 | -8.615850e-47 |
| Msa0237180 | Msa1382100 | -0.800843 | 1.191406e-48 | -8.615850e-47 |
| Msa0237180 | Msa1384410 | -0.829463 | 5.075421e-55 | -8.615850e-47 |
| Msa0237180 | Msa1387750 | 0.801500 | 8.746394e-49 | -8.615850e-47 |
| Msa0237180 | Msa1389340 | 0.839621 | 1.420387e-57 | -8.615850e-47 |
| Msa0237180 | Msa1390760 | 0.832596 | 8.640127e-56 | -8.615850e-47 |
| Msa0237180 | Msa1392570 | -0.814128 | 1.803704e-51 | -8.615850e-47 |
| Msa0237180 | Msa1395050 | 0.819865 | 9.278891e-53 | -8.615850e-47 |
| Msa0237180 | Msa1395700 | -0.828611 | 8.167380e-55 | -8.615850e-47 |
| Msa0237180 | Msa1398310 | -0.841128 | 5.732117e-58 | -8.615850e-47 |
| Msa0237180 | Msa1402010 | 0.806754 | 7.054874e-50 | -8.615850e-47 |
| Msa0237180 | Msa1403520 | 0.843766 | 1.145273e-58 | -8.615850e-47 |
| Msa0237180 | Msa1407550 | 0.807649 | 4.558381e-50 | -8.615850e-47 |
| Msa0237180 | Msa1408990 | 0.813661 | 2.286417e-51 | -8.615850e-47 |
| Msa0237180 | Msa1414560 | -0.801063 | 1.074255e-48 | -8.615850e-47 |
| Msa0237180 | Msa1415620 | 0.800141 | 1.656792e-48 | -8.615850e-47 |
| Msa0237180 | Msa1420830 | 0.801863 | 7.364677e-49 | -8.615850e-47 |
| Msa0237180 | Msa1423050 | 0.841171 | 5.585487e-58 | -8.615850e-47 |
| Msa0237180 | Msa1425070 | 0.818726 | 1.686103e-52 | -8.615850e-47 |
| Msa0237180 | Msa1426690 | -0.816789 | 4.613177e-52 | -8.615850e-47 |
| Msa0237180 | Msa1430250 | 0.817320 | 3.504806e-52 | -8.615850e-47 |
| Msa0237180 | Msa1432250 | -0.804916 | 1.716435e-49 | -8.615850e-47 |
| Msa0237180 | Msa1432310 | 0.800409 | 1.461067e-48 | -8.615850e-47 |
| Msa0237180 | Msa1433060 | -0.818884 | 1.552846e-52 | -8.615850e-47 |
| Msa0237180 | Msa1446510 | 0.833429 | 5.359814e-56 | -8.615850e-47 |
| Msa0237180 | Msa1447900 | 0.807487 | 4.935143e-50 | -8.615850e-47 |
| Msa0237180 | Msa1448840 | -0.842874 | 1.980736e-58 | -8.615850e-47 |
| Msa0237180 | Msa1449160 | 0.806967 | 6.360539e-50 | -8.615850e-47 |
| Msa0237180 | Msa1450560 | 0.872634 | 2.736128e-67 | -8.615850e-47 |
| Msa0237180 | Msa1450850 | -0.811364 | 7.266334e-51 | -8.615850e-47 |
| Msa0237180 | Msa1465700 | 0.854586 | 1.115579e-61 | -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 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0237180 | MtrunA17_Chr2g0286471 | 96.403 | 139 | 5 | 0 | 1 | 139 | 1 | 139 | 1.09e-95 | 271 |
| Msa0237180 | MtrunA17_Chr2g0286481 | 94.245 | 139 | 8 | 0 | 1 | 139 | 1 | 139 | 1.37e-84 | 243 |
| Msa0237180 | MtrunA17_Chr8g0385881 | 46.853 | 143 | 66 | 4 | 1 | 138 | 1 | 138 | 6.85e-37 | 123 |
| Msa0237180 | MtrunA17_Chr1g0191251 | 66.667 | 78 | 21 | 2 | 58 | 133 | 12 | 86 | 3.14e-25 | 92.0 |
| Msa0237180 | MtrunA17_Chr4g0066661 | 80.435 | 46 | 9 | 0 | 94 | 139 | 25 | 70 | 2.72e-18 | 74.3 |
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Msa0237180 | AT4G25050.1 | 54.348 | 138 | 56 | 2 | 1 | 138 | 1 | 131 | 3.38e-40 | 131 |
| Msa0237180 | AT1G54630.1 | 51.049 | 143 | 58 | 3 | 1 | 139 | 1 | 135 | 6.24e-37 | 123 |
| Msa0237180 | AT4G25050.2 | 50.000 | 150 | 56 | 3 | 1 | 138 | 1 | 143 | 2.93e-36 | 122 |
| Msa0237180 | AT1G54580.1 | 58.333 | 108 | 37 | 1 | 32 | 139 | 36 | 135 | 5.53e-36 | 120 |
| Msa0237180 | AT5G27200.1 | 64.773 | 88 | 31 | 0 | 51 | 138 | 50 | 137 | 2.28e-34 | 117 |
| Msa0237180 | AT3G05020.1 | 53.571 | 112 | 44 | 2 | 27 | 138 | 33 | 136 | 5.13e-34 | 116 |
| Msa0237180 | AT1G54630.2 | 45.000 | 100 | 49 | 2 | 1 | 99 | 1 | 95 | 1.38e-16 | 70.9 |
Find 63 sgRNAs with CRISPR-Local
Find 159 sgRNAs with CRISPR-GE
CRISPR-Local
| sgRNA_sequence | on_target_score | Position | Region |
|---|---|---|---|
| TTCAGTTTCCCTTTCAATTA+AGG | 0.142430 | 2_2:+10259647 | Msa0237180:CDS |
| ACAGCAAATACTTGTGATTT+AGG | 0.200469 | 2_2:-10262051 | None:intergenic |
| GAGGCCTTACATGTCTATTT+TGG | 0.213090 | 2_2:+10261881 | Msa0237180:three_prime_UTR |
| ATGGGACTTGAGGAGGAATT+TGG | 0.306245 | 2_2:+10261755 | Msa0237180:CDS |
| CTTGAACGGTGGTGATGCTC+TGG | 0.312374 | 2_2:-10261802 | None:intergenic |
| TCAGATGATTCAACTGTTAC+TGG | 0.317385 | 2_2:+10260496 | Msa0237180:CDS |
| ACACTGAAGAATGTATTTAT+AGG | 0.333834 | 2_2:-10259154 | None:intergenic |
| GTATTATTGTAATTCTAATA+TGG | 0.336412 | 2_2:-10261979 | None:intergenic |
| CTCCCTCTCCAACCAATCTA+TGG | 0.340875 | 2_2:+10259299 | Msa0237180:CDS |
| CTCTTTGCTAGTTTAAGCCT+TGG | 0.348527 | 2_2:-10261858 | None:intergenic |
| TCAGTTTCCCTTTCAATTAA+GGG | 0.366831 | 2_2:+10259648 | Msa0237180:CDS |
| CACACCTTCTGCACAGTCTC+TGG | 0.366899 | 2_2:-10260445 | None:intergenic |
| GTTTCTTGTGCTAGGATCTC+TGG | 0.370772 | 2_2:+10259618 | Msa0237180:CDS |
| TAGTACAGTGTTTGTTGGTT+TGG | 0.374925 | 2_2:-10259121 | None:intergenic |
| ACATGAAACCGACGTCCTTT+TGG | 0.380510 | 2_2:-10259699 | None:intergenic |
| TTTGGCTGCAAAGCAATAGA+TGG | 0.381361 | 2_2:-10259681 | None:intergenic |
| AGAGAGAGATCTGAGATCTA+AGG | 0.382203 | 2_2:-10259234 | None:intergenic |
| CATTATAGTACAGTGTTTGT+TGG | 0.411296 | 2_2:-10259126 | None:intergenic |
| TATTGCAGCATACCATAGAT+TGG | 0.430088 | 2_2:-10259311 | None:intergenic |
| ATTGAAAGGGAAACTGAACT+TGG | 0.450513 | 2_2:-10259642 | None:intergenic |
| GTTCCTTCCCTTAATTGAAA+GGG | 0.468703 | 2_2:-10259655 | None:intergenic |
| GAGTCTAAATTTACCGCACT+TGG | 0.469359 | 2_2:+10260520 | Msa0237180:CDS |
| AGTTCCTTCCCTTAATTGAA+AGG | 0.475850 | 2_2:-10259656 | None:intergenic |
| AGACATGGAGGTTGTGGTGA+TGG | 0.479192 | 2_2:-10259271 | None:intergenic |
| AGATCTCTCTCTCTTTCCAA+TGG | 0.488563 | 2_2:+10259245 | Msa0237180:exon |
| TCTATTGCTTTGCAGCCAAA+AGG | 0.491642 | 2_2:+10259684 | Msa0237180:CDS |
| ACTCTGATTCGATACTTTCG+AGG | 0.498922 | 2_2:-10259076 | None:intergenic |
| TGACATAGTCAAGAAACAAT+TGG | 0.515237 | 2_2:+10260468 | Msa0237180:CDS |
| AACTCCAAAATAGACATGTA+AGG | 0.521710 | 2_2:-10261885 | None:intergenic |
| GCAGCATACCATAGATTGGT+TGG | 0.525411 | 2_2:-10259307 | None:intergenic |
| GATGAGAGACATGGAGGTTG+TGG | 0.526450 | 2_2:-10259277 | None:intergenic |
| TTGAACGGTGGTGATGCTCT+GGG | 0.536178 | 2_2:-10261801 | None:intergenic |
| GTGCAGGTTGAGATTGTGAT+GGG | 0.538445 | 2_2:+10261737 | Msa0237180:intron |
| AGTGTTTGTTGGTTTGGTTG+AGG | 0.538737 | 2_2:-10259115 | None:intergenic |
| CGAAAGTATCGAATCAGAGT+TGG | 0.541133 | 2_2:+10259079 | Msa0237180:five_prime_UTR |
| TAACAGTTGAATCATCTGAC+AGG | 0.543284 | 2_2:-10260492 | None:intergenic |
| TAACAAACACTCACACGTGC+CGG | 0.545966 | 2_2:+10259053 | Msa0237180:five_prime_UTR |
| TGTGCAGGTTGAGATTGTGA+TGG | 0.550404 | 2_2:+10261736 | Msa0237180:intron |
| ATCTGAGATCTAAGGAAGGA+CGG | 0.555596 | 2_2:-10259226 | None:intergenic |
| TTTCCCTTTCAATTAAGGGA+AGG | 0.563082 | 2_2:+10259652 | Msa0237180:CDS |
| TGACAAGCTTCTTGAGACCA+AGG | 0.563747 | 2_2:+10261841 | Msa0237180:CDS |
| TACCATAGATTGGTTGGAGA+GGG | 0.564538 | 2_2:-10259301 | None:intergenic |
| GAGGGAGATGAGAGACATGG+AGG | 0.574209 | 2_2:-10259283 | None:intergenic |
| GGAGGAATTTGGCATTAGTG+TGG | 0.577421 | 2_2:+10261766 | Msa0237180:CDS |
| CATGTCAGCAGCTTCTTGAA+CGG | 0.584545 | 2_2:-10261816 | None:intergenic |
| GGAGAGGGAGATGAGAGACA+TGG | 0.587645 | 2_2:-10259286 | None:intergenic |
| GTCAGCAGCTTCTTGAACGG+TGG | 0.593457 | 2_2:-10261813 | None:intergenic |
| TGAGATTGTGATGGGACTTG+AGG | 0.596018 | 2_2:+10261745 | Msa0237180:CDS |
| TAAACCAGAGACTGTGCAGA+AGG | 0.602913 | 2_2:+10260441 | Msa0237180:CDS |
| TGATTCGATACTTTCGAGGC+CGG | 0.603111 | 2_2:-10259072 | None:intergenic |
| GATTGTGATGGGACTTGAGG+AGG | 0.609784 | 2_2:+10261748 | Msa0237180:CDS |
| GGCTTAAACTAGCAAAGAGG+AGG | 0.615054 | 2_2:+10261862 | Msa0237180:exon |
| TTGAAAGGGAAACTGAACTT+GGG | 0.615907 | 2_2:-10259641 | None:intergenic |
| CTTTGCAGCCAAAAGGACGT+CGG | 0.624330 | 2_2:+10259691 | Msa0237180:CDS |
| TGGAGCTGATTCTCTTGACA+CGG | 0.626251 | 2_2:+10260540 | Msa0237180:CDS |
| AGAGATCTGAGATCTAAGGA+AGG | 0.633359 | 2_2:-10259230 | None:intergenic |
| ATACCATAGATTGGTTGGAG+AGG | 0.645014 | 2_2:-10259302 | None:intergenic |
| AACAGTTGAATCATCTGACA+GGG | 0.652394 | 2_2:-10260491 | None:intergenic |
| CAAGGCTTAAACTAGCAAAG+AGG | 0.660316 | 2_2:+10261859 | Msa0237180:exon |
| GTTGTGGTGATGGAAGCCAT+TGG | 0.668457 | 2_2:-10259261 | None:intergenic |
| AAGAGAATCAGCTCCAAGTG+CGG | 0.701784 | 2_2:-10260533 | None:intergenic |
| ATGGTCCAGAAAATATCTAG+CGG | 0.709404 | 2_2:-10261960 | None:intergenic |
| TCGGTTTCATGTCACATGCG+CGG | 0.715418 | 2_2:+10259710 | Msa0237180:CDS |
CRISPR-GE
| badsite warning | sgRNA_sequence | Strand | Position | Region | GC_content |
|---|---|---|---|---|---|
| !!! | TTATAGTATTTTGTAAAAAA+AGG | - | chr2_2:10261456-10261475 | None:intergenic | 10.0% |
| !! | AAAGATTAAGAAAATGAAAA+GGG | - | chr2_2:10259339-10259358 | None:intergenic | 15.0% |
| !! | AAAAGATTAAGAAAATGAAA+AGG | - | chr2_2:10259340-10259359 | None:intergenic | 15.0% |
| !! | AGAACTAAAACAAAATTATT+GGG | + | chr2_2:10260338-10260357 | Msa0237180:intron | 15.0% |
| !! | TTATATAGATTACATGAAAA+TGG | + | chr2_2:10261365-10261384 | Msa0237180:intron | 15.0% |
| !! | TTGAAATGTAAGTAAATAAT+CGG | - | chr2_2:10261712-10261731 | None:intergenic | 15.0% |
| !! | GTATTATTGTAATTCTAATA+TGG | - | chr2_2:10261982-10262001 | None:intergenic | 15.0% |
| !! | AAGATTAAGAAAATGAAAAG+GGG | - | chr2_2:10259338-10259357 | None:intergenic | 20.0% |
| !!! | TTTTAGTGGTTAGATTAATT+TGG | + | chr2_2:10259567-10259586 | Msa0237180:intron | 20.0% |
| !!! | TAGATTAATTTGGTTATTGT+TGG | + | chr2_2:10259577-10259596 | Msa0237180:intron | 20.0% |
| !! | ATACAACTCTATAAAGATTA+TGG | - | chr2_2:10259748-10259767 | None:intergenic | 20.0% |
| !!! | AAAATTGATTTTGACATGTT+TGG | + | chr2_2:10259836-10259855 | Msa0237180:intron | 20.0% |
| !! | CAATAGTTATTATAACCATA+AGG | - | chr2_2:10260297-10260316 | None:intergenic | 20.0% |
| !!! | ATAATTTTGTTTTAGTTCTC+TGG | - | chr2_2:10260337-10260356 | None:intergenic | 20.0% |
| !! | GAGAACTAAAACAAAATTAT+TGG | + | chr2_2:10260337-10260356 | Msa0237180:intron | 20.0% |
| !! | ATCATCTTAAATATCACAAA+AGG | - | chr2_2:10260389-10260408 | None:intergenic | 20.0% |
| !! | TTAAGATGATATAACAAGAA+TGG | + | chr2_2:10260399-10260418 | Msa0237180:intron | 20.0% |
| !! | AACATAAGTATTTGATGTTA+TGG | + | chr2_2:10260927-10260946 | Msa0237180:intron | 20.0% |
| !!! | TTTAGTTTTTTTTCTTTCCT+TGG | + | chr2_2:10261184-10261203 | Msa0237180:intron | 20.0% |
| !!! | CTATATAAGCTATTTTCATA+AGG | - | chr2_2:10261353-10261372 | None:intergenic | 20.0% |
| !! | TGAAATGTAAGTAAATAATC+GGG | - | chr2_2:10261711-10261730 | None:intergenic | 20.0% |
| ! | ACACTGAAGAATGTATTTAT+AGG | - | chr2_2:10259157-10259176 | None:intergenic | 25.0% |
| !! | AATTATTCACCCTTGTTTAT+TGG | + | chr2_2:10259367-10259386 | Msa0237180:intron | 25.0% |
| ! | TTAACAGATCCAATAAACAA+GGG | - | chr2_2:10259379-10259398 | None:intergenic | 25.0% |
| ! | TTTAACAGATCCAATAAACA+AGG | - | chr2_2:10259380-10259399 | None:intergenic | 25.0% |
| !! | ATCACTAATCATAATTTGTC+AGG | - | chr2_2:10259514-10259533 | None:intergenic | 25.0% |
| ! | TTAGTGATGTGTAATGTTTA+TGG | + | chr2_2:10259526-10259545 | Msa0237180:intron | 25.0% |
| !!! | TGATCCTAATTATGTTTTAG+TGG | + | chr2_2:10259553-10259572 | Msa0237180:intron | 25.0% |
| ! | CTAACCACTAAAACATAATT+AGG | - | chr2_2:10259560-10259579 | None:intergenic | 25.0% |
| ! | ATAATTGATCTTGACATGTT+TGG | + | chr2_2:10259766-10259785 | Msa0237180:intron | 25.0% |
| ! | AAAATTGATCTTGACATGTT+TGG | + | chr2_2:10259801-10259820 | Msa0237180:intron | 25.0% |
| ! | ATATACATTCATGTAAGAGT+GGG | - | chr2_2:10259975-10259994 | None:intergenic | 25.0% |
| ! | TATATACATTCATGTAAGAG+TGG | - | chr2_2:10259976-10259995 | None:intergenic | 25.0% |
| ! | AGATGATATAACTAAGTGTT+TGG | - | chr2_2:10260091-10260110 | None:intergenic | 25.0% |
| !! | ATTTTGTAATGCAGATAACT+CGG | - | chr2_2:10260216-10260235 | None:intergenic | 25.0% |
| !! | TTGAAGATTTTCATTTCTGT+TGG | + | chr2_2:10260257-10260276 | Msa0237180:intron | 25.0% |
| ! | TTATCTACTAATTACTGTAG+TGG | + | chr2_2:10260577-10260596 | Msa0237180:intron | 25.0% |
| ! | TGTATAGTTCAAATATCAAG+TGG | - | chr2_2:10260684-10260703 | None:intergenic | 25.0% |
| ! | AGAAACTAATAACCACTAAA+AGG | - | chr2_2:10260902-10260921 | None:intergenic | 25.0% |
| !!! | AAAATGGATTGACTTGTTAT+TGG | + | chr2_2:10261381-10261400 | Msa0237180:intron | 25.0% |
| ! | GTGATTATTTGATTCATATC+AGG | + | chr2_2:10261644-10261663 | Msa0237180:intron | 25.0% |
| !!! | TTTTTTTGTTATGCGATCTT+CGG | + | chr2_2:10261908-10261927 | Msa0237180:three_prime_UTR | 25.0% |
| !! | AGGAGCAAATTTCATTTTAT+AGG | - | chr2_2:10262034-10262053 | None:intergenic | 25.0% |
| CATTATAGTACAGTGTTTGT+TGG | - | chr2_2:10259129-10259148 | None:intergenic | 30.0% | |
| !!! | TTATCTGTTTTGATGCTTGT+CGG | + | chr2_2:10259439-10259458 | Msa0237180:intron | 30.0% |
| TTGGATGTGAAAACAAAAAC+AGG | + | chr2_2:10259596-10259615 | Msa0237180:intron | 30.0% | |
| TTCAGTTTCCCTTTCAATTA+AGG | + | chr2_2:10259647-10259666 | Msa0237180:CDS | 30.0% | |
| TCAGTTTCCCTTTCAATTAA+GGG | + | chr2_2:10259648-10259667 | Msa0237180:CDS | 30.0% | |
| TTCTAACTTGAAGCTAGAAT+TGG | + | chr2_2:10259902-10259921 | Msa0237180:intron | 30.0% | |
| TGGGCTAATCTATAAATTTG+AGG | - | chr2_2:10259956-10259975 | None:intergenic | 30.0% | |
| !! | CATTTTTCGTCTTTAGTTTC+TGG | + | chr2_2:10260169-10260188 | Msa0237180:intron | 30.0% |
| TCAACAGATAACAACAAAAC+AGG | - | chr2_2:10260241-10260260 | None:intergenic | 30.0% | |
| TGACATAGTCAAGAAACAAT+TGG | + | chr2_2:10260468-10260487 | Msa0237180:CDS | 30.0% | |
| AGAGACAAAAATAACAGGAA+GGG | - | chr2_2:10260740-10260759 | None:intergenic | 30.0% | |
| AGAAGAGAGACAAAAATAAC+AGG | - | chr2_2:10260745-10260764 | None:intergenic | 30.0% | |
| TAAGTTCTCATATTTGACCA+TGG | + | chr2_2:10260837-10260856 | Msa0237180:intron | 30.0% | |
| ! | ACTTCAGTACTGAAATAAAC+TGG | + | chr2_2:10260971-10260990 | Msa0237180:intron | 30.0% |
| !! | GCTATTTTCATAAGGTATCT+AGG | - | chr2_2:10261345-10261364 | None:intergenic | 30.0% |
| TAAAAAACATCATGTCAAGC+AGG | - | chr2_2:10261523-10261542 | None:intergenic | 30.0% | |
| !!! | TTACATTTCAAGTTTTGTGC+AGG | + | chr2_2:10261721-10261740 | Msa0237180:intron | 30.0% |
| AACTCCAAAATAGACATGTA+AGG | - | chr2_2:10261888-10261907 | None:intergenic | 30.0% | |
| ACAGCAAATACTTGTGATTT+AGG | - | chr2_2:10262054-10262073 | None:intergenic | 30.0% | |
| ! | TAGTACAGTGTTTGTTGGTT+TGG | - | chr2_2:10259124-10259143 | None:intergenic | 35.0% |
| TATTGCAGCATACCATAGAT+TGG | - | chr2_2:10259314-10259333 | None:intergenic | 35.0% | |
| TCGGTGTAATTTGGATATGT+TGG | + | chr2_2:10259458-10259477 | Msa0237180:intron | 35.0% | |
| AAAAACAGGTTTCTTGTGCT+AGG | + | chr2_2:10259610-10259629 | Msa0237180:intron | 35.0% | |
| TTGAAAGGGAAACTGAACTT+GGG | - | chr2_2:10259644-10259663 | None:intergenic | 35.0% | |
| ATTGAAAGGGAAACTGAACT+TGG | - | chr2_2:10259645-10259664 | None:intergenic | 35.0% | |
| TTTCCCTTTCAATTAAGGGA+AGG | + | chr2_2:10259652-10259671 | Msa0237180:CDS | 35.0% | |
| GTTCCTTCCCTTAATTGAAA+GGG | - | chr2_2:10259658-10259677 | None:intergenic | 35.0% | |
| AGTTCCTTCCCTTAATTGAA+AGG | - | chr2_2:10259659-10259678 | None:intergenic | 35.0% | |
| TTGAGGCTCAAATTCAATTG+TGG | - | chr2_2:10259939-10259958 | None:intergenic | 35.0% | |
| AGTATCTTTATGCTTAGCCT+GGG | + | chr2_2:10260127-10260146 | Msa0237180:intron | 35.0% | |
| CAGATAACTCGGTACAAATA+TGG | - | chr2_2:10260205-10260224 | None:intergenic | 35.0% | |
| GAGTTATCAATGATGCCTTA+TGG | + | chr2_2:10260279-10260298 | Msa0237180:intron | 35.0% | |
| ATTATTGGGCAGTTGTAATG+TGG | + | chr2_2:10260352-10260371 | Msa0237180:intron | 35.0% | |
| ! | AATGGACGTTAATTTTGTGC+AGG | + | chr2_2:10260417-10260436 | Msa0237180:intron | 35.0% |
| AACAGTTGAATCATCTGACA+GGG | - | chr2_2:10260494-10260513 | None:intergenic | 35.0% | |
| TAACAGTTGAATCATCTGAC+AGG | - | chr2_2:10260495-10260514 | None:intergenic | 35.0% | |
| TCAGATGATTCAACTGTTAC+TGG | + | chr2_2:10260496-10260515 | Msa0237180:CDS | 35.0% | |
| GAGAGACAAAAATAACAGGA+AGG | - | chr2_2:10260741-10260760 | None:intergenic | 35.0% | |
| ! | TCTCTCTTCTCATGATTTGT+TGG | + | chr2_2:10260755-10260774 | Msa0237180:intron | 35.0% |
| AAAGGATGATCATGGATTTC+AGG | - | chr2_2:10260884-10260903 | None:intergenic | 35.0% | |
| ! | ATCCATGATCATCCTTTTAG+TGG | + | chr2_2:10260887-10260906 | Msa0237180:intron | 35.0% |
| AACCACTAAAAGGATGATCA+TGG | - | chr2_2:10260892-10260911 | None:intergenic | 35.0% | |
| ATCAGAGACGCAACAAATAT+AGG | - | chr2_2:10261073-10261092 | None:intergenic | 35.0% | |
| GTACGGGCATATAGAAATAT+AGG | - | chr2_2:10261574-10261593 | None:intergenic | 35.0% | |
| TCATATAGCTCAAGCAGTAA+GGG | - | chr2_2:10261606-10261625 | None:intergenic | 35.0% | |
| ATCATATAGCTCAAGCAGTA+AGG | - | chr2_2:10261607-10261626 | None:intergenic | 35.0% | |
| GCTTGAGCTATATGATCAAA+TGG | + | chr2_2:10261611-10261630 | Msa0237180:intron | 35.0% | |
| AGGAAAATCAAAACAGTGTC+TGG | + | chr2_2:10261664-10261683 | Msa0237180:intron | 35.0% | |
| ! | TGTAACCGCTAGATATTTTC+TGG | + | chr2_2:10261955-10261974 | Msa0237180:three_prime_UTR | 35.0% |
| ATGGTCCAGAAAATATCTAG+CGG | - | chr2_2:10261963-10261982 | None:intergenic | 35.0% | |
| ! | ACTCTGATTCGATACTTTCG+AGG | - | chr2_2:10259079-10259098 | None:intergenic | 40.0% |
| !! | CGAAAGTATCGAATCAGAGT+TGG | + | chr2_2:10259079-10259098 | Msa0237180:five_prime_UTR | 40.0% |
| !!! | TTGGTTTGGTTGAGGTTTTG+AGG | - | chr2_2:10259110-10259129 | None:intergenic | 40.0% |
| !! | AGTGTTTGTTGGTTTGGTTG+AGG | - | chr2_2:10259118-10259137 | None:intergenic | 40.0% |
| ! | ATCTGAGATCTAAGGAAGGA+CGG | - | chr2_2:10259229-10259248 | None:intergenic | 40.0% |
| ! | AGAGATCTGAGATCTAAGGA+AGG | - | chr2_2:10259233-10259252 | None:intergenic | 40.0% |
| ! | AGAGAGAGATCTGAGATCTA+AGG | - | chr2_2:10259237-10259256 | None:intergenic | 40.0% |
| AGATCTCTCTCTCTTTCCAA+TGG | + | chr2_2:10259245-10259264 | Msa0237180:exon | 40.0% | |
| ! | TACCATAGATTGGTTGGAGA+GGG | - | chr2_2:10259304-10259323 | None:intergenic | 40.0% |
| ! | ATACCATAGATTGGTTGGAG+AGG | - | chr2_2:10259305-10259324 | None:intergenic | 40.0% |
| TGATGCTTGTCGGTGTAATT+TGG | + | chr2_2:10259449-10259468 | Msa0237180:intron | 40.0% | |
| TTTGGCTGCAAAGCAATAGA+TGG | - | chr2_2:10259684-10259703 | None:intergenic | 40.0% | |
| TCTATTGCTTTGCAGCCAAA+AGG | + | chr2_2:10259684-10259703 | Msa0237180:CDS | 40.0% | |
| AGGCTCAAATTCAATTGTGG+AGG | - | chr2_2:10259936-10259955 | None:intergenic | 40.0% | |
| GAGTATCTTTATGCTTAGCC+TGG | + | chr2_2:10260126-10260145 | Msa0237180:intron | 40.0% | |
| ! | TTTATGCTTAGCCTGGGTTT+TGG | + | chr2_2:10260133-10260152 | Msa0237180:intron | 40.0% |
| GAGTCTAAATTTACCGCACT+TGG | + | chr2_2:10260520-10260539 | Msa0237180:CDS | 40.0% | |
| !! | TCATGATTTGTTGGAGCAAG+AGG | + | chr2_2:10260764-10260783 | Msa0237180:intron | 40.0% |
| TTTCTTTCCTTGGTTGTCTG+AGG | + | chr2_2:10261194-10261213 | Msa0237180:intron | 40.0% | |
| TTCTTTCCTTGGTTGTCTGA+GGG | + | chr2_2:10261195-10261214 | Msa0237180:intron | 40.0% | |
| TGTTTATCCAAACAGAGTCC+TGG | + | chr2_2:10261490-10261509 | Msa0237180:intron | 40.0% | |
| AGTAAGGGTCGTGTAATGTA+CGG | - | chr2_2:10261591-10261610 | None:intergenic | 40.0% | |
| ! | CTCTTTGCTAGTTTAAGCCT+TGG | - | chr2_2:10261861-10261880 | None:intergenic | 40.0% |
| CAAGGCTTAAACTAGCAAAG+AGG | + | chr2_2:10261859-10261878 | Msa0237180:exon | 40.0% | |
| ! | GAGGCCTTACATGTCTATTT+TGG | + | chr2_2:10261881-10261900 | Msa0237180:three_prime_UTR | 40.0% |
| TAACAAACACTCACACGTGC+CGG | + | chr2_2:10259053-10259072 | Msa0237180:five_prime_UTR | 45.0% | |
| TGATTCGATACTTTCGAGGC+CGG | - | chr2_2:10259075-10259094 | None:intergenic | 45.0% | |
| GCAGCATACCATAGATTGGT+TGG | - | chr2_2:10259310-10259329 | None:intergenic | 45.0% | |
| GTTTCTTGTGCTAGGATCTC+TGG | + | chr2_2:10259618-10259637 | Msa0237180:CDS | 45.0% | |
| ! | ACATGAAACCGACGTCCTTT+TGG | - | chr2_2:10259702-10259721 | None:intergenic | 45.0% |
| !!! | TTAGCCTGGGTTTTGGATTG+TGG | + | chr2_2:10260140-10260159 | Msa0237180:intron | 45.0% |
| TAAACCAGAGACTGTGCAGA+AGG | + | chr2_2:10260441-10260460 | Msa0237180:CDS | 45.0% | |
| AAGAGAATCAGCTCCAAGTG+CGG | - | chr2_2:10260536-10260555 | None:intergenic | 45.0% | |
| ! | TGGAGCTGATTCTCTTGACA+CGG | + | chr2_2:10260540-10260559 | Msa0237180:CDS | 45.0% |
| GAGACTCGATTGACAATCAG+TGG | - | chr2_2:10261107-10261126 | None:intergenic | 45.0% | |
| AAAATGCCCTCAGACAACCA+AGG | - | chr2_2:10261204-10261223 | None:intergenic | 45.0% | |
| !!! | TTGGTTGTCTGAGGGCATTT+TGG | + | chr2_2:10261203-10261222 | Msa0237180:intron | 45.0% |
| ATACAGACCAGGACTCTGTT+TGG | - | chr2_2:10261500-10261519 | None:intergenic | 45.0% | |
| GTAAGGGTCGTGTAATGTAC+GGG | - | chr2_2:10261590-10261609 | None:intergenic | 45.0% | |
| ! | TGTGCAGGTTGAGATTGTGA+TGG | + | chr2_2:10261736-10261755 | Msa0237180:intron | 45.0% |
| ! | GTGCAGGTTGAGATTGTGAT+GGG | + | chr2_2:10261737-10261756 | Msa0237180:intron | 45.0% |
| ! | TGAGATTGTGATGGGACTTG+AGG | + | chr2_2:10261745-10261764 | Msa0237180:CDS | 45.0% |
| ATGGGACTTGAGGAGGAATT+TGG | + | chr2_2:10261755-10261774 | Msa0237180:CDS | 45.0% | |
| GGAGGAATTTGGCATTAGTG+TGG | + | chr2_2:10261766-10261785 | Msa0237180:CDS | 45.0% | |
| CATGTCAGCAGCTTCTTGAA+CGG | - | chr2_2:10261819-10261838 | None:intergenic | 45.0% | |
| TGACAAGCTTCTTGAGACCA+AGG | + | chr2_2:10261841-10261860 | Msa0237180:CDS | 45.0% | |
| GGCTTAAACTAGCAAAGAGG+AGG | + | chr2_2:10261862-10261881 | Msa0237180:exon | 45.0% | |
| !! | GTTGTGGTGATGGAAGCCAT+TGG | - | chr2_2:10259264-10259283 | None:intergenic | 50.0% |
| AGACATGGAGGTTGTGGTGA+TGG | - | chr2_2:10259274-10259293 | None:intergenic | 50.0% | |
| GATGAGAGACATGGAGGTTG+TGG | - | chr2_2:10259280-10259299 | None:intergenic | 50.0% | |
| CTCCCTCTCCAACCAATCTA+TGG | + | chr2_2:10259299-10259318 | Msa0237180:CDS | 50.0% | |
| CTTTGCAGCCAAAAGGACGT+CGG | + | chr2_2:10259691-10259710 | Msa0237180:CDS | 50.0% | |
| TCGGTTTCATGTCACATGCG+CGG | + | chr2_2:10259710-10259729 | Msa0237180:CDS | 50.0% | |
| CTCTCCACAATCCAAAACCC+AGG | - | chr2_2:10260147-10260166 | None:intergenic | 50.0% | |
| TTGACCATGGCATCCTGTGA+TGG | + | chr2_2:10260850-10260869 | Msa0237180:intron | 50.0% | |
| TGACCATGGCATCCTGTGAT+GGG | + | chr2_2:10260851-10260870 | Msa0237180:intron | 50.0% | |
| AATCCCATCACAGGATGCCA+TGG | - | chr2_2:10260857-10260876 | None:intergenic | 50.0% | |
| TCAGGAGAGAATCCCATCAC+AGG | - | chr2_2:10260866-10260885 | None:intergenic | 50.0% | |
| TGTCAAGCAGGATACAGACC+AGG | - | chr2_2:10261511-10261530 | None:intergenic | 50.0% | |
| ! | GATTGTGATGGGACTTGAGG+AGG | + | chr2_2:10261748-10261767 | Msa0237180:CDS | 50.0% |
| ! | TTGAACGGTGGTGATGCTCT+GGG | - | chr2_2:10261804-10261823 | None:intergenic | 50.0% |
| GAGGGAGATGAGAGACATGG+AGG | - | chr2_2:10259286-10259305 | None:intergenic | 55.0% | |
| GGAGAGGGAGATGAGAGACA+TGG | - | chr2_2:10259289-10259308 | None:intergenic | 55.0% | |
| CACACCTTCTGCACAGTCTC+TGG | - | chr2_2:10260448-10260467 | None:intergenic | 55.0% | |
| ! | CTTGAACGGTGGTGATGCTC+TGG | - | chr2_2:10261805-10261824 | None:intergenic | 55.0% |
| GTCAGCAGCTTCTTGAACGG+TGG | - | chr2_2:10261816-10261835 | None:intergenic | 55.0% |
| Chromosome | Type | Strat | End | Strand | Name |
|---|---|---|---|---|---|
| chr2_2 | gene | 10259051 | 10262093 | 10259051 | ID=Msa0237180;Name=Msa0237180 |
| chr2_2 | mRNA | 10259051 | 10262093 | 10259051 | ID=Msa0237180-mRNA-1;Parent=Msa0237180;Name=Msa0237180-mRNA-1;_AED=0.03;_eAED=0.03;_QI=213|1|1|1|1|1|4|225|139 |
| chr2_2 | exon | 10259051 | 10259320 | 10259051 | ID=Msa0237180-mRNA-1:exon:4387;Parent=Msa0237180-mRNA-1 |
| chr2_2 | exon | 10259618 | 10259731 | 10259618 | ID=Msa0237180-mRNA-1:exon:4388;Parent=Msa0237180-mRNA-1 |
| chr2_2 | exon | 10260439 | 10260561 | 10260439 | ID=Msa0237180-mRNA-1:exon:4389;Parent=Msa0237180-mRNA-1 |
| chr2_2 | exon | 10261743 | 10262093 | 10261743 | ID=Msa0237180-mRNA-1:exon:4390;Parent=Msa0237180-mRNA-1 |
| chr2_2 | five_prime_UTR | 10259051 | 10259263 | 10259051 | ID=Msa0237180-mRNA-1:five_prime_utr;Parent=Msa0237180-mRNA-1 |
| chr2_2 | CDS | 10259264 | 10259320 | 10259264 | ID=Msa0237180-mRNA-1:cds;Parent=Msa0237180-mRNA-1 |
| chr2_2 | CDS | 10259618 | 10259731 | 10259618 | ID=Msa0237180-mRNA-1:cds;Parent=Msa0237180-mRNA-1 |
| chr2_2 | CDS | 10260439 | 10260561 | 10260439 | ID=Msa0237180-mRNA-1:cds;Parent=Msa0237180-mRNA-1 |
| chr2_2 | CDS | 10261743 | 10261868 | 10261743 | ID=Msa0237180-mRNA-1:cds;Parent=Msa0237180-mRNA-1 |
| chr2_2 | three_prime_UTR | 10261869 | 10262093 | 10261869 | ID=Msa0237180-mRNA-1:three_prime_utr;Parent=Msa0237180-mRNA-1 |
| Gene Sequence |
| Protein sequence |
