AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene050857

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene050857.t1 MTR_7g110320 95.893 974 24 4 1 960 1 972 0.0 1913
MS.gene050857.t1 MTR_7g110320 95.809 859 20 4 1 845 1 857 0.0 1680
MS.gene050857.t1 MTR_1g086250 74.566 979 217 11 2 960 8 974 0.0 1403
MS.gene050857.t1 MTR_1g086250 78.261 782 158 2 190 960 2 782 0.0 1217
MS.gene050857.t1 MTR_2g046550 48.940 991 441 17 18 960 23 996 0.0 869
MS.gene050857.t1 MTR_2g046550 46.204 764 366 11 239 960 1 761 0.0 631
MS.gene050857.t1 MTR_1g035010 32.570 568 334 13 402 953 434 968 1.94e-81 285
MS.gene050857.t1 MTR_1g035010 53.049 164 70 3 111 269 74 235 9.84e-41 163
MS.gene050857.t1 MTR_8g463140 66.667 90 30 0 143 232 65 154 5.16e-34 129
MS.gene050857.t1 MTR_4g088555 61.290 93 36 0 128 220 48 140 4.79e-33 125
MS.gene050857.t1 MTR_8g005960 54.237 118 47 1 107 217 144 261 2.46e-32 129
MS.gene050857.t1 MTR_2g078770 64.516 93 33 0 135 227 50 142 4.06e-32 123
MS.gene050857.t1 MTR_7g444860 62.500 96 36 0 132 227 138 233 4.07e-32 128
MS.gene050857.t1 MTR_8g096780 57.000 100 42 1 128 227 85 183 2.85e-31 127
MS.gene050857.t1 MTR_2g461920 72.368 76 21 0 141 216 169 244 3.03e-31 130
MS.gene050857.t1 MTR_4g109770 52.000 125 50 2 98 216 76 196 6.43e-31 128
MS.gene050857.t1 MTR_5g046670 67.949 78 25 0 143 220 244 321 1.14e-29 124
MS.gene050857.t1 MTR_2g014200 64.444 90 30 1 128 217 51 138 2.17e-29 114
MS.gene050857.t1 MTR_3g099080 46.721 122 63 1 128 247 83 204 1.50e-28 119
MS.gene050857.t1 MTR_1g053715 60.465 86 34 0 143 228 74 159 8.78e-28 116
MS.gene050857.t1 MTR_7g092930 67.568 74 24 0 143 216 68 141 9.04e-28 115
MS.gene050857.t1 MTR_7g028740 59.551 89 34 1 128 216 64 150 2.16e-27 115
MS.gene050857.t1 MTR_3g085180 60.000 80 32 0 143 222 165 244 1.23e-25 111
MS.gene050857.t1 MTR_2g020620 25.765 392 228 14 409 752 220 596 4.49e-25 112
MS.gene050857.t1 MTR_2g020620 44.872 78 43 0 144 221 91 168 2.62e-16 84.3
MS.gene050857.t1 MTR_2g020620 24.722 449 284 16 339 752 63 492 7.37e-25 111
MS.gene050857.t1 MTR_2g020620 25.513 341 215 10 436 752 3 328 1.48e-24 108
MS.gene050857.t1 MTR_8g080690 56.962 79 34 0 143 221 151 229 3.95e-23 103
MS.gene050857.t1 MTR_8g080680 47.000 100 53 0 128 227 117 216 1.25e-21 99.0
MS.gene050857.t1 MTR_8g080670 48.315 89 46 0 127 215 146 234 1.28e-19 93.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene050857.t1 AT2G47070 52.430 967 328 24 2 960 10 852 0.0 891
MS.gene050857.t1 AT3G60030 53.125 960 370 22 10 960 10 898 0.0 888
MS.gene050857.t1 AT2G47070 55.362 802 271 18 167 960 1 723 0.0 807
MS.gene050857.t1 AT1G20980 34.591 477 278 9 413 879 481 933 3.71e-80 282
MS.gene050857.t1 AT1G20980 36.858 331 142 12 98 399 66 358 4.76e-35 145
MS.gene050857.t1 AT1G76580 31.079 547 336 11 415 957 480 989 8.05e-77 273
MS.gene050857.t1 AT1G76580 63.889 108 37 1 143 248 114 221 2.33e-36 149
MS.gene050857.t1 AT1G76580 63.889 108 37 1 143 248 114 221 5.66e-37 149
MS.gene050857.t1 AT1G76580 35.780 218 136 2 415 632 480 693 1.75e-31 132
MS.gene050857.t1 AT1G76580 63.889 108 37 1 143 248 114 221 5.92e-37 149
MS.gene050857.t1 AT1G76580 36.111 216 134 2 415 630 480 691 6.68e-31 130
MS.gene050857.t1 AT2G33810 62.069 87 33 0 134 220 45 131 2.56e-33 125
MS.gene050857.t1 AT3G15270 61.053 95 34 1 135 226 52 146 2.81e-32 124
MS.gene050857.t1 AT1G02065 50.000 138 57 3 92 221 133 266 4.71e-32 128
MS.gene050857.t1 AT1G53160 66.667 81 27 0 142 222 53 133 5.51e-31 120
MS.gene050857.t1 AT1G53160 66.667 81 27 0 142 222 53 133 5.51e-31 120
MS.gene050857.t1 AT1G53160 66.667 81 27 0 142 222 53 133 5.57e-31 120
MS.gene050857.t1 AT1G69170 64.444 90 31 1 127 216 109 197 3.18e-30 124
MS.gene050857.t1 AT3G57920 68.750 80 25 0 137 216 53 132 1.90e-28 118
MS.gene050857.t1 AT5G50670 53.933 89 41 0 134 222 92 180 9.39e-28 116
MS.gene050857.t1 AT5G50670 53.933 89 41 0 134 222 92 180 9.39e-28 116
MS.gene050857.t1 AT5G50570 53.933 89 41 0 134 222 92 180 9.39e-28 116
MS.gene050857.t1 AT5G50570 53.933 89 41 0 134 222 92 180 9.39e-28 116
MS.gene050857.t1 AT5G43270 55.670 97 43 0 143 239 169 265 1.45e-27 117
MS.gene050857.t1 AT5G43270 55.670 97 43 0 143 239 169 265 1.45e-27 117
MS.gene050857.t1 AT5G43270 55.670 97 43 0 143 239 169 265 1.45e-27 117
MS.gene050857.t1 AT2G42200 67.568 74 24 0 143 216 74 147 5.56e-26 111
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 7.36e-26 110
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 9.14e-26 111
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 9.14e-26 111
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 9.14e-26 111
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 9.14e-26 111
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 9.14e-26 111
MS.gene050857.t1 AT1G27370 54.444 90 41 0 127 216 160 249 9.14e-26 111
MS.gene050857.t1 AT5G18830 29.020 255 157 6 413 658 303 542 1.72e-25 114
MS.gene050857.t1 AT5G18830 51.613 93 43 1 128 220 125 215 1.35e-22 104
MS.gene050857.t1 AT5G18830 29.020 255 157 6 413 658 303 542 2.18e-25 113
MS.gene050857.t1 AT5G18830 51.613 93 43 1 128 220 125 215 1.42e-22 104
MS.gene050857.t1 AT5G18830 29.020 255 157 6 413 658 303 542 2.39e-25 113
MS.gene050857.t1 AT5G18830 51.613 93 43 1 128 220 125 215 1.41e-22 104
MS.gene050857.t1 AT1G27360 63.514 74 27 0 143 216 175 248 1.05e-24 108
MS.gene050857.t1 AT1G27360 63.514 74 27 0 143 216 175 248 1.05e-24 108
MS.gene050857.t1 AT1G27360 63.514 74 27 0 143 216 175 248 1.05e-24 108
MS.gene050857.t1 AT1G27360 63.514 74 27 0 143 216 175 248 1.05e-24 108
MS.gene050857.t1 AT1G02065 42.991 107 49 3 92 190 133 235 1.12e-16 81.3

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
51383 gene 2632 11041 2632 ID=MS.gene050857
51383 mRNA 2632 11041 2632 ID=MS.gene050857.t1;Parent=MS.gene050857
51383 exon 2632 3197 2632 ID=MS.gene050857.t1.exon1;Parent=MS.gene050857.t1
51383 CDS 2632 3197 2632 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 3311 3492 3311 ID=MS.gene050857.t1.exon2;Parent=MS.gene050857.t1
51383 CDS 3311 3492 3311 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 4959 5233 4959 ID=MS.gene050857.t1.exon3;Parent=MS.gene050857.t1
51383 CDS 4959 5233 4959 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 5266 5544 5266 ID=MS.gene050857.t1.exon4;Parent=MS.gene050857.t1
51383 CDS 5266 5544 5266 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 6915 6989 6915 ID=MS.gene050857.t1.exon5;Parent=MS.gene050857.t1
51383 CDS 6915 6989 6915 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 7077 7184 7077 ID=MS.gene050857.t1.exon6;Parent=MS.gene050857.t1
51383 CDS 7077 7184 7077 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 7287 7404 7287 ID=MS.gene050857.t1.exon7;Parent=MS.gene050857.t1
51383 CDS 7287 7404 7287 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 7745 7886 7745 ID=MS.gene050857.t1.exon8;Parent=MS.gene050857.t1
51383 CDS 7745 7886 7745 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 8028 8172 8028 ID=MS.gene050857.t1.exon9;Parent=MS.gene050857.t1
51383 CDS 8028 8172 8028 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 9533 10168 9533 ID=MS.gene050857.t1.exon10;Parent=MS.gene050857.t1
51383 CDS 9533 10168 9533 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 10520 10864 10520 ID=MS.gene050857.t1.exon11;Parent=MS.gene050857.t1
51383 CDS 10520 10864 10520 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
51383 exon 10933 11041 10933 ID=MS.gene050857.t1.exon12;Parent=MS.gene050857.t1
51383 CDS 10933 11041 10933 ID=cds.MS.gene050857.t1;Parent=MS.gene050857.t1
Gene Sequence

>MS.gene050857

ATGGAAGCTTTTCAATTGTACGGTAATGATGGTAATTCCTCTGATTTAAGGGCTATGGGGAAAAAATCAAAAGAATGGGATTTGAATAGTTGGAAATGGGATAGTGATCTTTTCATAGCTACTAGTAAGTTGACTCCGGTGCCGGAACACCGTCAATTTTTGCCTATTCCGGTTGGTGGTGGTGGTTGTTCTAACTCAAATAGTTCATCATCTTGCTCAGAACAGTTAGATCTTGGGATTTGTCAAGTGAAGGAAGGTGAGAGGAAAAGGAGGGTTATTATTGTTGAGGATGAACTAGGTTTAGGTTTGAATAAGGAAGGTGGTAATCTTAGTTTAAACCTTGGTGGTGGTGTTGGTGCTACATGGGAAGGAAATAATGGGAAGAAAAGTAGAGTAGCTGGTGGAGGTAGTTCTAGTAGAGCATTTTGTCAGGTGAAGGATTGTCGCGCGGATCTTAACAACGCTAAAGATTATCACCGACGTCATAAAGTTTGTGAGATACATTCAAAGGCTAGTAAGGCCCTTGTCGGAAATGCGATGCAGCGGTTCTGCCAACAATGTAGTAGGTTAGTTCATGTAGCAAATAGCTGAAAAATGTGTTTTTTTTTTTATCAATTTTAATAGTTAGATTGGATTGAGATTCATCTTATTTCATGGTATTCTTTTATTATGACAACAGGTTTCACTTGCTTCAAGAGTTTGACGAAGGAAAAAGAAGCTGTCGAAGACGTTTGGCAGGCCATAATAAAAGGAGGAGAAAAACAAATCAAGATGCTGTTCCTAATGGAAGTTCACCGAACGATGATCAGACTAGTAGTTATCTGTTGATAAGTTTATTGAAGATACTTTCAAATATGCAGCGTAAGTATTTCTTTAGTGTAATCCATGTATGCAGGGCCTAGTTGTCAGTTGGTATCTTATTAATATATGATGTTGATTGATGCTTGTTTCGCTTTGAAATGATGAAAAGCTTGGTATTGGTTTAAACTAATTTTTTAAAAGATGAAATTGGCAGCTAAGTTAATAGCTGCAGGAAGGTTGTTTGTTCATTTGAAATTTGGTTAAATAAGTATACATCTTGTCGAGGATATAGGGGAAGACATATTTATTACAAGGAGGTTCATACTTTGACCTTGGTAGCCTGAAATAGACATGTAAGACCAGTTCTTGATCTGGAATTTTCATACACAATCGACTGTAAATAGTTGGCCAACATAATTTTCCTCAAGTTTCTATCACACTTAATGATGAAGAATTGGTTTAAGTTTGTTCAATCAATCTCTATGGAAGATAATGGGTCGGATGGGATACAACATGGGCATGAGAAGTGTAAGGTGCTTGACCTTTCATCACCACTCACGAGGATTCAATCGGATTTGTATCCTCTTCTTTTCTCCCTCATGTTAGGAGAGAGATAGTCACAAAAGCAATTGTTTACTCAATTTTTGTGTGTATAAGGTTTATCAAAATTGTCTTTTTGTCTATCTCTCTCCTAACACAGGAGAGAAAAGGAGAGAGGAAGACGAGATGATCCAAATCCAACTCAGTTTAGGCTTTAAAGGCTGTAAGATTGGCAGAATAGTTGAGATCTAGAGACTTTCAGCTTTCATTTTCAAGAGTGAGACCTAACATTTAAGAACTTCAAAGGAAAATAATAATTTCTTTGGGTGCATCCCTCACCCTACACGTCAGTTTTGTAAGGATGAATCAGGCTCAATATAAGAACCTAATATTTTGTTAGAGTCTATCCATTGGGCCACCCACCACTTATATCCACTCACTAAGCCCAGTAGTTTTGGGACGCAAGCGGGTGGCATCCCTCACCTTACAAAGCCTGCTTTGTATGATGAGTTAGCCACGATATAAAAACCCAATAGGTTTTTTGGTGCTAGTTGACATCACTTGGTTAGACTTGAGCTTATTGCACGAGTACATCGACTGGTTTCCCTTCAGAAGCATTTGTCAGTACCTTGGGGGAACAGAGTATGGAATAAGGGATTCTTAAGTTTCCAAATAAATAATAAAACAAACTGCTTAAAACTGTCTGATTGATCAACTGATTTGAAAATGGCTCAGAAGAGACGGCTTGTCCAAATATGTCTTAGTGTAATTAACAACTGTAATGGAGAAGAAATTGCATAGAGAAGACATTGTAATAACAGAAAGATAAATGTCAGTTTAAAAAGGTAGCGATCTTGGGCATGATTTTTACTAGCTGAAACACCAGTAGTTGAGAGCATTGTTGTCAATCTTTGTTGAGCATTTCTGCTATGAGCCTATGACAGGTAGTTGAAGGATGAATAATGATTTTTTTTTATGAATTACAGCTGACAGGTCAAATCAGACCGCCGACCAGGATCTGCTTACTCATCTTTTAAGGAGTCTTGCTAATCAGAATGGCGAACAAGGGGGAAGGAACTTGTCTAACCTTTTACGGGAACCTGAGAATCTGTTAAAAGAAGGATCTTTATCTGGGAAGTCTGAGATGGTTTCTACTTTAGTTACCAATGGTTCTCAAGGTTCTCCAACTGTTACAGTACAGAATCAAACAGTTTCTATAAGTGAAATTCAGCATCAAGTGATGCATTCACATGATGCTAGGGTTGCTGATCAACAACCACATTTTCTGCAAAGCCCGGTGTTTCAAATAGCCCTCCAGCTTACTCAGAAGCCAGAGATAGTACTGCTGGACAGACCAAGATGAATGATTTTGATCTGAATGACATCTATATTGACTCAGACGATGGCATAGAGGACATAGAAAGGTTGCCTGTCACTACAAATCTTGGTGCTAGCTCTCTTGATTACCCATGGATGCAACAGGATTCACATCAGTCGAGTCCACCTCAAACAAGTGGAAATTCAGATTCTGCATCTGCCCAGTCCCCTTCTAGTTCCACTGGCGAAGCTCAGGTATTTATCTATTGCAGCATTATTCTGGATTGTCTGTTGCACCCATGCTCATGTACATAGTCCTTATACTCACACTCACCCTCTATGACTGGGATTTTGTGATTTTCTGTAGAAATTCTGGGTATTTTTCAGAAACTACAAATGTTTTCTATTGTGGTTCTTAGAATTTGTGGAACTGTCTTATTTGTCATGCTGAGGTCGACGGGCTGACACTAAACTTCTTTAGTCATACATGACATGAAACCAAAATATAATAATCTCAAGAATATCTGATATTCTGATGGGTGTGTGGTTCTTAGGAAGATCTGACAAGAGGTCAGAGGAGGGGAATGGAATTCATTTGCTTCTGCTTCCTGTTGACATACCGCACACGGGAGGTCTTTAGTTAGTATAAGGGGATGGGGAAGAGGTGTGACCTATGAAGCATGGACTCCGACACGGACACCTGACACGACACTGACACGGACACGTCGACACCGCTAATGTAAAAAATATTGGACACCGACACCGCTACATGTATGTTAATTTATTTCAAAACGGTCTAAAATGAAAATTGAAATAGATATATAAACATCTAACTTGAACAATTTATTTCATTAGAAAAAGTTCTACAACAAGATATCATGGTATTTGACCTTTATTTATCCATCTACTATCAAAAAAGTTAAAAATAATATAATCAACTATAATGTCTATAACCCCTAATTGATCAACATTTCTAAAAACATATGTAACTCTTGTATCTATGGTGTGCAGAAGCAAGAGAAAAAAAAATGGTTTAGATATTTGTCTTAGTCGTCCGACACGGCTCGTATGAGTGTTATACAGGTGTCGGACACCGATCGTAGGAGTGTCGAAGTAAAGAAAAAAACAATTATTTAGGACACCGGTTTGACACGTGTCGTATGGGTGTCATAGAAGTGTCGGACACCGCGACACGCCTAGTCCTAGAGGTGTCCGTGCTTCACAGGGTGTGGACCGAGACTACTGAACAGTACATAATATTTTGTACTGTCGAAAAAACATTAAGATGAGTATTTTGGTCATCCTTACCAATCCTGGTTTAAATTGCATGCCCATTAATGGCTGCGCGTTTGATGAAAATATTCATCAGACTTGAGGATAGAATTTGATGCTGAGAAATTCCATGATGGAATTTCCTTAGGTTTCAGAAATAAATGGCGCCTGCTTGTTTTTGCTTGCAGAAATTTGTATCGTAACTGACTATGCAGGACCTTGTTTTCATGTATGAAATTGCATTCTGGTTCTAGCTCCTAATGTTAGCTTGAATGACACCCTTATATATTAAATTTATACTATCCTGAGATTGTCATGATTCAACAGCTAATTTGTTTGTTTCCACCATTTAGAATCGCACGGATCGGATTGTTTTTAAACTCTTCGGTAAAGGACCAAGCGATTTTCCTCTTGTACTTAGAGCACAGGTACGTTAAGCTTTTCAAAGCATCTAAGAATAACTGTTATTATTTTTCTTTGAAATAATTTAATCATACTAAGGTTTTGGTCTCCAGATTCTTGATTGGTTATCCCACAGTCCAACTGATATTGAAGGATATATACGGCCTGGTTGTGTTGTTTTGACTATTTATCTGCGTCAGGCTGAGGTTGTGTGGGAGGAGGTAAGCAATGTCCTTCTAAAACCACTAGCAGGTCTGTGTGTGGTTATTTCGGCAATCAGGGGATACTTTTTGACCTTACAAGGCTTATTTGTTCTTTTACAGCTATGCTTTGATCTGACTTCCAGTTTGAATAGGCTTCTGGATGTCTCAGATGATGATTTTTGGAGAACTGGATGGGTTCACATCAGGGTGCAGCATCAGATGGCCTTCATTTTCAATGGTATCTTGCTAAGTTTCTATTGGTTTTCACTATCTGTCATGAAAACAGGAGTTGGAATTTGATTGCAGTATTCAATTAAGTCCATCAAACATTATTTTGCTCAGTAAATTTACATTAAATGCTTAAAGGTTAAGTTATCTGCATCGAGGATTTGTATCGACACTTATTCAAGCCACTGCTGCATATTAACTTGTTTTGATGGACTTTTATTGAATTTGGTCTAATGTGATGTTGCAATTATTGTCATTTTTATTATTATACTTTGTGCATATGTCAGAGTCAGTAAGTAGTATATTTTTATGACTAGGCTAGGCATCTAACTGCAACTTTTCTGCTGCAGGCCAGATTGTCATTGATACACCCCTTCCTTTCAGGAGTAATAATTATGGTAAGATTTTGAGTGTTAGTCCAATTGCTGTACCATCATCAAAGACAGCTCATTTTTCTGTGAAGGGTATCAACCTGACTCGACCTGCCACAAGGTATTCTTTACTAGTTGCCCTGTGAAATGCAATAACATTGCATGTCTAGAGTTAGATGAAAATTTAGAAAATCTCTTTGATATACACATGTAGGTGTGTATATTTCGTTATTGTATGTGACCCTTGTTTTTATTATTCCAGGTTATTGTGTGCTTTAGAAGGGAATTATTTGGACTGTGAAGATACTCATGAGCCTATGGATCAATGCTCCAAGGATCTTGATGAGCTTCAGTGCATCCAATTTTCATGTTCTGTCCCTGCGATGAATGGACGAGGGTTTATTGAGGTGCTCTTTCTTTGCTCTCACAGATTATAAAGTCTAAATTATCAACACGATAAGCCCTCGCCAAGGCTTGCAGTGTGCCTTGTCTTTGGAAAAGGGAAAGTACTCTCCGCCTAAACATTGTAGCGAAGAGTTATTATAACCTATAAATTGTTATACTATTAACATTCTTATAATACTGACTAAAGAACAGAACCTCGTTACGTAATGGTCTTGGATTTTATGCATGAAGTATGCGTAATCTTTTCTTTTGGATGGGGGAGAAAGCCAGTACTGTATATGTTAGTATCATTAGATTGGTTATCTGAATTGTAATCTCAATGTACTGGACCTATTGAAAATGGGAAATACTAACATGTACTCTCAGGGCACTTGTTAGTGTAATGAGGATAGAAATTTTGTATTGGAATTGCGCATTCCATTTCTTAAAAAGTGAAAAACTGTTTTTTTCAATACATAATTACTATTTGTAGATTCCTTAACATGTGCTCTTAGGGCACAAGTTAGCATGACCCACTGAAAACATACATTTTCGGCTACTTAGTTTCGTATTTTTAGCATTGGAATAAGATCCTGACTGGAGTTGGTTTGACTTTGAGGATGATTGTATTGGTGTTTGGACTGTCTCTTACTCCCTCCGTCCCAAATTGTATGACGTTTTGGGCATTTCACACATATTAAGAAATACAATTAATATTGTGTTGAAAAGAGATATTATGAGTTGTTTTACAAAATTGTCCTTAATAAATAATATGGGAAAGATAAATGAAAGAATTGAAAGAAGAGAGAGTAATAAATAGTTAAGGTTATAATAGGAAAAGTAACATTAATTGGTATTGTAAAGCGACATATAATTTGGGACAAATTTTTTCCCCTAAAGCGACATACAATTTGGGATGGATGGAGTAATTATTAACCTTTTAGATTTTTTTTTTTTGTTATCAAGACTGATAGTGATTAGTAATAGTGCGATACTGGTACATTAACCATTGTGTTAGCAAACCGGATCAATCTTTGTTGAAGTTGTTGCTGCATACTTAGTTGAAGAAGTAGGAATAGTATGTTGGTGGTTAAGAAAGATATTATGACACGAAAGGGATTCATGAATTTGATATCTATTCTTTAATATTCATACTGTATTTCACCTATATTATGATTTTTAAGTAAAGTCTGAAATGATAAATACCGGCCAACACTTATTCACTGTTCTTGTCCATATTAAATGCCTCCTTATAAATTGTCATTTATATGCCATTTACATGCATCCTTATAAATGTGTCATATTCTTAACTGAAGATAAACATGCCTGCATCAATGTTATGTATCTGATCTTTTTATCTTATAATTTTCCTGAACATGCCAGATTGAGGACCAGGGTTTGAGCAGCAGTTTTTTTCCTTTCATAGTCGTGGAGGAGGATGTTTGCTCTGAAATCTGTGTGCTTGAGCCTCTACTGGAATCAAGTGATACTTATCCAGATGTTGAAGGGGCTGGAAAAATTCAAGCAAAAAATCAAGCCATGGATTTCATTCATGAAATGGGTTGGCTTCTCCACAGAAAGCAAATAAAATCTAGGGTGGTTCGTTTGAATTCTAGTATGGATCTGTTTCCATTAGATCGATTCAAGTGGCTCGTGGAGTTCTCTGTGGACCATGATTGGTGTGCGGTAGTTAAAAAGCTATTGAACCTCATGCTTGATGGAACAGTGAGTACAGGAGACCACACATCCCTGTATCTTGCACTTTCAGAGTTGGGTCTCCTTCACAGAGCTGTGAGGAGAAATAGCAGGCAGTTGGTGGAGCTTCTTTTGAGATTTGTTCCTCAAAATATTTCAGATAAACTAGGACCTGAAGACAAGGCACTGGTTAATGGAGAGAATCAAAACTTCTTGTTTAGACCTGATGCTGTCGGTCCTGCTGGTTTGACACCACTCCATATAGCAGCCGGGAAAGATGGTTCTGAGGATGTGCTAGATGCTTTGACTAATGATCCTTGCATGGTAAGAATTTTTCTATCTTAAACTGACAAGAGAGGGTGAGATTTTCTTGTAAGTCATTTGGATCTTCACTGCATTTAATTCCTGCGCAGATTGAACCCTGTTATATGCCTAGGTTCTGTATTATAACTGTTATTTGAATTGTTATCATCCTTCCCACTTCTTGAATCAAACTATCCCACTTCTTGAATCAAACTATTACAAACAATGTTTGGTATGTCTGTGAGCATTAACCCATATTACAGCCCCCTCTTTTTTTCATAATAATTTTCATTTCAAGTTGGAAACCACGAGCAGCGTGTTAGTGTTGGGTGGTATTTAGCATTTGACAATAACTTAGGCATTTTAATTCAGGTGGGAATTGAAGCATGGAATAGTGCTCGCGACAGCACGGGGTCAACACCTGAGGATTATGCACGGTTACGTGGTCATTATACTTACATTCATTTGGTGCAAAAGAAAATCAACAAGAGTCAAGGAGGGGCTCACGTGGTGGTTGATATTCCTAGCATTCCGACAAAGTTCGACACAAGCCAGAAGAAAGATGAATTGTGCACTACCTTTGAGATTGGAAATGCTGAAGTTAAAAAGGTTGGAAAGGACTGCAAACTTTGTGATCATAAGCTATCGTGTAGAACTGCTGTACGAAAGTCTTTCGTATACAGACCTGCAATGCTGTCAATGGTGGCTATAGCAGCGGTCTGTGTCTGTGTGGCTCTTCTATTCAAAAGCTCGCCGGAAGTTCTGTATATATTCCGACCTTTCAGGTGGGAATCTTTGGATTATGGAACAAGCTGATGCTTGTCAACCTACAAGGCTACAACGTAAATTTGACGGACAATTTAATAGGATGCGTTCATATACTGGCTAAACTGG
Protein sequence

>MS.gene050857.t1

MEAFQLYGNDGNSSDLRAMGKKSKEWDLNSWKWDSDLFIATSKLTPVPEHRQFLPIPVGGGGCSNSNSSSSCSEQLDLGICQVKEGERKRRVIIVEDELGLGLNKEGGNLSLNLGGGVGATWEGNNGKKSRVAGGGSSSRAFCQVKDCRADLNNAKDYHRRHKVCEIHSKASKALVGNAMQRFCQQCSRFHLLQEFDEGKRSCRRRLAGHNKRRRKTNQDAVPNGSSPNDDQTSSYLLISLLKILSNMQPDRSNQTADQDLLTHLLRSLANQNGEQGGRNLSNLLREPENLLKEGSLSGKSEMVSTLVTNGSQGSPTVTVQNQTVSISEIQHQVMHSHDARPGVSNSPPAYSEARDSTAGQTKMNDFDLNDIYIDSDDGIEDIERLPVTTNLGASSLDYPWMQQDSHQSSPPQTSGNSDSASAQSPSSSTGEAQNRTDRIVFKLFGKGPSDFPLVLRAQILDWLSHSPTDIEGYIRPGCVVLTIYLRQAEVVWEELCFDLTSSLNRLLDVSDDDFWRTGWVHIRVQHQMAFIFNGQIVIDTPLPFRSNNYGKILSVSPIAVPSSKTAHFSVKGINLTRPATRLLCALEGNYLDCEDTHEPMDQCSKDLDELQCIQFSCSVPAMNGRGFIEIEDQGLSSSFFPFIVVEEDVCSEICVLEPLLESSDTYPDVEGAGKIQAKNQAMDFIHEMGWLLHRKQIKSRVVRLNSSMDLFPLDRFKWLVEFSVDHDWCAVVKKLLNLMLDGTVSTGDHTSLYLALSELGLLHRAVRRNSRQLVELLLRFVPQNISDKLGPEDKALVNGENQNFLFRPDAVGPAGLTPLHIAAGKDGSEDVLDALTNDPCMVGIEAWNSARDSTGSTPEDYARLRGHYTYIHLVQKKINKSQGGAHVVVDIPSIPTKFDTSQKKDELCTTFEIGNAEVKKVGKDCKLCDHKLSCRTAVRKSFVYRPAMLSMVAIAAVGIFGLWNKLMLVNLQGYNVNLTDNLIGCVHILAKL