AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene000132

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000132.t1 MTR_5g005940 98.291 702 11 1 1 701 1 702 0.0 1407
MS.gene000132.t1 MTR_1g104870 86.291 693 92 2 7 698 12 702 0.0 1187
MS.gene000132.t1 MTR_5g005940 97.973 592 11 1 1 591 1 592 0.0 1178
MS.gene000132.t1 MTR_7g094910 67.228 653 209 2 42 693 36 684 0.0 860
MS.gene000132.t1 MTR_7g094900 68.780 615 187 2 80 693 93 703 0.0 851
MS.gene000132.t1 MTR_7g094910 69.153 590 177 2 42 630 36 621 0.0 795
MS.gene000132.t1 MTR_1g012360 27.098 417 259 14 133 522 104 502 2.13e-18 89.7
MS.gene000132.t1 MTR_7g094490 31.875 160 95 2 513 660 187 344 2.06e-16 82.4
MS.gene000132.t1 MTR_1g018180 26.400 250 176 3 291 532 74 323 5.28e-16 80.5
MS.gene000132.t1 MTR_3g466220 29.245 212 145 3 165 373 521 730 1.99e-14 77.8
MS.gene000132.t1 MTR_3g466220 26.866 268 182 6 236 490 508 774 2.71e-11 67.4
MS.gene000132.t1 MTR_3g466220 29.245 212 145 3 165 373 500 709 2.33e-14 77.4
MS.gene000132.t1 MTR_3g466220 26.866 268 182 6 236 490 487 753 2.82e-11 67.4
MS.gene000132.t1 MTR_1g072650 30.435 161 94 3 515 660 191 348 6.36e-14 74.7
MS.gene000132.t1 MTR_5g087500 30.818 159 89 5 520 659 183 339 2.08e-13 72.8
MS.gene000132.t1 MTR_5g087500 30.818 159 89 5 520 659 183 339 2.34e-13 72.4
MS.gene000132.t1 MTR_5g087500 30.818 159 89 5 520 659 183 339 2.90e-13 72.8
MS.gene000132.t1 MTR_7g007780 29.073 313 189 9 68 370 447 736 1.32e-12 71.6
MS.gene000132.t1 MTR_3g069000 30.435 138 84 1 535 660 58 195 1.37e-12 69.3
MS.gene000132.t1 MTR_4g121435 21.975 314 219 10 68 375 140 433 5.20e-12 69.3
MS.gene000132.t1 MTR_4g485520 27.778 216 154 2 192 407 371 584 5.81e-12 69.3
MS.gene000132.t1 MTR_4g485520 27.778 216 154 2 192 407 203 416 6.12e-12 68.9
MS.gene000132.t1 MTR_4g131510 24.756 307 206 9 67 368 59 345 6.22e-12 68.6
MS.gene000132.t1 MTR_4g063800 30.769 195 131 4 194 387 353 544 1.37e-11 68.2
MS.gene000132.t1 MTR_7g086500 27.528 178 102 5 505 659 153 326 2.07e-11 67.0
MS.gene000132.t1 MTR_2g034900 24.430 307 205 10 68 368 137 422 2.43e-11 67.4
MS.gene000132.t1 MTR_7g086500 27.528 178 102 5 505 659 153 326 2.72e-11 66.2
MS.gene000132.t1 MTR_7g097020 28.241 216 152 3 187 402 475 687 3.86e-11 67.0
MS.gene000132.t1 MTR_1g094215 31.282 195 132 2 193 387 344 536 9.20e-11 65.5
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000132.t1 AT5G19330 79.683 694 140 1 8 701 15 707 0.0 1096
MS.gene000132.t1 AT5G19330 73.844 627 113 5 8 633 15 591 0.0 870
MS.gene000132.t1 AT5G13060 59.058 701 278 4 1 694 29 727 0.0 830
MS.gene000132.t1 AT3G06190 31.013 158 94 2 518 660 182 339 1.54e-16 82.4
MS.gene000132.t1 AT3G06190 31.013 158 94 2 518 660 182 339 2.62e-16 82.0
MS.gene000132.t1 AT5G19000 30.380 158 95 2 518 660 183 340 5.80e-15 78.2
MS.gene000132.t1 AT5G19000 30.380 158 95 2 518 660 183 340 5.80e-15 78.2
MS.gene000132.t1 AT3G03740 31.293 147 84 2 529 659 210 355 1.44e-14 77.4
MS.gene000132.t1 AT3G43700 30.114 176 103 4 535 692 205 378 8.26e-14 74.7
MS.gene000132.t1 AT4G02150 24.183 306 207 8 68 368 139 424 1.07e-13 74.7
MS.gene000132.t1 AT4G02150 22.590 332 225 10 179 488 106 427 3.80e-11 66.6
MS.gene000132.t1 AT3G43700 33.566 143 76 3 535 659 205 346 1.33e-13 73.6
MS.gene000132.t1 AT3G43700 33.566 143 76 3 535 659 205 346 1.59e-13 73.2
MS.gene000132.t1 AT3G46510 28.448 232 150 5 194 412 354 582 1.76e-13 74.3
MS.gene000132.t1 AT1G02690 23.964 338 224 10 38 368 114 425 2.57e-13 73.6
MS.gene000132.t1 AT2G44900 29.677 310 191 8 68 370 458 747 4.78e-13 73.2
MS.gene000132.t1 AT2G44900 29.677 310 191 8 68 370 458 747 4.78e-13 73.2
MS.gene000132.t1 AT4G02150 23.875 289 196 7 68 352 139 407 1.31e-12 70.9
MS.gene000132.t1 AT5G58680 24.111 253 180 3 284 526 69 319 1.94e-12 69.7
MS.gene000132.t1 AT3G01400 24.710 259 179 4 286 532 73 327 2.55e-12 69.3
MS.gene000132.t1 AT1G23030 28.755 233 159 5 163 391 300 529 4.70e-12 69.7
MS.gene000132.t1 AT5G67340 28.846 208 138 5 181 387 416 614 4.97e-12 69.7
MS.gene000132.t1 AT5G67340 28.846 208 138 5 181 387 416 614 4.97e-12 69.7
MS.gene000132.t1 AT2G39760 32.117 137 81 2 536 660 195 331 3.22e-11 66.2
MS.gene000132.t1 AT2G39760 32.117 137 81 1 536 660 195 331 3.39e-11 65.9
MS.gene000132.t1 AT2G39760 32.117 137 81 1 536 660 195 331 3.39e-11 65.9
MS.gene000132.t1 AT2G39760 32.117 137 81 1 536 660 195 331 3.49e-11 65.9
MS.gene000132.t1 AT1G71020 29.493 217 149 4 193 407 194 408 3.84e-11 66.6
MS.gene000132.t1 AT1G71020 29.493 217 149 4 193 407 342 556 4.58e-11 66.6
MS.gene000132.t1 AT1G09270 23.127 307 211 8 67 368 60 346 7.98e-11 65.5

Find 139 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AATAACTTCTTTCTTTATAT+TGG 0.143559 5.4:+1724002 None:intergenic
ACTATTCTTGCAGGTCTATT+TGG 0.171579 5.4:-1713751 MS.gene000132:intron
ATAATGTGCCCGACTTTATT+AGG 0.176408 5.4:-1715506 MS.gene000132:CDS
AAGACCTCCCATCTAATATT+TGG 0.221622 5.4:+1713167 None:intergenic
ATAACTTCTTTCTTTATATT+GGG 0.225357 5.4:+1724003 None:intergenic
CTATTCTTGCAGGTCTATTT+GGG 0.256343 5.4:-1713750 MS.gene000132:intron
GGAGCCTTGCAACCTGTTAT+TGG 0.264847 5.4:-1723973 MS.gene000132:CDS
CGATGTTTGATGGTGGTTAT+AGG 0.270918 5.4:-1713485 MS.gene000132:CDS
CGAAGTGCCCCAAGATAAAA+AGG 0.288638 5.4:+1712760 None:intergenic
GAGTTGCTTATTGCACTTCT+TGG 0.303129 5.4:-1714746 MS.gene000132:CDS
AAGAAAGAAGTTATTCTTGC+TGG 0.306883 5.4:-1723994 MS.gene000132:CDS
CCTCCGAATGAGACTATTAA+TGG 0.307802 5.4:+1724595 None:intergenic
GAGCCAAAGCAACTCGTCTT+TGG 0.310880 5.4:+1714956 None:intergenic
TTGAGATTCCAAATATTAGA+TGG 0.324635 5.4:-1713175 MS.gene000132:CDS
ACAAAGTAATTGCGGATATC+TGG 0.331538 5.4:+1712419 None:intergenic
ACAATGAGCTGTTGATGTTC+TGG 0.335518 5.4:+1724686 None:intergenic
AGACTAGAAGAGAAGATTAA+TGG 0.341903 5.4:-1715211 MS.gene000132:CDS
TGCCCTAAGCAGCAACTTGA+TGG 0.357336 5.4:-1714716 MS.gene000132:CDS
GAAAGGCCAGAAAAGAAAAC+TGG 0.357510 5.4:-1726407 MS.gene000132:CDS
GCACCATCAAGTTGCTGCTT+AGG 0.365309 5.4:+1714713 None:intergenic
AGTTCATTTGCTTGAATTTG+CGG 0.367407 5.4:-1724405 MS.gene000132:CDS
ATAAGCTAACCTGCGGTGTT+GGG 0.368341 5.4:+1714624 None:intergenic
TACCTAAGTAATCCAATAAC+AGG 0.386840 5.4:+1723961 None:intergenic
TAATGTGCCCGACTTTATTA+GGG 0.393063 5.4:-1715505 MS.gene000132:CDS
AGGTGGAATTAAGAGACTTC+AGG 0.393094 5.4:-1715481 MS.gene000132:CDS
ATTTCTATTGTAGGCAACTA+AGG 0.395213 5.4:-1715257 MS.gene000132:intron
TGTTGAAGGAGGTGCTGTTC+CGG 0.396510 5.4:-1726082 MS.gene000132:CDS
CCTCTGGCTTTCAGAGCAAC+AGG 0.401065 5.4:+1723719 None:intergenic
AAAGGAAGTGCTTTCGCACT+TGG 0.408825 5.4:-1725982 MS.gene000132:CDS
GGTTGGTGTGATCGGAAATC+TGG 0.411500 5.4:-1724037 MS.gene000132:CDS
AATTCAAGCAAATGAACTAA+TGG 0.415099 5.4:+1724410 None:intergenic
ATTCCAAAGACGAGTTGCTT+TGG 0.417982 5.4:-1714959 MS.gene000132:CDS
TTTGTTAATGCTCTTACAAA+GGG 0.418843 5.4:-1712401 MS.gene000132:CDS
AACAGCGTCGCGAGCGTCTC+CGG 0.425429 5.4:+1726336 None:intergenic
CACCATCAAGTTGCTGCTTA+GGG 0.427628 5.4:+1714714 None:intergenic
GATGTTTGATGGTGGTTATA+GGG 0.430996 5.4:-1713484 MS.gene000132:intron
TATACTTTGCTGCAGGTAAA+CGG 0.436466 5.4:-1713557 MS.gene000132:intron
GGGAGATCTGTGTGTCTTGT+TGG 0.439720 5.4:+1726368 None:intergenic
AAATGATGAAAACAAGAATC+AGG 0.443211 5.4:-1724330 MS.gene000132:intron
AGCAGCTGATCAATATCTCT+TGG 0.451044 5.4:-1712995 MS.gene000132:CDS
AAGATCAACAAGATGCTTCA+AGG 0.451904 5.4:+1724652 None:intergenic
GCATTTCGTGCGATGTTTGA+TGG 0.452560 5.4:-1713495 MS.gene000132:CDS
AGACAGAGTCATAGCTTTGT+TGG 0.455185 5.4:+1714670 None:intergenic
TTCTCAACCTCATGTTCAAA+CGG 0.455309 5.4:+1726003 None:intergenic
TATAAGCTAACCTGCGGTGT+TGG 0.455337 5.4:+1714623 None:intergenic
GAGCGTCTCCGGTGAGAGGA+AGG 0.456477 5.4:+1726347 None:intergenic
AGGGAAGCAGCATTGTTACT+TGG 0.456874 5.4:-1723699 MS.gene000132:CDS
CTTTGTTAATGCTCTTACAA+AGG 0.457464 5.4:-1712402 MS.gene000132:CDS
TGCATTGGGGAGATTGGCAC+AGG 0.469390 5.4:-1723002 MS.gene000132:intron
GCAGTATTAAAACCCGTGTC+AGG 0.472418 5.4:-1724535 MS.gene000132:intron
CGTTGGAAGAGAAAGAAGAA+AGG 0.473183 5.4:+1726281 None:intergenic
CTCTCATAAGATATAACAAA+TGG 0.473224 5.4:+1714995 None:intergenic
TTATTACAGGTTGGTGTGAT+CGG 0.484265 5.4:-1724045 MS.gene000132:intron
TTTGAACATGAGGTTGAGAA+AGG 0.487812 5.4:-1726000 MS.gene000132:CDS
AGCGTGAGTGGCGCGTTTAG+CGG 0.492689 5.4:+1726243 None:intergenic
GCCGTTGCCGTTTGAACATG+AGG 0.493881 5.4:-1726010 MS.gene000132:CDS
ACCTGCGGTGTTGGGGATGG+AGG 0.501253 5.4:+1714632 None:intergenic
GTAACAATGCTGCTTCCCTC+TGG 0.503185 5.4:+1723703 None:intergenic
GATAAATTAAGTGAAACGCC+AGG 0.505997 5.4:-1712738 MS.gene000132:CDS
TGCTGTGGCTTTATTCAAGT+TGG 0.507707 5.4:-1714693 MS.gene000132:CDS
TCTCAATGATGTAGCATTGA+AGG 0.508118 5.4:+1712794 None:intergenic
GATGGAGGAGCAGCATCTAC+AGG 0.508182 5.4:+1714647 None:intergenic
TTGTCCAGATTTATCTACAC+TGG 0.508615 5.4:-1713060 MS.gene000132:intron
GACTGAAGCATTTCTATCAA+AGG 0.509946 5.4:+1723058 None:intergenic
TAACTTCTTTCTTTATATTG+GGG 0.511680 5.4:+1724004 None:intergenic
TTATGGCCTTGCAGAGAATG+AGG 0.514595 5.4:-1715638 MS.gene000132:intron
ATTGTGAATGTGATTGTTGA+AGG 0.518214 5.4:-1726096 MS.gene000132:CDS
AGAATGGCACATGCTACGCC+TGG 0.518489 5.4:+1712366 None:intergenic
TGAAGATGTTTAATCAAAGC+CGG 0.521442 5.4:+1726063 None:intergenic
CCCGACTTTATTAGGGTAGG+TGG 0.526816 5.4:-1715498 MS.gene000132:CDS
AACTTCTTTCTTTATATTGG+GGG 0.527300 5.4:+1724005 None:intergenic
CGAAGCATCAAAATCAGAGT+TGG 0.530641 5.4:+1724191 None:intergenic
CTAACCTGCGGTGTTGGGGA+TGG 0.534564 5.4:+1714629 None:intergenic
GTGCCATTAATAGTCTCATT+CGG 0.535005 5.4:-1724598 MS.gene000132:CDS
TGAGATTCCAAATATTAGAT+GGG 0.536128 5.4:-1713174 MS.gene000132:CDS
ACTTGGACTTCTTGCTGTCA+AGG 0.539215 5.4:-1725965 MS.gene000132:intron
AAGATCAGCGAGAGCGTGAG+TGG 0.542909 5.4:+1726231 None:intergenic
TCCTCCATCCCCAACACCGC+AGG 0.546729 5.4:-1714633 MS.gene000132:intron
TCTTATGAGAGTTTCTGAAA+AGG 0.548033 5.4:-1714983 MS.gene000132:CDS
AAAGTGCAAAGAGCAGCTGC+TGG 0.552402 5.4:-1724377 MS.gene000132:CDS
ATTCTTGCAGGTCTATTTGG+GGG 0.558381 5.4:-1713748 MS.gene000132:intron
GCTGATCAATATCTCTTGGA+AGG 0.559023 5.4:-1712991 MS.gene000132:CDS
TAATCCAATAACAGGTTGCA+AGG 0.560106 5.4:+1723969 None:intergenic
TCCACCTACCCTAATAAAGT+CGG 0.563567 5.4:+1715497 None:intergenic
CTACCATCATCAGAAAAGAA+AGG 0.563786 5.4:-1726424 MS.gene000132:CDS
AAAGGGGAACTCCAACATCC+AGG 0.564270 5.4:-1712384 MS.gene000132:CDS
TTGAAGAAGCAAACCTGACA+CGG 0.565682 5.4:+1724522 None:intergenic
TCGCGAGCGTCTCCGGTGAG+AGG 0.565708 5.4:+1726343 None:intergenic
TAAGCTAACCTGCGGTGTTG+GGG 0.566863 5.4:+1714625 None:intergenic
CAGATCTCCCTTCCTCTCAC+CGG 0.570009 5.4:-1726355 MS.gene000132:CDS
TCAATGTGTAGGACGGAAGG+TGG 0.574901 5.4:-1724440 MS.gene000132:intron
CACATGCTACGCCTGGATGT+TGG 0.577907 5.4:+1712373 None:intergenic
ATCTCAATGTGTAGGACGGA+AGG 0.578215 5.4:-1724443 MS.gene000132:intron
CCACCTACCCTAATAAAGTC+GGG 0.579855 5.4:+1715498 None:intergenic
TCAAGCAAATGAACTAATGG+TGG 0.580125 5.4:+1724413 None:intergenic
GAGCATTAACAAAGTAATTG+CGG 0.581468 5.4:+1712411 None:intergenic
ATCTTACCTCATTCTCTGCA+AGG 0.582750 5.4:+1715632 None:intergenic
CAGATTTATCTACACTGGAT+CGG 0.583274 5.4:-1713055 MS.gene000132:CDS
AACCTGTTATTGGATTACTT+AGG 0.584287 5.4:-1723963 MS.gene000132:intron
ACCTCATGTTCAAACGGCAA+CGG 0.585671 5.4:+1726009 None:intergenic
TGCTGGTGCATTACGAACCC+TGG 0.590945 5.4:-1724360 MS.gene000132:CDS
TGCTGCTATTCATTATGAAG+CGG 0.591200 5.4:-1724159 MS.gene000132:intron
AGCGTCTCCGGTGAGAGGAA+GGG 0.595419 5.4:+1726348 None:intergenic
CAGGATACACATAACCAAGC+TGG 0.595987 5.4:-1715748 MS.gene000132:CDS
TATTATAGGAGAAGGATGCA+AGG 0.596049 5.4:-1713202 MS.gene000132:intron
AGAGATATTGATCAGCTGCT+CGG 0.596163 5.4:+1712998 None:intergenic
TATTCTTGCAGGTCTATTTG+GGG 0.597088 5.4:-1713749 MS.gene000132:intron
GAGTCAAGAAGCTTCAGTAG+TGG 0.600458 5.4:+1715700 None:intergenic
GGAAGCTCTATCGAATTCGT+TGG 0.603823 5.4:+1726264 None:intergenic
CCATTAATAGTCTCATTCGG+AGG 0.607900 5.4:-1724595 MS.gene000132:CDS
TGAACAGAATCATGTTGAGT+CGG 0.610099 5.4:+1726036 None:intergenic
ATAAATTAAGTGAAACGCCA+GGG 0.613914 5.4:-1712737 MS.gene000132:intron
ATTATAGGAGAAGGATGCAA+GGG 0.619529 5.4:-1713201 MS.gene000132:intron
CAGTGTGTGCAATACCAGCT+TGG 0.621308 5.4:+1715734 None:intergenic
TGAAGAAGCAAACCTGACAC+GGG 0.621585 5.4:+1724523 None:intergenic
AGCGACTGATTCAGACTGCA+AGG 0.623102 5.4:-1723667 MS.gene000132:intron
AAAATATTTATTGACCACAA+TGG 0.632774 5.4:-1714901 MS.gene000132:intron
ATGTGAATACACGATTGCAC+AGG 0.633277 5.4:-1712956 MS.gene000132:intron
AGGTCTTTGAGCTTATGATG+AGG 0.635524 5.4:-1713151 MS.gene000132:intron
GCAGCAACTTGATGGTGCTG+TGG 0.639343 5.4:-1714708 MS.gene000132:CDS
CTGTTGCTCTGAAAGCCAGA+GGG 0.641542 5.4:-1723718 MS.gene000132:CDS
CATTAATAGTCTCATTCGGA+GGG 0.643003 5.4:-1724594 MS.gene000132:CDS
GATTCCAAATATTAGATGGG+AGG 0.643347 5.4:-1713171 MS.gene000132:CDS
TAGGAACATGCATACCATTG+TGG 0.645222 5.4:+1714887 None:intergenic
CCTGTTGCTCTGAAAGCCAG+AGG 0.647880 5.4:-1723719 MS.gene000132:CDS
GGAATTAAGAGACTTCAGGA+TGG 0.648542 5.4:-1715477 MS.gene000132:CDS
CTGATCAATATCTCTTGGAA+GGG 0.649009 5.4:-1712990 MS.gene000132:CDS
GTGAATGTGATTGTTGAAGG+AGG 0.650417 5.4:-1726093 MS.gene000132:CDS
TTTCGTGCGATGTTTGATGG+TGG 0.657371 5.4:-1713492 MS.gene000132:CDS
ACAGAATCATGTTGAGTCGG+CGG 0.661283 5.4:+1726039 None:intergenic
CAATGTGTAGGACGGAAGGT+GGG 0.662821 5.4:-1724439 MS.gene000132:intron
TTGTTAATGCTCTTACAAAG+GGG 0.666782 5.4:-1712400 MS.gene000132:CDS
GCTGGTATTGCACACACTGG+CGG 0.671039 5.4:-1715730 MS.gene000132:CDS
TAGGTTCACATTGTACAGAG+AGG 0.672210 5.4:-1723091 MS.gene000132:CDS
GTGCCCGACTTTATTAGGGT+AGG 0.672496 5.4:-1715501 MS.gene000132:CDS
TGAAACGTGTTGATTGACGT+CGG 0.679095 5.4:+1726309 None:intergenic
GATATTGATCAGCTGCTCGG+AGG 0.684516 5.4:+1713001 None:intergenic
CAAGCTGGTATTGCACACAC+TGG 0.688168 5.4:-1715733 MS.gene000132:CDS
CAACAGCTCATTGTAGACAG+TGG 0.700521 5.4:-1724677 MS.gene000132:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr5.4 gene 1712379 1726455 1712379 ID=MS.gene000132
chr5.4 mRNA 1712379 1726455 1712379 ID=MS.gene000132.t1;Parent=MS.gene000132
chr5.4 exon 1726221 1726455 1726221 ID=MS.gene000132.t1.exon1;Parent=MS.gene000132.t1
chr5.4 CDS 1726221 1726455 1726221 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1725966 1726123 1725966 ID=MS.gene000132.t1.exon2;Parent=MS.gene000132.t1
chr5.4 CDS 1725966 1726123 1725966 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1724536 1724708 1724536 ID=MS.gene000132.t1.exon3;Parent=MS.gene000132.t1
chr5.4 CDS 1724536 1724708 1724536 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1724331 1724451 1724331 ID=MS.gene000132.t1.exon4;Parent=MS.gene000132.t1
chr5.4 CDS 1724331 1724451 1724331 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1724160 1724234 1724160 ID=MS.gene000132.t1.exon5;Parent=MS.gene000132.t1
chr5.4 CDS 1724160 1724234 1724160 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1723964 1724058 1723964 ID=MS.gene000132.t1.exon6;Parent=MS.gene000132.t1
chr5.4 CDS 1723964 1724058 1723964 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1723668 1723743 1723668 ID=MS.gene000132.t1.exon7;Parent=MS.gene000132.t1
chr5.4 CDS 1723668 1723743 1723668 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1723003 1723110 1723003 ID=MS.gene000132.t1.exon8;Parent=MS.gene000132.t1
chr5.4 CDS 1723003 1723110 1723003 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1715639 1715767 1715639 ID=MS.gene000132.t1.exon9;Parent=MS.gene000132.t1
chr5.4 CDS 1715639 1715767 1715639 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1715461 1715529 1715461 ID=MS.gene000132.t1.exon10;Parent=MS.gene000132.t1
chr5.4 CDS 1715461 1715529 1715461 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1715207 1715266 1715207 ID=MS.gene000132.t1.exon11;Parent=MS.gene000132.t1
chr5.4 CDS 1715207 1715266 1715207 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1714902 1715025 1714902 ID=MS.gene000132.t1.exon12;Parent=MS.gene000132.t1
chr5.4 CDS 1714902 1715025 1714902 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1714634 1714773 1714634 ID=MS.gene000132.t1.exon13;Parent=MS.gene000132.t1
chr5.4 CDS 1714634 1714773 1714634 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1713697 1713760 1713697 ID=MS.gene000132.t1.exon14;Parent=MS.gene000132.t1
chr5.4 CDS 1713697 1713760 1713697 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1713485 1713564 1713485 ID=MS.gene000132.t1.exon15;Parent=MS.gene000132.t1
chr5.4 CDS 1713485 1713564 1713485 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1713152 1713216 1713152 ID=MS.gene000132.t1.exon16;Parent=MS.gene000132.t1
chr5.4 CDS 1713152 1713216 1713152 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1712957 1713074 1712957 ID=MS.gene000132.t1.exon17;Parent=MS.gene000132.t1
chr5.4 CDS 1712957 1713074 1712957 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1712738 1712862 1712738 ID=MS.gene000132.t1.exon18;Parent=MS.gene000132.t1
chr5.4 CDS 1712738 1712862 1712738 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
chr5.4 exon 1712379 1712469 1712379 ID=MS.gene000132.t1.exon19;Parent=MS.gene000132.t1
chr5.4 CDS 1712379 1712469 1712379 ID=cds.MS.gene000132.t1;Parent=MS.gene000132.t1
Gene Sequence

>MS.gene000132

ATGGAGCATCTACCATCATCAGAAAAGAAAGGCCAGAAAAGAAAACTGGAACAACAAGAAGAATTCCAACAAGACACACAGATCTCCCTTCCTCTCACCGGAGACGCTCGCGACGCTGTTCTCTCCGACGTCAATCAACACGTTTCAATTCTCCTTTCTTCTTTCTCTTCCAACGAATTCGATAGAGCTTCCGCTAAACGCGCCACTCACGCTCTCGCTGATCTTGCTAAAAACGGTATTCTTCATCTTTTTAACTAACATGTCTTGTTTTTTGAATTAAATGATTCATTCTGTTATTGTTGTTGTTGTTGTTGTTGTTGTTGCAATTGTAGAGGAAATTGTGAATGTGATTGTTGAAGGAGGTGCTGTTCCGGCTTTGATTAAACATCTTCAACCGCCGACTCAACATGATTCTGTTCAGAAGCCGTTGCCGTTTGAACATGAGGTTGAGAAAGGAAGTGCTTTCGCACTTGGACTTCTTGCTGTCAAGGTAACTTCACTTCCACTATTATTTTACTTATGTCATCGACTTCAAGTTCAGTCGTTGAAATGGAGAACAACTTCAAGAGTTTTATGTGATGCAAAAGTATGGTTCAGGTTGTATGGAACATAGTGTTAGGCGATGAAGAACCGGCACGTGAATAAAATGTGTAGCGGATATGAGGATGTTATGTTTGATGTGTGGTAAGACCAGATTAGATAGAATTAGAAATGACAATATTAGGAGAGAGAGTTAGGGTGACAACTATAGTAGAAAAGATAGTGGAAAATAAGATTTAGGTGGTTTGGGCATTTAGAGAGAAGATATTTTTTTTTTTTGAAGGATAGAGAGAAGATCTTTAGATTTTGTAGTACAAAAAGTAAATCAAATGGAGGATAGTTCAGATGAAAACTTGTAAAAACTACAAGAAAAACTATTAAGAAAGATTTAAAGTTTAATTAGTTGTATCAAAATATGGTTTACGATAGAACATTATGTCGTAGTTTGATCCATGTAGCCAACCCCACTTAGCAGGATACGACTTTGTTTTTGTTGTTGTTGTATTCTGCACACTCATATTAAGATTAGTGTCTACCGCCAAAATAGTCCCTGACTTTGTAGGGTGCTCTCAAATAGGTTGCTGGCGTTCTGAATATTTCAAAAAGGTTCTTGATTTTGTCAGATTTTCCTCATATTAGTCCTTCAATGAATATGCTAGGGACTACACTGATAGTAGGTGGAAAACTTAGGGATCAAATTGATAGTAAATTGTTAAAATATAAGGACTTAATTGATCATAAGTGGTTAAATATAAGGATCAACTTGACAACTTAATAGAGTCAGAGACCTTTTTGAAATACTCATAATTTTAGGGACCTATTTCAGAGTGTCATACAAAGTCAGAAACTGATTTGGCTACTTTAAGATTACAGTTCTTTGATAGCTATTTGTATTCGATCATGTGTTTCTAATTTGAAATGTGGGTTATTCCTTTATTATATTATTAGATTATTCAGGTTAAGGGGGCTAATTTTCACCCCACAGTTTCTTTTTTAAAAACCACACAATGTTCAAGAAGTACACTTTTGGATGGCACAAAATTTGTATTTGTTTCGGATGTACTCGTCATGTTGGGGTGGAAAAACTTTCTCCCATTTTAGAATTGGTACAGGGAAGCTTACAGGATAATATTTGAGGGTCTAATATGTAGAATGATTCCTTGGTCATTCCCTAAACTAACTATTTTGTTTGAAATGCTTTCTACAGCCAGAACATCAACAGCTCATTGTAGACAGTGGTGCCTTGAAGCATCTTGTTGATCTTTTGAAGAGACATAAGAATGGACTAACATCACGTGCCATTAATAGTCTCATTCGGAGGGCTGCAGACGCGATCACTAATCTTGCTCACGAGAACAGCAGTATTAAAACCCGTGTCAGGTTTGCTTCTTCAAGGACTACCATACTAATGAAATTTACTTTTAAATGAATGATTCTGTTTAATATGTTGATCTCAATGTGTAGGACGGAAGGTGGGATTCCACCATTAGTTCATTTGCTTGAATTTGCGGATACAAAAGTGCAAAGAGCAGCTGCTGGTGCATTACGAACCCTGGCTTTTAAAAATGATGAAAACAAGAATCAGGTAAGTGGCCTTTTATTGGAAGAAGCGGATTTAGATAAACTTTAATGATATATGAGGTATATGAGTAAGTTACATAGCATCGTCATGACGTGTCAGATTGTTGAATGCAACGCTCTTCCAACTCTGATTTTGATGCTTCGGTCAGAAGATGCTGCTATTCATTATGAAGCGGTACTACTAGTTTAGCCTTAATTATAGATTCTTAATTCGCAATACTGTTGAGTTTAGTCTTTACACTTCTCTTACTGGGCACATTTGATGAATTATTACAGGTTGGTGTGATCGGAAATCTGGTCCACTCATCCCCCAATATAAAGAAAGAAGTTATTCTTGCTGGAGCCTTGCAACCTGTTATTGGATTACTTAGGTATACTCTCAATTTGAACCCATGAAAAGTACAATGCTCCATTTAAGCCTTTACCCCCTTCTGCAACCCTACCCTCAACTTGTATTGATATTATGATGTGATTATAATAATTACAATATGTCCAAAGCTCCTTTTTTGATGGCAATAATTTTCCAAGATCAAAATATACAGCTGAGAAGGATATCTTATTAATCTATTCTAATGAGGATCCATGTAACAGCTCCTGTTGCTCTGAAAGCCAGAGGGAAGCAGCATTGTTACTTGGACAGTTTGCAGCGACTGATTCAGACTGCAAGGTAAATATAGACTTTTGTTTTCTAACTAAAACTATACACCTAAGTTTGGTTTTAGAGCAATTGTTCAATAATTCCAACTTCAAATGTTGAATTATGTGTTACTTTTTTCTGAATAGTTAGGTTTTAACTACTGTTTGATGCTGTTAGGATATAGAGTATAGGATAATTGGAGTAGTTAAGAGTTATTTTGTAGAAGTTAGTTAGTAAGTTGATGAGCTTGTTAGGTGGCTGTTAAGTATTATTATTTTGGTTTTTCTTAGGAAGTCTTTAAATAGCCCTCAATCGGTAGAGGGGAAAGATAGCTTTTGGAATAATTGAGTTTTGGGACTGGTTGTTCCAGTACGAAAGAAGAGCGCTCCTCTGTAAACCTTTTGTATCTTCTCTTTCAATCTCTCTAAAGAAATAATAAATCCTTCATTTGCTTACAATCTTTATTAATTTGAGTCTGTTTTTACACCATTATTCTAAGAATTATTTCTTTCTCAAAGAAAGGATCCAAGCAGATGCTTTGTCTCCAGAATTTAATTCTTATCTTCTGTTGATCTTGGTTTTTGTAGGTTCACATTGTACAGAGAGGTGCTGTACGACCTTTGATAGAAATGCTTCAGTCTTCAGATGTTCAGCTCAAAGAAATGTCTGCTTTTGCATTGGGGAGATTGGCACAGGTTATTTGTTTTCCTTTGTCTTTTTTCATGTTATTGTACCTGTATGTGCAACTTGAGAGGGTAGTTTCATCACTATATTCATGAAAACCATAGTAGTCAAATCGGGATACGTATCTAGTATCGTAAGATACATTTAACAAAAAAAAAAAATGACTTAAAATATCATATATAAACTCTAAAATACTTCAAATATCATATAAAAACTTCAAGATACTTCAAAACTCAAGTCATAAACAAAAATAAATAACACTAGTTTTTTTACCCTGCGTTGCCCGGGTTAGACATATAATTAAGGATGAGTGAAATTCGCTATGTATGGTATCCGAATTTTTTGTTACAAAATTACTTTCATCTTTTGATACTTATTTTCTCCCCCCTCCCATAAAAAACATAATCTTAATATCTTTTAATTTGAAATTGTTTTTAGATTTTTTTTTAGATCCTGGTTTTAAAAAAAACCAATAACAAAGAGAAATAATGCTCTTAAAAGTGATCTTTTTAAAAGTTATACTTACTTAGACTGAAAACGTATTCTCTGTACAGAATGTGAGGTGAATAGGCAACCATATATAGGCATGAGTCTCTCAATCACTTCCATTGATTAAGGAAGGAAATATCTAAGAAAGGAAACATAAATCAACACACAATCATACAATATCTCAACACTCCCCCTCAAGGTGGTGCATATACATCATAGGCATCCATCTTGTCACATATGTAAGTTATCCGAGGACTTCGTAGAGATTTAGTAAAGATATCAGCAAGTTGGTCCTTGGAATTGACAAAGGAGGTTCTAATGATTCCCGTGATAATCTTCTCTCTAAGAAAGTGACAATCAACTTCTATATGCTTTGTCCTCTCATGAAAGACTGGATTGGATGAGAGGTGTAAAGCTGACTGGTTATCACACACAAGTTCCATTGGACCAATTTCACAAAAATGAAGTTCCTGAAGTAAATGCTTCAACCACAATAGCTCACATGTGGCATGAGCCATGGCTCGATACTCAGCCTCCGTACTTGAACGAGCAACAACAGTTTGCTTTTTACTCTTCCATGAGATCAAATTTCCACCAATGAAAACACAATAACCTGATGTAGACCGTCTATCGCTAGTATCTCCTGCCCAATCAGCATCTGAATATCCAATGATATCAGTGTTGCCTCTATCAGTGAAAACAAGCCCCTTTCCAGGGGATCCTTTGAGGTACTTAATAATTCGAATCACTGCATTCCAATGGTTGTCACAAGGAGAGTTAAGAAACTGACTTACTACACTGACTGGAAAAGATATGTCAGGTCTAGTCATGGTGAGATAGTTCAACTTTCCAACAAGTCTCCGATATCTGCCTGGGTCGGTATAAGGCTCCCCCTGATTAGGAAGAAGCTTTACATTAGGGTCCATAGGAGTATCAACTGGTTTGCAATCTGTAAGACCTGTCTCCTCCAGGATATCAAGAGCATACTTCCTTTGAGAGATAGCAATACCTGACTTTGACTGGGCTACTTCGATGCCAAGAAAGTAACGAAGAGGACCTAAGTCCTTTGTCTGGAAGTTTTGAAATAAGTGTTGTTTTAACAATTCGATACCCTCATTGTCATCACCTGTAATCACAATGTCGTCAACATAAACCACAAGATAGATATATTTATTTGATGAGGAGCATTTAGTAAAAACAGAGTGATCTGCCTCACAACGGATCATCCCAAATTGCTGCAGTACTTTGCTAAATCTTCCAAACCATGCTCGAGGTGATTGTTTCAAACCATACAAAGACTTGTGAAGTTTGCATACGAGATTACACTCCCCCTGAGCAATAAACCCAGGAGGTTGCTCCATGTAAATTTCCTCCACTAAGTCCCCATGCAAGAATGCATTCTTAATATCCAACTGAAATAGAGGCCAGCGTTTCATAGCAGCCATGGCCAAAAAGAGACGAACAGATGCCATCTTTGCAACTGGAGAAAATGTATCACTGTAATCTTGACCATGAACTTGAGTATATCCCTTTGCCACTAAGCGAGCTTTCAATCGATCTACTTGTCCGTCAGGACCCACCTTAACGTTAAATATCCATCTGCAACCAACAACAGATTTCCCAGAAGGAAGTGGAACAAGTTCCCAAGTATGATTAGATTCTAAAGCTGACATTTCATCAAGTATGGCCTGTCTCCACCCTGGATGGGATAGTGCTTCCTGAATAGTCTTAGGAATAGAAACTGATGAAAGTGCAGAAACAAAAGCACAATAGGAGGGAGATAGACGATGATAAGACAAGAAATTATAAATAGGGTAAGGATTACGGGTTGAACGGTTACCTTTGCGGATGGCAATGGGCATATCAGGAGATGGAGATGGAGATGCAGGTGGATCCGGAGTAGGGGAAACACTTGGAACAGGAACTGAAGCATGTGGTTCAACCCTTCTCTCATAAGTGATGCCATACCGGTTAATAGGTGGAGGAGACTTGGTAGGAGAGGATGTATCTACCACTGCTGGTGGGTCAGACGATGGAGACGGAATGGACTCAACAGACTCGAAATAAGGAATAGGCAAGACCTGATCTAACTCCACGGGAGGAGCATCTGAGTTGGCAAAGTACGGTATGTCCTCAAAGAAAGTAACATCAGCCGATGTGTAGAAGCGGTGTGTAGAAGGAGAGTAACAACGATACCCCTTTTGAACACGAGAGTAACCAAGGAAGACACACTTGATAGCACGAGGAGACATTTTATCACGACCTGGAGATAAATCATGAACAAAACATGTGCAACCAAAGACACGAGGAGAAACAACATATAACGGTTCTGTAGGGTACAACAAAGAATGAGGAACTTGATTATTCAAGACAGAGGATGGCATCCGATTTATTAAATACCCTGCAGTAAGAACAGCATCACCCCAAAACTTTAGAGGCACATTGGCATTTACCAAAAGAGTACGAGCAGTATCAACAATATGCCTATGTTTTCTTTCAGCAACACCATTTTGTTGAGGTGTATGAGGACAACTAGATTGATGTATGATACCTTTGGAGTGCATAAAAGAATTAAAAATATCAGAAAAATATTCTTTTGCATTATCACTGCGCAGGATGCGAATTGTTTTACCAAACTGAGTCATAATTTCAGAACAAAAATTCTTAAAAATATTAAACAACTCAGAACGATCTTTCATTAAAAATACCCAAGTACATCTTGAGAAATCATCGATAAAAGTAACATAATACTTGTACCCTAAGGTAGAAGGAACACGACTAGGACCCCAAACATCAGAATGAACAACATCAAAGGGAGCCACAGCTCTATTATTAATACGGTTAGAAAAAGAAACTCTAACATGTTTTCCTAATTGACAAGACTCGCACTGTAAAGACTCTAATTGAGGAAGACCAGACACCATCTTTTCCTAATTGACAAGACTCGCACTGTAAAGACTCTAATTGAGGAAGACCAGACACCATCTTCTTCAATTTTGATAGACTTGGATGACCCAGACGACGATGGAGGAGATGAGGAGATTCGACTGCAACACATGTAGCGGAAGTGGGAGGACGGAGGTAGTAAAGACCACGAGATTCAATTCCGGCTCCAATCGTTTGTCCCGTACTCCGGTCCTGTATCAAAAAGGAATCAGAAGTAAAGGTTATGGCACAGTTTAATGAACGAGTTAACTTGCTTATAGAAATCAAATTGAAAGGACAATTAGGAATCAGTAAAATTGAGTTCAAAGAGAGTGAAGGAGTAGGTGAAACTTGTCCAACACCCGTAGCTTCAACTTTGGACCCATCCGCAACGGTGATAAAATGTGGATATTTAGGTGTAGATAATTCAGAAAAAATTGAGGAATTACCAGTCACATGATCTGAAGCACCTGAATCCAAAACCCATCCAAGAGGTGTGGAGTGAGAAATACAAACCGTAGAATTACCGGTATGAGCAACAGTAGCCGAGGAGGATGCATGTTGTGCTGCCTTCAGTTGTAAATACTCCTTATACTCATTGGCAGAAATTGTAGTTTCTTGATCAACCTTTGACTCAGAGTTTGTTGAGGATTGAGCAACATTAGCACTTTTGTTCGGATAACCAGTCGGATAACCATGCAAGTTGTAGCACCGGTCTTGAGTGTGTCCATCTCTCTTACAATAAGTACAACGGCCACCTCTACCCCCTTTACCACGTCCCCGGCCTTGACCACGTCCACGACCTCCACTACCACGGTCATTGGAATTAGAAATAAGAGCAGAAGACTCAGAGCTTGTCTGGGTATCATCAGATGGTGTAGAAACTCGGGTGAGACGATCAATAAGTTCTTCAACAGTAGGGATTGTGGTATTTGTTAAGGCCTGATCTTTAACAGTAGCATACTCCTTAGGGAGACCGTGAAGGATAAACACCATGAACATATTATCAAGCTTTTCCAAAACCTTCTTAACATCATCACCAACCAGCATAAGTTTAAGGCCATCAATAGTGGACTGAGCTCGAGTCAAATATTCTGATAAATCATTATCAGTCATCTGAAGAGTGGCCAAGCTCCGAACAGATTCATAAAGCCTCTGAATATCGTTAGCATAAAGGTTTTTAGCCTTATGCCAAATCTCATAACAGGTCCTATACGGACGAAAATGTGCCATCAACTTAGGTTCAATGGAATTCCACAACAGCGATACAAGTTGATAATCAGCTGCTTCCCAATCATCTTTCAACTTAGCATCAATCTCCGATGCCTTTTTAGTAAGATGGTCAGAAAGACGTTGACCCAAAAACCAAATTTCAACAGCAGAATACCAATTCAAATAATTCTTACCATTCAATTTTTCTGTTGTGATAATCGCTGCTCCTTGAAACGCATACGAAATCAAACTCTTTTTCATTGCGGAATCACCCTCCTTTGATTGGACGTCTGACATGATATTTCAAGCAAAAAAGGATGCAAAAACACCAAATAGAGAGCTGTCTTGCAGAAACAGTGAACGAACCTGAAGGTTTGATGAGAACTGACAGAGAAGACAGGAAAACCAACGCGGCTGAAATAGAAAACAGCCGATACAGACCTTCAATGTGAGGCCCAAAAACTGGAAGTGGTCCCAACGAAACCAGGATCAAAAAACGAGACTACTGGAACAAACGGCGTCAAAATCGGAGTGGTGGAAGGCGGCGCGTGGACCACACGCGCTGGAGAGTGGTTGGAAAATGGGCGGCGCGTGGTGGCGCGTGACGGCGCGTGGTGGATACTCCGACCGAGAATATTTTGACAACGGAAGATCGGAGGTTTCCGATCTAGATGACGGTGAGCGCCAACGGTGGCAGCAAGACAAAAACAGTGGCGTTACGGCCAGAGAAAAAATAAAACTAGGGTTTTTAACCTAGCTCTAGATACCAACTTACTTAGACTGAAAACGTATTCTCTGTACAGAATGTGAGGTGAATAGGCAACCATATATAGGCATGAGTCTCTCAATCACTTCCATTGATTAAGGAAGGAAATATCTAAGAAAGGAAACATAAATCAACACACAATCATACAATATCTCAACAGTTATAACGAACAACCCCATAGACCCTGTTTGTAACAAATTTAAATAAAAATGATTTTGACATTCAATAATTTAGAGATTTTTTTTTACTATTAATTAACATTAAAAAATAATCAGAGCATGTTTGACATTCAAAAATCATATTGGTCATTAACTTTCAAAAATAATGTTTGGTAGCATGAATTTTTTAGTGGATATGATAAAAATTCGAAGAAAAAAAAATCAGTTTTAAAAATAATAGCAAATTTTCCTTCAATTTTTTCTTAACAAATTTGTAAATTCAAAAACAAATAAAATACTACATTTATTGAAACAAATAATGCTGAAATTGAAGTAGCCATTAATTCATTAAACAAAAAATTATTTAACAAATGAAAATTTAACACGGTTTAGGGTTTTTATTTACCACGGTTTAGTTTTTTTTTTTTTTAGAGAAACACGGTTTAGGGTTTGCTATATATAGCCGAGTTTGCATGGAAATTAGGCTATTTTGTTTGTAAACGTATTAAATAAGTGTACAAAATATTGTAAAAAAAAAAAAAGGATGCATTTTTTTAGTATTAAAGAAGTGTACAAAATATTGTCAAAAAAAAAAAGGCAAGAGGATAGGAACGATGCATTTTTTTAGTTTTAGGGTACAAAATATTGTCAAAAAAAAAAAAGGCAAGAGGATAGCAATGAAATTGGTGCGATGCATTTTTTTAGATGGAATTTGTTAGGTTAAATTATTGCTAACCTAATACAGCAAAATGAGCGGGAAAATATTAGGTTAAATTGCTGCAGACCTAACAAAATTAATAAATAAGGATTAAACATCCTTAAACATCTTTTTACTTCATCAGGAACAGAAGTACAAGGAATAACATTCTTATTTGTCCCAGCAAGGTGATGTTTTATCCTTGAAGTACAAGGAATATCATGGTCTCTCTTCTTTTTTGTCTGCCCCATTAGTGAATAGTTTAAGATTAATAGAATGGAATAGGGCAACAGAGCAGAGGAACAGAGAAAGATGGCAGAAAATAAAGAGATAGAGAAACGAGATATATAGAAACATAGCGGATAATGGGAAGTTGTAAACAGAGAAATTAAATCATTGAGTCGTGGGATATTGGAAAGGTTACAAGTTACAGTTTAAGTCTGAAAGGTTATAGTAAAGAATTGAATCGTGGGGTATTGAAAAGTATTGGAAACATAGCAAATTATGGGAAAGGTAACAATTTAATTCCCTTAATAACCTATAAAGCTACTTTATTGAAAAAAAAGAATAAGAAGCGGCGCTGGTAAACAGAAAAATAGGAGGAACTACTACACTGGTTTGGGATACAGAGTAAGATACATATCAGTGAAGGGTGTTTTCGGTCGTATAGTAGGATTCAAGGTTTTTGGGATACAGAGTGAGATATGTATCGGTGAATGGTCTTTTCGGTTGGTATCGTGAAACGTATCGTAGGATGCTTACTGCACTGATGGAAACTATCAGTTGTTATTTTATTACGTTGTTTTTGAAGTTGATGAAACCTTTAAAGCATTAAATTAAGTGAGCTTAGATTTGAGCAAGGAAGTGTCATACTAATATTATATTGCAGCCTTTTAGATTCAAGTTTTATGCACTATTTCCATTTGTAAGCTGAATTACAGAATTCTTTTAACATCATAACCATTTCCTTTGGCCTGAAGATATTAAATTTTATGTCAGGATACACATAACCAAGCTGGTATTGCACACACTGGCGGATTAGTGCCACTACTGAAGCTTCTTGACTCAAAAAATGGGTCTTTGCAACACAATGCTGCTTTTGCTCTTTATGGCCTTGCAGAGAATGAGGTAAGATACACTATAATAACTCTACCACTATAGATCTTTTGTCTCAATTGTTTAGAAAATTTATTACTGAAAACCAAAGTTAATTTATGTGGTTTAATTTGTGCCGTAGGATAATGTGCCCGACTTTATTAGGGTAGGTGGAATTAAGAGACTTCAGGATGGAGAGTTTATAATCCAAGTAAGTTTATCTCTTTAATACCTAGCTAGTAACTCTGGTTTCAGAGTTTCCGCCTTGAACCCTTTTGTTGCCTATATCATTGGGAATTAAATGATATAGGTGATTGCATGCAAATTTTATCTTCATGAACTTGAAACATTAGGCTTTCTGACACCCACTGATCTTTAAGGAAATGCTATTGATTTCTATTGTAGGCAACTAAGGATTGTGTTGCCAAGACATTGAAAAGACTAGAAGAGAAGATTAATGGTCGTGTAAGCACAATATCACATTAACTTGTTACTTTACCGAGTTTACTCATTATACTGTAATTAACATGGAAATGACATGGATGCCATTACTTAATTAGTTATATACGACCACCAAACCTTATTCTATAAGTTCCAAAGTTCATATTATGATCAAATTTGTAATCTATTAATATTCTCTTTGTAGGTGCTGAACCATTTGTTATATCTTATGAGAGTTTCTGAAAAGGCATTCCAAAGACGAGTTGCTTTGGCTCTTGCTCATCTTTGTTCTGCAGATGACCAGAAAAAAATATTTATTGACCACAATGGTATGCATGTTCCTAGTCAACCCTTTTGCATTAGTGTCATGTCTCTTGTTTCTTGTCTATAAAATCCTTTTTATGGATACTTTGTTGCTTATTTTATTCTGTTTGAAGTCGAGCATCTTTTCATGCAGGGCTGGAGTTGCTTATTGCACTTCTTGGCTCATCTTGCCCTAAGCAGCAACTTGATGGTGCTGTGGCTTTATTCAAGTTGGCCAACAAAGCTATGACTCTGTCTCCTGTAGATGCTGCTCCTCCATCCCCAACACCGCAGGTTAGCTTATATACAATTTGCTTTTTCTTCAGGGTTTATAATCTCACTGCTAAAAGTTTAATATTTTCATCCCACTATTTTCATAATCACAGGATCTCAATGCTTTACTTGTACATGATGTTTTTTGGTCAAAATTTTATTTCCTTTATCTTTCTCGATGGTGTGGGAAAACTTTGTTTCTTCTGATTTTGGTTTTACCCTTGTTGTTCTCATAGGAACTTTGTGCATTCACATGCTTAAAAAGTGTTAGCTGTGAGATCTTTACCCATTTGAATCTTATCATCATTGATTAAATTTTTGGGAAATGCTAAAGAGTGCCCTTAGAGCATTGGTTAAGAGGACAAAAATAGAAATGTTGCATTGGAAAATGGCGAAAAGTAATGAATTTAACTTTTTAAAAGATAAAAAATTGTTGAATCCAATGTAAACCTACTAATTTTGGTTTCCTTAACAAGTGCTAGCATAACCCTAATTTTTTTTTTATGCTGGCAACGATCTGACCTCACCCTGTTTGCGCATATTCTGTGTTTGCCATGTTTTGATTTTTGAACTTGTGATATCTCTTGGCAAATAGCAGCCATGGAAGATTGTGGTGGTGGTTTTATTTTTTACAACCACAATGGCCAATTTGTCAAGGGTGGAAGTGCTGTAGTGTTGTACTATAGTCTTGCTTTCCGCCATGGTATTCCATCCACAGTCGATAAAACTGTTTTCTAGAAGTGACGGTGTCGAGTTATGAATATATGCTACATTTAATTAATTGGCATCTGATGTCTAGTTTCATCCTTTCTCCTTACTTTCCATCACGTCTAAATGATTCTGGATAAGTTGCTTTCAATGTTGAAATATTTATATCCTAGACTATTCTTGCAGGTCTATTTGGGGGAGCAGTATGTAAACAATGCTACCCTGTCCGACGTTACATTTTTGGTTGAAGGTTGATACTTTCTATCCATATATATCGTTTAATTCTCATGAATGTATCTTGAAAAATAGCTTGCCTGAAATGTAGTGTCATAGTTTCAGTTGACATTTGTAGATAACTAGGTATCTCTATACTTTGCTGCAGGTAAACGGTTTCATGCTCATAGAATCTGTCTACTTGCATCTTCAGATGCATTTCGTGCGATGTTTGATGGTGGTTATAGGGTGGGTATATTTACTCTCTCTCCTCCCTTGATTCTTGTTACAGTTGATTATCTACCAAAAAACAAAACTCCTTTATTGATTTCTCTCTACGAGAAACATATTTATCACCTACTATTTTGGTTTTAATACTTTCTCTTACCTGCGAACACTTTTGTTGGATATTTCATGGTGAATTTTAAATTTAGCAATAAAAATTTCTGTTGAAATTTTAATACAAAGCTATAATCCATGTCCCTGATTGATATACAATTCTTTTACTCTATTATAGGAGAAGGATGCAAGGGACATTGAGATTCCAAATATTAGATGGGAGGTCTTTGAGCTTATGATGAGGTCTAACCATATATGCCTTATGGAAGTTTGTAATGATTTGAGGACAACTTAAATCTCACTGTTCACTCTTTGTCCAGATTTATCTACACTGGATCGGTTGATGTCACTCTTGAAATTGCTCAAGATCTCCTCCGAGCAGCTGATCAATATCTCTTGGAAGGGCTTAAGAGACTATGTGAATACACGATTGCACAGGTTAGCTAAGTGAATTGGTTTTGCTAGAGTATTGTTTCCTGAACTAATATTAGAATCAAAAGTGAATTCCTCATTACTTGATTTTTTGTCACAGCATGTATCACTCGAGAACGTGTCAAGTATGTATGAACTTTCAGAAGCCTTCAATGCTACATCATTGAGACACACATGCATCCTTTTTATCTTGGGGCACTTCGATAAATTAAGTGAAACGCCAGGGTATCTATCTGAATTCCTCAATCTTATATTTGCTTCTCGCTTTTTGTAGAATTCTCTTTTCCCTTGGAATGTGTAAAAGACACTTTCTTATAAATTGATTAATAGGCAATCTAAATTAATTATGTATCTACGATTGACCTAAAATGAATCCATATATTGAAAGTTTCTGGCAAACAGTGACATTCTTTTAGAGGTCTAAAAGAAAATTATACAGGTATTATAGATATTAATTAACAAGGAGAACTTTGATTTTGCCAAATGTTTGCAGGAACTCTGATTTAATTCAGCGTACAATACCAGATATCCGCAATTACTTTGTTAATGCTCTTACAAAGGGGAACTCCAACATCCAGGCGTAG
Protein sequence

>MS.gene000132.t1

MEHLPSSEKKGQKRKLEQQEEFQQDTQISLPLTGDARDAVLSDVNQHVSILLSSFSSNEFDRASAKRATHALADLAKNEEIVNVIVEGGAVPALIKHLQPPTQHDSVQKPLPFEHEVEKGSAFALGLLAVKPEHQQLIVDSGALKHLVDLLKRHKNGLTSRAINSLIRRAADAITNLAHENSSIKTRVRTEGGIPPLVHLLEFADTKVQRAAAGALRTLAFKNDENKNQIVECNALPTLILMLRSEDAAIHYEAVGVIGNLVHSSPNIKKEVILAGALQPVIGLLSSCCSESQREAALLLGQFAATDSDCKVHIVQRGAVRPLIEMLQSSDVQLKEMSAFALGRLAQDTHNQAGIAHTGGLVPLLKLLDSKNGSLQHNAAFALYGLAENEDNVPDFIRVGGIKRLQDGEFIIQATKDCVAKTLKRLEEKINGRVLNHLLYLMRVSEKAFQRRVALALAHLCSADDQKKIFIDHNGLELLIALLGSSCPKQQLDGAVALFKLANKAMTLSPVDAAPPSPTPQVYLGEQYVNNATLSDVTFLVEGKRFHAHRICLLASSDAFRAMFDGGYREKDARDIEIPNIRWEVFELMMRFIYTGSVDVTLEIAQDLLRAADQYLLEGLKRLCEYTIAQHVSLENVSSMYELSEAFNATSLRHTCILFILGHFDKLSETPGNSDLIQRTIPDIRNYFVNALTKGNSNIQA