AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene022650

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene022650.t1 MTR_5g066400 99.326 445 3 0 1 445 1 445 0.0 914
MS.gene022650.t1 MTR_8g464900 99.070 430 3 1 1 430 1 429 0.0 874
MS.gene022650.t1 MTR_5g066400 93.034 445 3 1 1 445 1 417 0.0 840
MS.gene022650.t1 MTR_5g066400 98.992 397 4 0 1 397 1 397 0.0 806
MS.gene022650.t1 MTR_8g007440 83.908 261 16 3 127 386 33 268 6.73e-151 429
MS.gene022650.t1 MTR_0015s0130 38.031 447 203 12 1 444 1 376 2.76e-93 286
MS.gene022650.t1 MTR_2g096840 37.360 447 206 11 1 444 1 376 7.69e-93 285
MS.gene022650.t1 MTR_6g004000 37.584 447 205 12 1 444 1 376 4.61e-92 283
MS.gene022650.t1 MTR_7g093260 37.136 447 207 12 1 444 1 376 4.17e-91 281
MS.gene022650.t1 MTR_3g095530 37.360 447 206 12 1 444 1 376 1.71e-90 280
MS.gene022650.t1 MTR_7g026230 37.360 447 206 12 1 444 1 376 1.91e-90 279
MS.gene022650.t1 MTR_2g008050 36.465 447 210 12 1 444 1 376 1.17e-89 277
MS.gene022650.t1 MTR_7g027185 28.160 451 244 9 5 442 2 385 2.14e-52 181
MS.gene022650.t1 MTR_7g027185 28.571 427 226 8 5 419 2 361 7.12e-50 173
MS.gene022650.t1 MTR_8g089630 29.247 465 250 15 9 445 9 422 4.73e-46 165
MS.gene022650.t1 MTR_7g027185 29.288 379 197 7 5 379 2 313 1.29e-45 160
MS.gene022650.t1 MTR_3g030550 26.185 443 241 11 7 444 1 362 2.03e-35 135
MS.gene022650.t1 MTR_2g445210 23.729 472 278 12 9 442 7 434 1.87e-27 114
MS.gene022650.t1 MTR_8g007445 66.250 80 25 1 1 80 1 78 6.13e-25 98.2
MS.gene022650.t1 MTR_8g008540 74.138 58 10 1 393 445 21 78 1.12e-20 86.3
MS.gene022650.t1 MTR_5g066390 76.923 52 11 1 1 51 1 52 2.80e-15 75.1
MS.gene022650.t1 MTR_3g067945 26.891 238 143 7 7 238 19 231 6.06e-13 71.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene022650.t1 AT1G18450 78.125 448 88 4 1 445 1 441 0.0 747
MS.gene022650.t1 AT3G53750 37.360 447 206 11 1 444 1 376 1.63e-93 287
MS.gene022650.t1 AT3G53750 37.360 447 206 11 1 444 1 376 1.63e-93 287
MS.gene022650.t1 AT2G37620 37.360 447 206 11 1 444 1 376 1.63e-93 287
MS.gene022650.t1 AT2G37620 37.360 447 206 11 1 444 1 376 1.63e-93 287
MS.gene022650.t1 AT2G37620 37.360 447 206 11 1 444 1 376 1.63e-93 287
MS.gene022650.t1 AT2G37620 37.360 447 206 11 1 444 1 376 1.63e-93 287
MS.gene022650.t1 AT3G12110 38.031 447 203 12 1 444 1 376 5.01e-93 286
MS.gene022650.t1 AT5G09810 38.255 447 202 12 1 444 1 376 1.23e-92 285
MS.gene022650.t1 AT1G49240 37.808 447 204 10 1 444 1 376 4.88e-92 283
MS.gene022650.t1 AT3G18780 37.808 447 204 10 1 444 1 376 7.44e-92 283
MS.gene022650.t1 AT3G18780 37.808 447 204 10 1 444 1 376 7.44e-92 283
MS.gene022650.t1 AT3G46520 37.360 447 206 11 1 444 1 376 1.80e-91 282
MS.gene022650.t1 AT3G46520 37.360 447 206 11 1 444 1 376 1.80e-91 282
MS.gene022650.t1 AT5G59370 37.360 447 206 11 1 444 1 376 2.12e-91 282
MS.gene022650.t1 AT5G59370 37.360 447 206 11 1 444 1 376 2.12e-91 282
MS.gene022650.t1 AT2G42100 35.586 444 212 9 4 444 5 377 4.10e-88 273
MS.gene022650.t1 AT3G18780 36.916 428 196 10 1 425 1 357 1.62e-81 256
MS.gene022650.t1 AT2G42090 34.624 439 206 9 10 444 4 365 9.64e-80 251
MS.gene022650.t1 AT2G42170 34.877 367 192 8 78 444 9 328 1.40e-71 229
MS.gene022650.t1 AT2G42170 34.877 367 192 8 78 444 9 328 1.40e-71 229
MS.gene022650.t1 AT1G73910 67.105 152 40 2 1 152 1 142 9.39e-66 207
MS.gene022650.t1 AT1G73910 67.105 152 40 2 1 152 1 142 9.39e-66 207
MS.gene022650.t1 AT2G42170 33.908 348 183 8 78 425 9 309 1.88e-61 202
MS.gene022650.t1 AT2G42170 33.908 348 183 8 78 425 9 309 1.88e-61 202
MS.gene022650.t1 AT3G27000 28.761 452 240 10 5 442 2 385 6.03e-53 182
MS.gene022650.t1 AT1G73910 68.376 117 28 1 1 117 1 108 1.11e-48 164
MS.gene022650.t1 AT2G42170 34.717 265 128 6 180 444 11 230 7.46e-45 156
MS.gene022650.t1 AT1G13180 27.826 460 250 13 9 438 8 415 4.07e-43 157
MS.gene022650.t1 AT3G60830 25.336 446 241 10 7 444 1 362 2.04e-31 124
MS.gene022650.t1 AT3G33520 26.166 386 221 8 94 443 61 418 1.64e-25 108
MS.gene022650.t1 AT3G12380 27.660 235 139 6 10 238 22 231 1.55e-15 79.7
MS.gene022650.t1 AT3G12380 28.085 235 144 6 10 238 22 237 1.88e-14 76.3

Find 118 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CCGCAATACCCTTGCTTTCC+AGG 0.219314 8.4:+79139866 None:intergenic
AATACGCCCTGGAGAGTTTC+AGG 0.253290 8.4:-79139711 MS.gene022650:intron
GCATTTCACTTTCAGCTTGC+TGG 0.254209 8.4:-79135494 MS.gene022650:intron
TATCACAGGACAATTGAAAT+TGG 0.257174 8.4:-79137685 MS.gene022650:intron
GGGATATTGTTGACAGCATT+TGG 0.259925 8.4:-79145286 MS.gene022650:CDS
GCAACAATTCCATCCTTTAA+TGG 0.263838 8.4:+79145314 None:intergenic
TTGTAGCTTTCAGATGTATT+AGG 0.285708 8.4:+79138403 None:intergenic
ATGTAAATTGCAGTCAATTC+CGG 0.286149 8.4:-79136460 MS.gene022650:intron
TCAGGTGGTGTCTCCATTAA+AGG 0.291568 8.4:-79145327 MS.gene022650:intron
TCAAGGTAATTACTCGGATT+TGG 0.294188 8.4:+79133174 None:intergenic
AGGAGCATGGGATGCTCTTT+AGG 0.302704 8.4:+79142756 None:intergenic
TGAAACCTCGGTATTCCTTT+AGG 0.316799 8.4:-79139742 MS.gene022650:CDS
AAACCATCATATGGAGTATC+TGG 0.319612 8.4:+79138254 None:intergenic
TTCAGCTATAGTAATTGATC+TGG 0.360082 8.4:-79146642 MS.gene022650:CDS
CCACATCATTAGTTGTTGAT+TGG 0.366348 8.4:-79142416 MS.gene022650:intron
ATGCTACTGAAAGGAGGTTT+AGG 0.372848 8.4:-79134060 MS.gene022650:intron
GCATTTGGGATCATGCCTTC+AGG 0.378731 8.4:-79145271 MS.gene022650:intron
TGTAAATTGCAGTCAATTCC+GGG 0.387922 8.4:-79136459 MS.gene022650:intron
AACAATATTAGAAATGTTGA+TGG 0.388533 8.4:-79145519 MS.gene022650:CDS
TTCAATTATCTTACCATTTG+AGG 0.388965 8.4:+79136393 None:intergenic
CAACTCAAGGACACTTCCTT+TGG 0.395475 8.4:+79133005 None:intergenic
GGCAGTATATTGGCTTCCCT+TGG 0.405681 8.4:-79133220 MS.gene022650:CDS
GGATATTGTTGACAGCATTT+GGG 0.407969 8.4:-79145285 MS.gene022650:CDS
GATGGATTGAAAAGAACATC+TGG 0.409238 8.4:+79137643 None:intergenic
GTAAGAAATTCTCCTCCAAT+TGG 0.412742 8.4:+79139907 None:intergenic
GCTCTTTAGGATCAATCAAT+AGG 0.412944 8.4:+79142769 None:intergenic
AGAATTATTTAGTAGCATAC+TGG 0.414090 8.4:-79136018 MS.gene022650:intron
TTTCAATCCATCCCTGGCTC+AGG 0.414421 8.4:-79137632 MS.gene022650:intron
TACAGAAGGAAACACAGCTT+TGG 0.420996 8.4:+79146577 None:intergenic
GCGTATTTCCTTTCTCCTAA+AGG 0.428130 8.4:+79139727 None:intergenic
TCGGTATTCCTTTAGGAGAA+AGG 0.431364 8.4:-79139735 MS.gene022650:CDS
ATTTGGAGAACCACATTTGT+TGG 0.435174 8.4:+79133191 None:intergenic
CTGGATTGGAGGCAGTATAT+TGG 0.435714 8.4:-79133230 MS.gene022650:CDS
ACAGAAGGAAACACAGCTTT+GGG 0.447748 8.4:+79146578 None:intergenic
CTTTCAGCTTGCTGGTGGTA+CGG 0.449113 8.4:-79135486 MS.gene022650:intron
TCTGCAACTTACTGGCCATC+AGG 0.458733 8.4:+79137874 None:intergenic
CTCATGTGAACTTAGGTTGT+TGG 0.462020 8.4:-79145612 MS.gene022650:intron
AGTTCGTGGGCTGCCTCAAA+TGG 0.472905 8.4:-79136406 MS.gene022650:intron
AGATTGCTTGATGAAAAGCC+TGG 0.475639 8.4:-79139884 MS.gene022650:CDS
TCAGCTCACAAACCTGAGCC+AGG 0.478987 8.4:+79137620 None:intergenic
ATATGTAGGATCTCAGTCCT+TGG 0.480592 8.4:-79145469 MS.gene022650:CDS
GCTGTGGCAACGTCTCCAAT+TGG 0.487799 8.4:-79139922 MS.gene022650:CDS
ATTGGCAGTGTCTGGATTGG+AGG 0.490582 8.4:-79133241 MS.gene022650:intron
CAGGTATACAAACCATCATA+TGG 0.490698 8.4:+79138245 None:intergenic
TATGTAGGATCTCAGTCCTT+GGG 0.498104 8.4:-79145468 MS.gene022650:CDS
TGTTGGAGCGATTGATCAAA+TGG 0.503546 8.4:-79145595 MS.gene022650:CDS
ATTCCATTGCTCAGTGGTGG+AGG 0.503728 8.4:-79141202 MS.gene022650:intron
TCTGCAAAGCTCTCCATGCC+CGG 0.508842 8.4:+79136441 None:intergenic
GCTGAAAAGAACTCTGGCTC+TGG 0.511526 8.4:-79145552 MS.gene022650:CDS
GGCTGCTAGAGTAAAGGTAT+TGG 0.511652 8.4:-79134092 MS.gene022650:CDS
CCCTCAGGCTGCTAGAGTAA+AGG 0.514929 8.4:-79134098 MS.gene022650:CDS
GTAGCTCATACGATGTCGTT+GGG 0.515121 8.4:+79137896 None:intergenic
GGTGATTGCTAGTGATATCA+AGG 0.517057 8.4:-79138294 MS.gene022650:CDS
GGTTCACATACTTGTAAAGC+TGG 0.517258 8.4:-79146620 MS.gene022650:CDS
TTTATTGGCAGTGTCTGGAT+TGG 0.519842 8.4:-79133244 MS.gene022650:intron
CATAATACCTGAAACTCTCC+AGG 0.520117 8.4:+79139704 None:intergenic
TGTTGTTGAGCATTAGAAGA+AGG 0.520384 8.4:+79142726 None:intergenic
AGGATGGAATTGTTGCTGAC+TGG 0.520781 8.4:-79145307 MS.gene022650:CDS
GGATGGAATTGTTGCTGACT+GGG 0.521437 8.4:-79145306 MS.gene022650:CDS
ACTTGTAAAGCTGGTTATGC+TGG 0.525919 8.4:-79146611 MS.gene022650:CDS
AGGAGAAAGGAAATACGCCC+TGG 0.526266 8.4:-79139722 MS.gene022650:CDS
ATTGCAGTCAATTCCGGGCA+TGG 0.526476 8.4:-79136454 MS.gene022650:intron
GGAAAGAGAAAATTATATGT+AGG 0.529853 8.4:-79145483 MS.gene022650:CDS
TTGGTTCCTTCCAACAAATG+TGG 0.534619 8.4:-79133201 MS.gene022650:CDS
AGAAGGCTCTGCAAGGAGCA+TGG 0.535506 8.4:+79142743 None:intergenic
TGAGGCAGCCCACGAACTGA+TGG 0.537968 8.4:+79136411 None:intergenic
GATGAAAAGCCTGGAAAGCA+AGG 0.538696 8.4:-79139875 MS.gene022650:CDS
GAAGGCTCTGCAAGGAGCAT+GGG 0.539240 8.4:+79142744 None:intergenic
TTTCACTTTCAGCTTGCTGG+TGG 0.540017 8.4:-79135491 MS.gene022650:intron
TCAGCTATAGTAATTGATCT+GGG 0.540950 8.4:-79146641 MS.gene022650:CDS
GGAGAACCACATTTGTTGGA+AGG 0.543183 8.4:+79133195 None:intergenic
GGCTTCAATGCAACAACTGA+AGG 0.545651 8.4:-79135465 MS.gene022650:CDS
TCTGATGCAGGAATCCCCTC+AGG 0.547564 8.4:-79134113 MS.gene022650:intron
GCTCCAGATACTCCATATGA+TGG 0.547700 8.4:-79138257 MS.gene022650:intron
GGTAGCTCATACGATGTCGT+TGG 0.549228 8.4:+79137895 None:intergenic
CCTTTCAGTAGCATTTCCAC+TGG 0.562878 8.4:+79134069 None:intergenic
GAAATCGCTCCATCAGTTCG+TGG 0.564376 8.4:-79136420 MS.gene022650:CDS
GTGGCAACGTCTCCAATTGG+AGG 0.567917 8.4:-79139919 MS.gene022650:CDS
TCTAATAGATATGAAGAGCA+TGG 0.569376 8.4:-79133040 MS.gene022650:intron
CCAATCAACAACTAATGATG+TGG 0.572658 8.4:+79142416 None:intergenic
AATCTGACAGACTGTAGACT+TGG 0.573313 8.4:-79138431 MS.gene022650:intron
GACGAGGCTGAAAAGAACTC+TGG 0.578930 8.4:-79145558 MS.gene022650:CDS
TGTTGATGGTGATAAAGCCA+AGG 0.582436 8.4:-79145505 MS.gene022650:CDS
TGATGGCTATGTTCTTCAGA+AGG 0.588188 8.4:-79141155 MS.gene022650:intron
TTACCTCCATAAAATCTCTA+CGG 0.588637 8.4:+79145442 None:intergenic
AGAACATAGCCATCATGTAC+CGG 0.593299 8.4:+79141163 None:intergenic
CCTTTACTCTAGCAGCCTGA+GGG 0.593502 8.4:+79134098 None:intergenic
ACATTTGTTGGAAGGAACCA+AGG 0.602188 8.4:+79133203 None:intergenic
ACAGTTGCACCGGTACATGA+TGG 0.606325 8.4:-79141172 MS.gene022650:CDS
AAGCTACAAGCTCTACTCCC+AGG 0.608537 8.4:-79138389 MS.gene022650:intron
ACCTTTACTCTAGCAGCCTG+AGG 0.611663 8.4:+79134097 None:intergenic
CCTGGAAAGCAAGGGTATTG+CGG 0.612507 8.4:-79139866 MS.gene022650:intron
AAATCGCTCCATCAGTTCGT+GGG 0.616076 8.4:-79136419 MS.gene022650:CDS
AGTGCCGTTGCAACTATGTA+CGG 0.619334 8.4:-79146766 None:intergenic
AGGATCAACTACAGTTGCAC+CGG 0.623628 8.4:-79141182 MS.gene022650:CDS
GTTGATGGTGATAAAGCCAA+GGG 0.625274 8.4:-79145504 MS.gene022650:CDS
ATGAAAAGCCTGGAAAGCAA+GGG 0.625341 8.4:-79139874 MS.gene022650:CDS
CATTAGAAGAAGGCTCTGCA+AGG 0.625798 8.4:+79142736 None:intergenic
ATGCTCAACAACAGAGAGAG+AGG 0.628504 8.4:-79142716 MS.gene022650:intron
TCACAAACCTGAGCCAGGGA+TGG 0.628933 8.4:+79137625 None:intergenic
CCTCTAGCAAGTCTTTCTCA+AGG 0.629024 8.4:+79135438 None:intergenic
GTGGTGTCTCCATTAAAGGA+TGG 0.630945 8.4:-79145323 MS.gene022650:CDS
ATGGAGCTTCATATATCCAA+AGG 0.631566 8.4:-79133021 MS.gene022650:CDS
CCAGTGGAAATGCTACTGAA+AGG 0.633164 8.4:-79134069 MS.gene022650:CDS
CAGCTCACAAACCTGAGCCA+GGG 0.634400 8.4:+79137621 None:intergenic
CATTTGTTGGAAGGAACCAA+GGG 0.639612 8.4:+79133204 None:intergenic
GTTGCAACTATGTACGGTGG+TGG 0.640142 8.4:-79146760 None:intergenic
CATATGGAGTATCTGGAGCA+CGG 0.643740 8.4:+79138261 None:intergenic
ACATCGTATGAGCTACCTGA+TGG 0.659142 8.4:-79137889 MS.gene022650:CDS
AGAGTAAAGGTATTGGCCAG+TGG 0.666409 8.4:-79134085 MS.gene022650:CDS
AAAATCTCTACGGTAGCCCA+AGG 0.674998 8.4:+79145452 None:intergenic
CTTTACTCTAGCAGCCTGAG+GGG 0.681009 8.4:+79134099 None:intergenic
GTGGAAATGCTACTGAAAGG+AGG 0.681158 8.4:-79134066 MS.gene022650:CDS
TTTCTCCTAAAGGAATACCG+AGG 0.688869 8.4:+79139737 None:intergenic
ATAATACCTGAAACTCTCCA+GGG 0.701084 8.4:+79139705 None:intergenic
CCTTGAGAAAGACTTGCTAG+AGG 0.710122 8.4:-79135438 MS.gene022650:intron
GCCGTTGCAACTATGTACGG+TGG 0.734269 8.4:-79146763 None:intergenic
GGATGTTGATGAATCAGACG+AGG 0.764479 8.4:-79145574 MS.gene022650:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr8.4 gene 79133009 79146773 79133009 ID=MS.gene022650
chr8.4 mRNA 79133009 79146773 79133009 ID=MS.gene022650.t1;Parent=MS.gene022650
chr8.4 exon 79146761 79146773 79146761 ID=MS.gene022650.t1.exon1;Parent=MS.gene022650.t1
chr8.4 CDS 79146761 79146773 79146761 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79146580 79146671 79146580 ID=MS.gene022650.t1.exon2;Parent=MS.gene022650.t1
chr8.4 CDS 79146580 79146671 79146580 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79145446 79145619 79145446 ID=MS.gene022650.t1.exon3;Parent=MS.gene022650.t1
chr8.4 CDS 79145446 79145619 79145446 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79145272 79145345 79145272 ID=MS.gene022650.t1.exon4;Parent=MS.gene022650.t1
chr8.4 CDS 79145272 79145345 79145272 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79142717 79142800 79142717 ID=MS.gene022650.t1.exon5;Parent=MS.gene022650.t1
chr8.4 CDS 79142717 79142800 79142717 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79142568 79142628 79142568 ID=MS.gene022650.t1.exon6;Parent=MS.gene022650.t1
chr8.4 CDS 79142568 79142628 79142568 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79142417 79142466 79142417 ID=MS.gene022650.t1.exon7;Parent=MS.gene022650.t1
chr8.4 CDS 79142417 79142466 79142417 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79141156 79141210 79141156 ID=MS.gene022650.t1.exon8;Parent=MS.gene022650.t1
chr8.4 CDS 79141156 79141210 79141156 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79139867 79139944 79139867 ID=MS.gene022650.t1.exon9;Parent=MS.gene022650.t1
chr8.4 CDS 79139867 79139944 79139867 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79139712 79139765 79139712 ID=MS.gene022650.t1.exon10;Parent=MS.gene022650.t1
chr8.4 CDS 79139712 79139765 79139712 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79138390 79138443 79138390 ID=MS.gene022650.t1.exon11;Parent=MS.gene022650.t1
chr8.4 CDS 79138390 79138443 79138390 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79138258 79138318 79138258 ID=MS.gene022650.t1.exon12;Parent=MS.gene022650.t1
chr8.4 CDS 79138258 79138318 79138258 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79137886 79137937 79137886 ID=MS.gene022650.t1.exon13;Parent=MS.gene022650.t1
chr8.4 CDS 79137886 79137937 79137886 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79137633 79137699 79137633 ID=MS.gene022650.t1.exon14;Parent=MS.gene022650.t1
chr8.4 CDS 79137633 79137699 79137633 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79136407 79136469 79136407 ID=MS.gene022650.t1.exon15;Parent=MS.gene022650.t1
chr8.4 CDS 79136407 79136469 79136407 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79136019 79136081 79136019 ID=MS.gene022650.t1.exon16;Parent=MS.gene022650.t1
chr8.4 CDS 79136019 79136081 79136019 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79135439 79135501 79135439 ID=MS.gene022650.t1.exon17;Parent=MS.gene022650.t1
chr8.4 CDS 79135439 79135501 79135439 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79134061 79134125 79134061 ID=MS.gene022650.t1.exon18;Parent=MS.gene022650.t1
chr8.4 CDS 79134061 79134125 79134061 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79133187 79133255 79133187 ID=MS.gene022650.t1.exon19;Parent=MS.gene022650.t1
chr8.4 CDS 79133187 79133255 79133187 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
chr8.4 exon 79133009 79133054 79133009 ID=MS.gene022650.t1.exon20;Parent=MS.gene022650.t1
chr8.4 CDS 79133009 79133054 79133009 ID=cds.MS.gene022650.t1;Parent=MS.gene022650.t1
Gene Sequence

>MS.gene022650

ATGTACGGTGGTGGTGAGTGCGGAAACGAGTTATGTTTTCTTCTTATTACTCTCTTATTGTTCTGATAGTTCTTAACATTGTTCATTTTGTTGAATTTTCAGATGAAGTTTCAGCTATAGTAATTGATCTGGGTTCACATACTTGTAAAGCTGGTTATGCTGGTGAAGATGCTCCCAAAGCTGTGTTTCCTTCTGTAAGTGCTTTCATTACACTTTTCATTTTTCTGATTTTTTTTTTGGAATTTTGTTGTGAATTTCATGTTTCATTGGTATTATTATCTGCTTTCAGCTTTATTGTTTTTCCGTTCATTTTAGTTAATTGTTGATGTTAATGAATAATTTTATGTGGTCACAAGTTAGTACGTTTGATTTGTAGTTACGTTCGTATATGATTCATAGTTTGATAGATTAATGTATCTAAAATGTATGGATGATTTACTTGAAAATTTCATCGCACAATTGTAAGATCCGTGATGTTGTATGAGACAAAGTGTTGGACTGTAAAGAACCAACAAAGTGAATTAAGCACAACAGAGTTGAGGATGTTGCGTTGGATGTATGCTAAGAATAGACAAGACAGAATTAGAAATGACAACATTATAGAGAGAATTCGGGTAGCATTTATTGTAGAAAAGATGGGGGAAACCAGGCTTAGGTGATTTGAGGATGTAGAGAGAAGATCTGTGGATTCTGTAGTAAGGAGAGTAGATCAGATGGAGGTAGAGGAAGACCTAGAGAAACTACTAAGAAAGATCTATAGATTAATGAGTTAGATAGGAATATGATATATGATAAAACATTATGACGTCGTTTGATCCATGTAGCCGACTCTACTTAGTGGGATACAACTTAGTTGTTGGGGGGTGTGTGTATGTACGTTTATTTAACTTTTTATGTTTTGTTTCCTGTTTCACTGGTATTAGTTGTTTCCACCATTATTATTTTGTTGTCTTTTTGTTGTTGCTGATGTTAGTGATGAAGTGGTCACTTGCACTGTTTGGTTGTCACATGCTAATATTGCTTGATAGTGTAATTAGGTGTAATGGATAGTTTGTTAGATTAAAATCTTCAAAATTCATGGATGGTTTACTGATTTGAGGATGAATATGATAATGTGTTGACGATAAGTTTTGTATTGACTCATGTGAACTTAGGTTGTTGGAGCGATTGATCAAATGGATGTTGATGAATCAGACGAGGCTGAAAAGAACTCTGGCTCTGGCGAATCAAAGAACAATATTAGAAATGTTGATGGTGATAAAGCCAAGGGAAAGAGAAAATTATATGTAGGATCTCAGTCCTTGGGCTACCGTAGAGATTTTATGGAGGTAACCCTTTTGTAACGTTCTTCTTGAATAGTCTTTGATTCATATATTTCATATTTTTATAATTAATAGGTGTAATTATCTTTTTATTTTATGATGTCAGGTGGTGTCTCCATTAAAGGATGGAATTGTTGCTGACTGGGATATTGTTGACAGCATTTGGGATCATGCCTTCAGGTTTATACTGATGATCTAATCTCTCTATGATCTGTGTTGTAAGGACTGAGGATGTATTTTTTTTCCTTTTTATACTGTTCTTATTTATGACATGTGATTAGTTCTTGGGCAGCTTTGTTTTGGAGGCAAAAATTAGGGATCACTTCATACCACGAGTTGTTCATTTTAGATATTTTTTAGTCTTACAAAATGCGTGGAGATTGAGAGGTGGTGGGGAGACCTAGCCACATATAAATTAAGCTGATTGGACGAAATATATACTTTCAGGTGTAGTCTATGATCATTAAGTTGCTATCAGACTCAACAGAAAATATTACTAGATGGTTATAACACTAGCGATGCTCTATATGGGTTGTGAATGATGCACAACATAGTGTCAACAGTTTCAAAAGATAAATATAACAGTGAATAGTGATGAGCAAGGTAGTCAGAGTCAAGATCCTACCAATTACATAAACTCGCGTGTGTGTCAGCGTTGTCTCTGGCAGATGGCAATTTCTGGAGGCGAGGCAAAATACCCCCATTTCGTCCGCTTTATGGTGCCGTCATGACGGGGGTATGGTGGAAAAGCCCGCCATATCGGCGAGACAAAAATCCGCCATGGCACCACCTTAAATGACATTCGATAACACTGGTGTGTGTTTATAGATATATAAATAGATTCATAACATAAAGTCATACATATTTGATAAAAATGCAACAAAAAAATAAAGAACTCTAATTATGCAAATCCTAAAGTCATAATTCATAAGTCACTTAAGTCTCTTGTATCCAAAACAGAGCAGTGTGATAGAGGAAGTTTGTACGCAACTACTCAGACACACAGGCAGTAGCGAAAAAGAGAACTCTGTTCTCTAATATCCAAAATATAGAAAAAGTGCAAAAACAGAGGGAATTTGCACACACAGACAGTAGTGAAGCAGAAGGGAACTCTGTTCTCTGGTATCCAGTACAGAGCATAACACAACGTGAGAGAGGGAGCAGTAAGCACAGAAGTTGGACTGTTTTCCAAATTAAACAGGATTAGAGGGCAGGAAACAATACGTTGCACCCTAGGGGTGGGAATAGGCTAGGCCGCTCGTCAGGGGCCTATGACCCGGCCTACTTAAAGCCCGGCTCGGCCTAGCTCGTTTATTAAATAGGTTAGGCTCAAGCTTTTTAAAAAGCTCTTTAATTTAAATAGGCTAGGCTAAGCCTTATAGAAAAGCCTACTAGGCCGGCCCATATATGTGTAATTATATATACTACATCATATAATACACACGTATTAGCCTCTATAAAATACGTTTTATAACACACGCGTATTACCCTCTACAAAGTGGATGTGTTAGCTCTACAAAATTTTATTGGATATATGTGCAATATATATATGCTAATAAAGTGGCTGTGGTGGTGGTGTGGGGGGGGGATGGTGGTACATGCTTTACAAAATTTTATTGACTTATTTAGCCTTTTAAAAATATATGTTTATTAGTTTTTTTTTTTTTTTTTTTATAAATATGTCAAATGTTATATTTAAAATTGATAGTACAAATTAGGCTTTTAGACAGGCTAATCGGCCAGGCCGGGCTTTTAAAAAGGCCAGGCCAGACTTAAAATAAAGCCGTTGACAGGCTAATAGACCAGGCTTAGGCATTTGTTTTTTTAACTAGGCTCGGCCTATTTAAGCAAAGTCCGGCCCGGCCTATTCCCACCCCCTAATCAAGTGATTAAAACATGTTCTTTTAGGGTAGGAAACAAACTGTCGCACCAAAAGGCTTGTTTAAGGAACCAGACCGCAAACGCCACCCGCAAATTTTGACGATGCGAAATGCAGAAAATCGGCAGAGTTGCACGATTCGATCGTTTCCATGGTTCTGTGCGGCAATCCTTCTGATCATGTGCAATTACACCCAAATATAGCAATATCAGACTTGCACAATTTTATGTGTTGACTTGCGATTTTAAGTACCATGGTGATGAGAATATCGAGGTGGAGGAGTGGACATGAAAGGAAAGATAAGATCAAGAATATATGTGGGAGAAATTGGAGTAGCACGTGTTTTGGAGAAGATAACCAAACCTTACTTAAGTGGTTCGGTAATGTAAGATGACCATCAGATGCTCCAGAGAAAACTGGATCAATTTAAAGATAGTGTGTTGAAAAGGATAGCGAAAAACCAAAGAGACTGTAAAAGAAACCGTTATAGACTCGTTACACTAAATGAATGATTATTTGATTGTTTTTTTTTCTTTCTATATACTATTGCTAAATGTTGGAATCACGTAGCTGGCCCTTCATGGCAGAATACGCTTGTGTTGTTAGTGGTTATTTTCCTAACATGGTTTTGAACATTTTCACTATGTGAAGATTTCTTTTCTCTTTCTGGTTTTCATTATTTTCCCTTTGTATTGCTCTTTTCTTTTCTGAGCATTTTAGTCACATACTATAGAAATTATATAATTCTGAAATTGACATGTTTCTTTTTTAGTAGGGAGTGCCTATTGATTGATCCTAAAGAGCATCCCATGCTCCTTGCAGAGCCTTCTTCTAATGCTCAACAACAGAGAGAGAGGTGTTCTGGCTGTAATTTATCATCTAGATTTAATGGAGCTCTGTTTAAAACATCAACATGTATAATTCAGTTCTTGTGATTCTTGCAGGGCAGCAGAGCTTATGTTTGAGAAGTACAAAGCACCTGCATTATTTTTGGCAAAAAATGCTGTAAGTGAATAGTCCTACACTAACTATATCTCTAACTAAAGTAATATATGTTATCAAGTGAAAATGAAAAACTATTGAAATTGTTCTTGTTTTTCATATAGGTTTTGACTTCTTTTGCATCAGGGCGTGCCACATCATTAGTTGTTGATTGGTAAGAGATCATTATGTTATTTGTTAGCTACTACTTTTTATCCTTTTTAATTTGGTAATATGATTAGTGATATTTTTTTTTCATCATTTCTGCATTTCAATTGGCAACTTCTTAATATATTGTATATGCATGATTATTGATATGGTCGTCTTGTTTCAGTATGCCCTACTCTTACTAAATATACTAGTTGAATGTTACACACCTGATATTAGAGTTAGAAATAATGGATATCAATCCCCTTGCAATCAAAAGTTGCTCTCGGTTGAGAGACTGGAATTACATAGAAAATGCAGGGAAGCAAAGAAAATAACATGTGTACCTAGCCGAAAACCTCACCACTTTAGTCATTCATGTTTACGTTTCCCTGACCCTTCCCTCCTCTTTTATCCATATTCGTAACCAATCCCCTCCATTTCCCACATTCCTCGCCATGTAGCAGCGTTTCCGATTGCAGAATATAGGGGAAGGCCAAAATCCGCCGTATAAACATGCCATTGCGACCTACGGCGCTGCCATGGCGTCCATCCCATCACAATCTGGCTATGGCGATTTGTCAAAAATCCTCCATGCAGTGCCGTGGCCACCATTTAATAACCCTCGTTTGCCTCTTCCTCACGTCATCTTCGAAGTAGTAGTCATTTGAAGCCTAACAAAACACATTTGATGTTGCTTTAGTAGCAGGATAAAAAAAGGTTTTTCTACGTAATCATCATGAAATGAGCCAAAAATGGTACAAAATAAATTTTGATTACAGTTCTGGAATATGATTTTTTTACAGTTATGATAAAGAGGCTTTTACTTTCTTTGAAACATGCATTCTTAAATAAATGAGTGAAGAGTGTACTTCTAGTTGCAAAATAAAAGTCTGAAAGTTTCATTGCCATTCATGTGTTAACATGTCTATATATGATTATTTTCCTTTTCCTGTTTGATTATTATAAAGTAATGCCAGTGCAATACTATGTGTTAAGCATCATAATGGTTGTGGTTATAGTGATGAAAGTTGAACATATATACCCTCTAATTTTAACAAGGCATATTAAGGGACCAAATAAAAATAAAAACAAACATAGAAATTCAATTGACAACATTGAAATAGGGGAGCCATCTCCATTTAAAAGTTAAATACAGTAGTCTATTTTTATGCTTCAATATAATGCTGGAAGTGTTGCTGATGAGAGGTTTTCATATTATTCCATTGCTCAGTGGTGGAGGATCAACTACAGTTGCACCGGTACATGATGGCTATGTTCTTCAGAAGGTATTTATTATTTATGAATCAAATGAAATTCACCTGTCACATAGTTTAATTGAATTAGATTTTCATTTGATGAAACTCTATTTAGTTATCCAATTTCCTGAAAAATAACTTGGTTGTGAAGTCTTCCAATCTTGTAATTACTATTTACATGTCTTTTATCATATAGATAGTGGAAAAGGCATACAATAGGTTCTCTTCAGAGTTGGGAGAAGGAATAAATGAAAAGCTTGAGATAAGGAGAGATGCCTTGGAAGCATATTGTTGTTTAAGTCGAAGTAAAATACAGTATATTAAATGCAAGCAGGGCTGGCCCAAAAGTGACTGGGGCCTAAAGTAAACTCTGAGGGAGATCTTTTTGCTTTAAACAAGAGGGATTTAAGTTAGTCTTTTTATTAGCACAAGTCACACAAAAAAAAAGAATACCTTATAAGTGAAAATTGGAGAAAATACCATGAGTCTCATGGTTTAAGTGTCTCGGATCTATCATAAAAATGACAAGAGATACAGTTAAATGTCAACCATAGGATCCATGCATGATGGGTGAAATAGAAAAATGCTTTAGGTGTGATCTGTGATATGAAAGTAACATCCATGCACGCTTAAAATAAAATTACCTTGCAGTTGTAAGACTTTCTATGCTGAATGTAATTAAATGCACGGCAGAAAAACTCAACAATAAAGTTAGACCAGTATTGCAAAGATTAGAATGCCATGTCAGACAAGTGATCACACAAGACAAGATAGAATAAGGAATGATATCATTGGAAAAAAGTAGGGGTAGCTTCTATTGTAGAATCTCATCCTAGGTGGTTTGGACATGTAGAGGAAGACCAACGTCAAATTATTAAGAAAGATTTGGGGTTGATTGTTTTTTTATACTTAGTTAAATATGAAGGACGCACAGATACCGGCTATCATCTCTATATTACTTACCACTTAATCATTTAGCACCATAATTTTGTAAAAAAGGAATACAGATAATAATGAAAAATTTATTCAAGGGTTTCCATGTATATGTGAGGCACTAATTATTGCCTAGGTATTAACAATAATACTTCCTTACGTGTGCTCTGCATATTCATTTTGTCTTCTATTCTGCTCGATATAATTAATAATTCAAGATCTCATTCTAGCCTGGAATTGATATTGAGATTTGGCTAATACTGAACCTTTCTGTCTGATCATATTTTCTACTATTTTTGCAACACAAGGCTGTGGCAACGTCTCCAATTGGAGGAGAATTTCTTACAGATTGCTTGATGAAAAGCCTGGAAAGCAAGGGTATTGCGGTGGGTTACAAACTCTAGCTATTATATTTGTCAGCGGTAATGTTGTTGCGATTTAATCTCCCTGAGATTTCCTTTTTTTTTTTTTTTTTTTTTTTGTACAGATGAAACCTCGGTATTCCTTTAGGAGAAAGGAAATACGCCCTGGAGAGTTTCAGGTATTATGTGTTTTCATGTTGATGACCTAGTAACTGTTTTTTTCTTTGACTTCCATGCATTCATCTGTGTACGAAAGCTCCCCCACCCCACCCCAAAAAAAAACTGGAGTATGGGATTCCAGCTCCTGTATATTATGTATATGTGCCTCCAACACATCTTCATAAACTAAGTGTTCCAATTGAAATTTCTTATATCTGGATTAGTTTATGAATCAGATATGATAACATTTGCATGTGCCACTACACTGCTACAATGTAAATTGAGCTAAATAGTAAGTAGGATCTGTTCAAAATGTTTCTGCAAATTTATGCTAAGAGATCCATTTTCTGAAATATAAGATATTTAAGAGATAATGGTGTTAGCTATTTTGTATAATTTTTTCTTTATTTTCAACTAGCGTCAAGACGGGCACCAAGTGCAGTGCCCGTCTTTCCACTTTTCTACTACGCTTAACTGTATGCTTAGTTTATCTTTTCTGGTTATAATTTTTTTGGATCAAATAAAGATTTAACTTATATTGTTCCTATTGTAGTGTACTTCTTCCTACTATAATGGGATTTAACTGATCTTTTTACTTATTGATTCAAATAATATTATACAAAAGATAAAATTGTAATTAGCTGGTTTAAAAGAAGGGTATAGTTTAAATATAAAAAGCCAACCCAAAATCATGTATGCTCTTATATATGCTAGCGCTCAGACAGGCTCTCACATGCTCGTCTGCCTACTTTTCTAATTTATTTCGCTAATGCATGTAAATTATAATAAGTGGTTTGTTTTGTATTTTTATTTATTTTTTTGAAATTTTGATTGATTTTGATTAAAATTATAGGTGTAGATGTTTTTGACTTTCAAATTGTAAAGAACTATGCTTTATTTTTTTCAATGACACCGACAAGAAAACAAATATGATATAAATTCTTATCTTTTTCAATAAACACCAACAATAGAGCTTTCTGTTTCTAATTTAATTCCCTAAAATTAATTGAGAGTTTGTGTAATTTTGACCAAAGGAAAAAATCCAGCCAAAAAAACTTGAATCCCCTTTATATATTGTTATTATAGAGACATCTGTAAGCCCATATCTGTTATTACCTTTATATAGAATTAAAAAAACTCTAGAACTTTTGAGTCAAATGACAGTAAGAAAAATTCCCTTTGTTCACTTATCCATTGTGAAAATCCTTTGAATATGATTTTGGTTTTAATTGAAATTAACTGCATCAATGATATATGTTTTCTTTTTAATAATTTCTGAATCTGACAGACTGTAGACTTGGATTTTCCTAATACATCTGAAAGCTACAAGCTCTACTCCCAGGTCTGTCATTGATCATGATTCATCTCATTAAATCTCATGTTTTATGTCTAGTAACTTTTTCCTTGTGACAGAGGGTGATTGCTAGTGATATCAAGGAATGTGTATGCCGTGCTCCAGATACTCCATATGATGGTTTGTATACCTGTTCTCATCTCATTTAATGTTTCAAATCTTGTTAGCCTTCTGCTTGTTCTTTTGAAAACATTTTTTTTGAGACTGTCTAATAAGATAACTTGATCTGTCATCCTTGTGATGTGGTTTGTTTTTACTTGGTCTATGTGCTTTGTGGTTGGTTGCTTTTTTAGCGATCTGATTTAATGATAAACATATACATATACATAAATATTTTTCAGCCAAGTCTTTATAGGCGCTCCAGAAGTCTAGAAGATGCTCTTCCCTTCTCAACTCCAATAGAATTTATATGACATCCATTTTTCTTCTTTATTTGGCAGAGAGTGCATATTCAAACATCCCAACGACATCGTATGAGCTACCTGATGGCCAGTAAGTTGCAGATATTCTTGCTCATAGAAATATTGAGGGGGATGAATTGAGTTATGTTTCATATTAATAACACTTGTTTCTAGTATTTCCTATCATGCATATTTCATAGCCTGATTATTGCTTCTTGTTTATCCATAATCTATTGCGTAAGGTTGTCATGACATATATATATTTTTTATATCACAGGACAATTGAAATTGGAGCTGACAGATTTAAGATTCCAGATGTTCTTTTCAATCCATCCCTGGCTCAGGTTTGTGAGCTGACATTAAAGATTTATGGTGCATTTTCTTTTTAGTATTTTAAACTTCAGGCAAGGGAGTTCAATGTAAAAAATGAAATTATTGATTCCAAATAAAGATGAAATAGAAAATATGTACTATTGATTGAAAACAAGGAAAAAATGCATTATAGTAATATCTGTCCTAACTCAAAGCCAAAAACTAACCGTAAGAGACTGACGACATCCCTTCCCTTCTCACACACTACATATACCCCCACTCACATGTTTCCTCCCCCATCGCCCTACTAACCTGCCATTCCTCTCCAACCAAACGGACCCTAAAACAAAACAGACAAATATCACTTCAACATGTGTGGTATGAAATTGAAAAGTAGAAAGCAAATTCAAGAGTAGAGTATAAACCAGAGCAATGGAGTGATGGTACTTCGATATTTGATATCATAGGAACGACTAAGACCAAGCATGTTTGTTTGTGATGTAACTCTAATAAAATAATTTTATATTGGATTAAGATCACTGTTTATTTAAATTTAATTAATGGGAGATTCACCCTTGCTTACTTACTTAACTGGAGCCTTATTTTGTGATTTGCCAATCCAAAATTTTCGGGTTTACCTAACACAGTCATGTATTATCAGATTGGATTTGGAAGGACCATGGTTGTCAAATTGAGATTTGACTCATGAACTGAAAGGCCTTTTCCCCTAATTGTGAATCAAAATATGTCTTGATTTTTAAGTTTCATCATCAACAATTGAATAAAGCATAGTATATTTCCATATAGTAAAACCTGACATCTATATATTTGCGTTTTTAAGTCAGATTAGTGTCTAGATAGCAAACACTTTTCAATAAATCAAGATGCAAGTATTGGTTCAGTCCCTGAAAAAAGGAAAAAAGTTTGCAAATGATTATTTTGTTAAATATAATCTAATTATCATCATGCCTAGCAAAGGCCTATATGTGTGATTCTTTTCATTTTGTATGTACTGTATTTAAAAAAGTGTAGCTTCTTGAAAGCATCTCTCTACAATCTCCCCCCTGCGCCCTTGCTAAATTTGCTTCCAGATTGGCTGGATGTTAGATTTTGAGGTTGCACTGTGAAATCCTGTTTGTTTGGTTTTCGTTGTGCTTCTATTTTTTCTCTTATGTTGTGTCGATGTAAATTGCAGTCAATTCCGGGCATGGAGAGCTTTGCAGAAATCGCTCCATCAGTTCGTGGGCTGCCTCAAATGGTAAGATAATTGAACGTGTTTGTTTAAAGTATCTAAGGACCCAGATAGTGGGAAAAGGCTTTGGCTGCTGTTGTTTTAAGTATCTCAAATGATAGTGCACAATTCAATACCTAGGGTAGATGGATATGGTAGGGAAAGTTATAGGCCAACCATTGGAAGGACTTGCATTTATATGGTCTGTCTTTAGGCATTAAAGCATTGTTTGATTTATTTAGCTGACCTCACCTAGCGGAAAAAGTTTCGATGGTAGTGATATTATTGTTTCTGTTTGGGGTTTTAACTTCCTGTTGCTGATTTGTTTTTACATTCCTTTGAATATTTGCAGGTTATCGAAAGCATTAATAAGTGTGATGTAGACATTCGAAGAGAATTATTTAGTAGCATACTGGTAATGTTATTTTTTGTTTCCTTTAATCTCTGTTCCTTTCTGTACATATACTCTACCCAGTTTCTATGTAGAGCGTAATTATAAAATTAGCACGGAGTCAGACACTTTTGATGCCTAAAATTAAAGTGCAAGCATGGCTAGTCTGCACATGTATAACCCATCCCATAACCATTTTGATAGAAGCATTGTAGGAGCCTCATGCTGCAGGCCATCCATTTTTATTGAAAATTTGGAGATATTGTGGATGGAATAACAAGCAAGATTGTATAGTTTTCTGATATCACATGCATTGAAACTCATTTTTTTATTGTGGTTGGAATGCTTTGAGGTTTATTTTGTAGTCAACTGACCTATACCCATAAATTCAACCAACAAATATTTGCTGAAACCATATGATGTACATATACAGGTCAAGTTATCTGTTTGACCATGTTGTATCGAATAGTATGTTGGAAGCATATCATACAGAGTCAGTCATTTACCTGTGCGTTTAAAGTTGATTGCATTTCACTTTCAGCTTGCTGGTGGTACGGCTTCAATGCAACAACTGAAGGAACGCCTTGAGAAAGACTTGCTAGAGGTATAATGTTACTAATGAGCCCTTGCTTATATTATTCACTCTGGCAATTTGTGATAGTTCGGAGGTTGGTGCTGGGTTAATTACCTTTATGGCTTTTGTTTACACTTGAATAATTTTTAAATTGTTGTTTTAAGGTGGTGATTTCAAAGGTTAACATTTTTTCAAATGGTTTTTCTGTGCGTCTGAGTTATAGCATTGTAACTTGTAAGTCTTGGTTGTTATTGTTGTTTACTTTCTGTCTCAGCCTAGTTGGTCTATTTTTGTTCTGCTGAGTGGCTGGCTTCCATTAGTACAACTGAATGGGGAATTTACATGTCTTGTTTCTTATACTTTGTTTCCCAAGTCGTTTTTAACTCTTATTAATAAGCACTTATCATACAAGAGCTTTTATGTTAATTGTTTTTTCAATCTAAGAAGGTATGAGGTTATACTTCACACAAATTCTGTGAAAGCCGTTTCCATAAACTTCATAAGTGAGCGTATGAAAGATTCAAAACACAAAATGCTTGTGTTTGATAAGTACAAATAACCCTTCCAAATGTTCCATAGATATATTTGGCTTCTCAGAAAGGTTTTTGGAGTGTTTGCTGCTTTTGTTTTCAGCTGTGTAACTTTCAAATGTAATTTTGAAGATAAGTCTATGCTTATGGTTTCCTTTCGTGTGTTTATTTGATGGAATCACAAAGAAGCAGAGTTCTCTCTTGAGCTAATGTATTTTTGCCTTTGAGCACATTTAATAATGTTGTGCACGACCTTTTGTTTGTTTCTTTCCTAGTGAATTATCTCAATAAAATATAGAAGTTATTTGGTGACATGGTGATTTACTTGGTAAAAAGGCAATGGAATTTAAAAGCTTAGGAATGTTAAATTGAAGTACTCCCCTTTCACCAAGCGTTCAAAACTTTTTATCACTGAAGCTGTTTAAAATGTTTTGTAAGGTGAAATATTGGGAACCCACTTGAGTTGGCCTGGGACCCTGGAGTGCGCTCCTCTCAAGGTCTCAGGTTTGATCCCCCCCCCCCCCCCCCCCCGGTGCCAATTTCGATGGGCTATTTGCCTTTTTCAAAAGAAAAAAAAAACGAAGGTGAAATTTTGTGTTTAATTGTACAGCTCACTGTTCTTTAAGAGAAGATATTCAAATTGGAAATATTTATCAAAAATTGAATAAAGATATTGGGTTTTATAAATATTATTACAATATATTAACACATTGGGTCTTTTTGAAGTATATAATCAGGGGCATGCCTGTGCCCTTCATAAAGCTCGAAACGTTATCTGTTATTAAAGTTGACTAAATTTCATTTCTGATGCAGGAATCCCCTCAGGCTGCTAGAGTAAAGGTATTGGCCAGTGGAAATGCTACTGAAAGGAGGTTTAGGTGCGATCTCTCTCTCTCATTATCTTTTGCCCATTTACTACTCTGGTTTACAAAAAAAAAAAAAAATCAACAAGTTTGTTTCTCTTTGTATGGTTAACTGTACTGTTTAAAAATTCTGCCATCAACATATAAGATGGCTATGGTCATTCTCAGCTAGAAAGCAACATTTATGAGGCTGTTTGATTGTATTATTATTTTTTATCTTTAAAAACTATACTACAAAACAATTTTGAACATTTGCTTTTCAAAACTACTTTTTGTTAATATTATTTGAAAAAGTTTTAGATGTGAAAGAATAAAAAACCTACTTAGTAAATTTGTTTTAAGAACATATTTTAATAGCCAAGAAGTCCTGGGCAGTGCAGATGTTGTGAACAAAATTGAGAAGAAAAAAAAAAAACAACGGTTTCTAACAAAAACTCTAAACTCATGTTTTCCTGCTCTGAAAAATTGAAGACCAAAACAAATTTTGAGAACAAGAAAACTTGAGACATATTGAGTTTGTTTTTTCTTGATTGTATACAATTTTCACAATTTCGCTACTTGCACAGGACACTGGATTAAGTATAGCTATCTTATTATATCCATTTAGATTTTGTTGTCTGGTTAATGCTAGGTTTAGAATCTTATAAAAGTTGTCCCCTACATTCTTCCCCAACCACTACTTTTGCTTCCATTTCTTTCAAGGTCAAGGGGGAGACTCACAATCATGATTTAACTCACAATTTTTAATTTTATGTGGGAAGTATTTGCTGTTGTATTGTATAAACTGTTTTCTAACTTGTGATGGTGAATTTATTGGCAGTGTCTGGATTGGAGGCAGTATATTGGCTTCCCTTGGTTCCTTCCAACAAATGTGGTTCTCCAAATCCGAGTAATTACCTTGATCAAAAATATGCTCCTCTCCTTGTCATTAGAAAAGCGTGATTATGAAATTAAGCTTTGATTTTTTTCTTTCATAAATGATAACTTTAAATACTAAATTGTTTTAACCGCTTTCTAATAGATATGAAGAGCATGGAGCTTCATATATCCAAAGGAAGTGTCCTTGA
Protein sequence

>MS.gene022650.t1

MYGGDEVSAIVIDLGSHTCKAGYAGEDAPKAVFPSVVGAIDQMDVDESDEAEKNSGSGESKNNIRNVDGDKAKGKRKLYVGSQSLGYRRDFMEVVSPLKDGIVADWDIVDSIWDHAFSRECLLIDPKEHPMLLAEPSSNAQQQRERAAELMFEKYKAPALFLAKNAVLTSFASGRATSLVVDCGGGSTTVAPVHDGYVLQKAVATSPIGGEFLTDCLMKSLESKGIAMKPRYSFRRKEIRPGEFQTVDLDFPNTSESYKLYSQRVIASDIKECVCRAPDTPYDESAYSNIPTTSYELPDGQTIEIGADRFKIPDVLFNPSLAQSIPGMESFAEIAPSVRGLPQMVIESINKCDVDIRRELFSSILLAGGTASMQQLKERLEKDLLEESPQAARVKVLASGNATERRFSVWIGGSILASLGSFQQMWFSKSEYEEHGASYIQRKCP