AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene81956

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene81956.t1 MTR_3g089940 95.238 378 18 0 10 387 3 380 0.0 748
MS.gene81956.t1 MTR_3g089940 97.554 368 9 0 20 387 13 380 0.0 748
MS.gene81956.t1 MTR_3g089977 97.011 368 11 0 20 387 13 380 0.0 745
MS.gene81956.t1 MTR_3g089970 96.739 368 12 0 20 387 14 381 0.0 741
MS.gene81956.t1 MTR_3g089940 95.000 340 17 0 10 349 3 342 0.0 672
MS.gene81956.t1 MTR_3g089940 97.576 330 8 0 20 349 13 342 0.0 671
MS.gene81956.t1 MTR_7g099040 59.290 366 149 0 20 385 14 379 1.03e-166 471
MS.gene81956.t1 MTR_1g069430 57.766 367 155 0 20 386 12 378 8.20e-162 459
MS.gene81956.t1 MTR_6g068930 51.359 368 175 2 20 387 14 377 3.40e-140 404
MS.gene81956.t1 MTR_7g068320 49.057 371 183 5 20 385 24 393 4.93e-123 361
MS.gene81956.t1 MTR_7g068330 49.189 370 183 4 20 385 17 385 5.78e-123 360
MS.gene81956.t1 MTR_5g087710 45.946 370 198 2 20 387 22 391 4.39e-119 351
MS.gene81956.t1 MTR_3g099460 49.462 372 182 4 20 386 20 390 6.41e-116 343
MS.gene81956.t1 MTR_3g099460 49.863 365 177 4 27 386 20 383 1.53e-114 339
MS.gene81956.t1 MTR_3g079180 43.360 369 207 2 20 386 17 385 1.09e-107 322
MS.gene81956.t1 MTR_3g099460 49.068 322 160 3 68 386 7 327 5.72e-96 290
MS.gene81956.t1 MTR_0001s0660 40.108 369 211 5 20 385 12 373 1.20e-88 275
MS.gene81956.t1 MTR_5g045710 39.946 368 214 5 20 385 12 374 3.00e-88 271
MS.gene81956.t1 MTR_3g099460 52.174 276 126 4 20 290 20 294 7.14e-81 251
MS.gene81956.t1 MTR_3g099460 52.788 269 121 4 27 290 20 287 2.84e-79 246
MS.gene81956.t1 MTR_3g079170 43.273 275 134 4 108 377 25 282 1.14e-71 226
MS.gene81956.t1 MTR_5g045710 38.095 294 178 3 93 385 1 291 9.52e-65 208
MS.gene81956.t1 MTR_8g095220 31.217 378 237 15 21 385 57 424 1.49e-43 157
MS.gene81956.t1 MTR_8g095220 31.102 254 161 8 21 265 57 305 1.01e-30 119
MS.gene81956.t1 MTR_6g465010 24.863 366 231 11 23 376 3 336 7.57e-22 95.9
MS.gene81956.t1 MTR_6g466320 24.800 375 238 11 14 376 10 352 9.00e-22 95.9
MS.gene81956.t1 MTR_6g465010 24.800 375 238 11 14 376 10 352 9.00e-22 95.9
MS.gene81956.t1 MTR_5g031190 23.739 337 223 12 44 377 39 344 8.08e-14 72.4
MS.gene81956.t1 MTR_5g031390 24.484 339 218 9 44 377 39 344 7.91e-13 69.3
MS.gene81956.t1 MTR_4g115300 25.588 340 213 10 44 377 39 344 1.92e-12 68.2
MS.gene81956.t1 MTR_5g031230 23.599 339 221 10 44 377 39 344 1.85e-11 65.5
MS.gene81956.t1 MTR_5g031360 23.739 337 223 10 44 377 41 346 7.53e-11 63.5
MS.gene81956.t1 MTR_5g031210 24.702 336 221 10 44 377 39 344 7.53e-11 63.5
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene81956.t1 AT1G77120 84.973 366 55 0 20 385 12 377 0.0 658
MS.gene81956.t1 AT5G43940 59.341 364 148 0 20 383 12 375 1.52e-164 466
MS.gene81956.t1 AT5G43940 58.856 367 151 0 17 383 21 387 5.54e-164 465
MS.gene81956.t1 AT5G24760 52.459 366 170 2 20 385 18 379 7.86e-146 419
MS.gene81956.t1 AT5G24760 51.412 354 168 2 32 385 1 350 8.27e-138 397
MS.gene81956.t1 AT5G24760 51.412 354 168 2 32 385 1 350 8.27e-138 397
MS.gene81956.t1 AT1G32780 50.529 378 177 2 20 387 13 390 3.78e-137 397
MS.gene81956.t1 AT1G64710 49.051 369 185 2 20 385 12 380 5.44e-136 394
MS.gene81956.t1 AT1G64710 47.899 357 183 2 32 385 1 357 1.82e-128 374
MS.gene81956.t1 AT5G42250 46.612 369 194 3 20 385 21 389 1.74e-117 347
MS.gene81956.t1 AT1G22440 48.670 376 180 6 20 387 16 386 2.11e-113 336
MS.gene81956.t1 AT1G22430 46.900 371 194 3 20 387 18 388 8.31e-112 332
MS.gene81956.t1 AT1G22430 46.900 371 194 3 20 387 18 388 8.31e-112 332
MS.gene81956.t1 AT4G22110 47.733 375 185 5 20 387 19 389 8.68e-112 332
MS.gene81956.t1 AT4G22110 47.733 375 185 5 20 387 19 389 8.68e-112 332
MS.gene81956.t1 AT1G64710 46.732 306 161 1 82 385 6 311 4.99e-106 315
MS.gene81956.t1 AT5G24760 48.120 266 137 1 120 385 1 265 6.88e-95 285
MS.gene81956.t1 AT1G22430 51.095 274 131 3 20 290 18 291 2.76e-86 265
MS.gene81956.t1 AT1G22430 52.743 237 110 2 20 254 18 254 4.96e-78 243
MS.gene81956.t1 AT1G22430 52.743 237 110 2 20 254 18 254 4.96e-78 243
MS.gene81956.t1 AT4G22110 53.138 239 104 3 20 253 19 254 1.63e-75 236
MS.gene81956.t1 AT5G63620 30.458 371 236 14 21 379 59 419 1.31e-39 146
MS.gene81956.t1 AT5G63620 29.810 369 241 12 21 379 59 419 3.34e-39 145
MS.gene81956.t1 AT5G63620 30.992 242 154 8 21 253 59 296 1.10e-27 111
MS.gene81956.t1 AT1G72680 24.523 367 239 10 17 377 7 341 1.54e-13 71.6
MS.gene81956.t1 AT4G37990 24.281 313 210 8 44 353 35 323 3.53e-13 70.5

Find 120 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CCATTGTTTCCTAGAATATT+TGG 0.189532 3.2:+76283872 MS.gene81956:CDS
ATTAAGTTGTTGTATGTATA+TGG 0.230206 3.2:-76283202 None:intergenic
GGTTCATCTGTTGCTATCTT+TGG 0.236969 3.2:+76284470 MS.gene81956:CDS
GCTTTGTTAATCTCTGAAAA+TGG 0.242441 3.2:-76294155 None:intergenic
CAGGTTTGTTATGATCTTTC+GGG 0.250765 3.2:-76293523 None:intergenic
CTGTTGGCAGCTAAGAAGTT+TGG 0.260729 3.2:+76293482 MS.gene81956:intron
GTTTCCAGCCGATTTGAATT+AGG 0.266295 3.2:+76284692 MS.gene81956:CDS
TGTACCGACGAAATGATAAA+TGG 0.267199 3.2:-76284213 None:intergenic
GTCACACTGATGTTTACTTC+TGG 0.274790 3.2:+76283358 MS.gene81956:CDS
ACAGGTTTGTTATGATCTTT+CGG 0.289608 3.2:-76293524 None:intergenic
GGGTTTGTAGTTACCATAAA+AGG 0.296012 3.2:-76293949 None:intergenic
GCAACAGATGAACCGGGTTT+TGG 0.302998 3.2:-76284461 None:intergenic
GCTTCATGACCAAATATTCT+AGG 0.304788 3.2:-76283881 None:intergenic
GCAACATGTGCGATCTTCTT+AGG 0.308863 3.2:+76284126 MS.gene81956:CDS
TGTTGGCAGCTAAGAAGTTT+GGG 0.311983 3.2:+76293483 MS.gene81956:intron
CCAGTCAAGATTCTCTATTA+AGG 0.317764 3.2:+76284184 MS.gene81956:CDS
TGGGGTGTTGCTGTACTTGT+TGG 0.336473 3.2:+76293855 MS.gene81956:CDS
TGAATCCCTTGATTGTGTTT+TGG 0.339358 3.2:+76283224 MS.gene81956:CDS
GTTGAATGAAAGGACTCTTA+AGG 0.347627 3.2:+76293923 MS.gene81956:CDS
CTTTCATTCAACAAATTCAT+AGG 0.348960 3.2:-76293912 None:intergenic
ATCTTTGGACTTGGAGCTGT+TGG 0.351212 3.2:+76284485 MS.gene81956:CDS
ACTTTGTCAAGTGGTGCGTC+AGG 0.363668 3.2:-76284290 None:intergenic
AATGAACTAACTTGTTGAAC+AGG 0.369416 3.2:-76293542 None:intergenic
TTGAATGAAAGGACTCTTAA+GGG 0.375052 3.2:+76293924 MS.gene81956:CDS
GCTGCGGTTGCATGGGAGGC+GGG 0.399452 3.2:+76283252 MS.gene81956:CDS
TGAAATGCATCATCTTTGTT+TGG 0.400997 3.2:-76293882 None:intergenic
TCACACTGATGTTTACTTCT+GGG 0.404127 3.2:+76283359 MS.gene81956:CDS
GGCGGGGAAGCCACTGGTGA+TGG 0.404743 3.2:+76283269 MS.gene81956:CDS
GCCTCCCATGCAACCGCAGC+TGG 0.405818 3.2:-76283249 None:intergenic
AAAGATAGCAACAGATGAAC+CGG 0.416086 3.2:-76284468 None:intergenic
TGGAACCAGCTGCGGTTGCA+TGG 0.416145 3.2:+76283244 MS.gene81956:CDS
TCTGTTGCTATCTTTGGACT+TGG 0.419387 3.2:+76284476 MS.gene81956:CDS
GATCGTGCTGTTGAATGTAC+TGG 0.423698 3.2:+76293692 MS.gene81956:CDS
CAGTCAAGATTCTCTATTAA+GGG 0.427468 3.2:+76284185 MS.gene81956:CDS
GTAATTGCTGAAATGACTAA+TGG 0.428220 3.2:+76293662 MS.gene81956:CDS
AGCTGCGGTTGCATGGGAGG+CGG 0.441799 3.2:+76283251 MS.gene81956:CDS
CCAGTGTTCACAGGGGAGTG+TGG 0.446920 3.2:+76284074 MS.gene81956:CDS
ACTCCCCTGTGAACACTGGC+AGG 0.449227 3.2:-76284070 None:intergenic
TTGTAGAAAAGTACATGAAA+GGG 0.451176 3.2:+76293991 MS.gene81956:CDS
GCTGAAGGGGCAAGGATGTC+CGG 0.456856 3.2:+76284641 MS.gene81956:CDS
TCCGGTGCATCAAGAATCAT+TGG 0.459319 3.2:+76284659 MS.gene81956:CDS
AGAATATTTGGTCATGAAGC+TGG 0.461626 3.2:+76283884 MS.gene81956:CDS
GTTGATCTTTGCAACACATC+CGG 0.462591 3.2:-76284267 None:intergenic
ACTGGCAGGGCATGATCCCC+TGG 0.467690 3.2:-76284056 None:intergenic
TGTACCTAATTCAAATCGGC+TGG 0.473734 3.2:-76284696 None:intergenic
CTATGAATTTGTTGAATGAA+AGG 0.476135 3.2:+76293913 MS.gene81956:CDS
CATGCCCTGCCAGTGTTCAC+AGG 0.477691 3.2:+76284065 MS.gene81956:CDS
TTCTTAGGATCAACACTGAC+AGG 0.485136 3.2:+76284141 MS.gene81956:CDS
ACCAGCTGCGGTTGCATGGG+AGG 0.486050 3.2:+76283248 MS.gene81956:CDS
ATGGGAGGCGGGGAAGCCAC+TGG 0.486618 3.2:+76283263 MS.gene81956:CDS
ACCAAAATTTAGGCTGCTGA+AGG 0.497900 3.2:+76284626 MS.gene81956:intron
GGAACCAGCTGCGGTTGCAT+GGG 0.505012 3.2:+76283245 MS.gene81956:CDS
AGTAGATGTGGCACCACCGC+AGG 0.506193 3.2:+76283296 MS.gene81956:CDS
GTTGTAGAAAAGTACATGAA+AGG 0.506752 3.2:+76293990 MS.gene81956:CDS
CTGGTTCCAAAACACAATCA+AGG 0.509234 3.2:-76283230 None:intergenic
TCCAATGATTCTTGATGCAC+CGG 0.509781 3.2:-76284660 None:intergenic
CCAAAATTTAGGCTGCTGAA+GGG 0.515926 3.2:+76284627 MS.gene81956:intron
GTACCGACGAAATGATAAAT+GGG 0.516638 3.2:-76284212 None:intergenic
AACATTAGGAAGATCAGTGC+GGG 0.517924 3.2:-76293970 None:intergenic
GCATTGTACCTAATTCAAAT+CGG 0.523873 3.2:-76284700 None:intergenic
CAGTGTTCACAGGGGAGTGT+GGG 0.526107 3.2:+76284075 MS.gene81956:CDS
CTCTCCTCTGACTTACAATG+TGG 0.529398 3.2:-76284104 None:intergenic
CTGCGGTTGCATGGGAGGCG+GGG 0.533283 3.2:+76283253 MS.gene81956:CDS
CCAAATATTCTAGGAAACAA+TGG 0.540108 3.2:-76283872 None:intergenic
CTCAGCTGTGGAATATGCAC+AGG 0.542001 3.2:+76284320 MS.gene81956:CDS
TGTTTACTTCTGGGAAGCTA+AGG 0.543162 3.2:+76283368 MS.gene81956:CDS
CACAATGTTGATCAGGATTG+TGG 0.548924 3.2:+76284001 MS.gene81956:intron
CAACCCATTTATCATTTCGT+CGG 0.549525 3.2:+76284209 MS.gene81956:CDS
CCACACTCCCCTGTGAACAC+TGG 0.550623 3.2:-76284074 None:intergenic
AGTAAACATCAGTGTGACAA+AGG 0.551878 3.2:-76283353 None:intergenic
AAAGTTTGTATTCTCAGCTG+TGG 0.560671 3.2:+76284308 MS.gene81956:CDS
ATGCCCTGCCAGTGTTCACA+GGG 0.569963 3.2:+76284066 MS.gene81956:CDS
TGAATGTACTGGGAGCGTCC+AGG 0.577302 3.2:+76293703 MS.gene81956:CDS
GTAAACATCAGTGTGACAAA+GGG 0.577816 3.2:-76283352 None:intergenic
GTGTGACTAATCTGAAACCA+GGG 0.577827 3.2:+76284039 MS.gene81956:CDS
GATGTGGCACCACCGCAGGC+CGG 0.577946 3.2:+76283300 MS.gene81956:CDS
CAAAATTTAGGCTGCTGAAG+GGG 0.579040 3.2:+76284628 MS.gene81956:intron
TATCTTGAGACGGACTTCAC+CGG 0.582479 3.2:-76283319 None:intergenic
TGGTTCCAAAACACAATCAA+GGG 0.585807 3.2:-76283229 None:intergenic
GAGTACACTGTGGTTCATGC+CGG 0.586769 3.2:+76284248 MS.gene81956:CDS
ATTGCTGAAATGACTAATGG+AGG 0.589764 3.2:+76293665 MS.gene81956:CDS
TTTAGGCTGCTGAAGGGGCA+AGG 0.589857 3.2:+76284633 MS.gene81956:intron
CCTTAATAGAGAATCTTGAC+TGG 0.590298 3.2:-76284184 None:intergenic
GGTGTGACTAATCTGAAACC+AGG 0.590607 3.2:+76284038 MS.gene81956:CDS
GTTGGCAGCTAAGAAGTTTG+GGG 0.590624 3.2:+76293484 MS.gene81956:intron
GATTGTGGAGAGTGTAGGTG+AGG 0.592687 3.2:+76284016 MS.gene81956:CDS
AGAATACAAACTTTGTCAAG+TGG 0.596408 3.2:-76284299 None:intergenic
CTTTGTCAAGTGGTGCGTCA+GGG 0.597350 3.2:-76284289 None:intergenic
CGAAAGCTGAGATCATAGCC+TGG 0.605828 3.2:-76293721 None:intergenic
TTGCTGAAATGACTAATGGA+GGG 0.607238 3.2:+76293666 MS.gene81956:CDS
ATCGTGCTGTTGAATGTACT+GGG 0.609310 3.2:+76293693 MS.gene81956:CDS
CGGACTTCACCGGCCTGCGG+TGG 0.612360 3.2:-76283309 None:intergenic
CATCAGATGTATCATCCGAA+TGG 0.612483 3.2:+76294205 MS.gene81956:CDS
ACTTGGAGCTGTTGGCCTTG+CGG 0.616948 3.2:+76284493 MS.gene81956:CDS
TGTAGAAAAGTACATGAAAG+GGG 0.619536 3.2:+76293992 MS.gene81956:CDS
CTCCCCTGTGAACACTGGCA+GGG 0.622511 3.2:-76284069 None:intergenic
CAGATGTATCATCCGAATGG+AGG 0.627558 3.2:+76294208 MS.gene81956:CDS
AGACGGACTTCACCGGCCTG+CGG 0.628272 3.2:-76283312 None:intergenic
TCTCCTCTGACTTACAATGT+GGG 0.629740 3.2:-76284103 None:intergenic
ATATTTGGTCATGAAGCTGG+AGG 0.631481 3.2:+76283887 MS.gene81956:CDS
AGTGTTCACAGGGGAGTGTG+GGG 0.635095 3.2:+76284076 MS.gene81956:CDS
ATGCCCACATTGTAAGTCAG+AGG 0.639191 3.2:+76284100 MS.gene81956:CDS
AACATCAGTGTGACAAAGGG+AGG 0.641785 3.2:-76283349 None:intergenic
AGGTGAAGAGTATCTTGAGA+CGG 0.642729 3.2:-76283329 None:intergenic
TCTTAGGATCAACACTGACA+GGG 0.645688 3.2:+76284142 MS.gene81956:CDS
ATCAGGATTGTGGAGAGTGT+AGG 0.653420 3.2:+76284011 MS.gene81956:intron
TATTTGGTCATGAAGCTGGA+GGG 0.656045 3.2:+76283888 MS.gene81956:CDS
TCTACTTCTTCCATCACCAG+TGG 0.659374 3.2:-76283279 None:intergenic
ATTGTGGAGAGTGTAGGTGA+GGG 0.662015 3.2:+76284017 MS.gene81956:CDS
TGCTGAAATGACTAATGGAG+GGG 0.663023 3.2:+76293667 MS.gene81956:CDS
AAGATAGCAACAGATGAACC+GGG 0.667433 3.2:-76284467 None:intergenic
CTTAGGATCAACACTGACAG+GGG 0.684115 3.2:+76284143 MS.gene81956:CDS
AATGTTGCTAAACCAAAACC+CGG 0.696734 3.2:+76284449 MS.gene81956:CDS
TGAAATGACTAATGGAGGGG+TGG 0.702939 3.2:+76293670 MS.gene81956:CDS
GGTGATGGAAGAAGTAGATG+TGG 0.706146 3.2:+76283284 MS.gene81956:CDS
CAACATTAGGAAGATCAGTG+CGG 0.707517 3.2:-76293971 None:intergenic
ACATTAGGAAGATCAGTGCG+GGG 0.718262 3.2:-76293969 None:intergenic
TGTGACTAATCTGAAACCAG+GGG 0.722750 3.2:+76284040 MS.gene81956:CDS
TGCCCTGCCAGTGTTCACAG+GGG 0.747042 3.2:+76284067 MS.gene81956:CDS
TACATTCAGCGAGTACACTG+TGG 0.749330 3.2:+76284238 MS.gene81956:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.2 gene 76283195 76294235 76283195 ID=MS.gene81956
chr3.2 mRNA 76283195 76294235 76283195 ID=MS.gene81956.t1;Parent=MS.gene81956
chr3.2 exon 76283195 76283389 76283195 ID=MS.gene81956.t1.exon1;Parent=MS.gene81956.t1
chr3.2 CDS 76283195 76283389 76283195 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76283863 76283909 76283863 ID=MS.gene81956.t1.exon2;Parent=MS.gene81956.t1
chr3.2 CDS 76283863 76283909 76283863 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76284016 76284341 76284016 ID=MS.gene81956.t1.exon3;Parent=MS.gene81956.t1
chr3.2 CDS 76284016 76284341 76284016 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76284432 76284514 76284432 ID=MS.gene81956.t1.exon4;Parent=MS.gene81956.t1
chr3.2 CDS 76284432 76284514 76284432 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76284638 76284713 76284638 ID=MS.gene81956.t1.exon5;Parent=MS.gene81956.t1
chr3.2 CDS 76284638 76284713 76284638 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76293492 76293553 76293492 ID=MS.gene81956.t1.exon6;Parent=MS.gene81956.t1
chr3.2 CDS 76293492 76293553 76293492 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76293662 76293757 76293662 ID=MS.gene81956.t1.exon7;Parent=MS.gene81956.t1
chr3.2 CDS 76293662 76293757 76293662 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76293852 76294013 76293852 ID=MS.gene81956.t1.exon8;Parent=MS.gene81956.t1
chr3.2 CDS 76293852 76294013 76293852 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
chr3.2 exon 76294119 76294235 76294119 ID=MS.gene81956.t1.exon9;Parent=MS.gene81956.t1
chr3.2 CDS 76294119 76294235 76294119 ID=cds.MS.gene81956.t1;Parent=MS.gene81956.t1
Gene Sequence

>MS.gene81956

ATGATTGCCATATACATACAACAACTTAATGAATCCCTTGATTGTGTTTTGGAACCAGCTGCGGTTGCATGGGAGGCGGGGAAGCCACTGGTGATGGAAGAAGTAGATGTGGCACCACCGCAGGCCGGTGAAGTCCGTCTCAAGATACTCTTCACCTCCCTTTGTCACACTGATGTTTACTTCTGGGAAGCTAAGGTATGTTATTAATTAACCGCACGCACATTTTCTGTCTATTTGTCTATGAGAAAAGTTATTCTGTGTATTTTTTTACAGTGTCCTAGAAGTTGTCACATTTTGATTGTTTAAATATCATTCATGTTTGTCTCTTCACATTATCGTGAATAAATATTCATAGGTTTACTAGGACCTAATTACAAAATTACTACCAAGCATAAAATTTCAGAGAACTGTTTAAAACCACTCAAATTGTTCAGGGGAGTACAGTGTAATTAGACCAAATTCATATAAAGAATTTGCTCTACTAATGTAGTCTGTTTTGATTATATAACACTAACAAAAAAGCTAATTTATGTAAACTTCTTCTCGGGGTTAATTTTAGTTAGAACATATTAGCTTGTTGGTTTTTGCTTTTGAATTTTTAAAAGGTTTTGATGTTTTGTTGTGCATTGCAAAAATTTATATGGTTTTCTTGTTTTCCCCTGTTGCAGGGTCAGACTCCATTGTTTCCTAGAATATTTGGTCATGAAGCTGGAGGGTATGCTTCTCATATAGTAGTGTTTTTGATCAAATCTTTTGATTACCTAATTTGTTATATGATGTGAATGAGTTTTATTGATAATTGTTGGCACAATGTTGATCAGGATTGTGGAGAGTGTAGGTGAGGGTGTGACTAATCTGAAACCAGGGGATCATGCCCTGCCAGTGTTCACAGGGGAGTGTGGGGAATGCCCACATTGTAAGTCAGAGGAGAGCAACATGTGCGATCTTCTTAGGATCAACACTGACAGGGGTGTTATGATCAATGACAACCAGTCAAGATTCTCTATTAAGGGACAACCCATTTATCATTTCGTCGGTACATCTACATTCAGCGAGTACACTGTGGTTCATGCCGGATGTGTTGCAAAGATCAACCCTGACGCACCACTTGACAAAGTTTGTATTCTCAGCTGTGGAATATGCACAGGTATAGGAGATTCCGATGTTTAGATATTAATATATGTTTCTAGGCTGAGTCTATGTTTTCCTAATTCAATTTGCTTCCATGCTTCTATAGGTCTTGGTGCTACCATCAATGTTGCTAAACCAAAACCCGGTTCATCTGTTGCTATCTTTGGACTTGGAGCTGTTGGCCTTGCGGTATGTTACTCTTGTACCTTGAGTGTGTATACGCTTGTTTGTGTGTTTTGTGAATTGAAAATATTATCGAAAATGAAAAGAGCCAATATTAACTCCTACTCTTCTCTTTAAACCAAAATTTAGGCTGCTGAAGGGGCAAGGATGTCCGGTGCATCAAGAATCATTGGAGTTGATTTAGTTTCCAGCCGATTTGAATTAGGTACAATGCTTTCTTATTCCAACAAATTCTTGAAGATTCGTCAACATGAATTCAATGACTAATTATTTTATGGGTTTTTCTAACCTGTGCAAGATTGCACAGGATAAGGGGTGATTAATGCACCACTTTATGGGGTTTTTCAAATTTATTAATGAGTCTTTATTTTGAAAATTGATTTTTTTCCTTCTCTCCTCTATTATATAATTTTTTTTGATCAAGAAAGATAATAATGCACTCACTAGGTGTTGAACCCAGGTCACTGCAAAATGGAAACAAGACCTCTATTAACGTATAACACAATTAATTAGCTTTGCTTTTCTTAAAACGGTTTTTTTTTCTCTCCTACTCTCCCTTATATTAAACAGCTATTTTCAACCTTAAACCACTTTGTCACTTCTTTTGCAAAAATTACTTACATTCCAATGTAGAAATTGTTGAACAGTCGGCTTATGCCAACAAAACCACCATCTAATGTACTTTTTTTTGAAGGAACCATCTAATGTACTTTAACAGGTACCAAATTCAAAATTTCAGCTTTCAAAATCCTTCCAAGACTGCTAAAAATACCCAGACTTGAACATATAATATAGCGATCAAAACACAACTGCAACAACATGAAACCACACTTTTAGTCCTATTTTCTTGGTGTTTATGCTAAATCAGCAGAATCTGTTACATGTTCTCCCGATTTCTACACGTCATATTGAAGGGTATGCATACAAGGTTACTTGATATGCAAGTCATGTATAAGGCTATATATAGCCAAGTCATTGTGCAATAATAACAGAGAGTACTTTTGCCAACTTAACAAGTGGTATCAGGAGCTTAGAAGGCCCCTGATTTTCCTCTCACTTCAAAAGAAAAACACAGTTTTGTTTGAAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAAAGAAACAAAGTTAGTTACGGTGGTTTTTCAAAACAGTTACGGTGGTTTCAACCTTCATTCATCTTCTACCTTTCAACTATGACGAAATCTTCTTCGTTTCTTCAACCTGCAATACCAAAGTTTGATGGTTTCTACGATTATTGGTCCATGTTAATGGAAAACCTTCTTCGTTCCAAGGAGTATTGGAACCTGATTGAACATGGAGTCACAGTTGCACCTGCAAACGCAACACCGGAGCAGAGAAGACTTGCAGATGAAAGCAAGCTTCGTGACCTGAAAGCGAAGAACTACCTCTTCCAATCCATAGACAGATTGATTATGGAGACTATTCTTGTTCGTGACACTGCAAAAGACATATGGGATTCCATGCGCAGGAAGTATCAAGGTTCAACAAAGGTAAAACGTGCTCAATTGCAAACTTTACGCAGAGAATTCGAAGTTCTTGCTATGAAAGAAGGTGAAACAGTGAATGAATATATCTCAAGAACTCTTGCAATTGCTAACCGTATGACTGCACATGGTGAAAGATTAGAGCAAACTGTGATCGTAGAGAAAGTGTTAAGATCCATGACCTCAAGATTCAATTACGTTGTGTGCTCAATTGAAGAATCAAACGATGTTACAACAATCACCATTGATGAGTTGCAGAGGAGTCTTCTTGTTCATGAACAAAAAATGTAATCTCAGCTTGTTAAAGAGGAAGAACAAGCATTGAAGGTCTCTGGAAGAGGTAATGGGCGTGGAAGAGGTGCAAGAACTGGATCCAGAGGTCGTGGAAGAGGAAGACAAGGGAAAGAATATGTTGAATGCTTCAAGTGTCACAAACTGGGTCATTATCAGAGTGAATGTCCAAGTTGGGGAGAAAATGATGCAAATTATGCAGCATTTGATGATAGTGAAGAAATGCTTCTCATGGCACAACATCAGAATCCAGTTCAGGCCAAAGATGAGGTATGGTTCTTGGACTTAGGTTGTAGTAATCATATGGTAGGGTCTAAAGACTGGTTGTTTGATTTTGATGATAGCTTTAGATCCTCAGTGAAGTTAGGAAATGATTCAAAGATGCATGTTATGGGAAAGGGTAACCTGAAATTATTCATTGGAGGAATTGTTCAGGTGATATCAGATGTGCATTATTTGCCAGGGTTGAGTAATAATCTTCTAAGTATAGGTGAGCTTCAACAAAAGAATCTCACTGTAGTCGTGATTTTCGGATATCAAACCATTGTTTGGTTTCGAATCGTATCTTTGAACTCTTTACTTTTATTCGTGGGAGGGGAAAAAGTGAGAAAAACCCTTATGAGATTAAAGGTCCGGGGGTTGGTTTCGCGGAGGGAAGGTGTTAAGCATCCAACGCAACTACGGTACTCCGTAGGAACCTCTTGCCTAATTTATCTTGTGCTAAATTATTTGCTTACTTTGAAAATAGTTACCTAAATTTGCTTACTTTGAAAATAGTTACCTAAATGTCTAAGTGAAAGAATGGAGGGAGAAAAAGTATGTTTTTGGTATTTTTATTTGATTTGGAAGGATTGGATCCTTTGCCTACATATCCACAAGTGGAATCAAAACCGTTGTAGTTCTCTCTTAAAAAATTATTTGGTGGGTTGGATTGATTTTAAAAGTTTTAGAAAAAGGTTTTTAGAAGGGATAAGAGACCTCAAGGTATAGAAGAATAAAAGAAGTGAAGTTGATTGATTTTAGTTATAAGAGAGCAAGTCTAGATATAGATTAAATTGATTGAAAATTTGATTAAGAAATAAAAGGAAGAAATGAAATCACTTGGGTTAAAATCCAAGGTTTCTTAAGAAAATATTTTTGAAGTTTTTGCATATTTGATTTTTTTGGGAAAATATTTTTCTAAGTTAACGGTAAACTAAAGAAACTAAACGTAACGACGTAACGTAATTAAAAAAAACGAGAAATTTACAAAGGACGTTGGATCCCAAGAAAATTCTCAAGTTAATGAACCTAAAATTACTAGTGGTTTGATTTTAAGAAAATTTTAAAGTCTAATAGTTAACCTAAATGTCACTAATTCATTTTGGTCATCGCTCACGGTCATAACATAAAGCGGTAAAAATAAATGTGTGAGTGTCGGTGCTACTTCTCATTTATGGATATTTACAAGGGACCTAAATACATGCTAAAGCTTTAAAAAAAATAAATGACAAGAAACAAATAAAATGCATGAGTTAAAATTACATCATTTCCTAAATACACACTAAAAATTAATGACAATAAAATAAATGACAAGAAATAAAATATGCATGAGATAATTCTAAATAGTAATGCAACTATAAAATAAAGACAATAAAAAACAGTAAATAACAATTAAAACAAATCACAATATTTTTTGTAAACCTTTAGAGAAAAGTTTTTTAAGTAAAAGAGGTGCAGAATGTAAAAACAGTGGTGCAATTAGTAAAAAAGTAGTGAAAATATGAAGGAAATTGGGCTTAGTAAAAAAACATTGGGCTCAGACTGGATAGATCTGGGCCGTCTGATTAATCAAAGGATCCAGATCCAATCACAGGGAAGACTCATCACAGCCACTAGATCAAATGATCTAAGAGTTTAAAAAACAAAGGAACACAATAGTAAAATAAACAGGCATGCATACAAATCAAAATAGGAAGCACAACGACCGTCAGATCAATCAGACAGTTCAAACAGAAAGCATACAATAATGGGAAGGAGATAACAAACACAGTAGCCGTCAGATACTGGAACAATCCAGATCTAATGGTTCAAAATGAAAGGATCATGGTAAAGATAAAGAGGAGCGCACATGCAATCAACAGGGGGTATAAAAAAGATGAGACAGCAAAAAACAACACAAAACCTAAAAATACTTCTCTCTACACAAACAGTTCGCCGGAGAAGAAATAAAGAGGACGACCGGAGCTCCTCCGGTGCGATGGTTGGCCGGAGCGCCGCCGCACCGGAGTAATTTTTTTATTTTTTCGAAAAAACTTTTTATGTTAAATTGCTCCTCTTCTTCCTCTCTACTCAAAACTCAATCTATTTTTCAAAGAAAACTCAAGGATCCTACTAGATCTACAATTTTTGAAGACGAAAATAATTCCTAGATCTAGCAAGAATCGAAATACAAAATGAACAAACACAAGTGTCTACCTCTTTCTCTTGGTTTCTGGCTCGATTTGTTGAACCTTAAGCTTTGAACCGATTTGCTGTTGCTGCTGTGGTGTGTTGGGCGAGAGTGACTCGGATCTGAAACCTTGGTGATGGATTCAGGTTGTAGCGTGGTTGTTATAGGTTCGGATTTCAAAAAAAAGATGTTGTTCTTGAGGTTTATGAGGAAACCGAATTTCTGTTATGGTGGAGTTAAGAATTCGAAATTGGAACCTATTTGTTGTGTTTGAGTTTTTTTATGAATCTGGAAAATTGTTCTTCAATGTTCTTGAGGTTTATGAGGAAACCGAATTTCTGTTATGGTGGAGTTGAGAATTCGAAATTGGAACCTAATTGTTGTGTTTGAGTTTTTTTTATGAATCTGGAAAATTGTTCTTCAATGTTCTTGAGAAACTTTGATGATCTTGGGTGTTTGATCTGGAAATTGATGAAAGAGAAAGGGTTTTAGGGTTTGTAAGAAAATGGGGCGGCTGCAAATGATTGGGTGAATAGTGACCTCCCATCTCTCCAATGATTAGGAGTCTATTCATAGTAAAAACTAGGGTTGAGCTGAAGCTAAGAAAAAAGACTAGAATGCCCTCAAAGAGGGATCCCACGCTTGGGACAGGTGGCTTGTAAGAAACTTGGACAAAAAGTTTTAAAAGAGGACCAATGAATAAGGGACACTTGGACAGGACTACTAAAGACATGTTGGACATTAAAAAGAAATAACAATTAACTAATAATAAAAACGAAAATTAATAATAAAATACAATGATAATAAAAAAGGAAATAAAATAAAATGTAACAAGATAAAAAAAGACTAAAAATTTAATAAATAATAAAGAAAATAAAACAAAGTTATAAAACACTTAAAACTGTCCCTTTCGGTAACCAAAATGAGGTATCTCTCTGCCGAAATTTCGTCTTAGACGACGAAATTACCCGACTTTTAAAATACGAACAAAAAGTTTTAAATGGTCAAAATTTGGGGTATAACACTCACCATTGTGTTTCAGAAAGACTCCTGTAAAGTGTTCCATGAAGAAAAGGGCTTGATAATGTCTACACAGATGTCCTCTAATAGAATGTACATCATATATGTACTTGTTATTGTTCCTATGTGTTTGAAGACATTAAGCATGAATAAAACTAAGTTGTGGCATGATAGATATGGACACTTGAGCTATAAAGGTCTGAATACATTAGTGAAGAAGGAAATGGTGAGAGATTTGCCTACACTGAAGGAAGAAACTGATGTGTGCTCTGATTGCATGATGGGGAAGCAACATAGAGAATCAATTCCTAAGAAAGCTAAGTGGAGAGCTTCAAAGAAGCTTGAGCTGATTCACAGTGATGTGTGTGGACCTATCAATCCACAATCAAATGGTGGAAATAGGTACTTTATTACATTCACATATGATTTTAGTAGAAAAACATGGGTTTACTTTCTGCATGATAAAGCCAGTGTTTTTGAAGTGTTTAAAAAGTTTAAAGCATCTGTTGAGGGTGAATCTGGATGTAAAATTCAATGTTTAAGAACTGATAGAGGAGGAGAGTTTACTTCCAATGCGTTTAATAACTTCTGCAGCAATCAAGGCATCAAGAGACAGCTAACATCTGCTTACACACCTCAGCAAAATGGTGTCTCAGAGAGAAAGAACAGGACACTGATGAATATAGTGAGATGTTTGCTTAATGGAAGAAGTGTTCCTAAAATGTTTTGGCCTGAAGCAGTCAAATGGGCAACCTATGTGATGAACAGAAGTCCAACTCTATCAGTCAAAAACATTACTCCAAAAGAGGCATGGAGTGATATCAAACCCACAGTAAAACACTTTAGAGTGTTTAGTTGCTTAGCATTTGTTCATGTTCCAGATGTGAATAAAAAGAATCTGGATAGCAGAATCACAAAATGTGGCATACTTGGTGCCATTGAAGAATCCAAAGCCTATAAACTCTATGATCCAGCTTCAAAGAGAATCATTGTTAGTAAAGATGTGGTATTTGAAGAATCAAAGGGTTGAGATTGGGATGAGAAAACCACAACTGGAATGATAGAAATGGAAGGCAGCTATGAAAATGGTGATGATAGCAATAATGAAGTCACTGTTGATGAAGAAAATGTGAATGATACTGAGGAACATGTCAACAGTGAATCATCAAACAATGATAGCACATATGAGGAAGATTCTGAAGCTGAAAATAATAATCAACCAGATAATAGAAGAGCAAGAAATAAGCCAAGATATCTGCATGATTATGTCACTGGTCAAGAGCTAGATGAAGAAATAGAACAACATAATCTAGCTGTGTTTAGCACCAATAGTGACCCTGTCACTTATGAAGAAGCTGTAAAGCATGAAGAATGGAGAAATGCAATGGATCAAGAGATTGAATCCATTGAGAGGAATAATACATGGGATCTCACTAGCTTACCTTCTGGAGCCAAGAAAATTGGTGTGAAATGGGTTTATAAAACCAAACTGAAGGAGAAAGGGAAGGTAGAAAAGTATAAAGCAAGACTGGTAGCTAAAGGGTACTCTCAACAGTATGGAATAGACTATAATGAAGTTTTTGCACCAGTTGCAAGGTGGGACACAATAAGAAGAATCTCAACAGTATGGAATAGACTATGTGAAGAGTGCTTTCTTGCATGGTGAGCTAACTGAGAATGTGTATATAGAGCAGCCTGCAGGGTATCAAAGAGAAGGAAATGACAAAGTATACAAGTTGAAGAAGGCATTATATGGCTTGAAACAAGCTCCAAGAGCTTGGTATAGTAAGATTAAGGCCTATTTCTGTCAAGAAAAGTTTGATAAGTGTCCTCATAAGCATACTCTATTTGTGAAGCATGTTAAAGGGAAAACACTGATTGTCAGCTTATATGTAGATGATTTGATCTACACTGGAAATTGTGAAGAGTTATTTGAGGAGTTTAAATGCTCTATGAAGAAGAATTTTGCTATGACAGATCTGGGAAAGATGAAATAATTCCTTGGAGTAGAAGTAACTCAGAGTCCAAAAGGTATATTCATACATCAACAGAAATATGCAAGAGAAATTTTGTCTAAGTTTGGCATGGAAGACTGTAATTTGGTATGTAATCCAATTGTGCCAGGAAGCAAGCTTACAAAAAATGAAGGAGGAAAATGTGTTGATGTAACCAACTTTAAGCAAATAATAAGGAGCTTAATGTATCTTCTTGCACCAAGACCTGCTCTAGCTTACTCAGTGTGTTTAATAGCTAGATTTATGGAAAAACCAACTGAGATGCATCAAGCAGCTGTGAAACGTATTCTTAGGTATCTGAAAGGTACTATCAATCTTGGAATATGTATGAAAAGGAGAAGATGAACTACAGACTTGAAGGATGGACTGATTCAGATTATGCTGGGGACTTAGATGACAGAAAGAGTACCTCAGGCTATGTGTTTAAGCTGGGAACTGGAGCTTTGTCTTGGTCATCCAAAAAGCAAACTATTGTTACCTTATCTACTACTGAAGCTGAGTTTGTAGCAGCCTCATCATGTGCCTGTCAAGCTATATGGCTGAGAAGAATTCTTCATCATCTTGGTCAGACATAGGAAGAATGCACAAAACTTTTCTGTGACAACAGATCATCCATCAAGCTCTCCAAAAATCCAATTATGCATGGAAGGTGCAAACACATTGATGTCAGATTTCACTTCTTGAGGGATCTCACAAAGGATGGAGTAGTTGAATTGGTTCACTGCAAAACTGAAGATCAAATTGCAGACATATTCACCAAGCCTTTGAAGTTAGACAGCTTCTGCAAATTGCAAGCAAAACTTGGAATATGTGAATTTGACAGTCTAGATTGGTAATGTGTATGACTGAATTGTATTTTTCTGTTGTTTCTCTTTTGTCTATCTTTAATCTGTAGTTTTTCTAGTAAAATTCAGATTAGGGGAGTGTATTGAAGGGTATGCATACAAGGTTACTTGATATGCAAGTCATGTATAAGGCTATATATAGCCAAGTCATTGTGCAATAATAACAGCGAGTATTTTTGCCAACTTAACACATAGTAGGTGTGCATTCCTTATTTTTTGTTGTTCAGAAAAAGTGGGGATGGCATCTATTTTACTCAATTTTTTAGCTGCTTTTTTACCTTATGCCACTCTCCATGTTTCTATGCCATAACCAGTATCATAGGATAGGCCACTGATTTTGTTTTTTTGTTCGGGGTGAGGTAGAGAGAAAACCTAATTCTTATATGTAGATTAACATGATAGACAAGAGGTGAGTCCATTTGTTTATTATCATTATCTCCCTGGTTGCTCTGCTTAATTTGATGAAGCACTGTGTTGATTATAAGGATGCTTTCGTTGAAAAGCATGGAGTCATTTCTTCCATCTGTCGTGAACAAAAAACTATAACGATAGCCTCCTACATTCCTTGGCTAATTGCACACGCAAACATGGCAAGCAAAGAAAAGCATGGTTGTGGTTAGATATAGGAGAGAGAAGGAAAAAAAAAGGAGTTTTTAAGAAAACGTAGGCTATTAATTGTGTTATAGTTAACAGAGGAGAGAAGGAAAAAAGAAACAATTTTCATGAAAAACACTAGTTAAAAATATTTTGAGAAACCCACAAAGTGGTGCATTAATCACCCCTTATCCTGTGCAATCTTGCACAAGTTAGAAAAACCCTTATTTTATTGATGGCATCTCTTATTCTTTTCCTGTTGGCAGCTAAGAAGTTTGGGGTAAATGAGTTCGTAAACCCGAAAGATCATAACAAACCTGTTCAACAAGTTAGTTCATTGACAATTTAGTACATGGTAGTTTATTATATTTCTGTTTTCAGTTTGGAATTTTAAAGTATGATTCTATATATGAATTTTAATGTTGTTGGTGTGCAGGTAATTGCTGAAATGACTAATGGAGGGGTGGATCGTGCTGTTGAATGTACTGGGAGCGTCCAGGCTATGATCTCAGCTTTCGAATGTGTCCATGATGTATGCAAAACAAAATTCATTTGTTCTAACTTGTTGCTAAAGAAACAATAAAGATTACTGAGGCTAAAGCTGAACCTTTATTTGTTTTTCTTAGGGTTGGGGTGTTGCTGTACTTGTTGGAGTGCCAAACAAAGATGATGCATTTCAAACACATCCTATGAATTTGTTGAATGAAAGGACTCTTAAGGGTACCTTTTATGGTAACTACAAACCCCGCACTGATCTTCCTAATGTTGTAGAAAAGTACATGAAAGGGGTAAGTTTATATACATCGAATCGTGCACTGTTAAGGAGGATTAATTACTATTGTAGAATGATATGTTATCTGTGTTGCTAATATGATATTACTGTGATATTACAGGAACTGGAACTTGAGAAATTCATCACTCACACAATTCCATTTTCAGAGATTAACAAAGCTTTTGATTACATGCTGAAAGGGGAGTGCATCAGATGTATCATCCGAATGGAGGAGTAA
Protein sequence

>MS.gene81956.t1

MIAIYIQQLNESLDCVLEPAAVAWEAGKPLVMEEVDVAPPQAGEVRLKILFTSLCHTDVYFWEAKGQTPLFPRIFGHEAGGIVESVGEGVTNLKPGDHALPVFTGECGECPHCKSEESNMCDLLRINTDRGVMINDNQSRFSIKGQPIYHFVGTSTFSEYTVVHAGCVAKINPDAPLDKVCILSCGICTGLGATINVAKPKPGSSVAIFGLGAVGLAAAEGARMSGASRIIGVDLVSSRFELAKKFGVNEFVNPKDHNKPVQQVIAEMTNGGVDRAVECTGSVQAMISAFECVHDGWGVAVLVGVPNKDDAFQTHPMNLLNERTLKGTFYGNYKPRTDLPNVVEKYMKGELELEKFITHTIPFSEINKAFDYMLKGECIRCIIRMEE