AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene20180

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene20180.t1 MTR_8g101340 99.692 975 3 0 1 975 1 975 0.0 2018
MS.gene20180.t1 MTR_5g069360 74.494 988 228 6 1 985 1 967 0.0 1464
MS.gene20180.t1 MTR_7g080730 49.374 958 445 10 45 974 28 973 0.0 932
MS.gene20180.t1 MTR_3g462290 32.635 1002 551 25 76 974 341 1321 3.54e-151 483
MS.gene20180.t1 MTR_5g036660 33.272 541 304 12 76 566 138 671 3.39e-72 261
MS.gene20180.t1 MTR_3g025300 26.241 423 231 11 98 487 453 827 1.29e-24 112
MS.gene20180.t1 MTR_3g025300 30.688 189 104 6 336 513 1515 1687 1.02e-14 79.7
MS.gene20180.t1 MTR_3g025300 26.241 423 231 11 98 487 453 827 1.76e-24 111
MS.gene20180.t1 MTR_3g025300 30.688 189 104 6 336 513 1515 1687 1.04e-14 79.7
MS.gene20180.t1 MTR_1g008600 24.265 544 306 21 76 575 521 1002 5.55e-24 110
MS.gene20180.t1 MTR_7g075463 24.256 437 243 15 93 487 35 425 1.36e-19 95.5
MS.gene20180.t1 MTR_7g075463 24.256 437 243 15 93 487 35 425 1.45e-19 95.1
MS.gene20180.t1 MTR_7g075463 24.256 437 243 15 93 487 35 425 1.68e-19 95.1
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene20180.t1 AT2G06990 79.776 984 185 3 6 975 3 986 0.0 1621
MS.gene20180.t1 AT1G59760 48.646 960 444 14 45 974 38 978 0.0 902
MS.gene20180.t1 AT3G46960 34.965 1001 530 22 76 974 216 1197 0.0 565
MS.gene20180.t1 AT3G46960 34.965 1001 530 22 76 974 225 1206 0.0 564
MS.gene20180.t1 AT3G46960 34.965 1001 530 22 76 974 353 1334 0.0 563
MS.gene20180.t1 AT1G70070 35.611 483 261 11 80 524 151 621 3.36e-75 270
MS.gene20180.t1 AT4G32700 26.829 451 247 14 76 487 512 918 9.80e-27 119
MS.gene20180.t1 AT5G61140 25.597 461 252 16 98 521 523 929 1.83e-21 102
MS.gene20180.t1 AT5G61140 30.978 184 110 6 336 513 1574 1746 8.25e-15 80.1
MS.gene20180.t1 AT5G61140 25.597 461 252 16 98 521 523 929 2.06e-21 101
MS.gene20180.t1 AT5G61140 30.978 184 110 6 336 513 1585 1757 9.06e-15 80.1

Find 221 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CCTTACCTGATGTGGGAAAA+AGG 0.216911 4.4:+4109304 MS.gene20180:CDS
GTCACCGAATTAATGTTTAA+TGG 0.222685 4.4:+4111451 MS.gene20180:CDS
GGAAAAGGTGGTTCTGCTTC+TGG 0.233820 4.4:+4106083 MS.gene20180:CDS
TGGTGGGAGTGGATTGTATT+TGG 0.234213 4.4:+4105950 MS.gene20180:CDS
GTTGATTCCTGCTCCATTGC+TGG 0.236473 4.4:-4105162 None:intergenic
GGAATATCATAAGCTGAAAT+TGG 0.270577 4.4:+4109494 MS.gene20180:CDS
CAGAACCCCTTGTCTGCATT+GGG 0.272332 4.4:+4114161 MS.gene20180:CDS
CTCCTTTAGTTAGTACATTC+AGG 0.276561 4.4:+4109093 MS.gene20180:CDS
GGGCGGGGTGGGCATGGTTT+TGG 0.279061 4.4:-4110047 None:intergenic
GGAATTGCTGTTCATCATTC+TGG 0.280658 4.4:+4108042 MS.gene20180:CDS
CACCTATCTGAATTAATTAA+TGG 0.293586 4.4:-4114112 None:intergenic
AGAAAATAAAGAATCATTTC+AGG 0.301615 4.4:-4109561 None:intergenic
TGCTCAGATGATTTCTCTAT+TGG 0.304109 4.4:-4111630 None:intergenic
TAACCTCAAAGACATGGTTT+TGG 0.327231 4.4:+4109061 MS.gene20180:CDS
TTACTAAGGGCAGAGATTAA+TGG 0.328246 4.4:-4110222 None:intergenic
CTTTCTCTCCAGGGCGGGGT+GGG 0.340851 4.4:-4110058 None:intergenic
AAGCATACTCCTTGCTGTTC+AGG 0.343693 4.4:+4110293 MS.gene20180:CDS
GGTGGGACAGATTGGGGCTG+GGG 0.343868 4.4:+4109930 MS.gene20180:CDS
TTCGTTGAGGTGTAATTGAT+TGG 0.352188 4.4:-4105303 None:intergenic
GAGATTAATGGTAATTGAAC+AGG 0.353778 4.4:-4110210 None:intergenic
TCTTCCTGTCATCAAAGAAT+TGG 0.354834 4.4:+4108068 MS.gene20180:CDS
GGTGATAGTCACCGTTATAT+TGG 0.358611 4.4:+4108295 MS.gene20180:CDS
TCTTCGAGGGGAGTATCATT+AGG 0.360737 4.4:+4112911 MS.gene20180:CDS
GGTAAATCGAATGGAAGATT+TGG 0.365565 4.4:+4106062 MS.gene20180:CDS
GCTTCCAAGGGCCGGAGATC+AGG 0.372035 4.4:-4110264 None:intergenic
GATAGAGCACGAATGCAAAT+TGG 0.376072 4.4:+4111798 MS.gene20180:intron
TCGGCGGTGGACACCGGTTC+CGG 0.376643 4.4:-4105207 None:intergenic
TCTCCAGGGCGGGGTGGGCA+TGG 0.379010 4.4:-4110053 None:intergenic
ATCGTGAAAGGGGTGTTGTA+TGG 0.379808 4.4:+4105757 MS.gene20180:CDS
CATATATCCTTAGTTTACTA+AGG 0.380472 4.4:-4110236 None:intergenic
TTCACCATTAAACATTAATT+CGG 0.382558 4.4:-4111455 None:intergenic
TGCATTTCACCTTTCTCTCC+AGG 0.383547 4.4:-4110068 None:intergenic
TACTCTCTGTTTATCTCTAA+AGG 0.385174 4.4:-4105514 None:intergenic
GCAATTGATACTTGTTGAAA+TGG 0.388936 4.4:-4105405 None:intergenic
ACTCCTTGCTGTTCAGGAGC+TGG 0.390356 4.4:+4110299 MS.gene20180:CDS
AACAGTAAGGCCATTCTTGA+TGG 0.396227 4.4:+4111849 MS.gene20180:CDS
TTCACCTTTCTCTCCAGGGC+GGG 0.396948 4.4:-4110063 None:intergenic
ACCTTCACAGGGTTAAGCTT+TGG 0.397852 4.4:-4110345 None:intergenic
TAAGAGAAGGTGGGACAGAT+TGG 0.401630 4.4:+4109922 MS.gene20180:CDS
CTTCAATTCCCAAGAGGAAA+AGG 0.412893 4.4:+4107921 MS.gene20180:CDS
TCAGAACCCCTTGTCTGCAT+TGG 0.415822 4.4:+4114160 MS.gene20180:CDS
AAGAGAAGGTGGGACAGATT+GGG 0.417328 4.4:+4109923 MS.gene20180:CDS
GTCGAATGCCACAGAGTTTG+CGG 0.419327 4.4:+4105839 MS.gene20180:CDS
TCACGTGTTCCGCAGTGAAC+TGG 0.420579 4.4:-4109160 None:intergenic
GTTTGATCATCCTATGCATA+AGG 0.424049 4.4:+4110771 MS.gene20180:CDS
TGATTACTCAAAGCTTTCAA+TGG 0.430787 4.4:-4105549 None:intergenic
TATGCTTTGCCGAGCTTCCA+AGG 0.432464 4.4:-4110277 None:intergenic
TGCAATGGGTTTAAATATGC+CGG 0.437253 4.4:+4108234 MS.gene20180:CDS
CCGCCGTCGGCGGTGGACAC+CGG 0.439717 4.4:-4105213 None:intergenic
AGTCAGGAATTTACAGATGT+AGG 0.442488 4.4:+4105588 MS.gene20180:CDS
TCACCTTTCTCTCCAGGGCG+GGG 0.444665 4.4:-4110062 None:intergenic
TGCAGTTGGAGAAGCTGACT+TGG 0.449759 4.4:+4113691 MS.gene20180:CDS
TCATCAATTTCAATATGAAA+AGG 0.453667 4.4:+4109196 MS.gene20180:CDS
ATCAGTGTAAACTACGTGAC+AGG 0.455162 4.4:-4105889 None:intergenic
ACCTCCTGATCTCCGGCCCT+TGG 0.455173 4.4:+4110260 MS.gene20180:CDS
AGTGTCGCCGCCGTCGGCGG+TGG 0.455307 4.4:-4105220 None:intergenic
TGATGGATGTAATATACTCT+TGG 0.455877 4.4:+4111866 MS.gene20180:CDS
CCTTTCTCTCCAGGGCGGGG+TGG 0.456496 4.4:-4110059 None:intergenic
CTTCGAGGGGAGTATCATTA+GGG 0.456913 4.4:+4112912 MS.gene20180:CDS
TGATGAAATTCATTATATGA+AGG 0.458021 4.4:+4105734 MS.gene20180:CDS
GTCAGGAATTTACAGATGTA+GGG 0.458805 4.4:+4105589 MS.gene20180:CDS
TACCCAAAACCATGTCTTTG+AGG 0.459038 4.4:-4109064 None:intergenic
TTTACCACCTGCTATTAAGA+TGG 0.462609 4.4:+4105797 MS.gene20180:CDS
ATCTCCGGCCCTTGGAAGCT+CGG 0.463489 4.4:+4110268 MS.gene20180:CDS
GTAGCCTTGCTTGATGCTGC+AGG 0.467215 4.4:+4109348 MS.gene20180:CDS
AGGTGGGACAGATTGGGGCT+GGG 0.468655 4.4:+4109929 MS.gene20180:CDS
TCAACCAATTCTTTGATGAC+AGG 0.470906 4.4:-4108072 None:intergenic
AAGGTGGGACAGATTGGGGC+TGG 0.472672 4.4:+4109928 MS.gene20180:CDS
TACAATCCACTCCCACCAAT+AGG 0.473323 4.4:-4105945 None:intergenic
CTCAATCCCCAATGCAGACA+AGG 0.473840 4.4:-4114168 None:intergenic
CGTGCTGCTGCTGATGCAGT+TGG 0.474550 4.4:+4113677 MS.gene20180:CDS
AAACCATGCCCACCCCGCCC+TGG 0.477422 4.4:+4110050 MS.gene20180:CDS
CTCCTTGCTGTTCAGGAGCT+GGG 0.479025 4.4:+4110300 MS.gene20180:CDS
CCATGGTACCGTTGTGGAGA+GGG 0.479305 4.4:-4105356 None:intergenic
AGTCACCGTTATATTGGATC+TGG 0.479637 4.4:+4108301 MS.gene20180:CDS
GTCCATTAATTAATTCAGAT+AGG 0.484296 4.4:+4114110 MS.gene20180:CDS
CCACCCCGCCCTGGAGAGAA+AGG 0.486232 4.4:+4110059 MS.gene20180:CDS
GTATCATTAGGGCAGCTAGA+AGG 0.486870 4.4:+4112923 MS.gene20180:CDS
GGTTCTGAAGGTAGACGAAC+AGG 0.488537 4.4:-4114145 None:intergenic
CTTTAGATGAGTGGAAGGGC+TGG 0.488920 4.4:+4108431 MS.gene20180:intron
AGCGAGTGAAAGCCTTCGAC+GGG 0.494908 4.4:+4113730 MS.gene20180:CDS
TTTGCCGAGCTTCCAAGGGC+CGG 0.495193 4.4:-4110272 None:intergenic
TGAAGAAGTGTCGCCGCCGT+CGG 0.496324 4.4:-4105226 None:intergenic
GTCTCTGCTCACACCTCCGC+CGG 0.496523 4.4:+4105456 MS.gene20180:CDS
GGCAACATCAACTCGATAGC+AGG 0.497538 4.4:-4108006 None:intergenic
CTTGTCTGCATTGGGGATTG+AGG 0.499173 4.4:+4114169 MS.gene20180:CDS
GAAACGAAGTGAACCGGAAC+CGG 0.499719 4.4:+4105194 MS.gene20180:CDS
TCGTGAAAGGGGTGTTGTAT+GGG 0.500015 4.4:+4105758 MS.gene20180:CDS
TGGATCTGGTGAATATATAC+AGG 0.502543 4.4:+4108315 MS.gene20180:CDS
ACTCGATAGCAGGTAAGCTT+CGG 0.502820 4.4:-4107996 None:intergenic
TATCATAATGATTGATGAGC+AGG 0.503248 4.4:+4108484 MS.gene20180:CDS
ATAACAAGACATGTCGCATT+CGG 0.504190 4.4:-4105639 None:intergenic
ACTTTACTTCATTGTTCACC+TGG 0.504730 4.4:+4110002 MS.gene20180:CDS
TCTCTGCCCTTAGTAAACTA+AGG 0.506371 4.4:+4110229 MS.gene20180:CDS
ACTCGGGAAACGAAGTGAAC+CGG 0.508430 4.4:+4105188 MS.gene20180:CDS
AAAGGTGGTTCTGCTTCTGG+TGG 0.510116 4.4:+4106086 MS.gene20180:CDS
TGATATATACAAGATTGTTA+AGG 0.511551 4.4:+4106112 MS.gene20180:CDS
TGAACTTGTCAATCAAATAG+AGG 0.511641 4.4:+4110732 MS.gene20180:CDS
CTATCACTTACCAGTCGACC+AGG 0.516457 4.4:-4109588 None:intergenic
GAAATATAGAGAATTGAGTC+AGG 0.519365 4.4:+4105572 MS.gene20180:CDS
TTATATGAAGGATCGTGAAA+GGG 0.519649 4.4:+4105746 MS.gene20180:CDS
TATATTACATCCATCAAGAA+TGG 0.520179 4.4:-4111859 None:intergenic
TTGGTATAAAACAACTTGCA+AGG 0.521291 4.4:-4111611 None:intergenic
TATATGTACCTCCTGATCTC+CGG 0.521941 4.4:+4110253 MS.gene20180:CDS
AATTCAGACCTTACCTGATG+TGG 0.522375 4.4:+4109296 MS.gene20180:intron
GTGTAGTTCAATTGAAAGGA+AGG 0.523333 4.4:+4111392 MS.gene20180:CDS
ACGAAAGACGAATCACTTCA+CGG 0.527695 4.4:+4105321 MS.gene20180:CDS
GCAAGATCCAGCAATGGAGC+AGG 0.528330 4.4:+4105155 MS.gene20180:CDS
TCGAATGGAAGATTTGGAAA+AGG 0.528518 4.4:+4106068 MS.gene20180:CDS
CCGGTGTCCACCGCCGACGG+CGG 0.528646 4.4:+4105213 MS.gene20180:CDS
TCAACTATATAACCGCCAAC+AGG 0.529420 4.4:-4109978 None:intergenic
AGCCTGAATGTACTAACTAA+AGG 0.529528 4.4:-4109095 None:intergenic
ATTCTTTGATGACAGGAAGA+AGG 0.530033 4.4:-4108065 None:intergenic
AAGGGTGTCTATGCTGGAGC+AGG 0.530066 4.4:+4109323 MS.gene20180:CDS
CTCTGTGGCATTCGACATAG+TGG 0.530069 4.4:-4105832 None:intergenic
ATTATATGAAGGATCGTGAA+AGG 0.530275 4.4:+4105745 MS.gene20180:CDS
CAGTGAACTGGCCTTCTGCT+CGG 0.530427 4.4:-4109148 None:intergenic
CAAATGACTGACATCTTCGA+GGG 0.531212 4.4:+4112898 MS.gene20180:CDS
CAGATTAAAGTAAGAGAAGG+TGG 0.532868 4.4:+4109912 MS.gene20180:intron
CTTGCTTGATGCTGCAGGGG+AGG 0.536139 4.4:+4109353 MS.gene20180:CDS
TACTGTCTCAGTAGCAAAGA+GGG 0.536146 4.4:-4108124 None:intergenic
GCATTTCACCTTTCTCTCCA+GGG 0.541047 4.4:-4110067 None:intergenic
GCAATTCCTCGCTGAAGAAG+TGG 0.544503 4.4:-4108027 None:intergenic
TCATGAAATTCAACAACTGA+AGG 0.546269 4.4:+4110940 MS.gene20180:CDS
TTTAGATGAGTGGAAGGGCT+GGG 0.547075 4.4:+4108432 MS.gene20180:intron
GGGAAGGGTGGTAAATCGAA+TGG 0.547674 4.4:+4106053 MS.gene20180:CDS
AGAACCCCTTGTCTGCATTG+GGG 0.548794 4.4:+4114162 MS.gene20180:CDS
GATAGTGTAGTTCAATTGAA+AGG 0.549226 4.4:+4111388 MS.gene20180:CDS
TCGCGAGTCTTAAAGAAGCT+TGG 0.549421 4.4:+4111352 MS.gene20180:CDS
ATCGCCTGTGTCAATCAAGC+AGG 0.550338 4.4:-4111419 None:intergenic
CAAGGGCAGCAACTTGATGA+TGG 0.552445 4.4:-4111593 None:intergenic
GCCATGGTACCGTTGTGGAG+AGG 0.553017 4.4:-4105357 None:intergenic
TCAAATGACTGACATCTTCG+AGG 0.556182 4.4:+4112897 MS.gene20180:CDS
AATGTACTAACTAAAGGAGC+AGG 0.560102 4.4:-4109089 None:intergenic
AAGGTGGTTCTGCTTCTGGT+GGG 0.560327 4.4:+4106087 MS.gene20180:CDS
TGGATCAAGTGTGAAAGGAT+AGG 0.560748 4.4:-4105385 None:intergenic
GTTAAGCAGAAACTTGGTGA+AGG 0.561016 4.4:+4106032 MS.gene20180:CDS
AGTATGTCGAATCAACAGTA+AGG 0.561577 4.4:+4111836 MS.gene20180:CDS
GAACCGGTGTCCACCGCCGA+CGG 0.562070 4.4:+4105210 MS.gene20180:CDS
CAGCGAGTGAAAGCCTTCGA+CGG 0.562359 4.4:+4113729 MS.gene20180:CDS
TAGCCTTGCTTGATGCTGCA+GGG 0.564277 4.4:+4109349 MS.gene20180:CDS
ATGACTACGGAGATTCTTCG+TGG 0.566120 4.4:+4105660 MS.gene20180:CDS
AGAGAAGGTGGGACAGATTG+GGG 0.569047 4.4:+4109924 MS.gene20180:CDS
AATGGAAGATTTGGAAAAGG+TGG 0.569254 4.4:+4106071 MS.gene20180:CDS
GAGCAGGAATCAACAACACT+CGG 0.569618 4.4:+4105171 MS.gene20180:CDS
GCAGAAACTTGGTGAAGGGA+AGG 0.571285 4.4:+4106037 MS.gene20180:CDS
TTAAGCAGAAACTTGGTGAA+GGG 0.571445 4.4:+4106033 MS.gene20180:CDS
TGTACCTTTAGATGAGTGGA+AGG 0.572811 4.4:+4108426 MS.gene20180:intron
CTTCGTGGAATGTTGTATCG+TGG 0.573133 4.4:+4105675 MS.gene20180:CDS
AATGTTGTTAAGAAACCTGT+TGG 0.574141 4.4:+4109963 MS.gene20180:CDS
CAGAAACTTGGTGAAGGGAA+GGG 0.574536 4.4:+4106038 MS.gene20180:CDS
GTTGTTAAGAAACCTGTTGG+CGG 0.575282 4.4:+4109966 MS.gene20180:CDS
AAGTGATTCGTCTTTCGTTG+AGG 0.576556 4.4:-4105316 None:intergenic
AGAAGTGTCGCCGCCGTCGG+CGG 0.577944 4.4:-4105223 None:intergenic
ACATAATGCTGCAACGGTGT+CGG 0.578972 4.4:-4105918 None:intergenic
TATTGTGTAGGCTGAAGTAT+CGG 0.579161 4.4:+4109473 MS.gene20180:intron
TTAAGCTTTGGAAGACCTTG+AGG 0.579381 4.4:-4110333 None:intergenic
ATGCAGACAAGGGGTTCTGA+AGG 0.580324 4.4:-4114157 None:intergenic
CTCCCCTGCAGCATCAAGCA+AGG 0.582351 4.4:-4109352 None:intergenic
TATTCACTGCTGTTAAGAAG+TGG 0.585998 4.4:+4108269 MS.gene20180:CDS
ATATATCCTTAGTTTACTAA+GGG 0.587989 4.4:-4110235 None:intergenic
CCCTCTCCACAACGGTACCA+TGG 0.588675 4.4:+4105356 MS.gene20180:CDS
CTGTCTTGAAGCTGTTGTAG+AGG 0.589916 4.4:-4111681 None:intergenic
AGTGGAAGGGCTGGGCGTCG+TGG 0.590542 4.4:+4108440 MS.gene20180:CDS
TGTAATATACTCTTGGTCAA+AGG 0.591936 4.4:+4111873 MS.gene20180:CDS
AATTTGATGAGCCGAGCAGA+AGG 0.592081 4.4:+4109137 MS.gene20180:CDS
TCAATCCCCAATGCAGACAA+GGG 0.592574 4.4:-4114167 None:intergenic
ATTCACCAGATCCAATATAA+CGG 0.593476 4.4:-4108306 None:intergenic
GCAGCCTGCTTGATTGACAC+AGG 0.593822 4.4:+4111415 MS.gene20180:CDS
TTGCAGATTAAAGTAAGAGA+AGG 0.593993 4.4:+4109909 MS.gene20180:intron
ATTCAGACCTTACCTGATGT+GGG 0.593998 4.4:+4109297 MS.gene20180:intron
TGGTATAAAACAACTTGCAA+GGG 0.594056 4.4:-4111610 None:intergenic
GGTACCGTTGTGGAGAGGGT+TGG 0.594794 4.4:-4105352 None:intergenic
AGAGCACGAATGCAAATTGG+AGG 0.596817 4.4:+4111801 MS.gene20180:CDS
ATGCTTTGCCGAGCTTCCAA+GGG 0.600340 4.4:-4110276 None:intergenic
ATTCACTGCTGTTAAGAAGT+GGG 0.601230 4.4:+4108270 MS.gene20180:CDS
TCCAAAGCTTAACCCTGTGA+AGG 0.603957 4.4:+4110344 MS.gene20180:CDS
AGCCTTGCTTGATGCTGCAG+GGG 0.606074 4.4:+4109350 MS.gene20180:CDS
GACATGTCTTGTTATGACTA+CGG 0.606987 4.4:+4105647 MS.gene20180:CDS
TGTAAGTTAGATTCAAGATG+TGG 0.608430 4.4:+4110880 MS.gene20180:intron
AGCTTCAAGACAGTGCAAGA+AGG 0.609159 4.4:+4111691 MS.gene20180:CDS
GATATGTACCTTTAGATGAG+TGG 0.609300 4.4:+4108422 MS.gene20180:intron
TGAAATGGATCAAGTGTGAA+AGG 0.609448 4.4:-4105390 None:intergenic
TCCAAGGGCCGGAGATCAGG+AGG 0.609949 4.4:-4110261 None:intergenic
GTCGTGGCAAAGATGAGCGT+GGG 0.610558 4.4:+4108456 MS.gene20180:CDS
CGCAGGTGCGTTCTGAACTG+CGG 0.612007 4.4:-4105263 None:intergenic
CGTCGTGGCAAAGATGAGCG+TGG 0.615347 4.4:+4108455 MS.gene20180:CDS
AACTGCTACTTCGTGAACGC+AGG 0.617384 4.4:-4105280 None:intergenic
ATCAAATTAAGTGCTTTGAG+AGG 0.623177 4.4:+4110903 MS.gene20180:CDS
ACAGATGTAGGGTTGATGAC+TGG 0.623281 4.4:+4105600 MS.gene20180:CDS
TGTAGTTCAATTGAAAGGAA+GGG 0.623395 4.4:+4111393 MS.gene20180:CDS
CATTAATTAATTCAGATAGG+TGG 0.623666 4.4:+4114113 MS.gene20180:CDS
CCAAGAGGAAAAGGATACAG+TGG 0.624075 4.4:+4107930 MS.gene20180:CDS
TAAACATTAATTCGGTGACA+AGG 0.624665 4.4:-4111447 None:intergenic
ACTTGACTTCAATTCCCAAG+AGG 0.624800 4.4:+4107915 MS.gene20180:CDS
AGATTAAAGTAAGAGAAGGT+GGG 0.625932 4.4:+4109913 MS.gene20180:intron
TATATGAAGGATCGTGAAAG+GGG 0.635140 4.4:+4105747 MS.gene20180:CDS
AATTGCGTATTCTGCAATTG+CGG 0.635689 4.4:-4105484 None:intergenic
AAAACCATCTTAATAGCAGG+TGG 0.640804 4.4:-4105801 None:intergenic
CAGTGCAAGAAGGATAGCAG+AGG 0.642671 4.4:+4111701 MS.gene20180:CDS
AATGGAGCAAGATCCAGCAA+TGG 0.653767 4.4:+4105149 None:intergenic
AGCAGGAATCAACAACACTC+GGG 0.653866 4.4:+4105172 MS.gene20180:CDS
TTTCACCTTTCTCTCCAGGG+CGG 0.655858 4.4:-4110064 None:intergenic
CAATCCCCAATGCAGACAAG+GGG 0.660798 4.4:-4114166 None:intergenic
TTACTGTCTCAGTAGCAAAG+AGG 0.661591 4.4:-4108125 None:intergenic
TCAGTGTAAACTACGTGACA+GGG 0.662220 4.4:-4105888 None:intergenic
CTCTCCAACCCTCTCCACAA+CGG 0.662230 4.4:+4105348 MS.gene20180:CDS
TGCCCAGCTCCTGAACAGCA+AGG 0.669683 4.4:-4110302 None:intergenic
AAACTTGGTGAAGGGAAGGG+TGG 0.671860 4.4:+4106041 MS.gene20180:CDS
ATGCCACAGAGTTTGCGGAG+TGG 0.675154 4.4:+4105844 MS.gene20180:CDS
AATCCACTCCGCAAACTCTG+TGG 0.678770 4.4:-4105847 None:intergenic
AATGAATAACCTCAAAGACA+TGG 0.682984 4.4:+4109055 MS.gene20180:CDS
GTACCTTTAGATGAGTGGAA+GGG 0.683809 4.4:+4108427 MS.gene20180:intron
ATGTTGCCACTTCTTCAGCG+AGG 0.692681 4.4:+4108021 MS.gene20180:CDS
TATCACTTACCAGTCGACCA+GGG 0.697939 4.4:-4109587 None:intergenic
ACTGCTGTTAAGAAGTGGGA+TGG 0.700131 4.4:+4108274 MS.gene20180:CDS
AAATGACTGACATCTTCGAG+GGG 0.700286 4.4:+4112899 MS.gene20180:CDS
AGATTAATGGTAATTGAACA+GGG 0.701469 4.4:-4110209 None:intergenic
AGCAGAAGGCCAGTTCACTG+CGG 0.731901 4.4:+4109151 MS.gene20180:CDS
GCGAGTGAAAGCCTTCGACG+GGG 0.744115 4.4:+4113731 MS.gene20180:CDS
AGAGAAAGGTGAAATGCATG+TGG 0.767410 4.4:+4110073 MS.gene20180:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr4.4 gene 4105150 4114189 4105150 ID=MS.gene20180
chr4.4 mRNA 4105150 4114189 4105150 ID=MS.gene20180.t1;Parent=MS.gene20180
chr4.4 exon 4105150 4106133 4105150 ID=MS.gene20180.t1.exon1;Parent=MS.gene20180.t1
chr4.4 CDS 4105150 4106133 4105150 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4107829 4108143 4107829 ID=MS.gene20180.t1.exon2;Parent=MS.gene20180.t1
chr4.4 CDS 4107829 4108143 4107829 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4108232 4108336 4108232 ID=MS.gene20180.t1.exon3;Parent=MS.gene20180.t1
chr4.4 CDS 4108232 4108336 4108232 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4108437 4108505 4108437 ID=MS.gene20180.t1.exon4;Parent=MS.gene20180.t1
chr4.4 CDS 4108437 4108505 4108437 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4109050 4109217 4109050 ID=MS.gene20180.t1.exon5;Parent=MS.gene20180.t1
chr4.4 CDS 4109050 4109217 4109050 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4109303 4109374 4109303 ID=MS.gene20180.t1.exon6;Parent=MS.gene20180.t1
chr4.4 CDS 4109303 4109374 4109303 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4109483 4109599 4109483 ID=MS.gene20180.t1.exon7;Parent=MS.gene20180.t1
chr4.4 CDS 4109483 4109599 4109483 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4109915 4110094 4109915 ID=MS.gene20180.t1.exon8;Parent=MS.gene20180.t1
chr4.4 CDS 4109915 4110094 4109915 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4110207 4110365 4110207 ID=MS.gene20180.t1.exon9;Parent=MS.gene20180.t1
chr4.4 CDS 4110207 4110365 4110207 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4110703 4110792 4110703 ID=MS.gene20180.t1.exon10;Parent=MS.gene20180.t1
chr4.4 CDS 4110703 4110792 4110703 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4110890 4110982 4110890 ID=MS.gene20180.t1.exon11;Parent=MS.gene20180.t1
chr4.4 CDS 4110890 4110982 4110890 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4111319 4111472 4111319 ID=MS.gene20180.t1.exon12;Parent=MS.gene20180.t1
chr4.4 CDS 4111319 4111472 4111319 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4111574 4111722 4111574 ID=MS.gene20180.t1.exon13;Parent=MS.gene20180.t1
chr4.4 CDS 4111574 4111722 4111574 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4111799 4111894 4111799 ID=MS.gene20180.t1.exon14;Parent=MS.gene20180.t1
chr4.4 CDS 4111799 4111894 4111799 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4112874 4112966 4112874 ID=MS.gene20180.t1.exon15;Parent=MS.gene20180.t1
chr4.4 CDS 4112874 4112966 4112874 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4113674 4113752 4113674 ID=MS.gene20180.t1.exon16;Parent=MS.gene20180.t1
chr4.4 CDS 4113674 4113752 4113674 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
chr4.4 exon 4114110 4114189 4114110 ID=MS.gene20180.t1.exon17;Parent=MS.gene20180.t1
chr4.4 CDS 4114110 4114189 4114110 ID=cds.MS.gene20180.t1;Parent=MS.gene20180.t1
Gene Sequence

>MS.gene20180

ATGGAGCAAGATCCAGCAATGGAGCAGGAATCAACAACACTCGGGAAACGAAGTGAACCGGAACCGGTGTCCACCGCCGACGGCGGCGACACTTCTTCACAACCAAAAAAATGCCGCAGTTCAGAACGCACCTGCGTTCACGAAGTAGCAGTTCCAATCAATTACACCTCAACGAAAGACGAATCACTTCACGGAACACTCTCCAACCCTCTCCACAACGGTACCATGGCTAAAACCTATCCTTTCACACTTGATCCATTTCAACAAGTATCAATTGCATGTCTCGAACGAAACGAATCTGTTTTAGTCTCTGCTCACACCTCCGCCGGAAAAACCGCAATTGCAGAATACGCAATTGCAATGTCCTTTAGAGATAAACAGAGAGTAATTTATACTTCACCATTGAAAGCTTTGAGTAATCAGAAATATAGAGAATTGAGTCAGGAATTTACAGATGTAGGGTTGATGACTGGTGATGTTACTCTTTCTCCGAATGCGACATGTCTTGTTATGACTACGGAGATTCTTCGTGGAATGTTGTATCGTGGTTCTGAAGTTTTGAAGGAAGTTGCTTGGGTCATATTTGATGAAATTCATTATATGAAGGATCGTGAAAGGGGTGTTGTATGGGAAGAAAGCATTATATTTTTACCACCTGCTATTAAGATGGTTTTTCTTTCGGCCACTATGTCGAATGCCACAGAGTTTGCGGAGTGGATTTGTAATATACATAAACAACCCTGTCACGTAGTTTACACTGATTTTAGACCGACACCGTTGCAGCATTATGTTTTTCCTATTGGTGGGAGTGGATTGTATTTGGTTGTTGATGAGAATGAACAGTTTAGAGAAGATAATTTTCTTAAGGTGGAGGATACTTTTGTTAAGCAGAAACTTGGTGAAGGGAAGGGTGGTAAATCGAATGGAAGATTTGGAAAAGGTGGTTCTGCTTCTGGTGGGTCTGATATATACAAGATTGTTAAGGTCTGTTACTTTTGCCCTTCTATATGTCGTTAGTCATCGATCAAATTATATTAATTTTTTTTTTTTGTGGAACTGGTAGTGTTTCCGTTAATTTTGTTTATTATTTATTGGTTTACTTTGCCAAGGATCTTGTTTATTTTGATGGAAAACCAGCTTATTGAATATTAAATTGTTGCGACATATTGGCAGATTCTTAAGATAATGATATCATAAATGGTGTAGTGTCCTCGTAGAGCTTGTTGTTGAATGTTGCTTGGGTATTTCGGTCAATATATCTTTCACATGCTCTGGCTTTTGTTGAAAACCATCATTAATATCATATGCACGTATGCTCTGGCTTTTGTTGAAAACCCGTTAATATCATATGCATATATTGAATGTAAGGAATCAATTAGTGTTAGGAATTTTTCCACTTCTCTGTTCGGAGAAGACAAACTTGTGTTGGTAGAGAGCTGCCACCAATTCTTTAACCTGAAAACTCTGCATTCAAGATTCATGAAAATAGAAGATTTTCCTTGGACGAGTTAATTGGCAGTATAATATTAGTTTAGTACGTGGACCTTATGTGGTTAATTGTTGAGTTCTTGATTCATTTATATTTGGTAAAGGACTAAATATTATTGTAAGGGAGAGAGGAATGGGTGGGTATAGACCATGGCAGTCAAAATAGCGAGTCAACGCGTGAGATTGTGTGATTCTGCTATTTTGGTAGGTCTTGCCGAGTTCCAGCATGGGTAGAATCACAAATTGTTCAGAGCGGCTGGGGTCTGCCGTGTAAGGTTGTAAAAATGGTACACGTCGGACCATTCTTTTGATGTTGTGCAGAGTTGTGGTTGACAGGTCGGGTCCATGATCCGGTTACTTAAAAACGACGCTGACATTAAAAACCCTCAAATACCACATTTAGAATGGCTGAACGGCTCCGATTGTCAGTTTCTAACCCACAAAACTCATTACGAATTTACGTATCGATTTTTCGTTTTGTTTTCTTTCTTATTTATATTTGGTACCATGCCGTTTTGCTCTCTACCCTGTTTTACAATTTGCTTTGTTTTTTTTTTTAATAAGTAATAATTGCTAATCTGATTTGCAAAAGTCAGACATATAAGCACGATAACAATAATAATAATAATAATAAAATAAAACATATTATGCTATATTACTTTTTAATTTATAAGTATAATTTTTTTTGTTGATTGAAGTAATCTTGGTATTTTGAAGTGTATTTTTCCACTTCTACAATTTAATTCTTATGCATACACTTGAATTTATATGCATAACTTATTGAAAAATGTGGTGCAAGTCCTTGAACCAGTTTGATCTTGTTTTGGTAGAAGTAAAGCCAAAGCATTAGGCAATGTGCAATCTTTGATATACTTTGGTGCATTTGATTTAGAGAGAGGTTTAATTCTTGCACTTTTGAGGATATCTAGTATCTACAAATAAAAAGTTGAATTTGGATATGATTAGGCACTAGGCATATGATATGTCTAGGAATGTGTAAATCTCATGGTTATGGCTTTTTTAAAAGAGTGTTCTTTGCACATATGTTGACGAATCGGGTAGTTTTATTACACTGATGATGTTATTGTTCATGGGTGTACACTTCTACTCTCTCTACTTTTTGAAGATTTTTTTATCCTCCACACTATTTTATTGCTCTTTATTTTAGTTGGTATATTTCTTAATTTTCAGATGATCATGGAAAGGAAATTCCAACCTGTTATCATTTTTAGCTTCAGTAGGAGAGAGTGTGAGCAGCATGCAATGTCTATGTCTAAACTTGACTTCAATTCCCAAGAGGAAAAGGATACAGTGGAACACGTTTTTCAGAATGCAATGCTCTGTTTGAATGAAGAAGACCGAAGCTTACCTGCTATCGAGTTGATGTTGCCACTTCTTCAGCGAGGAATTGCTGTTCATCATTCTGGCCTTCTTCCTGTCATCAAAGAATTGGTTGAGCTTCTTTTTCAGGAAGGTCTTGTAAAGGCCCTCTTTGCTACTGAGACAGTAAGATTTTATCAATCTTCTGATTTTTATTTTTTTTAATTCTTGATAATATATTTTTGAAAGGATTCTTAGATGCGCTTTTCTACAGTTTGCAATGGGTTTAAATATGCCGGCAAAAACTGTCGTATTCACTGCTGTTAAGAAGTGGGATGGTGATAGTCACCGTTATATTGGATCTGGTGAATATATACAGGTGAGCGATGCTTTATTTTTTTGGTGTTGGTGATTGAAATCTTAATCATTCTATCGATGTATCACTATTCCCACTCACAATTAATGATATGTACCTTTAGATGAGTGGAAGGGCTGGGCGTCGTGGCAAAGATGAGCGTGGGATCTGTATCATAATGATTGATGAGCAGGTGAGTGTATTACTAGTCATTTTTGTTTTCTGTACCTCCGATGCAGCATAATGAAATATAACACACACCCATGATAATAGTTAGTTTTGTGTAAGGTATTTTAACTCTTTCAAGATTATGATAGACCCGAAGAACAAGGAGATTTCCTGCTCCGTTAGCAATAGCATGTAATTATTTGTTTTTTGTCGTTCTGTTTTCCCTTCATATGCGTATGAACAGAATCTGTAAATTAGGCTTTCAAAAGCATTTTTTTAATAATATATTGTACATTTATTTGTGTGTGCTTGAAAATTCCGTTGTTTATACTTTATATAATAACTCTTGTTGGTTTTCTTGGTAATTCCTTTTTTCACGCGGTAGGCTGTAAAAGTTAGCTGCTTTATATTGTGTTCACATTCTATTCTTAGTTATATTGGTAAGTCAAAGTGTCTTGTTTGACTCTTGATAAAAAAAAAAGTCTCTTGTTTGACTTTGGATGGGAAACTAAAACTAATTGATTTTGCAATAATAAGCTCAATTATTATTATCTGATTATTTTGTACAGATGGAAATGAATAACCTCAAAGACATGGTTTTGGGTAAACCTGCTCCTTTAGTTAGTACATTCAGGCTTAGCTACTACTCAATTTTAAATTTGATGAGCCGAGCAGAAGGCCAGTTCACTGCGGAACACGTGATAAGAAATTCATTTCATCAATTTCAATATGAAAAGGTTTGTACGCAACCATTTCCTTTAAAACCTGATTTGTATTTTGTGCACTGTGATATTTAACTTGTGTACTCGTTACTCAATTCAGACCTTACCTGATGTGGGAAAAAGGGTGTCTATGCTGGAGCAGGAAGTAGCCTTGCTTGATGCTGCAGGGGAGGTAGTCTTTATTCCTGGGCCATCTGTTTTGTTTTGTTAATTATATTTTCTGTGGATTTTTATATATTGATATTTGATTTACTATTTGCTATTATTCATTATTGTGTAGGCTGAAGTATCGGAATATCATAAGCTGAAATTGGACTTAGCTCAGCTTGAGAAGAAGATGATGTCACAAATAATTAGACCTGAAATGATTCTTTATTTTCTTGTCCCTGGTCGACTGGTAAGTGATAGTTATCGTTTATCATTGGTGTGGAATTAAGTTTGGATTTTTTTTTTTTTTTTGCGTCTCTAATTAATCTTGAGCATCAGCATGCAAATGAGTTTATGTAAGTTATCATAAATTCATCAATATGTATGTGTGTGTAGGTATTAATTGTCAAAAACAAGCTCTGCATGCATTAAGCGTCAATTATTTCATACACTGCTGTGCACAATTTTATATATCTATTTTTAGGTTCTGCTGTGTTTAATTTGTCTTCTGTTTTTTTTATTACATCAAACATCACTGAAATAGACTGTCTTCTTAATCTTGCAGATTAAAGTAAGAGAAGGTGGGACAGATTGGGGCTGGGGTGTTGTAGTCAATGTTGTTAAGAAACCTGTTGGCGGTTATATAGTTGACACTTTACTTCATTGTTCACCTGGTTCAAACGAAAACAGTATACGACCAAAACCATGCCCACCCCGCCCTGGAGAGAAAGGTGAAATGCATGTGGTAAGCTGCCATTTTGACCGTCATGCTACTTCAGGGATTTGTTTTGTCACTCACTTCACTTTACTTATCCAAAAAACTGTTTCATTCTCTTGACTGCTTCCTTTTGCATTAGGTCCCTGTTCAATTACCATTAATCTCTGCCCTTAGTAAACTAAGGATATATGTACCTCCTGATCTCCGGCCCTTGGAAGCTCGGCAAAGCATACTCCTTGCTGTTCAGGAGCTGGGCAATCGTTTTCCTCAAGGTCTTCCAAAGCTTAACCCTGTGAAGGTAAAATTTTCCATACTCAGCTGTCATAAATTGTGGTATGTTCACTACTTATGCTATCAAAATTAAGGGGTGGCTGTTCTAGGCTCTTTAATGTTTCACATGATAATAGAGACACGATTTTTATGTAAACTGTATGGCAAAAGTTGTAGCAAATTTATTGGCTTCCAACATTGTATCTCCCAATATTTGGGCATGTTTTAAAGTTTGCATTGGATAGTCAAAGCCTTGAGCTGCCTTATGCATCATATTTTTAGCACATGCTCACAGCTGAGTTTTAGTTTGATCATAGACAGAATCGCACCATTACTTATGTATTATTCCATAACTAAATTTCCAGGACATGGATGTTCGAGATTCAGAGATAGTTGAACTTGTCAATCAAATAGAGGAACTTGAGAAAAAGTTGTTTGATCATCCTATGCATAAGGTTTGCTAAAATGAATCTGGTCCATATTCTCTATATATAAATGTGATGTTATTGGTCTTTGGTTTGAATGTTTCCACAACACTTTGCTGTAAGTTAGATTCAAGATGTGGATCAAATTAAGTGCTTTGAGAGGAAAGCTGAAGTGAATCATGAAATTCAACAACTGAAGGCAAAAATGCGGGACTCCCAGGTATTGACTTTGCCTAGGCCTCATTATTTACTACATTTTACTATTAAGCTAACTAGGAGTTGAAGTATGGAACTGAATGGGAGCCAAGACAGTATGTGTTGTGCTATGCATTATATATATATATTCCTATATGACCAAATGTGAATAATTAACAACTTAACATTTGATGGGAGGCTAATATGATAATTTTATCCATGACAAATGTTCGAGTGCATCATACTTGAATGTTGACAATCAGTATCTGTACTCCTTAATTTATTTTTCTAAACTGTTGTATGATTCCATGATTGTTTTGATGAACTTAATAGTTATTGGGGAAAATTGTCAATGTTTCAGCTGCAAAAATTTCGGGAAGAACTTAAAAATCGCTCGCGAGTCTTAAAGAAGCTTGGTCATATTGATTCTGATAGTGTAGTTCAATTGAAAGGAAGGGCAGCCTGCTTGATTGACACAGGCGATGAACTCCTTGTCACCGAATTAATGTTTAATGGTGAATCAATATGCGTTTGTTTGTTGTTTTTTCTGTATGGTTTGCAGTTTGTGTTACATAATCTGATTTTTTTCTTTTATTCATTTTCCCTTCCCCATTAGGCACTTTTAATGATCTTGACCATCATCAAGTTGCTGCCCTTGCAAGTTGTTTTATACCAATAGAGAAATCATCTGAGCAGATACAACTGAGATCAGAGCTTGCGAGACCTCTACAACAGCTTCAAGACAGTGCAAGAAGGATAGCAGAGGTGTTCTACCATTTAACTTAATATTTCTTGTGAATTTTTGAATTAAATTATAAATGGGATTACTCTATGGTTACAGATAGAGCACGAATGCAAATTGGAGGTAAATGTGAATGAGTATGTCGAATCAACAGTAAGGCCATTCTTGATGGATGTAATATACTCTTGGTCAAAGGTTCGTAATATCATATTTTTGACTTGAATGCCTTGTCCACTTTTAAGTTGTTTGCTTGATTTCTTGGGTGAAGTTTCTATTCCTGGATGAGTTGTTATTCATATTCTTGAATCAGTCTCTAGAGTTGAGCTTCTTCTATACCACTTGTTTGGGTTGACTAGTTCAAAACTAGAAATTAACATAGATTGCTATTTGAATTATGAGCTGGAATAATTTAGTAGTACATGGTTTGATTGTTAGCTGTTTGGATTGGAAGTTGGGGATTGTAGTTGGTCATCTTGCTGCTTTAGTCAAAGCAAAATAAAGAATACAAGGGGAACTTGGCATTTCCTTTAAGTTTGAACACAAGTTTGAGAAGAGTTAGCTTAAGCAAATATAGCCTTTGACATTCCAGGTAGAAGAAGATAAAAGGATTGAGGGTAATTAGATATTTTCTTATAATATTCAATTGTCATACTAAAATCATCCCTTGAGCATGCCCTTATATATAATAAATAGAAAAAAATGAATTATCAAAATTTGTGAAATGTAGTCATTTGTGTTGGTTGCCATGGTTGTTACATGTGGTAGACACATAGCAACATGTGCCAGAGCCTCTAACCAATTACGGAGATTATTTTGCTTCGTAATGTACGGAATCAAAGCTCATGCTTAGAAGATAAAGAACTACTTAAAGTATGCATGCATACACACTGGCCTGTCGCTGAAATATCATATAACCATATACTCTTTATGCTCCTAAACACACACACACACGGTCTGTCACTCTTGATTCATTACCAAGTAGTCTTCAAAATAGACTCCTCTGTGTTGATTGTGATACTAAATCTCATTTTAGATTTCATAGACACATGTAGACATCCTAGACGCAGGATTTATGCAAACCTTGGTTCATGAGTGGATGAAAATGAGCGGTTATTTGTACTGGTTTGTAAGTTTATATTAACCTCTTGTCTCTTGTTTCTTATTTTTCTCCTAGGGATCAAGTTTTGCTGATGTTACTCAAATGACTGACATCTTCGAGGGGAGTATCATTAGGGCAGCTAGAAGGCTTGACGAGTTTTTGAATCAGGTAACCACATGGTTTTATCTTCGACGGTTGATTTTCCTTGTAATTTCACGTTGCAAAATGCAAATACACCCTTCTATGAATATAAATTAGAAAAGAGCTAGTAAATGTTGTTGATTTGTACTAGTGTTTAAGGATTCAGAGAAAAGCTGAATAGAAACGATAGATCCAAATTATTATCCCTTGATAATCTGAGCTCTACAAGTATTGCTGTATGTGATCATTTTTTAGCATTGCGGTTACATTACTGATTATAGCTGACAGCTGTAACTGAAGTAAGTTACTGAATATAATTAGTTATAGCTGTTTGACCTAAGTAAGCTAAAGGACATAAGAGAAAATAGAAGATATTGAAAAGTAAACTTAAGCTATTGAGAAATCATATCATAGTTTTGGGTGGTTTGGTTAAACTTGACTCATTAAAAGTGATATTCTGAACATTTACAATTTATGTTAGATTTTATAACCTTACGTATGTAATGTTTGATATAAGCTTGAAGTTTGAGGTGTTTAATTGCTAAATTAGAAAGTGTATGGATTAAAGTAGCCGTTGTTTGTGTTTCAGTAATTATGTTTACCATTGGAAAATTCTTCGTTTTTCCTCCTTGTTAAAAGTTATCTCTATATGATATTTTAGGTCTAATATAATTCAGTTTTTACATGAGTGTTTAGAGTTCTGATCTGTGATGATCATCTTTGCCTCTTTCCAGTTGCGTGCTGCTGCTGATGCAGTTGGAGAAGCTGACTTGGAGAAGAAATTTGCAGCAGCGAGTGAAAGCCTTCGACGGGGTATTATTTTTGCAAATTCTCTGTATCTGTGACTTGTTCTTCTGCAGACTATTCGGAATATTCTTGGTTACTCTGGCTGGTGGGGCGGCTTCTACCTTCACATCTCATCCGATGCGCTCAATTCCTTTTCGGGTTCTCTTGTAATGGTATGTGCAATGGACAAAATTGTCGTGGCATAACATCTACAATTTGAAGCTTCTAGTTTTCACGGTGAAAACTGCATTGGAACGTGAAAAAAGGTTGGCCACCGCTGATCCAAACCACCTCTAAATATTTTTGTACAATTTATATGCTCGCAGTATGGGAGTTGTTGTAGACTGTAGAATGATAGATGACCTAGTGTGGTATAATCATTAGGTCCATTAATTAATTCAGATAGGTGGCATATTTCTCCTGTTCGTCTACCTTCAGAACCCCTTGTCTGCATTGGGGATTGA
Protein sequence

>MS.gene20180.t1

MEQDPAMEQESTTLGKRSEPEPVSTADGGDTSSQPKKCRSSERTCVHEVAVPINYTSTKDESLHGTLSNPLHNGTMAKTYPFTLDPFQQVSIACLERNESVLVSAHTSAGKTAIAEYAIAMSFRDKQRVIYTSPLKALSNQKYRELSQEFTDVGLMTGDVTLSPNATCLVMTTEILRGMLYRGSEVLKEVAWVIFDEIHYMKDRERGVVWEESIIFLPPAIKMVFLSATMSNATEFAEWICNIHKQPCHVVYTDFRPTPLQHYVFPIGGSGLYLVVDENEQFREDNFLKVEDTFVKQKLGEGKGGKSNGRFGKGGSASGGSDIYKIVKMIMERKFQPVIIFSFSRRECEQHAMSMSKLDFNSQEEKDTVEHVFQNAMLCLNEEDRSLPAIELMLPLLQRGIAVHHSGLLPVIKELVELLFQEGLVKALFATETFAMGLNMPAKTVVFTAVKKWDGDSHRYIGSGEYIQMSGRAGRRGKDERGICIIMIDEQMEMNNLKDMVLGKPAPLVSTFRLSYYSILNLMSRAEGQFTAEHVIRNSFHQFQYEKTLPDVGKRVSMLEQEVALLDAAGEAEVSEYHKLKLDLAQLEKKMMSQIIRPEMILYFLVPGRLIKVREGGTDWGWGVVVNVVKKPVGGYIVDTLLHCSPGSNENSIRPKPCPPRPGEKGEMHVVPVQLPLISALSKLRIYVPPDLRPLEARQSILLAVQELGNRFPQGLPKLNPVKDMDVRDSEIVELVNQIEELEKKLFDHPMHKIQDVDQIKCFERKAEVNHEIQQLKAKMRDSQLQKFREELKNRSRVLKKLGHIDSDSVVQLKGRAACLIDTGDELLVTELMFNGTFNDLDHHQVAALASCFIPIEKSSEQIQLRSELARPLQQLQDSARRIAEIEHECKLEVNVNEYVESTVRPFLMDVIYSWSKGSSFADVTQMTDIFEGSIIRAARRLDEFLNQLRAAADAVGEADLEKKFAAASESLRRGPLINSDRWHISPVRLPSEPLVCIGD