AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene07729

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene07729.t1 MTR_2g038040 95.082 244 12 0 1 244 1 244 3.28e-174 479
MS.gene07729.t1 MTR_8g064700 32.353 170 107 2 51 220 243 404 1.38e-23 98.6
MS.gene07729.t1 MTR_1g112680 32.911 237 128 7 6 213 258 492 4.79e-22 94.7
MS.gene07729.t1 MTR_3g030700 34.409 186 106 6 51 232 195 368 1.03e-19 87.0
MS.gene07729.t1 MTR_3g498695 30.481 187 123 4 48 232 294 475 3.40e-18 83.6
MS.gene07729.t1 MTR_2g084280 26.738 187 116 4 51 234 132 300 4.18e-18 82.0
MS.gene07729.t1 MTR_7g083900 32.632 190 115 6 49 232 283 465 1.43e-17 81.6
MS.gene07729.t1 MTR_3g498695 31.792 173 111 4 48 218 294 461 1.89e-17 81.3
MS.gene07729.t1 MTR_2g081040 30.526 190 113 6 51 232 176 354 6.44e-17 79.3
MS.gene07729.t1 MTR_4g057270 31.098 164 96 3 51 211 148 297 6.79e-17 79.0
MS.gene07729.t1 MTR_7g083900 32.461 191 115 7 49 232 283 466 2.88e-16 77.8
MS.gene07729.t1 MTR_3g104100 28.947 190 116 6 51 232 194 372 1.63e-14 72.4
MS.gene07729.t1 MTR_7g117670 60.000 55 22 0 53 107 403 457 2.00e-14 72.4
MS.gene07729.t1 MTR_7g096350 43.269 104 45 4 53 156 356 445 2.37e-14 72.4
MS.gene07729.t1 MTR_8g027495 55.932 59 26 0 53 111 459 517 5.44e-14 71.2
MS.gene07729.t1 MTR_4g092700 28.049 164 101 4 53 214 159 307 1.35e-13 69.3
MS.gene07729.t1 MTR_2g104560 23.636 220 129 6 12 214 4 201 2.04e-13 67.8
MS.gene07729.t1 MTR_8g067280 29.487 156 96 3 53 202 463 610 2.47e-13 69.3
MS.gene07729.t1 MTR_5g030430 30.719 153 98 4 53 202 494 641 5.02e-13 68.6
MS.gene07729.t1 MTR_8g024790 50.820 61 23 1 53 113 292 345 3.74e-12 65.9
MS.gene07729.t1 MTR_8g069740 25.253 198 134 6 21 217 83 267 4.08e-12 64.7
MS.gene07729.t1 MTR_8g024770 60.000 45 18 0 53 97 280 324 5.13e-12 65.5
MS.gene07729.t1 MTR_2g010450 28.221 163 103 2 53 214 178 327 5.21e-12 65.1
MS.gene07729.t1 MTR_5g014600 26.257 179 109 6 53 219 150 317 6.01e-12 64.7
MS.gene07729.t1 MTR_3g111290 51.282 78 34 2 48 122 169 245 9.34e-12 64.3
MS.gene07729.t1 MTR_1g072320 40.845 71 42 0 43 113 461 531 1.15e-11 64.3
MS.gene07729.t1 MTR_5g030770 35.032 157 80 4 48 204 152 286 2.04e-11 63.2
MS.gene07729.t1 MTR_8g009020 26.257 179 117 5 53 227 144 311 2.80e-11 62.8
MS.gene07729.t1 MTR_4g091910 28.743 167 99 3 50 215 45 192 3.34e-11 61.2
MS.gene07729.t1 MTR_2g104490 26.263 198 116 6 53 242 138 313 3.72e-11 62.4
MS.gene07729.t1 MTR_4g097950 37.500 80 46 1 37 112 51 130 7.33e-11 60.8
MS.gene07729.t1 MTR_5g014520 37.838 74 43 1 37 107 139 212 7.74e-11 61.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene07729.t1 AT5G57150 63.115 244 82 6 1 241 1 239 8.54e-96 281
MS.gene07729.t1 AT4G29930 54.800 250 99 3 1 238 1 248 2.50e-89 265
MS.gene07729.t1 AT4G29930 55.000 240 88 3 1 238 1 222 4.63e-87 258
MS.gene07729.t1 AT5G57150 65.596 218 67 6 1 215 1 213 1.77e-86 256
MS.gene07729.t1 AT4G29930 54.583 240 86 3 1 238 1 219 3.60e-86 255
MS.gene07729.t1 AT5G57150 64.384 219 69 6 1 215 1 214 1.22e-85 254
MS.gene07729.t1 AT5G57150 63.801 221 71 6 1 217 1 216 1.46e-85 254
MS.gene07729.t1 AT5G57150 64.384 219 69 6 1 215 1 214 5.67e-84 251
MS.gene07729.t1 AT4G29930 54.825 228 89 3 1 216 1 226 5.74e-80 241
MS.gene07729.t1 AT4G29930 54.825 228 89 3 1 216 1 226 5.74e-80 241
MS.gene07729.t1 AT4G29930 54.587 218 76 3 1 216 1 197 1.17e-76 231
MS.gene07729.t1 AT4G29930 54.857 175 65 3 1 163 1 173 7.26e-55 174
MS.gene07729.t1 AT1G12860 33.690 187 111 6 49 232 264 440 1.65e-18 84.3
MS.gene07729.t1 AT3G26744 32.447 188 116 5 49 232 304 484 2.29e-18 84.0
MS.gene07729.t1 AT3G26744 32.447 188 116 5 49 232 304 484 2.29e-18 84.0
MS.gene07729.t1 AT3G26744 32.447 188 116 5 49 232 304 484 2.29e-18 84.0
MS.gene07729.t1 AT2G28160 31.013 158 93 4 51 205 130 274 1.52e-17 80.5
MS.gene07729.t1 AT2G28160 31.013 158 93 4 51 205 130 274 1.96e-17 80.1
MS.gene07729.t1 AT2G16910 31.183 186 113 5 51 225 313 494 2.78e-17 80.9
MS.gene07729.t1 AT3G26744 34.568 162 95 5 49 206 304 458 1.31e-16 79.0
MS.gene07729.t1 AT1G01260 29.651 172 86 3 53 224 434 570 2.63e-16 78.2
MS.gene07729.t1 AT1G01260 29.651 172 86 3 53 224 434 570 2.63e-16 78.2
MS.gene07729.t1 AT1G01260 29.651 172 86 3 53 224 434 570 2.63e-16 78.2
MS.gene07729.t1 AT1G12860 34.783 161 92 6 49 206 264 414 2.52e-15 75.1
MS.gene07729.t1 AT2G46510 61.818 55 21 0 53 107 396 450 2.66e-15 75.1
MS.gene07729.t1 AT5G46760 29.032 186 115 7 53 233 416 589 6.25e-15 74.3
MS.gene07729.t1 AT4G17880 30.625 160 78 4 53 202 417 553 2.66e-14 72.4
MS.gene07729.t1 AT4G16430 46.053 76 40 1 53 127 321 396 3.24e-14 72.0
MS.gene07729.t1 AT1G32640 31.333 150 91 4 53 202 453 590 5.91e-14 71.2
MS.gene07729.t1 AT4G37850 29.444 180 107 6 53 228 153 316 6.91e-14 70.5
MS.gene07729.t1 AT4G37850 29.444 180 107 6 53 228 153 316 6.91e-14 70.5
MS.gene07729.t1 AT1G63650 29.213 178 116 4 41 212 397 570 4.94e-13 68.6
MS.gene07729.t1 AT1G63650 29.213 178 116 4 41 212 397 570 4.94e-13 68.6
MS.gene07729.t1 AT1G63650 29.213 178 116 4 41 212 397 570 4.94e-13 68.6
MS.gene07729.t1 AT4G21330 30.357 168 107 4 51 218 31 188 5.45e-12 63.5
MS.gene07729.t1 AT5G46830 48.333 60 31 0 53 112 344 403 1.85e-11 63.9
MS.gene07729.t1 AT1G10610 26.984 189 121 4 51 232 263 441 4.45e-11 62.4
MS.gene07729.t1 AT2G22770 23.834 193 117 3 33 209 113 291 5.26e-11 62.0
MS.gene07729.t1 AT1G10610 26.984 189 121 4 51 232 233 411 5.74e-11 62.0
MS.gene07729.t1 AT1G10610 27.059 170 113 3 51 219 166 325 6.42e-11 62.0
MS.gene07729.t1 AT4G00870 43.333 60 34 0 53 112 250 309 8.04e-11 61.6

Find 48 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TCTTGATCAAAATCATAATT+TGG 0.197391 2.4:-51504980 None:intergenic
CTGATCTGTTCTCTTCTTCT+TGG 0.200519 2.4:-51505023 None:intergenic
GGATAAAGCTTCAATTATTA+AGG 0.255192 2.4:+51504862 MS.gene07729:CDS
TAATTTGGATTAATATTATT+AGG 0.270353 2.4:-51504965 None:intergenic
ACCTATCAAGCTCTTGGGTT+TGG 0.289916 2.4:-51503784 None:intergenic
GTGATGAGTACAAGCTTTAC+TGG 0.315934 2.4:+51503744 MS.gene07729:CDS
TTGAATCATTAGATGCTCAT+AGG 0.324170 2.4:-51512108 None:intergenic
CCTGATGATGCTGCACCATC+TGG 0.327488 2.4:-51503959 None:intergenic
GAGATAATGGAACTTGAATC+TGG 0.329852 2.4:+51504938 MS.gene07729:CDS
TGTTTACCTTGCTAATGTTT+GGG 0.357210 2.4:-51504063 None:intergenic
GATTATTCAAGCTGAGATAA+TGG 0.358095 2.4:+51504925 MS.gene07729:CDS
TTTACCTCAAGGACTTCAAT+TGG 0.374167 2.4:-51505076 None:intergenic
ATTGTTACCTATCAAGCTCT+TGG 0.383647 2.4:-51503790 None:intergenic
ATGTTTACCTTGCTAATGTT+TGG 0.403010 2.4:-51504064 None:intergenic
TAGATGCTCATAGGGCTTAG+AGG 0.411365 2.4:-51512099 None:intergenic
TTGTGGTTGCAGCTGGGGAT+TGG 0.412240 2.4:+51503901 MS.gene07729:intron
TTGTTACCTATCAAGCTCTT+GGG 0.420680 2.4:-51503789 None:intergenic
TTGCAGCTGGGGATTGGATG+AGG 0.423798 2.4:+51503907 MS.gene07729:intron
TAAGAGCTGCAATGGCTGTT+TGG 0.423885 2.4:-51512071 None:intergenic
TCCAAACCCAAGAGCTTGAT+AGG 0.430262 2.4:+51503783 MS.gene07729:CDS
TATCAAGCTCTTGGGTTTGG+AGG 0.453409 2.4:-51503781 None:intergenic
ACATTGTCTCTGAAAGGAAT+AGG 0.453984 2.4:+51503996 MS.gene07729:CDS
CCAGATGGTGCAGCATCATC+AGG 0.460325 2.4:+51503959 MS.gene07729:CDS
TGAGCTTGACATGTAACAAA+AGG 0.468788 2.4:+51506420 MS.gene07729:CDS
TGAATCATTAGATGCTCATA+GGG 0.472053 2.4:-51512107 None:intergenic
CTGATGATGCTGCACCATCT+GGG 0.496200 2.4:-51503958 None:intergenic
GCAGCTTAGGGTTACATACA+TGG 0.504078 2.4:+51506379 MS.gene07729:intron
AAGAGCTTCCTGTGTTGCTA+AGG 0.527358 2.4:+51504999 MS.gene07729:CDS
TTGGGTTTGGAGGAACATGT+TGG 0.533281 2.4:-51503771 None:intergenic
CTAAGAACATTGTCTCTGAA+AGG 0.544041 2.4:+51503990 MS.gene07729:CDS
GAGCTTGACATGTAACAAAA+GGG 0.547151 2.4:+51506421 MS.gene07729:CDS
CTTTCCAATTGAAGTCCTTG+AGG 0.548914 2.4:+51505072 MS.gene07729:CDS
TGATGATGCTGCACCATCTG+GGG 0.561453 2.4:-51503957 None:intergenic
TTCTTGGACCTTAGCAACAC+AGG 0.566724 2.4:-51505007 None:intergenic
AGGGTCATTAAGAGCTGCAA+TGG 0.567337 2.4:-51512079 None:intergenic
CTCATCACCAATGTTCTCCA+TGG 0.572679 2.4:-51503729 None:intergenic
AGATGCTCATAGGGCTTAGA+GGG 0.580755 2.4:-51512098 None:intergenic
TGATGAGTACAAGCTTTACT+GGG 0.584970 2.4:+51503745 MS.gene07729:CDS
TTTGAAGACAGTCTTCATTG+AGG 0.586246 2.4:+51506532 MS.gene07729:CDS
TTAACAACCATGGAGAACAT+TGG 0.592898 2.4:+51503722 None:intergenic
TTGTCTCTGAAAGGAATAGG+AGG 0.600641 2.4:+51503999 MS.gene07729:CDS
AGATAATGGAACTTGAATCT+GGG 0.607917 2.4:+51504939 MS.gene07729:CDS
TAACAAAAGGGCAGACACAA+TGG 0.621554 2.4:+51506433 MS.gene07729:CDS
ACTCTTTGCACTTAGAGCAG+TGG 0.626022 2.4:+51504039 MS.gene07729:CDS
TATGATTCAAGCTCCCCAGA+TGG 0.634637 2.4:+51503944 MS.gene07729:CDS
CAGCTTAGGGTTACATACAT+GGG 0.636587 2.4:+51506380 MS.gene07729:intron
AGTGGTCCCAAACATTAGCA+AGG 0.661525 2.4:+51504057 MS.gene07729:CDS
ATACATGGGAGAGAATACAA+TGG 0.777577 2.4:+51506394 MS.gene07729:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.4 gene 51503731 51512122 51503731 ID=MS.gene07729
chr2.4 mRNA 51503731 51512122 51503731 ID=MS.gene07729.t1;Parent=MS.gene07729
chr2.4 exon 51503731 51503804 51503731 ID=MS.gene07729.t1.exon1;Parent=MS.gene07729.t1
chr2.4 CDS 51503731 51503804 51503731 ID=cds.MS.gene07729.t1;Parent=MS.gene07729.t1
chr2.4 exon 51503913 51504078 51503913 ID=MS.gene07729.t1.exon2;Parent=MS.gene07729.t1
chr2.4 CDS 51503913 51504078 51503913 ID=cds.MS.gene07729.t1;Parent=MS.gene07729.t1
chr2.4 exon 51504860 51505093 51504860 ID=MS.gene07729.t1.exon3;Parent=MS.gene07729.t1
chr2.4 CDS 51504860 51505093 51504860 ID=cds.MS.gene07729.t1;Parent=MS.gene07729.t1
chr2.4 exon 51506383 51506553 51506383 ID=MS.gene07729.t1.exon4;Parent=MS.gene07729.t1
chr2.4 CDS 51506383 51506553 51506383 ID=cds.MS.gene07729.t1;Parent=MS.gene07729.t1
chr2.4 exon 51512033 51512122 51512033 ID=MS.gene07729.t1.exon5;Parent=MS.gene07729.t1
chr2.4 CDS 51512033 51512122 51512033 ID=cds.MS.gene07729.t1;Parent=MS.gene07729.t1
Gene Sequence

>MS.gene07729

ATGGAGAACATTGGTGATGAGTACAAGCTTTACTGGGAGACCAACATGTTCCTCCAAACCCAAGAGCTTGATAGGTAACAATATCATTTAATTCACTTTGATTCAAGTATGAAGGTACAATTAGTGAAATTTAATTAATTATAATTAATCTTGATAATTGAGATATATGGTTGTGGTTGCAGCTGGGGATTGGATGAGGCTTTTTCAGGGTATTATGATTCAAGCTCCCCAGATGGTGCAGCATCATCAGGAGTTTCATCTAAGAACATTGTCTCTGAAAGGAATAGGAGGAAGAAGCTTAATGAAAGACTCTTTGCACTTAGAGCAGTGGTCCCAAACATTAGCAAGGTAAACATCACTAATTTTAGCGGTCCATTAATTATTTATTAGTAATTAGTACTACTCAATTTCTGGGTGCAATTTTGCTATTGATTTTTTTGTTTTGTTTGAATTAAGTGGTTTGGGTGAAAACTACTCTCATCATAAAATCCAAGTACAAAAGTAAATTAATTTGGTATCATATGTAGACCGTATATATACATGTATTGTTTTATTTATATTTTATTATAGACGGAGTAATTAATATTATGTGACACAGTGAATAGTTAATTTAATTTTTTAAACATTTTGTTAGAGGTATTGTTGTCAAAATCCCGACTTAAATCCTAAAATACAGGATTTTGCGACTTTCTTCATCTTCAACGACTCAAATGCATAGTAGAATCCCAAAATAGACAAAATCTATTGATTTTGATTGCGATTTTATGATTTCTTATAAACTAAGTCATTTATGACTATATACCATTTATAACATATATTTAGTATTAATTTTTTTGGGTAAAATCCATCGATTTTGATTGCCATTTTACAATTTCCTATATCGATTCTACAAAAGTCCTTGAGTAAAATCCTTCGATTTTGATTGCGATTTTACGAGTCCCGATTTTGCTATTCCCTTTCGACCTGAAGTAAAGTCCCGATTTTGACAACCTAGGTTAGACGTTCGATTGATGTCTTTGACATCTAATGGAAAATATCAACCATCATATGGTATAGTAATTATTTGGCATGATTAGTCTATGACATCAATTTCTTTCTAATGATGAGTGGTAGTGACTTTTTTTTCCAGATGGATAAAGCTTCAATTATTAAGGATGCTATTGAGTACATAAAGCACTTGCATGAACAAGAGAAGATTATTCAAGCTGAGATAATGGAACTTGAATCTGGGATGCCTAATAATATTAATCCAAATTATGATTTTGATCAAGAGCTTCCTGTGTTGCTAAGGTCCAAGAAGAAGAGAACAGATCAGTTATATGATTCTGTCACTTCAAGAAACTTTCCAATTGAAGTCCTTGAGGTAAATTGGCCCACTGTCTCTATCATCATCTCTTTCTGTTTCTTGAAATTTTTTAAGAATCAAATATTAAGAAACATTATCACTGAGCTCACAACTTATGGACCATTGACTCACACATAACTTGGTTAAAAAAAAATCAAATCAAACATAAAACTATGTTTTTATAAGCAAACAAAATTTCATTTGAATAGTACTCCATCCCTCCGTTTCAAAATGAACGTTGTTTAAGGTTTTTAACACATATTAAGAAATATATTAATTAAAAGCAAGATAGATGTTATTTTACCGAATTATTCTAATCAACTATTAGTTTGTTTTTCATTAAATAAAAAATAATACTTTGGAAGTAGTGTATATAATATTAATTGAAGGGTATAATTGAAAAGAAAAAGTTATTATTGCATTGGAAACTGAAAGTGACATTCATTTTGAAACAATTTTTTTTTATCAAAACGACACTCATTTTAAAACAGAGGGAGTACAAACATAACCTAATTCTTATACTTAAAAGTGTAGCATAGACTTCACCTTAGATTCACACTTCATTGTTTTTAATAAAATAATTAAAAAAGAAGAAAATCATCGCTAATAAAAGTGACACTGCAATGACCATCTTAAAAAAAAAAAAAAAATTATTTGTTGAAAGTTATAAAGTCGAACCTCTTATCATCAAACTTCAGAAGATCTTTACATTGTTTATAAAACGAACAATGATATTTATACACAAAAATAAGACATTGTATAGGGACATTTACAAAAAAATATCCAATATAAATATTGATTTGATTAGAAGACTGAAAAAATAATTAAAAATAATATAAATGATTCATTTATGTCTTCCTGTCAAAAAATTAAAATAAAAGAAAAAAAATGCTAAAGTTTTGTTAAAATACCATTTCTCTAATAAAATAGACAGTCAGATAAAAAAAATAGTAGTGGGATTTTCAAACCATGCTGAGAACCAATTATAAATCACCACCTTAATAAGGGCTACCATTGCCACACCATCAGGTACCCTAGTAGAGAAAATATATTAGCCTAATTTTTTATGTTCATGTTCATACAACCTATCAAATACCAAATCAGACTTATCCACTATTTTTTTGTTAATGACCAACCCCCAACAATAAATATAGATTATAGAAGAGATTGTAAGGCATCACCTCTCTCTTGTATTATTGATGCTAAAAAAATAAATGTGGGGTGTGATGATTATAATTTTATAATTATCTTTGAATTTCTAAAGCAATTAATTATGAGTGTGTAATTTGATATATGGTTGAGTGCAGCTTAGGGTTACATACATGGGAGAGAATACAATGGTAGTGAGCTTGACATGTAACAAAAGGGCAGACACAATGGTGAAATTGTGTGAAGTTTTCGAATCTTTGAAGCTTAAAATTATTACTGCCAACATCACCTCTTTTTCAGGCAGGCTTTTGAAGACAGTCTTCATTGAGGTTACTTTTTATCCTTTAATTTCACTTTCTTTATTTTATAATAAATATATGATGATAGTTCATCCTCTTTATTAAAAATATATATTATTCCTATTTAATTTGCTTTATAGGTAGAGTAGACCAAACGTTCATTTTCTTCTTCCTCAAATAATATAAAACAAAAAAATTAAAATGTTATAACGAGTCCCTAGCTAAGTTAACAGTATCAATGTAAATTATATTTAAAGGTCAGAGTTCGAACCACAGACACCCCACTTATTCATCTTAAAATGTGATTCTGACAAAAAAATGTTGTAACCAAACAATATTTAAAAAATTGTATAAAATTAATATCAAAAGATGAGACACCCGAAACATAATTCAATTAGTTAAATTATTTAAATCGAATCATAAATATTGTCTCTGTGAGCATAGCTCAGTTGACGGAGACATGCATTGTTATATGTAGGGGTCGGGGTTTGAACCTCATACACTCTACTTATTTACCTCGAAAAAAGTGAATTTTAACCACTAAATTACTTAAAAAAAATCGAGTCATAAATATTGTTAGCTATTCATCGGTTAAACAATCTAGTCCAATTTTATTTTAAAAATTATCAGGTAAATAAAGTATAAAATTAAATTATTAAAAATAAAACAAGATATTACAGCTAGAATAAGGGGGCCTCCATGCTTCAAAATCAATAGACCCGCTCACCACTTTTACAAAAGTGGAAAAGTGGAGCATCCATAATTGAACAATGAACACTTTTAAATAAAAAAGGCAATAATGAGGGTTGTAACCAGAACATTCGAGTTAAGTACCACGTGTGTAATTTCTCCCATTTTGAGTATTATACTACTTATACTCCTATTCTTTTTTTATACTCCTATTCATGTTTAATATATATATATATATATAGACACACACATATATCTTTGTTGATAAAAAAAAATTAAGTCAAGTAAAAAATAGGGAGGAATAAGATTGGTATGGTGATTAAATGAAAGAGTTAAAAAAAGGGGAGAAATAAGGGTGATTTTGAATTCATTTATCACCTTCATCAAATGTTAACAACTACTCCCTCCGTTCCTTTTTAAGTGTCGTTTTAGAATTTTAACACAAAAATAGCGAAGTGTATTTTTGCACACTTTTTTCCTATTATACCCTCATTTTAATCCACGGATAATTTCCTATTTTTTTGCACACACTTTATCTTTTCAATAAATTTAATATGTAACAAACAATTGTTAGCTACTACTCTCTTTCTCCAACAAATTCGGATTTTTTTGTGCGCTTTATCTTTCTCTCATAACAAACAATTTCCAATTTTCTAAATATTGTGCTTATCTCTTGGAATTTTTAACAAGTAACTCATGTTATTTATAGAATTTTAACTCTTCATGGAACTATTATCATAGGTAACAAAATTTTGTTTAAATTTGAAGATAACAAGAAACAAATTTTGCTTTAAAACAAAACAAACAAACTTTGTTTAAAAAAACAAACTTTGTTTTTCCAAATATATAGCACTAATTAGTTTTATTGAAAAATATAAGAATAATTGACAAATGGTATAATTGACAAATCATACCCTTAAAATACCAAAACGACACTTGAATAGGAACGAATAATTCACCCTAAAACGACACTTAAAAAGGAACGGATGGAGTAACATACTTTTCTATTTATCATGAAGTCGATATGAATAACCTGAAATACCAAGTAAACAATAATTTAATAATATTTAGGGAGAGTGTATTCTTTTGGTGCAGTGCTCTATAGCTTCAAAATAGAACTCCATTAGGTTTTGTAAACTTTGCTGTAATTTTACCCTCTCAAGCATAGAATAGAGATTATAAAATTCTAACAAAAAATGTAAATTTAAATGAATTATATATATGCAATGAATCAAAGTAGAAAAGAGTGGAGGGTAGTTTGTGTGTGTTTTTCCACTAGTGATACATGAATTAGGGTTAACTTGTATCATGAGACGGGACACAAAAGACCAATAATTTGAAAACGTGTTTCTCATTCTTGTGTTACCTTATTTATTTATTTCGGCATATGACCAAGACCTTACCGCGTGGTTTAATTTTTTTTTTCACGCACGTTCTTGTTTTTCTTCTTCGTCTAATAATGGCAAAATGTCAGGTTAAGTACAATTATTGCATGCTATAATTTGCAAAATGGGAACCTTCCACCAAAGCCACTCTTTCTCACATCACCCACACCAAAATGGCAAAATCCTTGTCATATCTGCGTGTATATTTCTATCTTGTAAGAAAGAAAGTTTAAGTTAGTAGTGTTTTGGGGCTCGTTAGGGTTATAACTTATAACTGATTTCAAGACTCATTGAATACTAATATAGATACTTACCGATCAACTATTAAAAAGATATTCATCTTGACAACGAAAGTTAAATTCACAATCTTACAAATAGAAAATTTGTTTTAAAAATATAAATTTTGACTTTTATTTAAGTAATAATGACACTACTTTTAATAAAAAGTTACTTGTTTTGGTTGCTTAACCAATGCTTTGAGAGCACTCTCACATTCTCTTTTATAAATTAACCACAAAGAAAAGATTCTTCACCTTGATAACGACCTTCAGCTTTTTTTATCAAATGAAGGAACCAACATTCATTAACACATGTGGCTTATATAAAGCATTATGTTCAATTCTACTCAAACAAATTGTCGTTTAGCTTGTGTCTAATTCTAATTGATCAATAGTCAATATCCACCATTGAAATTGATTATTCTAATTGATCATTACCTCTCCTAGACCATAGAAATGGATTATTCTGGTTGTCATTATTATATGTATAAGAAAATGCTAATTGTTACTAAATACTACATTTAATCTTAATATAAGAAACAATTTTTTTTATGTGGTTTAAACTATAAGCAAACTTGAATTAATTACTACATCTTTCATCTCTAATATACTCTTTTTATTAATTTAGATTTTATTTTTTCAGTAACTCTATATATTTATGGGCGAGTTTCCATGAGGAACAATTTAAAATATAGAGCTGCCTTATCCAAAAAAAAAAAAAAAATGTCTTCATTGTTTCTTTGAGAAAATCAAATGAGAACAGCTCCTATTTTTAAAGAGTGTGAAATAAATTTTAAATTTTGAATTTATCCTTAGATACAGTAGCAAATCAAAATGTTTAAAGTTTTCAACGTACTTTTCTTTAAACAAATATTGTTATCATTTAAATTGTTATTTTATCACATGTTTTCAGTTAAATTGTTTTTTACAATAATTTAAACTGTTTTTTATTAAGAATCATACCCATGAGTTAAATATTTATAGTAATCAAGAAAGAACTAACAATTTATATATTTAATTTAATCTAACCTTAAATATTAAATTTAATTGAGTTTTTCTAATGTGTGCATAATTATTAGACACAATAAGAATCATTAGTTGTCCTTGTCCATAATTTTTTTCCTTATTTCTCATCTATTTTATATATTCACCACCATGTGATAATATTATACTGTACTTTCCTTTTAACAAAATAGGAAAATAAGTAATAACAGCCACACCAACATTAAATTAAAGACTTATAGCAACCAAATCAATTAATAGAGATTTTATGATTAAGAATTCAATATAAAACCATAACCTGATAGATTCTTCTTTATAGCATTAGCTAGCGACAAAAACTAAAAGCTTTCTAGAATGTGATATTCCCACATTCGTATTTTTTTGTTTTTGTTTCTTTTGTCCAATTTTATATTTCTCAGGTGCATCGCGTTTGCGTGTCGTTATTATTTTAATTTTTAATAATTTTCATTGTTTAATAGAGCTGTCATAATACTCTTATCTGTAAGATATTGTTAGTTAATTAATGACAACCCTGAAAAAGTATTCATTAATTGATATGTCCCACAATGAGTGGAACACTTATTTATTATTAAAAAAATAATGTAAACAAAACAAATATTACATGAATTTTACAAAATTAACCTTATTTAGTGTTGATGTATTCATCATTAACAATAACAACAAAATTACCTATAATATAAAATGAAGGGTATTGTTAACAAGTGTCTTTAGGGCACTTGTTAAGGATTCAAAAAATAGAAACAATTGATAACTTTTATACAAAAAAGGTTATTTTTTGATGTTTTAATGTGTTGAATGCACAAATTTCAAGACAAAATTTCCGTTTTAAACCTCTTATCAAGTGCCATAAGTGCACTTGTTAACATTTTCCTAAAATGAAACGTATTGACTTTGGAGTTATCACAATGAAAAATGCTGAAATACACGACAATGTTTGTCGTGTAATTTGCACAAACATGTTTATAGCTATCATTTACTATTTTTTTTTTCTAATTTGAATTCAACAGAAAATGACAAATTTTGCCTGTGTTGTATATTTCCTATGAGAAATCATTAAAACATCTCATTCGGTGGTCTAAATATGTGTCTTACCTCACCATTGCTTTGGTAACATTTGTTTTTAATATATACTATTGCTTTTGTATATAATTTAATTTGGAAGTGGGCTATGTGGGTCAGTTATTGCTTAACATTGTTTTTTAATATACTACTATATAATTTAATGCTTCTTTTTTTTGATATTAGTGGGCGTACTTAATGTTGCACAATTTTTTTTATGAGGATATATTTATAAATATACTTAAAAAGTTACATTAGTTAATGATTGCATTGATTTTGATGTTTTTTTATTTTGTTTCTTATAATAAAGACCGAAGTGATTACAATATAAATCATAACCTGAGGGATTCTTCATTACTAATTATTAAATAGTACTTACCAATTATTCTATCTCACCAACTCAACTTTTCAAAATTAAAATTACTAAATTAGTCCCCAAAAGAGAGGGTTTAGTAAAACATATTTTCTCTCTAAGATCTCCTTTTTATTCTTTTCAATGAAGGTATCTATTTGGTTCAAGGATTCTGAGACCAAGTAACCCTATTGTGGATGGTCTTAACATTCTCTCTATAACAAATTTTTGCCAAATTGATCACTGCGGGAATGAGAGTATATACCAGTCCATATTTTAGTTAAATAAAAGCATAAGTATTATTTGAGCAAAAAAAAAAACGAATAAGTATTATAGCTTATCATGGATATGGATAGCTAGAAAACAAAGAAACAAGTACCTCATTATGTCCCCTAAAAAAACACCTCATTATTTGTCATTGTAATAAACAACTCTAATAATCTATAGTTGTATGCAATTTTTTAATGTAAAATATATCTAGCTTGACGTGGCTGGATCCAATTCATGATTTTTTTTAATCGAGTTAGTTCTTCAACAAAATATTCTGATAGATAACCAAGCTTGACGTGGCTTTATACAATCAACATTTTTTTTAATTCAAAATTAGGGAAGGGGGAACAAAACAACATTTGCAATTGCAAAAAATTAAATAAAATGAGAGGTATCATGTTTCTTACTAACATGTGCATTTTGTGTTGCTTTGCTTTTATCCTTTTTTTCAGGCAAATGAGGAAGATAAAGATCTATTGCAAATGAACATCCAAACAGCCATTGCAGCTCTTAATGACCCTCTAAGCCCTATGAGCATCTAA
Protein sequence

>MS.gene07729.t1

MENIGDEYKLYWETNMFLQTQELDSWGLDEAFSGYYDSSSPDGAASSGVSSKNIVSERNRRKKLNERLFALRAVVPNISKMDKASIIKDAIEYIKHLHEQEKIIQAEIMELESGMPNNINPNYDFDQELPVLLRSKKKRTDQLYDSVTSRNFPIEVLELRVTYMGENTMVVSLTCNKRADTMVKLCEVFESLKLKIITANITSFSGRLLKTVFIEANEEDKDLLQMNIQTAIAALNDPLSPMSI