AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene019357

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene019357.t1 MTR_8g036105 98.077 208 4 0 1 208 1 208 4.45e-154 427
MS.gene019357.t1 MTR_7g075230 64.500 200 56 8 10 200 4 197 2.18e-74 225
MS.gene019357.t1 MTR_8g036085 54.455 202 68 5 17 204 22 213 7.06e-64 199
MS.gene019357.t1 MTR_7g074990 78.000 100 22 0 18 117 20 119 7.70e-55 177
MS.gene019357.t1 MTR_7g096530 53.659 164 59 1 9 155 5 168 4.04e-52 169
MS.gene019357.t1 MTR_1g070205 50.955 157 67 2 18 164 12 168 7.45e-50 164
MS.gene019357.t1 MTR_7g096610 55.063 158 58 5 16 168 6 155 1.25e-48 160
MS.gene019357.t1 MTR_1g070220 62.393 117 44 0 9 125 6 122 5.56e-46 153
MS.gene019357.t1 MTR_6g027710 51.572 159 68 4 18 168 40 197 8.10e-44 148
MS.gene019357.t1 MTR_5g080470 59.434 106 43 0 16 121 5 110 2.67e-43 145
MS.gene019357.t1 MTR_2g068760 53.846 117 53 1 7 123 2 117 8.09e-38 130
MS.gene019357.t1 MTR_5g083230 52.846 123 54 2 15 137 3 121 2.96e-37 129
MS.gene019357.t1 MTR_4g083680 55.455 110 47 2 9 117 5 113 1.27e-36 128
MS.gene019357.t1 MTR_3g031660 51.639 122 56 2 15 134 4 124 1.75e-35 125
MS.gene019357.t1 MTR_7g033800 59.804 102 40 1 18 119 11 111 2.74e-35 124
MS.gene019357.t1 MTR_4g105170 54.839 124 50 2 16 139 9 126 2.79e-35 125
MS.gene019357.t1 MTR_3g077240 59.804 102 40 1 18 119 10 110 5.50e-35 124
MS.gene019357.t1 MTR_5g083010 43.243 148 76 2 8 148 1 147 7.75e-35 123
MS.gene019357.t1 MTR_3g071590 56.075 107 46 1 17 123 7 112 2.00e-34 122
MS.gene019357.t1 MTR_5g083960 50.435 115 56 1 18 132 39 152 8.51e-34 121
MS.gene019357.t1 MTR_6g005070 54.717 106 47 1 18 123 9 113 1.31e-33 119
MS.gene019357.t1 MTR_6g027700 56.000 100 44 0 18 117 7 106 3.49e-33 120
MS.gene019357.t1 MTR_3g071420 52.381 105 49 1 8 112 4 107 8.48e-33 118
MS.gene019357.t1 MTR_5g017950 52.542 118 49 2 18 129 8 124 1.16e-32 121
MS.gene019357.t1 MTR_3g073690 55.140 107 47 1 15 121 6 111 2.61e-32 117
MS.gene019357.t1 MTR_3g094690 56.863 102 43 1 18 119 47 147 2.68e-32 119
MS.gene019357.t1 MTR_2g093310 50.467 107 52 1 17 123 32 137 4.96e-32 117
MS.gene019357.t1 MTR_6g005080 54.902 102 45 1 18 119 10 110 1.82e-31 114
MS.gene019357.t1 MTR_3g094690 56.863 102 42 2 18 119 47 146 1.59e-30 114
MS.gene019357.t1 MTR_4g060950 42.763 152 71 4 17 153 23 173 1.06e-29 110
MS.gene019357.t1 MTR_3g452660 50.893 112 54 1 18 129 7 117 1.41e-29 113
MS.gene019357.t1 MTR_1g095850 50.962 104 50 1 19 122 73 175 9.25e-29 109
MS.gene019357.t1 MTR_8g040900 53.043 115 53 1 18 132 7 120 5.72e-28 107
MS.gene019357.t1 MTR_5g075020 54.386 114 51 1 6 119 31 143 1.47e-27 106
MS.gene019357.t1 MTR_5g075020 54.386 114 51 1 6 119 35 147 2.16e-27 105
MS.gene019357.t1 MTR_5g093010 44.231 104 57 1 17 120 4 106 2.14e-24 95.5
MS.gene019357.t1 MTR_7g028905 40.196 102 60 1 19 120 6 106 6.29e-22 88.2
MS.gene019357.t1 MTR_8g079660 43.689 103 57 1 18 120 8 109 1.96e-21 90.9
MS.gene019357.t1 MTR_6g011230 34.722 144 82 3 19 154 12 151 3.57e-19 83.2
MS.gene019357.t1 MTR_8g079620 42.718 103 58 1 18 120 8 109 6.08e-19 83.6
MS.gene019357.t1 MTR_4g107450 39.640 111 62 2 9 119 5 110 9.82e-19 84.0
MS.gene019357.t1 MTR_6g011250 38.060 134 72 4 19 143 10 141 1.40e-17 78.6
MS.gene019357.t1 MTR_8g017090 39.048 105 63 1 19 123 13 116 2.04e-17 80.5
MS.gene019357.t1 MTR_2g100020 37.255 102 63 1 19 120 20 120 4.16e-17 79.0
MS.gene019357.t1 MTR_4g099230 33.793 145 87 3 19 155 3 146 4.18e-17 76.6
MS.gene019357.t1 MTR_6g011200 34.951 103 65 2 19 120 10 111 1.22e-15 74.7
MS.gene019357.t1 MTR_8g079580 39.806 103 60 2 18 119 8 109 1.29e-14 71.2
MS.gene019357.t1 MTR_5g085390 35.185 108 68 2 19 125 10 116 2.96e-12 65.1
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene019357.t1 AT4G00210 55.300 217 74 3 8 207 1 211 6.00e-73 222
MS.gene019357.t1 AT2G45410 54.737 190 65 3 21 210 19 187 8.73e-63 195
MS.gene019357.t1 AT2G45420 76.699 103 24 0 21 123 40 142 1.54e-54 177
MS.gene019357.t1 AT4G00220 51.256 199 65 4 21 201 20 204 4.19e-54 174
MS.gene019357.t1 AT3G03760 74.510 102 26 0 18 119 51 152 8.51e-49 162
MS.gene019357.t1 AT3G58190 61.157 121 45 1 18 138 11 129 1.20e-48 160
MS.gene019357.t1 AT2G42430 63.158 114 42 0 10 123 7 120 1.57e-47 158
MS.gene019357.t1 AT2G42440 56.489 131 52 3 16 143 5 133 2.09e-47 158
MS.gene019357.t1 AT5G06080 61.538 104 40 0 16 119 5 108 3.84e-45 150
MS.gene019357.t1 AT2G31310 58.559 111 44 1 16 126 5 113 3.55e-43 145
MS.gene019357.t1 AT2G30130 56.881 109 46 1 15 123 5 112 4.43e-36 127
MS.gene019357.t1 AT5G63090 61.165 103 39 1 18 120 11 112 7.24e-36 126
MS.gene019357.t1 AT5G63090 61.165 103 39 1 18 120 11 112 7.24e-36 126
MS.gene019357.t1 AT5G63090 61.165 103 39 1 18 120 11 112 7.24e-36 126
MS.gene019357.t1 AT5G63090 61.165 103 39 1 18 120 11 112 7.24e-36 126
MS.gene019357.t1 AT3G27650 57.843 102 42 1 18 119 39 139 8.42e-35 122
MS.gene019357.t1 AT5G66870 50.000 142 60 3 18 149 7 147 1.19e-32 121
MS.gene019357.t1 AT1G07900 39.744 156 89 2 17 168 32 186 4.25e-32 117
MS.gene019357.t1 AT1G31320 53.535 99 45 1 7 105 2 99 7.03e-32 115
MS.gene019357.t1 AT1G16530 39.623 159 86 3 9 166 5 154 1.11e-31 115
MS.gene019357.t1 AT3G11090 48.182 110 56 1 10 119 3 111 5.58e-31 113
MS.gene019357.t1 AT2G28500 50.943 106 51 1 18 123 55 159 1.03e-30 114
MS.gene019357.t1 AT2G30340 49.153 118 59 1 18 135 52 168 2.36e-30 114
MS.gene019357.t1 AT2G30340 49.153 118 59 1 18 135 53 169 2.49e-30 114
MS.gene019357.t1 AT3G26660 47.619 105 54 1 19 123 6 109 8.85e-30 108
MS.gene019357.t1 AT3G26620 47.619 105 54 1 19 123 6 109 1.32e-29 108
MS.gene019357.t1 AT1G65620 55.455 110 48 1 18 127 9 117 1.76e-27 105
MS.gene019357.t1 AT1G65620 55.455 110 48 1 18 127 9 117 1.76e-27 105
MS.gene019357.t1 AT1G65620 55.455 110 48 1 18 127 9 117 1.76e-27 105
MS.gene019357.t1 AT1G65620 55.455 110 48 1 18 127 9 117 1.76e-27 105
MS.gene019357.t1 AT1G65620 55.455 110 48 1 18 127 9 117 1.76e-27 105
MS.gene019357.t1 AT2G40470 58.824 102 41 1 18 119 20 120 2.35e-27 104
MS.gene019357.t1 AT2G40470 58.824 102 41 1 18 119 45 145 2.89e-27 105
MS.gene019357.t1 AT2G23660 50.000 102 50 1 18 119 5 105 4.46e-27 107
MS.gene019357.t1 AT2G23660 50.000 102 50 1 18 119 5 105 4.46e-27 107
MS.gene019357.t1 AT2G23660 50.000 102 50 1 18 119 5 105 4.46e-27 107
MS.gene019357.t1 AT3G50510 42.982 114 64 1 18 131 12 124 1.22e-23 95.1
MS.gene019357.t1 AT3G50510 42.982 114 64 1 18 131 12 124 1.22e-23 95.1
MS.gene019357.t1 AT1G72980 40.800 125 63 3 15 137 8 123 2.32e-18 81.3
MS.gene019357.t1 AT3G13850 39.048 105 63 1 19 123 37 140 1.39e-17 80.5
MS.gene019357.t1 AT5G35900 36.538 104 65 1 19 122 6 108 5.11e-17 77.4
MS.gene019357.t1 AT3G47870 33.333 108 69 2 14 119 30 136 7.15e-16 76.3
MS.gene019357.t1 AT1G06280 44.000 75 41 1 19 93 25 98 2.56e-14 70.1

Find 52 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AGAGATGGAGCTAGCGATAT+TGG 0.266369 8.3:+59600456 None:intergenic
AGGGCTAGAGACCCTGTTTA+TGG 0.285999 8.3:-59606311 MS.gene019357:CDS
TCACGAATGAAACATCTTTC+AGG 0.288204 8.3:+59598348 None:intergenic
GACAGCTGCAGTGTTTGCTT+TGG 0.297932 8.3:+59598370 None:intergenic
TTGAGGAGAAAGTGTGTAAA+AGG 0.318403 8.3:-59606494 MS.gene019357:CDS
CCTTGGTCTGAATCAAAATA+TGG 0.327800 8.3:+59606458 None:intergenic
GGTGAAGAGCTTTGAGGGTT+TGG 0.329428 8.3:+59600432 None:intergenic
ACAGCTGCAGTGTTTGCTTT+GGG 0.362590 8.3:+59598371 None:intergenic
CTTTGAGGGTTTGGAAGAGA+TGG 0.383095 8.3:+59600441 None:intergenic
GCTAGTTTGCTGCAGGAGTC+TGG 0.396523 8.3:+59598279 None:intergenic
GAGATGGAGCTAGCGATATT+GGG 0.399594 8.3:+59600457 None:intergenic
TGAGCAACACAACCATAAAC+AGG 0.407283 8.3:+59606299 None:intergenic
GCAGCAGTTCACAAAGTGTT+TGG 0.411879 8.3:-59606422 MS.gene019357:CDS
CATCTTTGCACTTCAACAAC+AGG 0.427473 8.3:-59606276 MS.gene019357:intron
GGTGCAGGTTATGAGCTTGC+AGG 0.442243 8.3:-59600526 MS.gene019357:intron
TGATGATGAACTCCAAGCTT+TGG 0.447081 8.3:-59600265 MS.gene019357:CDS
CGCAAGAGTGGCTTGAACAT+AGG 0.447193 8.3:+59600494 None:intergenic
AAAATGCATGGACATGTTAG+AGG 0.451013 8.3:+59600356 None:intergenic
AATACGCATGAGTAACTTAG+AGG 0.455089 8.3:+59606388 None:intergenic
CTGCAAAATGAACCGTTCCT+TGG 0.456736 8.3:+59606441 None:intergenic
AACTTGGTGAAGAGCTTTGA+GGG 0.457519 8.3:+59600427 None:intergenic
TTTGCTATGAAGCTCTTGCT+AGG 0.463484 8.3:-59606331 MS.gene019357:CDS
TCATTATTGTAATCATAACT+TGG 0.464252 8.3:-59598412 MS.gene019357:CDS
TCATTCCTCCTCAGATCACT+TGG 0.466936 8.3:-59600403 MS.gene019357:CDS
CAAATTCTCGAGCCAAAGCT+TGG 0.467986 8.3:+59600253 None:intergenic
TGCGGCTTGTTTACTATGAA+AGG 0.485395 8.3:+59598302 None:intergenic
AAACTTGGTGAAGAGCTTTG+AGG 0.503962 8.3:+59600426 None:intergenic
TCATCAACCACTTTCATCAC+TGG 0.504907 8.3:-59600328 MS.gene019357:CDS
GGTTGTGGCTAGTTTGCTGC+AGG 0.512867 8.3:+59598272 None:intergenic
TTGCTATGAAGCTCTTGCTA+GGG 0.514592 8.3:-59606330 MS.gene019357:CDS
TTTGTCTCTAGGTACTTGCC+TGG 0.516400 8.3:-59600234 MS.gene019357:CDS
TACTGTGGAGGAAAGATTGG+TGG 0.519503 8.3:-59606560 MS.gene019357:CDS
GGAAGTGATCAAAGAGGTGG+TGG 0.521500 8.3:-59606539 MS.gene019357:CDS
GATTACTGTGGAGGAAAGAT+TGG 0.525418 8.3:-59606563 MS.gene019357:CDS
CATTCCTCCTCAGATCACTT+GGG 0.532364 8.3:-59600402 MS.gene019357:CDS
GCATCAAGACGTTTATGAGC+TGG 0.532888 8.3:+59606365 None:intergenic
TGGCTCGAGAATTTGTCTCT+AGG 0.535132 8.3:-59600245 MS.gene019357:CDS
GCGCTGCATTGTCGCAAGAG+TGG 0.559032 8.3:+59600482 None:intergenic
TGAAAGGAGTGTACTCTGAC+TGG 0.560719 8.3:+59598318 None:intergenic
CAAAGAGGTGGTGGGCCTTG+TGG 0.560863 8.3:-59606530 MS.gene019357:CDS
TCTGAGGAGGAATGAAAACT+TGG 0.592858 8.3:+59600411 None:intergenic
ATTTGTTCCCAAGTGATCTG+AGG 0.614152 8.3:+59600395 None:intergenic
TGTTCCCAAGTGATCTGAGG+AGG 0.621503 8.3:+59600398 None:intergenic
CTCAAGTCCAGTGATGAAAG+TGG 0.626559 8.3:+59600321 None:intergenic
TTGATGAGGATCAAAATGCA+TGG 0.659360 8.3:+59600344 None:intergenic
AGTGATGAAAGTGGTTGATG+AGG 0.671964 8.3:+59600330 None:intergenic
TTTGCTGCAGGAGTCTGGTG+CGG 0.680829 8.3:+59598284 None:intergenic
GGTGGAAGTGATCAAAGAGG+TGG 0.685701 8.3:-59606542 MS.gene019357:CDS
ATGGAGCTAGCGATATTGGG+AGG 0.696834 8.3:+59600460 None:intergenic
GAAGTGATCAAAGAGGTGGT+GGG 0.697323 8.3:-59606538 MS.gene019357:CDS
GAGCAACACAACCATAAACA+GGG 0.712463 8.3:+59606300 None:intergenic
ATTGGTGGAAGTGATCAAAG+AGG 0.716315 8.3:-59606545 MS.gene019357:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr8.3 gene 59598280 59606588 59598280 ID=MS.gene019357
chr8.3 mRNA 59598280 59606588 59598280 ID=MS.gene019357.t1;Parent=MS.gene019357
chr8.3 exon 59606277 59606588 59606277 ID=MS.gene019357.t1.exon1;Parent=MS.gene019357.t1
chr8.3 CDS 59606277 59606588 59606277 ID=cds.MS.gene019357.t1;Parent=MS.gene019357.t1
chr8.3 exon 59600233 59600541 59600233 ID=MS.gene019357.t1.exon2;Parent=MS.gene019357.t1
chr8.3 CDS 59600233 59600541 59600233 ID=cds.MS.gene019357.t1;Parent=MS.gene019357.t1
chr8.3 exon 59598280 59598438 59598280 ID=MS.gene019357.t1.exon3;Parent=MS.gene019357.t1
chr8.3 CDS 59598280 59598438 59598280 ID=cds.MS.gene019357.t1;Parent=MS.gene019357.t1
Gene Sequence

>MS.gene019357

ATGGATTACTGTGGAGGAAAGATTGGTGGAAGTGATCAAAGAGGTGGTGGGCCTTGTGGTGCTTGCAAGTTTTTGAGGAGAAAGTGTGTAAAAGGTTGCATATTTGCACCATATTTTGATTCAGACCAAGGAACGGTTCATTTTGCAGCAGTTCACAAAGTGTTTGGTGCTAGTAATGCCTCTAAGTTACTCATGCGTATTCCAGCTCATAAACGTCTTGATGCTGTTGTTACTCTTTGCTATGAAGCTCTTGCTAGGGCTAGAGACCCTGTTTATGGTTGTGTTGCTCACATCTTTGCACTTCAACAACAGGTATTAATTTATTTAAAATTTTATTTAAATATACATATAATTCCTTTAATTTTTCTTCATTGTAGTGATCTCTTGTTTCATTCTTCTGCTTCTCTCATTTTAAGTTGTTTTAGGCATATATTAATGTTAATATCTTACCTTTGTAGTTATAATTTTGAAATCTAGATTATTATCATTTCTCACATATTTCTAAGTGTTAATCACATATTTTTAAATCATTGGATGAAACTTTATTAATGTGTATAGAAACAAATCCAACATGAGTTTATCTTTACCTCTTTGGATGTTTTGTTGCTTTTCTAAAGGACACCCAACATTATGTGTTAAGAAAGTGATAAGAAAATTACTCCACACAAAGAATATGTGCCCTAGTAACTTCCTCTCTTTATGTTTAACTTTGTTAATTGCCATTTTTTATTTTAAAGCCTTCAAGACGTGAAAATACTCTTTAATCTTGCTTATATATTGGTGTATTTTATATCTTGATGAATATGTATTAGAGTGTAAATTGTATACATTAAGTTGAAAAGTTTTTGAGTGATAGTAAATTACAATTAACCATTTGTATGATTTTAAAAATAATTATAATTAAAGTCAAGCATTTTAACGTGATGGTTATGACTTATTGAAAGTGTAACAAAAATTATATTAAAAATGAATATATAAATTAAAGAGAAATGCTAAAGACACTTATTAAGAATTTTAAAGTGAAAATTTTATCTTAGAACTATGTACTCCCTCCGTCCCGGAATATCTGACCCATTTTATAAAAAAAAGTGTCCCAAAATAACTGATCCATTTCAATTTTCAATACAACTTTCATCATTCCCAATACAATATAACTTTAATTAATACTACTTTCATCATTCCCAATACAATATATTCCATTTTCCCCTTTATTTATACATTTTTCTTAATCTGTGTGAAAAACCAAACTGGCTCAGATAAAACGGGACGGAGGGAGTATTCAATACATTGAAAAATTAAGAAGTTATTTTTTCTATATAAAATTTATTAATTGTTTCCTTTTTAAATTTTTTAACATATATCCTTGATGCACTTGTTAGCATGACTCTAAATTAAATCATATATTCATCCACCTATCGTGCATTCACTATTGTATTAGTCTGGGATAGTTTTAGTTAAAATCGATTATTATTAAGGGTAAAATATGTTTCTGATCCTTATAAATATACAAACTTTTTGTTTTAGTCTCTCTAAAAAATTTCTTCCACTTTTAGTTCTTCAAAAAATTCCAGTCACCACTTTTGGTCCTTATTTTTATGTCAACACTTGTGTAGACTTCATATTTTCGAATTGAATTATTCAGAAATTATAAAATATTATAAGATTCTCTACAACAACAAAAATAACGAATAATGAATTAAATATAAACTTTTACAGTTTTTTGCGCTTAAAATTTATATTTTGTTAAAAAAAATCTATTTTTTAAGAGATTTTTATAATATTTTAAACATTCTTAAAAATTTTCATTCGAAAACATAAAGACACTCATGAGTTGACTTAAAATTAAATATTAAAAATGATGATTGAAATTTTTTGAAAGACTAAACTCAAAGAAAAATTTTAAGGATAGGAAATAAAAGTTAAAATATTCATAAGAATTAAAAATATATTAAACGCTATTAATAATTATTAATGGTCAACAAATATAGAGTTTTGTTGACTCATGGTTTAATTAAACATTAGTGATCATGCTAACGTGCACCGTGGTGCGAAGTCCTGCACTCTAGTATTGTCGCTTGACAATAATCACTGTTTGCATTCCTCGTAGGTCAAGATCTTACTCTTTAGAATATTTCATAGAATAAGAAGTACAATCTACTATTTGCTTTCACACGATTGTTAGCTTGTCCACATTTTACATGGATGCTACTTAACTAGGGTACCCCTATAAGTGTAGGTAGGTATTATGTTTCATGGTCTAATGCCAAGCATATATAATCAAGTAGACTAGTGACTAACCATATTTGAGTCCAAAAAATATATACTACCTTTACCTTATGTTTACAAAAACATTACCAAAACACTAGTTAGATACTTAGATACTCCCTCACACTCACAGCACATGTGTTTTAAGATTTAGTTTAGATTAATAGATAAATCTTAAATATAATTTTATTTTTCATTGACATACTCAAGCTCAAGCATATCTATACGCTTTATAACTTGATAAAAGAAGTAATTAGTGTAACTTTTGAACTTTGAAAAGAGGGTCCATCTAATACGGACGTACTCCCTTCGGTCTCAAATGTAAGAAACTTTTCACTTTTTAGGTTCATTCAATAATTGATGTATGTGGTCCATATTATAGACCACATACATTGAATGAACCTAAAAAGTGAAAAATTTCTTACATTTGAGACCGGAGGGAGTATAAAACAACATCCAACCTCTATATATTGTGCCTTTAGTTTGTATTCTCTGAATCACCGGTCTCGGTTCGTCTTGAGCAGTGATCTGGTTTTTAAATAAAAAAATTGATATTAAAAAAAAAAAAGATGACCACTATTTTTTGTAGAATAGTTGATTTAAAAAAAAATGGTATTTTACTAAAAGTAGTGTAGAACCATATAATTTCCACCAATTTATTGAGGTTGGACTCTTGAAAACAACATATAAATAGAAATCTTTAACAACAAAAAGAAAACCAACAATTCAAAAAAATAAGGAAGAACTTACTCCAATGAAATCAATGTATTGTTAAAGTTTGGTTAGGTATAAATTTCTAAGGAATATAATAAATATTGTGAAAGTCATGTTAGCATGCAATATTTTAAAAGAGATAGGTGGTGGTGGCAGCCGCCAACTGGGTATGGCTGACTACGGAGGACTGTCTGTTGCTTGCCGGAGCTAACAAGCAATGAAATTTAGCAGCTCGAGAAATATTCAAATATTTTTAGTATTGACTTTCAAATTCTTGATGCACATGCTTTACTCTATGAATAATAATACATTTGTATATTAGTGAATAGTATAGTAGACAATGTTTACCAAGTATTAAATTCACTATCTACTATCTAGAATCATGAAGTAGATGTTTATCTTGTTTTATCTGGCTAAAGACTATGAGTCAAATAAATGGGGCTAACGACTAAGGTAACACCTCAATTATCTATCTTTTAATATTATAACATGAACACGGAATAATAGTGTTTAAGAAAAAAAAATTAGATTAATCAAGACCCTAGATGAGATCGAATACAATCTTGGGCATGTACCAGCGTTAAAACTTTTAGAAAGAGCTTGCCGTCCATTTGGGTCTCACAATACTCGAAGGATTAGTCTCCGCATTGCATGCGGAGGATACTCGGTTTACACTAAAAAAATCTAGAATTAATTCTTATGTTCACCCTTCGGTTACTATTATAAGCAAAAATCTACATTTTAAGTTCATTCAATCAATGATGTATATGATCTTCATTATAGACCACATATATCATTTAATGAATGAATTTAAAATGTTGATTTTTGTTTATAATAGTGACCGGAGGGTGTATTTGTTTATCCATTTTAGACATTATTATCCAACATTCATTAGTCTAAAGTGTAATGTCATGTGAACTTGATTTATAATTATGATATTATTCAAACTTTATTGGTAAACTTAGGAATTCAGACTATGAAAATATTACATTAAGATAACTTTTATCTAACTATCACATTTCAATTAATGAAGGGATCAAAGTCTCATAAGTATATTGTACTAAAAAAAGTCTCAAAATTTATACACATGTAAATATATTCCAGTGAAGTATATGAGGGGATATAAAATTGGTTTTCTAGCAGGGACAATGGATGGATTTATACAAATTTTGTTTTGACAAGTCTATAGGAACTAGTTAAAGCAAGGTTGTAATTGTTCGACATACTAAATAAAGTCACATAATCTTATGCGTGATACGATAGAAACGTTTGTCATTATCTTTGAAAAATGCATTGTATAATCTAAGTTCCAAGATATAATAATTGAGTAAGAGAGCCTCTTTAGATATTCATCCACATGAAATAATATGTGATTAACTATAGATGAAGTAACAATTTAACAACAATGCATTCATTATCTTTCAATTAGGCCGGATTCCATTGTTTAAGTGATAAGTTACCAACCAAATACGAATTAAGTACTCACTTCTAGATTCTCTACCCAATAATAGAACAAGGAAAAGTTGTTTGGATAAGATTGATTATGTCTTTTTGAACTAGCTAGTAGTGTTAATGTAGCAGTCAAAATAAAATATTGAAGTTTATCTCTTAATACCAAATAAGAATATTCTTCACATGCATGCACATAATTTGGAGTATATATGCCAAAATGTATAAATCTTTATCTGTTCAACTCTGACATTTCATTGCCAGTGGCATGTTTTATAATTGGGGAAAAGCTATTTTTTTAATTGATGAGATTGTAATAATTGTCATGGAAAACTCACACATTTAAGTGGAAAAGTCGGAGTTTAAACACATGTTCTAATGTCTGGTCTAACCGGAAAAAACCTGCTCATATGGTTTACATGTGCATGCATTTTTTTTTCTTTTCGATAGGCTAAGAGATAGGTGAGGCATCAAGGTGAGTCTGGAGGGTAGATATCTCCATCCTCTGCTGCCTACTAATAATATATTATTAAAAAGGGGAAAATATACATACAAGAGGGGGCCGAACCAAAATCCTAAAAAATCAAGGAAAAAAGAAAGAAGAAAATGAGAAGAAGAAAAAAAAAGCAAAGAAAGCGGCCCTTGAAGTGAAGGTGTTGCTCAACCATCCTTGAGTTCACCCTTAAAACGAGTGTTGTAGGAATTGAGTTTACGTTTCTTCTGCTTCTTGGTCAGATATGTGCATGTATTTAAAATTGTTTAATGGGAAATGTTAACCAGTGCCCCCGGGGCACTAGTTAAGGGCTTTAAATAGTAACTTTTTATGAAAAGTTGTGTAATTAGTGCATTGGAAATCAAAAACTTTGACATTTATAAAGAATAATTTCTTAATTTGGCATGCTTAAAGAGTGCCCCGGGGACACTCGTTAACAAGACCCTTGTTTAATTTCTCTCAACAAAATCATGATGTCTTTCAATTTGAGGTTCCAAAGGTATGCATTGTTTACGTATTGTTTGTGTTATAAACATTAGTTTAAATCCATTTAATTTTGACTTTGTTACATAGTAACAGACACTTACATGATATGAATGATTTATTTACTTAATGGGTCTGGACTTCATAACCCTTTCATATACTAGTAGAATTCCTATATTCTAAAGTTGTTTAACAACTGCATATGATTCCAAATTCCAATTAAGAGCCTAGTCTTATTAAAATAAAGTTGAAAATAAAGAATCACTGGTTACTTACTTGTATATATTTTTAGTTGAAAGTGGTGAAGCTATCATATAATGAGGATGTTAATTAGCTTTTCAGTAATAAAATTGTCTTCTTTAACATAAACATCGAAGTTGTTTCTATACCTTAACCTGGAAATAACCTCTAATGACCTGAGTGGTTGTAAGGCCAAATCCTTTGCCACTCCAGGGTCGATCTGGTGCTTCCAGGTTCACCTTTCGATGGCGTCAAAACAATGTTTGGCCAGCTGTAGCCACCCATGGCGATAGTGAATAGTCCGTAGTTGAGTGCATTGGAATACAATAAATCTTTGATGCCTTATCAGAAGCAAAACACATATAATAATTTGAGTTATTATTATTGAATTTGTATGGTGCAGGTTATGAGCTTGCAGGCAGAGTTAACCTATGTTCAAGCCACTCTTGCGACAATGCAGCGCCTCCCAATATCGCTAGCTCCATCTCTTCCAAACCCTCAAAGCTCTTCACCAAGTTTTCATTCCTCCTCAGATCACTTGGGAACAAATGCAGACATGCAAAGTACCTCTAACATGTCCATGCATTTTGATCCTCATCAACCACTTTCATCACTGGACTTGAGCAGCTTCTTCAATCAATCAGATCAACAACTTGATGATGATGAACTCCAAGCTTTGGCTCGAGAATTTGTCTCTAGGTACTTGCCTGGAGTAAGATTCCAGCCATCTAATTCTCACTAGTTACTTTTCTTTCTTTTTGATGTCAGTGCTTTTTGTTTTGGAATTGTCTAATGAAATTATAACTTCACCTAATTTTTTGAGCATGTTACTAATTGTACCTGATCGGTTTGTATTAGTTTCAACATGAAGAATTATGTAACCAAACTAGGGACTTTGCGCCCTTTCTTTTGCAGATAAGCTTTCTATTTCCTTTTATTGATAAAAGGCAAACAAATAGTTATATCAATAATGATCAAAATTGCAGTTGCAGTTGCGACTTAGTATGTGTTTGTTTTCACGTCCAAATGTGCTACAAATGTGCGTTCATGTGATGCTACATTTTGTAGCTTCATTATTTTCACGGCAAAATAGCCTAAGGACTCAAGAATTTAGCTTTAAACGCAGATCCAAACAAGGCATTAATATTGCAATTAAAGACAAACAACTGCAACTGATGCAACCACAAACGTTGTGATGCTGCTGGAGAAACCTCTAAAAACTTTATATTGTTACTGCAATCGTTGTTGCATCCACAATTTAGAGCTATCTTTATCAATAGCATAATACAATAGAAGGATGATATATTATGGGAAATGCTTTATCAGGTTTAAATGAGCAATAGCACCATCAGGTTGATATTGTCAACATTAATAATAAATATATTGAGCCTAGTTAGCTCTACGACCAATAGAAAAATAATTTAACTGTTGCAATTATTTCATCTATAAGACCGTAAACACCTGTCAGGAAACATAAAATTCAGAAAAAACTATTGAAACTATACTTGTCCAGAAAACGAGGGTACTTTTAAAAGAGAACTAAATTCAGAAAAACTATTTACAAGTTAAGTAATACTCCAAGCAAGATATTGTGATTATTGTTAAAAAAATGGAATTTGACGGCTAATTGTCAACAATTTTGGAGTGATAGTTAACATCCTATCAGTAATCAGTAATTATTGACTAAAAATCAGTTTTACAAACCATGAAGCAGATATAACCACAAGCTAAAATATTTCATCCATGATGAGTGACGGGAGCAGATTCCCTCCTGTGAAAACTTTCTCCAGTTTTCTACAGTTTAAATCTAAACCATTAAATACATTATCTCTCTTCATTTTGACATTTAATTTCTCACATGTATCTAACTATATCTAACTATCACATTTCAATTAATGAAGTGACCGTGCTAAAAGACTAGTTCAAAGTTCCATGCAACTTTCTGATCATGTCTGTTATTACAAACATGTAAAGAATAAGAGCTGGGTTATGACAACAAGGTCCTCACAAACTTCTAAAGAATCATTACCAAGTCAAAGTAAAGAAACTCCGCTAAATTCAACCCTTTTCGATGACATCTTAATTTGTGCTACTGCAATAAACATTTGTTCAAAAAGCACTCATGCATACAGTAAGATCCATTAAAAGAGTGAAAAATATGAAATGTCAAACATAGTTAAATCTACAAATTAATGCAAAGAGTCCTTTCTTTGGAACTACACCAAAAGCACAGACCCCAAAAGTTGGATTTGGATTAAATCAATTCAAAATACCATCTAGTTGATCCATGTATTCAACATGTCTCAGCTGTTAGATCAATAGGCAATGGATTAGATCAGACGAATCATATTCATAGTTTGTGTATGAACTCTCTTTACAAACATTGTGCATTGCTTGTGAATGAATTTTTATTAACAAATCTAAGCCGTATCGTAACTTTTTAAAAAAAGTTATCACATTCATTTAGTATTGTATCGCTATTGTGCTATGTATCTGGATTTCTTAGATTATCATTATTGTAATCATAACTTGGTTACTCTCTGAGTTGCTGCCCAAAGCAAACACTGCAGCTGTCCTGAAAGATGTTTCATTCGTGACAGAAAACCAGTCAGAGTACACTCCTTTCATAGTAAACAAGCCGCACCAGACTCCTGCAGCAAACTAG
Protein sequence

>MS.gene019357.t1

MDYCGGKIGGSDQRGGGPCGACKFLRRKCVKGCIFAPYFDSDQGTVHFAAVHKVFGASNASKLLMRIPAHKRLDAVVTLCYEALARARDPVYGCVAHIFALQQQVMSLQAELTYVQATLATMQRLPISLAPSLPNPQSSSPSFHSSSDHLGTNADMQSTSNMSMHFDPHQPLSSLDLSSFFNQSDQQLDDDELQALAREFVSRYLPGIIIIVIITWLLSELLPKANTAAVLKDVSFVTENQSEYTPFIVNKPHQTPAAN