AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene066618

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene066618.t1 MTR_4g023470 96.606 442 15 0 1 442 1 442 0.0 890
MS.gene066618.t1 MTR_3g027580 66.815 449 134 6 1 441 1 442 0.0 588
MS.gene066618.t1 MTR_4g023490 66.931 378 99 6 81 442 11 378 1.59e-167 476
MS.gene066618.t1 MTR_5g065160 38.776 441 236 8 1 428 6 425 1.90e-98 302
MS.gene066618.t1 MTR_5g065160 38.356 438 243 6 1 428 6 426 2.07e-98 302
MS.gene066618.t1 MTR_5g065160 38.356 438 243 6 1 428 6 426 2.61e-98 303
MS.gene066618.t1 MTR_5g065160 39.202 426 232 6 13 428 11 419 5.79e-98 301
MS.gene066618.t1 MTR_3g087030 37.867 375 218 6 71 432 61 433 1.27e-71 233
MS.gene066618.t1 MTR_2g104030 33.586 396 225 7 75 442 59 444 1.23e-62 211
MS.gene066618.t1 MTR_8g006430 35.838 346 185 12 87 410 15 345 5.82e-51 178
MS.gene066618.t1 MTR_6g471050 30.060 336 203 5 112 425 7 332 1.79e-44 161
MS.gene066618.t1 MTR_2g087660 34.770 348 209 9 87 422 14 355 1.57e-40 150
MS.gene066618.t1 MTR_4g050420 34.694 343 204 10 87 417 14 348 9.80e-37 139
MS.gene066618.t1 MTR_2g087660 35.599 309 181 9 87 383 14 316 6.75e-36 135
MS.gene066618.t1 MTR_7g109340 29.775 356 202 10 80 422 20 340 4.87e-29 117
MS.gene066618.t1 MTR_3g108020 24.926 337 225 7 87 418 5 318 1.50e-21 95.5
MS.gene066618.t1 MTR_4g078850 27.095 358 209 10 87 418 5 336 4.93e-21 94.4
MS.gene066618.t1 MTR_2g090705 25.356 351 217 9 86 418 4 327 4.60e-20 91.3
MS.gene066618.t1 MTR_4g015840 26.593 361 202 11 87 418 5 331 7.59e-19 87.8
MS.gene066618.t1 MTR_1g110310 28.112 249 133 5 75 281 3 247 4.07e-18 86.3
MS.gene066618.t1 MTR_5g035770 48.684 76 39 0 79 154 18 93 1.48e-15 78.6
MS.gene066618.t1 MTR_5g004570 41.509 106 49 3 87 189 7 102 3.38e-15 75.5
MS.gene066618.t1 MTR_8g037810 56.061 66 29 0 86 151 6 71 3.41e-15 77.0
MS.gene066618.t1 MTR_2g014470 41.071 112 50 3 87 187 5 111 5.93e-15 76.3
MS.gene066618.t1 MTR_1g029470 55.385 65 29 0 87 151 7 71 2.77e-14 74.3
MS.gene066618.t1 MTR_7g092380 55.224 67 30 0 85 151 21 87 4.02e-14 72.8
MS.gene066618.t1 MTR_1g029460 53.846 65 30 0 87 151 7 71 4.75e-14 73.9
MS.gene066618.t1 MTR_2g014480 24.932 365 204 12 83 411 1 331 5.68e-14 73.2
MS.gene066618.t1 MTR_7g101070 54.545 66 29 1 85 149 357 422 1.75e-13 72.4
MS.gene066618.t1 MTR_1g105540 57.377 61 25 1 88 148 37 96 2.02e-13 71.2
MS.gene066618.t1 MTR_5g065860 41.975 81 45 1 68 148 32 110 7.26e-13 66.2
MS.gene066618.t1 MTR_7g112360 48.485 66 30 1 87 148 17 82 1.10e-12 65.1
MS.gene066618.t1 MTR_2g436560 35.928 167 89 6 39 196 59 216 1.20e-12 69.3
MS.gene066618.t1 MTR_1g052110 53.030 66 31 0 86 151 38 103 2.15e-12 67.8
MS.gene066618.t1 MTR_7g112360 48.485 66 30 1 87 148 17 82 3.38e-12 64.7
MS.gene066618.t1 MTR_2g097690 33.987 153 72 5 6 148 3 136 1.70e-11 63.9
MS.gene066618.t1 MTR_2g097690 33.987 153 72 5 6 148 3 136 6.09e-11 63.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene066618.t1 AT5G48030 52.916 463 188 8 1 441 1 455 7.57e-165 472
MS.gene066618.t1 AT1G28210 42.350 366 187 6 75 428 34 387 4.20e-96 295
MS.gene066618.t1 AT1G28210 42.350 366 187 6 75 428 34 387 4.71e-96 295
MS.gene066618.t1 AT1G28210 42.350 366 187 6 75 428 34 387 1.03e-95 295
MS.gene066618.t1 AT2G22360 37.629 388 205 9 69 432 62 436 1.54e-72 235
MS.gene066618.t1 AT4G39960 37.669 369 193 7 87 431 86 441 3.24e-69 226
MS.gene066618.t1 AT4G39960 37.669 369 193 7 87 431 86 441 3.24e-69 226
MS.gene066618.t1 AT1G80030 34.759 374 210 6 87 436 76 439 1.84e-64 216
MS.gene066618.t1 AT1G80030 34.759 374 210 6 87 436 76 439 1.84e-64 216
MS.gene066618.t1 AT1G80030 34.759 374 210 6 87 436 76 439 1.84e-64 216
MS.gene066618.t1 AT1G80030 34.759 374 210 6 87 436 76 439 2.26e-64 215
MS.gene066618.t1 AT3G17830 33.514 370 212 5 80 424 57 417 2.01e-63 213
MS.gene066618.t1 AT5G22060 33.908 348 212 10 87 422 15 356 6.11e-40 148
MS.gene066618.t1 AT3G44110 33.429 347 214 10 87 422 15 355 3.78e-38 143
MS.gene066618.t1 AT3G44110 34.899 298 179 9 87 375 15 306 4.07e-33 128
MS.gene066618.t1 AT3G62600 28.895 353 203 10 85 423 25 343 2.67e-26 109
MS.gene066618.t1 AT5G25530 27.198 364 211 12 83 422 1 334 5.43e-24 102
MS.gene066618.t1 AT1G59725 26.513 347 210 9 87 418 5 321 9.21e-22 96.3
MS.gene066618.t1 AT1G10350 26.361 349 226 11 87 418 5 339 2.14e-21 95.5
MS.gene066618.t1 AT5G25530 26.613 372 211 13 83 422 1 342 2.36e-21 95.1
MS.gene066618.t1 AT2G20560 27.405 343 220 9 87 418 5 329 4.65e-20 91.3
MS.gene066618.t1 AT3G08910 27.246 345 210 12 87 422 5 317 4.29e-18 85.5
MS.gene066618.t1 AT1G68370 26.693 251 138 5 73 281 2 248 4.87e-17 83.2
MS.gene066618.t1 AT4G39150 50.000 92 40 2 87 173 7 97 6.38e-16 79.3
MS.gene066618.t1 AT4G39150 50.000 92 40 2 87 173 7 97 6.38e-16 79.3
MS.gene066618.t1 AT4G39150 50.000 92 40 2 87 173 7 97 6.38e-16 79.3
MS.gene066618.t1 AT3G12170 43.956 91 51 0 61 151 22 112 1.07e-15 77.8
MS.gene066618.t1 AT2G21510 46.809 94 44 2 86 174 6 98 1.55e-15 77.8
MS.gene066618.t1 AT2G21510 47.312 93 43 2 87 174 7 98 1.80e-15 77.8
MS.gene066618.t1 AT2G21510 47.312 93 43 2 87 174 7 98 1.80e-15 77.8
MS.gene066618.t1 AT2G21510 47.312 93 43 2 87 174 7 98 1.94e-15 77.8
MS.gene066618.t1 AT2G21510 47.312 93 43 2 87 174 7 98 1.94e-15 77.8
MS.gene066618.t1 AT5G06910 56.061 66 29 0 86 151 29 94 3.48e-15 76.3
MS.gene066618.t1 AT1G59980 50.000 70 35 0 85 154 22 91 6.98e-15 76.3
MS.gene066618.t1 AT1G76700 56.923 65 28 0 87 151 7 71 7.10e-15 76.6
MS.gene066618.t1 AT1G59980 50.000 70 35 0 85 154 22 91 1.11e-14 75.9
MS.gene066618.t1 AT1G56300 45.946 74 36 1 79 148 6 79 3.86e-14 69.3
MS.gene066618.t1 AT1G24120 48.611 72 37 0 83 154 17 88 5.07e-14 73.9
MS.gene066618.t1 AT3G12170 52.239 67 32 0 85 151 10 76 5.13e-14 72.4
MS.gene066618.t1 AT1G77020 53.846 65 30 0 87 151 7 71 5.34e-14 73.6
MS.gene066618.t1 AT1G71000 44.286 70 35 1 83 148 5 74 6.62e-14 69.7
MS.gene066618.t1 AT1G21080 53.846 65 30 0 87 151 7 71 7.09e-14 73.6
MS.gene066618.t1 AT5G01390 39.474 114 49 4 87 187 5 111 7.23e-14 71.6
MS.gene066618.t1 AT1G21080 53.846 65 30 0 87 151 7 71 7.48e-14 73.2
MS.gene066618.t1 AT5G01390 39.474 114 49 4 87 187 5 111 1.45e-13 71.2
MS.gene066618.t1 AT1G56300 45.946 74 36 1 79 148 6 79 1.93e-13 68.2
MS.gene066618.t1 AT5G01390 39.474 114 49 4 87 187 5 111 2.31e-13 69.7
MS.gene066618.t1 AT5G01390 39.474 114 49 4 87 187 5 111 2.51e-13 71.2
MS.gene066618.t1 AT1G71000 44.286 70 35 1 83 148 5 74 4.35e-13 67.4
MS.gene066618.t1 AT3G08970 47.561 82 36 2 88 169 29 103 2.34e-12 69.3
MS.gene066618.t1 AT3G08970 47.561 82 36 2 88 169 29 103 2.34e-12 69.3
MS.gene066618.t1 AT5G03160 48.315 89 40 3 85 172 369 452 7.22e-12 67.8
MS.gene066618.t1 AT1G61770 50.820 61 29 1 88 148 36 95 8.07e-12 66.2
MS.gene066618.t1 AT4G28480 38.889 108 56 3 87 184 5 112 9.21e-12 66.6
MS.gene066618.t1 AT4G28480 38.889 108 56 3 87 184 5 112 9.80e-12 65.9
MS.gene066618.t1 AT5G49060 49.231 65 32 1 87 151 100 163 1.45e-11 66.2
MS.gene066618.t1 AT5G49060 49.231 65 32 1 87 151 100 163 1.45e-11 66.2
MS.gene066618.t1 AT2G33735 43.077 65 37 0 85 149 21 85 1.99e-11 61.6
MS.gene066618.t1 AT2G33735 43.077 65 37 0 85 149 21 85 1.99e-11 61.6
MS.gene066618.t1 AT5G05750 32.743 113 75 1 75 187 103 214 2.41e-11 64.7
MS.gene066618.t1 AT5G16650 45.714 70 38 0 82 151 7 76 3.36e-11 61.2

Find 110 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AAATTTGTTTCAGGCGATTT+TGG 0.110103 4.2:-79464587 MS.gene066618:intron
AATTCATCTTCTAGTGTTAT+TGG 0.147654 4.2:-79471102 MS.gene066618:CDS
TTGCATCGCTTACAAGTTTC+AGG 0.178751 4.2:+79466850 None:intergenic
GGGAGCGGCTAATTCATATT+TGG 0.201784 4.2:-79470419 MS.gene066618:CDS
GGAATAAATACTTTCAAATA+TGG 0.202915 4.2:-79463628 MS.gene066618:CDS
TTCTGACCAGGTTGGGTGCC+TGG 0.211158 4.2:+79464216 None:intergenic
TTGTGTTTCAAAGGGGTTAT+AGG 0.256572 4.2:-79471131 MS.gene066618:CDS
CACCACCTCCATGTACCTTT+AGG 0.307308 4.2:+79465902 None:intergenic
TTTGAAGAACTGGTTGCTAT+TGG 0.317603 4.2:-79470440 MS.gene066618:CDS
GAAATAAAGAAAGCTTACTA+TGG 0.322849 4.2:-79470106 MS.gene066618:CDS
CTTTGTTCCTTTGACAACTT+TGG 0.344548 4.2:+79466344 None:intergenic
ATAGTAAGCTTTCTTTATTT+CGG 0.347885 4.2:+79470108 None:intergenic
TACTGGAAGTGTAAGGCTTA+AGG 0.354174 4.2:-79464539 MS.gene066618:intron
AAAGATGTGTACAGAATCTT+TGG 0.355971 4.2:+79471262 None:intergenic
ACCACCTCCATGTACCTTTA+GGG 0.357234 4.2:+79465903 None:intergenic
GGAGCGGCTAATTCATATTT+GGG 0.360375 4.2:-79470418 MS.gene066618:CDS
TGATTTCTCTTGCTCTTCCT+TGG 0.365509 4.2:+79463022 None:intergenic
TTGAAGAACTGGTTGCTATT+GGG 0.371930 4.2:-79470439 MS.gene066618:CDS
GTCCAGATGTTTGTACAAAC+TGG 0.376510 4.2:-79466738 MS.gene066618:intron
GGATCATCTTTATTTGCGTC+TGG 0.383886 4.2:+79468828 None:intergenic
AGGAGCTATTACGATGTTCT+TGG 0.393663 4.2:-79470154 MS.gene066618:CDS
GGAGCTTCTAGATCAATTCA+TGG 0.412307 4.2:-79470397 MS.gene066618:CDS
TCTGACCAGGTTGGGTGCCT+GGG 0.413133 4.2:+79464217 None:intergenic
GAATAAATACTTTCAAATAT+GGG 0.416410 4.2:-79463627 MS.gene066618:CDS
AACAACCAAAGTGGTGGTTT+CGG 0.424450 4.2:-79467988 MS.gene066618:CDS
CTTTGACAACTTTGGCACCT+TGG 0.428176 4.2:+79466352 None:intergenic
TCACCGGAACGGTTTGAATC+AGG 0.428315 4.2:+79465871 None:intergenic
TGTTTGAAATGACAAAGTTT+TGG 0.428748 4.2:+79467049 None:intergenic
TGTGCTACATGCAAGGGAAC+TGG 0.431002 4.2:-79466693 MS.gene066618:CDS
CCCCAAATGATTCGTCCTAC+TGG 0.434059 4.2:-79471329 None:intergenic
AGAAGTTACATTGGCATATG+AGG 0.434595 4.2:-79468784 MS.gene066618:intron
AGCAAGAGAAATCAGATAAA+CGG 0.441080 4.2:-79463013 MS.gene066618:CDS
TATATCAAATTGTGTTTCAA+AGG 0.446450 4.2:-79471140 MS.gene066618:CDS
AACCACCTTCTGACCAGGTT+GGG 0.452721 4.2:+79464209 None:intergenic
ATGGTGTCAATTTGAAGAAC+TGG 0.452966 4.2:-79470450 MS.gene066618:CDS
AGATAAACGGAAAGCTGCTT+CGG 0.455187 4.2:-79463000 MS.gene066618:CDS
CGATGTTCTTGGTGTGAGTA+AGG 0.456412 4.2:-79470143 MS.gene066618:CDS
ATTCACGCTGTCTTTCTGTC+AGG 0.461065 4.2:+79463060 None:intergenic
ATATCAAATTGTGTTTCAAA+GGG 0.465907 4.2:-79471139 MS.gene066618:CDS
GGTGGGAGTGGTCTTCCTCC+TGG 0.467186 4.2:-79466880 MS.gene066618:CDS
GATCCTGATTCAAACCGTTC+CGG 0.480511 4.2:-79465874 MS.gene066618:CDS
CATCTTTATTTGCGTCTGGA+TGG 0.490868 4.2:+79468832 None:intergenic
AAATAAAGAAAGCTTACTAT+GGG 0.491279 4.2:-79470105 MS.gene066618:CDS
TGCCTCCGAAACCACCACTT+TGG 0.495412 4.2:+79467983 None:intergenic
TTCATAACCACCTTCTGACC+AGG 0.495792 4.2:+79464204 None:intergenic
CTTACACTTCCAGTAAAAGA+TGG 0.501677 4.2:+79464547 None:intergenic
TGTCCATTTGCAGTTAGAGA+TGG 0.501903 4.2:-79470469 MS.gene066618:intron
TGTAAGCGATGCAAAGGGTC+AGG 0.507844 4.2:-79466841 MS.gene066618:CDS
GGTACTAGTTATGCAACAAA+TGG 0.509828 4.2:-79471081 MS.gene066618:intron
GAAGTTTCAAGAAGTTACAT+TGG 0.513562 4.2:-79468793 MS.gene066618:CDS
CCACGGAACATCTGCTCGAA+AGG 0.515788 4.2:+79467946 None:intergenic
GGTCAGAAGGTGGTTATGAA+AGG 0.517582 4.2:-79464201 MS.gene066618:CDS
CGAACTATTTCAGGTGGGAG+TGG 0.521446 4.2:-79466892 MS.gene066618:intron
ACCACTTTGGTTGTTTACAT+AGG 0.523371 4.2:+79467996 None:intergenic
GGCGAGCAAGGTGAGGGAAG+AGG 0.526139 4.2:+79471300 None:intergenic
GTCAAGTTGCATACTTATCC+TGG 0.529199 4.2:-79466318 MS.gene066618:intron
GCGAGCAAGGTGAGGGAAGA+GGG 0.529772 4.2:+79471301 None:intergenic
TGTGGTTGAACTATCTTTCA+CGG 0.532096 4.2:-79467090 MS.gene066618:CDS
AGTGGTGGTTTCGGAGGCAA+TGG 0.540722 4.2:-79467979 MS.gene066618:CDS
AAAACGTCAACAGTATGATC+AGG 0.540871 4.2:-79468633 MS.gene066618:intron
TTCTAGATCAATTCATGGCA+CGG 0.541657 4.2:-79470392 MS.gene066618:CDS
TGATCTATATGCTACTATCA+AGG 0.542920 4.2:-79465851 MS.gene066618:intron
AGGCACCCAACCTGGTCAGA+AGG 0.545297 4.2:-79464214 MS.gene066618:CDS
GTCAGAAGGTGGTTATGAAA+GGG 0.553713 4.2:-79464200 MS.gene066618:CDS
AAGTACTTGTGCTACATGCA+AGG 0.554627 4.2:-79466700 MS.gene066618:CDS
AATAAATACTTTCAAATATG+GGG 0.554683 4.2:-79463626 MS.gene066618:CDS
GAAACTTGTAAGCGATGCAA+AGG 0.557844 4.2:-79466847 MS.gene066618:CDS
GAAAGAGTGATCGGCGAGCA+AGG 0.558777 4.2:+79471288 None:intergenic
AAAGGGAAAGGTATAATGAA+AGG 0.559368 4.2:-79464183 MS.gene066618:intron
GTTCACCCAGGCACCCAACC+TGG 0.563029 4.2:-79464222 MS.gene066618:CDS
TAACCACCTTCTGACCAGGT+TGG 0.563337 4.2:+79464208 None:intergenic
ACCCTAAAGGTACATGGAGG+TGG 0.565389 4.2:-79465904 MS.gene066618:CDS
TCTAGATCAATTCATGGCAC+GGG 0.565399 4.2:-79470391 MS.gene066618:intron
ACAAACTGGAATATTCAGAA+TGG 0.567594 4.2:-79466724 MS.gene066618:CDS
GGTGGTTTCGGAGGCAATGG+TGG 0.571135 4.2:-79467976 MS.gene066618:CDS
CTAAAGGTACATGGAGGTGG+TGG 0.575599 4.2:-79465901 MS.gene066618:CDS
TCTTTCACGGAAGCTATCCA+AGG 0.575784 4.2:-79467077 MS.gene066618:CDS
GAACTGGTTGCTATTGGGAG+CGG 0.575920 4.2:-79470434 MS.gene066618:CDS
CTTTGGCGCGAAAGAGTGAT+CGG 0.583063 4.2:+79471279 None:intergenic
TCTGTTTGGCAGGTTCACCC+AGG 0.583768 4.2:-79464234 MS.gene066618:intron
GTGATCGGCGAGCAAGGTGA+GGG 0.589466 4.2:+79471294 None:intergenic
CAAGGTGCCAAAGTTGTCAA+AGG 0.589611 4.2:-79466351 MS.gene066618:CDS
ATTTGGCGGAGAAGATGTCA+AGG 0.593689 4.2:-79467202 MS.gene066618:intron
AGTTTCTGCAAGTCTTGCCA+AGG 0.595904 4.2:-79466369 MS.gene066618:CDS
AACCAAAGTGGTGGTTTCGG+AGG 0.598376 4.2:-79467985 MS.gene066618:CDS
TTACACTTCCAGTAAAAGAT+GGG 0.600490 4.2:+79464548 None:intergenic
AAACTTGTAAGCGATGCAAA+GGG 0.601982 4.2:-79466846 MS.gene066618:CDS
CCTTTCGAGCAGATGTTCCG+TGG 0.604194 4.2:-79467946 MS.gene066618:CDS
AAGGTGGTTATGAAAGGGAA+AGG 0.605101 4.2:-79464195 MS.gene066618:CDS
GATAGTAGCATATAGATCAC+CGG 0.605615 4.2:+79465855 None:intergenic
AGTGATCGGCGAGCAAGGTG+AGG 0.610767 4.2:+79471293 None:intergenic
AGACAACAATGAGACCCTAA+AGG 0.610897 4.2:-79465917 MS.gene066618:CDS
CGCAAATAAAGATGATCCTG+AGG 0.611520 4.2:-79468823 MS.gene066618:CDS
AGTACTTGTGCTACATGCAA+GGG 0.618060 4.2:-79466699 MS.gene066618:CDS
AATGAGACCCTAAAGGTACA+TGG 0.619370 4.2:-79465910 MS.gene066618:CDS
GGGAAGAGGGTGATGCCAGT+AGG 0.632661 4.2:+79471314 None:intergenic
TATCAAATTGTGTTTCAAAG+GGG 0.639304 4.2:-79471138 MS.gene066618:CDS
CACCCAACCTGGTCAGAAGG+TGG 0.643969 4.2:-79464211 MS.gene066618:CDS
CTTTCACGGAAGCTATCCAA+GGG 0.653887 4.2:-79467076 MS.gene066618:CDS
TTCGAGCAGATGTTCCGTGG+TGG 0.661342 4.2:-79467943 MS.gene066618:CDS
ATTGATCGAAGAGTTTGCCA+AGG 0.666715 4.2:-79463039 MS.gene066618:CDS
TATGTAAACAACCAAAGTGG+TGG 0.673516 4.2:-79467994 MS.gene066618:CDS
GCGATGCAAAGGGTCAGGAG+TGG 0.682796 4.2:-79466836 MS.gene066618:intron
AAGTCATTACATGGCCACCA+CGG 0.693473 4.2:+79467929 None:intergenic
AATAAAGAAAGCTTACTATG+GGG 0.700800 4.2:-79470104 MS.gene066618:intron
TAGCATATAGATCACCGGAA+CGG 0.711908 4.2:+79465860 None:intergenic
AGAAGGATTAGATGTTCACG+TGG 0.719072 4.2:-79465710 MS.gene066618:CDS
GACGTGCTTTGTAATGCTTG+TGG 0.721251 4.2:-79467026 MS.gene066618:intron
GCCTATGTAAACAACCAAAG+TGG 0.723719 4.2:-79467997 MS.gene066618:CDS
GAGACCCTAAAGGTACATGG+AGG 0.766540 4.2:-79465907 MS.gene066618:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr4.2 gene 79462989 79471345 79462989 ID=MS.gene066618
chr4.2 mRNA 79462989 79471345 79462989 ID=MS.gene066618.t1;Parent=MS.gene066618
chr4.2 exon 79471274 79471345 79471274 ID=MS.gene066618.t1.exon1;Parent=MS.gene066618.t1
chr4.2 CDS 79471274 79471345 79471274 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79471082 79471163 79471082 ID=MS.gene066618.t1.exon2;Parent=MS.gene066618.t1
chr4.2 CDS 79471082 79471163 79471082 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79470392 79470478 79470392 ID=MS.gene066618.t1.exon3;Parent=MS.gene066618.t1
chr4.2 CDS 79470392 79470478 79470392 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79470105 79470187 79470105 ID=MS.gene066618.t1.exon4;Parent=MS.gene066618.t1
chr4.2 CDS 79470105 79470187 79470105 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79468785 79468868 79468785 ID=MS.gene066618.t1.exon5;Parent=MS.gene066618.t1
chr4.2 CDS 79468785 79468868 79468785 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79468634 79468672 79468634 ID=MS.gene066618.t1.exon6;Parent=MS.gene066618.t1
chr4.2 CDS 79468634 79468672 79468634 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79467939 79468031 79467939 ID=MS.gene066618.t1.exon7;Parent=MS.gene066618.t1
chr4.2 CDS 79467939 79468031 79467939 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79467203 79467253 79467203 ID=MS.gene066618.t1.exon8;Parent=MS.gene066618.t1
chr4.2 CDS 79467203 79467253 79467203 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79467027 79467114 79467027 ID=MS.gene066618.t1.exon9;Parent=MS.gene066618.t1
chr4.2 CDS 79467027 79467114 79467027 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79466837 79466901 79466837 ID=MS.gene066618.t1.exon10;Parent=MS.gene066618.t1
chr4.2 CDS 79466837 79466901 79466837 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79466680 79466754 79466680 ID=MS.gene066618.t1.exon11;Parent=MS.gene066618.t1
chr4.2 CDS 79466680 79466754 79466680 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79466319 79466391 79466319 ID=MS.gene066618.t1.exon12;Parent=MS.gene066618.t1
chr4.2 CDS 79466319 79466391 79466319 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79465852 79465943 79465852 ID=MS.gene066618.t1.exon13;Parent=MS.gene066618.t1
chr4.2 CDS 79465852 79465943 79465852 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79465687 79465758 79465687 ID=MS.gene066618.t1.exon14;Parent=MS.gene066618.t1
chr4.2 CDS 79465687 79465758 79465687 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79464540 79464596 79464540 ID=MS.gene066618.t1.exon15;Parent=MS.gene066618.t1
chr4.2 CDS 79464540 79464596 79464540 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79464184 79464244 79464184 ID=MS.gene066618.t1.exon16;Parent=MS.gene066618.t1
chr4.2 CDS 79464184 79464244 79464184 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79463592 79463649 79463592 ID=MS.gene066618.t1.exon17;Parent=MS.gene066618.t1
chr4.2 CDS 79463592 79463649 79463592 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
chr4.2 exon 79462989 79463085 79462989 ID=MS.gene066618.t1.exon18;Parent=MS.gene066618.t1
chr4.2 CDS 79462989 79463085 79462989 ID=cds.MS.gene066618.t1;Parent=MS.gene066618.t1
Gene Sequence

>MS.gene066618

ATGATTCGTCCTACTGGCATCACCCTCTTCCCTCACCTTGCTCGCCGATCACTCTTTCGCGCCAAAGATTCTGTACACATCTTTCTTCTTCTGTGTATCTGTGTGTGCTTTTTACTTACATTTTTGTTTGTATGAACTATGGTTAACAAACTTGTGGAAAAAAATCTTTTATTTTTTTGCAGGTATATCAAATTGTGTTTCAAAGGGGTTATAGGACATTGAATTCATCTTCTAGTGTTATTGGTACTAGTTATGCAACAAATGGTATGCATTCAATTTACATTTTTTTTTTTTTTGGAAATTAAGCAACATCTATGAAGCACAACACAGCTACTCCTAGGATTAGGCGTGTCCCTATATCTGATTTGTGCTTCATTGAGCAGCAAGTTTTTATTTTTTTACTAAAGATCCAATTTGGTCCCTTGTAATTTTTTGCGACTCAGTTCAGTCCGTGACAAAAAATAATAGCTAAATAGTCGTTGACATTTTTATATAGGGACAATTTATCCCTCTGTCGTAACGTGCCATAACTAACTGAGCTACCGATTTGTCCCCTGAATGAAAATGTCATGAGCTATTTTAGATGTTATTTCTTGGCCGGGACTGAATTGAGTCGCTAGAAAATTGTTAGGACCAAATTGGTCTTTTGTCCCTTTTTTTTTGTAATATGGTTGTATAGTTATTCTGGGAAGGTCGATAAGTTGCTAAAGTAATTGACTGTTGATCCTTTTCTTGTTTTTCTTGCAATGTTGAATTTTAGTGTTACCATCTTTTCCGGAAAAATGCTGTTAAGCTTTTCTTTTTATATATAGTTTTCTATTTTCTATTATAGTATTTTGATCGCCTCCTCCCCTTGTCCATTTGCAGTTAGAGATGGTGTCAATTTGAAGAACTGGTTGCTATTGGGAGCGGCTAATTCATATTTGGGAGCTTCTAGATCAATTCATGGCACGGGTATAAATTATTAAGTCATGTGTTACATCCATGCCTGGCTTTTTCTACTACTTTCTATTGCTTACCAGGATAGTAGATGTAGGCACGTAGCTTCAAGTTCGTGCATTTTTCGTTTAAGTTTCTCCTTGCTTTCTTGTGCATAGTAGTTTATTGTCTCGTGCATGTTAATGACTTGTTTTGTTGCACTCCCAAACTATTTTGCAGCATCGTTGGCAAGGAGCTATTACGATGTTCTTGGTGTGAGTAAGGATGCAAGCTCTTCCGAAATAAAGAAAGCTTACTATGGGGTAGGTTATTCCTCATAATTGTCAATATACATGAATCTATGTATTGAAATATGGGTTTATGCATGTTTTTATATATCTAACCCATTGCGTTGTTAAACTTCGGCAATTTACTAAGTTACCTAAAAATAAAGTAATCATATATTTTGTGAGTGGAAACTCAACCATTTCCTATGATGTGGGATGAGAGAGGAAGAGTTTGTTTTATTTTGAGTAACTTTCACATTATTATATAATTGTGTTCAGAGAGACACTGACCTGTTATTTTGTCGGCTTTTCTCGAATGAATACCATAGCTGGCCTCCATCATGGCAAAAGTTAAGCTTCAAGTTGCTTACAAAATTTATTCATTTAGTATTGTTACTATAATTTTAATTTTTATAGTTTTGAATAAAAATTGAGTAAGGATTAGTTTAGATTAATTCTAGGATTAGATTATATTTGATTTAAAATTTAAATTAGGCTTAGATCAAGTTTGATTCAAAATTGAAATTAGGATACAACAACTGGGTCTTATCCCGCTAAGTGGGGTCAGATTTTGTAAAGAATGATAAATTGTAAATTGAAGAGTTTAGAGTAGTGCTAACAACTCTCACTCTAACGCTCCCTCTTTTGTTGGGTGAAATACATGGGGTCCCACCAATTTTAGGGGCCCAGTTTTAAAATGGTGGACTTCATTTCCGAATGATGTTACGCACATGCATTGCACCCAATAAGAGAGTCTTTTGAAAAGAGATTGTTAGAGTGAGTGTTGATAGCACTTCTCAAGAGTTTAAATGAAGGGTAAATTTGGAAGATAAAAAGCGATACAAATACTTGGTATCCCTTTTATATATAGGTATAAATGAAATCACATCTGCGTTTTTTGATACAGAGTTGTGTTTTATGTGTCCTGGTTTTCATCAGATTATACAGATTGCATTATATTCGTGTATGCATCTACACATACTATGTCATACAACTACAACAAGCCCTATTACACTAATTGGGGTTGGCTACATGAATCAATCGCTGCCATAAATACTATGTTATACAATTTTAAAAATATCTTAGTCCCTTTACCTTTTCCCTTTCTTCTTTGACATGAACTTTTTAAGCAGGGCTGATTGACATGAGTTATTCTTCTAAAATTATTTTGTATTTTTGTATTTTCTTATTGCCGACCCCACTTAGTGGGATAAGGCTTGGTTTTTGGTTGTTGGTTTGTATTGTTCTTCATTTCCTCTCTATATTCTGCAGCTTGCAAAGAAGCTCCATCCAGACGCAAATAAAGATGATCCTGAGGCTGAAAAGAAGTTTCAAGAAGTTACATTGGCATATGAGGTGTACTATTGTTGTTTTTGTTTGTCATACTTCCCAAAGTCAGATATCTATCTTAAGTATTCATATCCCAAATTAACTGACTGCTGGTATATTTTCATTTTAATGTTTGTAGGTTTTGAAGGATGGGGAAAAACGTCAACAGTATGATCAGGTCTAATCCATTACTGCCTATTTTCTTTGAAACTTTGTTGAATTTGTTTTAACTACCTTTTCACTAAACTCAGATATAATATTGTAACGAAAAAGAAACTGAGATATATATGTGAATTCTAATGAATGAAAAAAGTGGACTGTAATGTGAAGTTTAATGCATATGGAGGGAATAGTATGATTTAAGTTGTTGGCCTCTTTCATGGAGATCCGGAAATTTATTTTGAGCTACTTGATAGAAAAAGAAAGACGGAGGGATGAAGAAATGTGAAGCTCGTTTTAGTTTTGCTTTCTTGTGGTCTCTTCTTACTCTGTTTACATTTCCCCCTAGCATTCATTGGAAAGAAGAAAACTTCAATACTAGGATTAGTAGATTGCTAGAAGTAGAAATTTTAAAGATCTACAGCAACGTTTCATATTTCGTTTGAATAAGAATGTATGTGTATTTGTTTCTATGTTTGTGGAGAACTTATGCTTAATGTGCTTTTGAAGTTGTGCATGTTTCTCAGCTGTTTGTGTATTTTATTGAGTGGGTTGTTGCTTTCTTCCTAGTATCTACTGCCTCTTTCATTTGATTTACTTTAATTTTTCATGAATGTGTAGGTTGGACATGATGCCTATGTAAACAACCAAAGTGGTGGTTTCGGAGGCAATGGTGGTTTTAATCCTTTCGAGCAGATGTTCCGTGGTGGCCATGTAATGACTTGCTACATTCTTCTATCTATCTTGTTAATCATGATTTCAGTAAATATTTCTTTTTTTTTTAATTGTGTTCATACTTACAATTATAAACATTATCACTTAACTAATTTTTTAATTGTGTTCATACTTACAATTATAAACATTATCACTTAACTGTTAACTTCATATTTTGTCAAAAGAAACTGGTATTCATATTCTGTGAATACCATACGAGCAGATCCTAAGCAATCCTACACAACCATCATATTTTTAATTCAATATAAATCGTAAATAATTTTTGTTTTGAACATTTGTACATATGAATGTGCTGAAACTTCAGTCGGATCTTCCTGTTTAGATCTGTTTGATTACTGTTAAAGAGTTCCAAATCGGACAAAAGATGGCCTGAACATGTGTTTATAAGTGGGGGTAATCCTCACCCTACGAGCCGATTTTGTGGGGTTGTGTTAGGCCCAACCATGATTTTTAAGAGTTAAATATACGTTTTTTTTTTTTTTTAAATTGTAAACCGATACATTTGACTCAATGCATGTTATATATAATTATGTCGTCTGAAATCTGTGTTTTACAATTATGTAGTTTTTATTAAATATAAATAAAGAAATGTTTTAAAAATTCCGTCAAATTAATCCCAAATATGAATCTAATATTATTTCTCAATTCCTTTCATGGTGATCAGGATATTTTCAGCAGCTTTTTCCATCAAAAATTTGGCGGAGAAGATGTCAAGGTTTTTTTCTTCATATATTCAGACATTATTAAGCATATGCTAAGGGATTGTTTGATCAAAACCATATTAATAATCTTTATGATCACAGACTGTGGTTGAACTATCTTTCACGGAAGCTATCCAAGGGTGCACCAAAACTTTGTCATTTCAAACAGACGTGCTTTGTAATGCTTGTGGTATGTTTTTTATTAAGTTATGAATTGTCGTCCTTCACTGGTATTTTGTATTCTGTTGGGTTTGAATTCTGACAAGTCAATGTTCCTTGATATCAACACATCTCACTGTTGCCGAACTATTTCAGGTGGGAGTGGTCTTCCTCCTGGTACAAAACCTGAAACTTGTAAGCGATGCAAAGGGTCAGGAGTGGTCAGTATCGTGTTGGAATTAATTTAATTCTTGTTACAAGCCTGAGAAGTGTTGTTCAATTGATAATTTTTGAGATGTCCAGATGTTTGTACAAACTGGAATATTCAGAATGGAAAGTACTTGTGCTACATGCAAGGGAACTGGAAAAATTGTATCGGTATGGTACAAATCGTCTTCTGTACTATGCCATATTGATTTTCTTCTATATGATATAAATGATATATAAGTTTACGTAACTTGCTTAATGTTGTTCTTGTATCCATTTACGTGGCAGTCTTCAGTTATTGTTCAATCTACCCTTAATTTTTGTAAATAAATTCATGCTATGAATGAAACCATAGTCATTACCTGTTAACTTATGGATATGGTGGTCTTTCATACTAAAGTGAAATATGACTATATGGGAATGTACTGATGGTTTTTAATCTTTTGTTGTTGGTATCAGAGTTTCTGCAAGTCTTGCCAAGGTGCCAAAGTTGTCAAAGGAACAAAGACAGTCAAGTTGCATACTTATCCTGGTAATTATTATTTCGAATTGTTTCGAATCCATTGTTGTAACTTGTAATGTAGGCCATGGTTATATGGCATACAAAGAAAAAATTGTTTGATTAATGAGAAATTTCCATATTGATTTCTGTCAAACTTGGCTAAAACACTCTACCAAGTGAACTTAGCAACAGCAACTCAGTAATGTCGACTTCATCTCTTTCTTTATGTCATTTGAATTGGCTCCCTCGAGCCAAAGAATACACACATAAACACAACATACACATATCTGTCTGTATGTATTTGTATTTATTCTCTGCTGTTGGTAATGCACATCCCTCTTATTATTTCTTTTAAGGTTGCACTATGAAAAAAGTTGAATGATGTATGATTTTTTCCATTTGCAGGGATAGACAACAATGAGACCCTAAAGGTACATGGAGGTGGTGGAGCAGATCCTGATTCAAACCGTTCCGGTGATCTATATGCTACTATCAAGGTACTTCAGTAGCTTAAAAATTATTGCTATTTTTATTATTCTTTATATTTTAAAGTAAGTCAATTATATTTCTTTCCTCTATACTTTTTGCAGATTAGGGAAGATCCTGTTTTTCGCAGAGAAGGATTAGATGTTCACGTGGATGCTGTTTTAAGTTTCACTCAGGTAATGTTTCATGAAGAAAATGTTGAGCAACGATTTTACTTGGTTTTCTGGTTGTGTATTTTTTTTCAGACCATGTGTGTATTTAATTTTAGTCATTAATTTATAATTTTTAGGAATTATCTTGCTTATCGGTATAGATTATTTTATTATAAGAGTAAATATCGATTTTGGTCCCTGTGATGTTTGAAATGAGCGAATGTGTGATCGAAGATAGCGCAAGGAAAAAAAGTACACAAATCAATGGTTTTCTATTGTTTGGAACTTGAAGAAAAAGGAAGTGAAGGAATTTGTAATGTTTGGCTCAACATAAGGTGGTTTCTGTCCGGTGGTTGCAGAAAAATCACTGAAGACAAGTTTCCCCTCTCTTACAATACTAACCTAATTATTATATCGTATCTTTTATTTAATTTTGGGATATTATATCATTTTGAAGGTTTTTTTTAAATGTTTCTTTTCTGTCTTTTCTCTACATAACCCAGTCACACAAGAGAAGATAAAAGCTTTAAACTTTCTTTCCTTTCAGTTTTTACCATCTTTCTTTTTACCCTCTTTCCTATCACTTTTATTCCTCTTAATTTCTGGTCACTTGTAGGATCCAATTCCTTCTCAGCCAAATCTTTTAGAGCCCTAAGTTGTAGTTTACTTTCATAAGAGATCCATTGACTTAAATCGTTATACACTAGTCACATGCGAGCACTGCTCCGTGTAGTTGAGATGTCTAAGTGGTATAATCCTTCAGTAGTATGTGTGTACTTCTTGATCTATTGAGGACCTTTGTAGGAGCAGCACACTGTGCAAGTTTTGATGGCATGAATTTTGTTTGCCACCTTCAGGGAATATTGACTTTACGTAGTAATTAGTTAGTATATATTTTATTACAAATTTAACTTGGCAGTGGCACTGAGCCTTTTGTTGGTGCTGGTTATTTTATCATAATACTTTGGATCCCGAACATTTTGTCTGTTTTGTTGACTCATCTCAAACAACTTGTTAGTTGTTTGTGTAAGGTTTATCGATATTATTAGTTATAATAACTGTAAATAACCTAAATAGCTGGAACTTTTGTTTTTCTTTTAAAAATTTGTTTCAGGCGATTTTGGGGGCAACTATTGAGGTCCCATCTTTTACTGGAAGTGTAAGGCTTAAGGTAAGCATTGCTATTACAATAGATAATCGAGAGGTGCTGGCAACACAATTAGATACTCTCTCTAACAGCCTAATACTATTATTGACTAAAATTCATATGGATTCTACAAGTTTATATGGGTCTCATTTCCTATATAGCGAAACACATTTTCAAAATAGTGGGATGCATGTGAATTTTTGGCAACAGTAGAAAAAGTGATGGAAAGAATGTGTTATTAGCACTCCTTTATATAATATTATTTCTTTTGGCATATCTAGTGACTAGGCAGGTTTGAATGATGAGTTCTGTTTGGCAGGTTCACCCAGGCACCCAACCTGGTCAGAAGGTGGTTATGAAAGGGAAAGGTATAATGAAAGGTATGCAAGTTGACATTATTTGGAGAAATTTATTTTTATTAAAAAACATTTTTTGGGAAAATACATTTGGAATAGTGTTGTCGATAGCGAGCAATATCAATGTGGTTCCTAGCGACCCCAAAGCAGTTGCATGTAGCGGCCACCATAGCACCCAGTGCGACCACTATAGAACCAGACCTTATAATGAAATAAGGAAATTCCAAAAAAAAAAAAAACCTTAAATTTAATTGCCGGGGGTTTTAATTGGGTAGTTTAGGAATTTTTCAATTAAAAAACATTTGACAGAATTTGGGCTTCTCTCACTCTGTCTCACTCGTGCTATCATATTTTAGCCTCTCATTGGTGAGTCACACAGCTAGTTGTTGAGTTTTTACGTACACAGACACCGTAAAATTTCAAAATAGGGGCTATCTTCTGTTGCGTTTTCGTGGTCGTGAATAGATGTACATGTGTTGCTGCTTGGATTTTTAATAGATGCGTGTTTCAGTAAACGGACTTCTTTCATCAATCTTGTCTTGTTTTTTCTTTTAACAGGAATAAATACTTTCAAATATGGGGATCAATATGTTCATTTTAATGTCAGCATTCCGACGTAAGTTTCTCATAATATTTTGCAGGGTTATTTATAAACTGTGTTTTTCTTTGTACTACTGCATGCTTAGGTTTCATATGTATATTTAGTGGTTAATTAGCATTTAAAGTGCCTTTATTTGATATTATGTAATTGGTATCGGACAATACATGTGACTCATATCGTGGTCTGAAACAAAACTGAACCGAACCATGTTTTACATAAATTGCTGCAGCATCAATCTTGATACATTTTGATGGGTCTGAATTCATTCTGATGAATTGCACTTTCCCTCTTAACTTTGTAGTTAGTTAGTCACTTTTTCTTGTCAATTTAATCTACGACTTGAATGTTGAATCATTTTGGAAGTCCTTATATATGTATCTTAGTTTTACACAATTGTTACATTTGTATCAACCATGTCTCTTACAAGTTACAATAAGATTCAATTCACGATGCAGAAAATGGATCTCTTGATTCGTGATTTGGTTTTCCGTTCAATAACCATGTTAGAAATGTTTTTACAGAAACCTGACAGAAAGACAGCGTGAATTGATCGAAGAGTTTGCCAAGGAAGAGCAAGAGAAATCAGATAAACGGAAAGCTGCTTCGGCTTCTAGTTAA
Protein sequence

>MS.gene066618.t1

MIRPTGITLFPHLARRSLFRAKDSVYQIVFQRGYRTLNSSSSVIGTSYATNVRDGVNLKNWLLLGAANSYLGASRSIHGTASLARSYYDVLGVSKDASSSEIKKAYYGLAKKLHPDANKDDPEAEKKFQEVTLAYEVLKDGEKRQQYDQVGHDAYVNNQSGGFGGNGGFNPFEQMFRGGHDIFSSFFHQKFGGEDVKTVVELSFTEAIQGCTKTLSFQTDVLCNACGGSGLPPGTKPETCKRCKGSGVMFVQTGIFRMESTCATCKGTGKIVSSFCKSCQGAKVVKGTKTVKLHTYPGIDNNETLKVHGGGGADPDSNRSGDLYATIKIREDPVFRREGLDVHVDAVLSFTQAILGATIEVPSFTGSVRLKVHPGTQPGQKVVMKGKGIMKGINTFKYGDQYVHFNVSIPTNLTERQRELIEEFAKEEQEKSDKRKAASASS