AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene36361

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene36361.t1 MTR_2g100930 97.167 353 9 1 1 352 1 353 0.0 706
MS.gene36361.t1 MTR_4g100630 53.582 349 131 14 1 341 1 326 9.18e-102 303
MS.gene36361.t1 MTR_6g092540 52.809 178 63 4 1 173 1 162 5.81e-49 166
MS.gene36361.t1 MTR_5g037080 50.777 193 78 6 1 188 3 183 2.31e-47 163
MS.gene36361.t1 MTR_8g101650 50.000 178 70 5 3 173 4 169 1.16e-44 155
MS.gene36361.t1 MTR_4g107230 50.588 170 72 5 20 188 5 163 2.08e-33 125
MS.gene36361.t1 MTR_1g111830 61.538 91 34 1 102 192 118 207 1.01e-32 122
MS.gene36361.t1 MTR_4g111975 74.286 70 18 0 103 172 133 202 3.13e-32 122
MS.gene36361.t1 MTR_3g462790 47.651 149 60 5 103 250 142 273 3.18e-32 123
MS.gene36361.t1 MTR_5g069710 73.239 71 19 0 103 173 127 197 9.55e-32 121
MS.gene36361.t1 MTR_7g067080 74.648 71 18 0 103 173 135 205 5.05e-31 119
MS.gene36361.t1 MTR_5g081860 62.222 90 32 1 103 190 120 209 7.00e-30 115
MS.gene36361.t1 MTR_3g104370 42.308 182 71 7 1 173 3 159 5.53e-29 112
MS.gene36361.t1 MTR_0036s0260 69.118 68 21 0 108 175 28 95 3.57e-28 109
MS.gene36361.t1 MTR_2g090305 67.647 68 22 0 108 175 28 95 9.48e-27 105
MS.gene36361.t1 MTR_8g063600 62.195 82 25 2 93 172 95 172 1.38e-24 102
MS.gene36361.t1 MTR_5g027570 45.161 93 49 1 104 194 88 180 6.24e-21 90.5
MS.gene36361.t1 MTR_5g088010 52.113 71 31 1 104 171 56 126 2.37e-20 89.4
MS.gene36361.t1 MTR_4g015130 65.455 55 19 0 118 172 3 57 6.68e-20 83.6
MS.gene36361.t1 MTR_1g048660 54.688 64 29 0 109 172 13 76 1.27e-19 82.8
MS.gene36361.t1 MTR_5g088060 56.923 65 25 1 110 171 274 338 1.73e-18 86.7
MS.gene36361.t1 MTR_5g488160 56.923 65 25 1 110 171 274 338 1.73e-18 86.7
MS.gene36361.t1 MTR_8g063870 53.846 65 28 1 110 172 94 158 6.15e-18 83.2
MS.gene36361.t1 MTR_5g027550 57.895 57 24 0 104 160 73 129 3.18e-17 80.1
MS.gene36361.t1 MTR_1g033620 48.315 89 38 1 124 212 21 101 9.36e-17 79.0
MS.gene36361.t1 MTR_1g083180 37.008 127 68 4 55 170 1 126 2.88e-15 73.6
MS.gene36361.t1 MTR_5g075760 51.562 64 27 2 110 170 107 169 2.58e-13 68.9
MS.gene36361.t1 MTR_5g075790 50.000 64 28 2 110 170 115 177 7.64e-13 67.4
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene36361.t1 AT3G16350 54.707 393 131 15 1 352 1 387 1.09e-108 323
MS.gene36361.t1 AT5G47390 48.429 382 136 15 1 343 1 360 1.49e-90 276
MS.gene36361.t1 AT1G70000 53.202 203 60 8 1 191 1 180 2.79e-51 171
MS.gene36361.t1 AT1G70000 53.202 203 60 8 1 191 1 180 2.79e-51 171
MS.gene36361.t1 AT5G61620 38.610 259 116 8 1 252 8 230 2.70e-47 163
MS.gene36361.t1 AT5G56840 50.000 174 69 4 1 173 1 157 1.52e-46 158
MS.gene36361.t1 AT2G38090 65.625 96 33 0 85 180 118 213 4.98e-35 130
MS.gene36361.t1 AT5G58900 74.286 70 18 0 103 172 136 205 3.95e-32 122
MS.gene36361.t1 AT1G49010 74.286 70 18 0 103 172 129 198 1.18e-31 121
MS.gene36361.t1 AT5G08520 70.000 70 21 0 103 172 113 182 8.64e-30 116
MS.gene36361.t1 AT5G04760 65.278 72 25 0 102 173 93 164 1.69e-29 113
MS.gene36361.t1 AT1G74840 46.784 171 78 6 28 197 24 182 4.38e-29 112
MS.gene36361.t1 AT1G74840 46.784 171 78 6 28 197 24 182 1.11e-28 112
MS.gene36361.t1 AT3G11280 71.429 70 20 0 103 172 122 191 1.49e-28 112
MS.gene36361.t1 AT3G11280 71.429 70 20 0 103 172 122 191 1.49e-28 112
MS.gene36361.t1 AT5G01200 70.000 70 21 0 103 172 141 210 2.25e-28 111
MS.gene36361.t1 AT1G19000 46.629 178 72 8 28 196 22 185 1.29e-27 110
MS.gene36361.t1 AT1G19000 46.629 178 72 8 28 196 22 185 1.29e-27 110
MS.gene36361.t1 AT5G05790 46.491 114 55 1 103 216 126 233 6.58e-27 107
MS.gene36361.t1 AT5G05790 46.491 114 55 1 103 216 126 233 6.58e-27 107
MS.gene36361.t1 AT4G09450 51.613 93 45 0 85 177 68 160 3.79e-24 98.6
MS.gene36361.t1 AT3G10580 50.000 96 43 2 78 173 68 158 3.19e-23 97.4
MS.gene36361.t1 AT3G10580 50.000 96 43 2 78 173 68 158 4.38e-23 97.8
MS.gene36361.t1 AT5G23650 53.425 73 34 0 101 173 113 185 3.01e-20 90.5
MS.gene36361.t1 AT3G10590 45.349 86 44 2 90 173 91 175 1.36e-16 77.8

Find 108 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AGTCTCCTTTGCCTAGCTTT+TGG 0.260546 2.2:-2411886 None:intergenic
CATCAAGAAAAGTGCCAGTA+TGG 0.298362 2.2:+2403589 MS.gene36361:CDS
GGAAGAACATAGATTGTTCT+TGG 0.306357 2.2:+2411856 MS.gene36361:CDS
GGAAGTAGTATTTGCTCTTC+TGG 0.308188 2.2:-2412607 None:intergenic
GAAAATGAGGCAGGTAAATA+AGG 0.320772 2.2:-2412802 None:intergenic
GATGAAGAGCAGCGAGGTTT+AGG 0.321604 2.2:-2403616 None:intergenic
TCCTTTGGAATGACTGGTAT+TGG 0.340477 2.2:-2412898 None:intergenic
CCCCTTTCCTTGAAGTTGTT+AGG 0.350389 2.2:+2413000 MS.gene36361:CDS
TCTGGCATCGAAGTTGAATC+TGG 0.363477 2.2:-2412589 None:intergenic
TGGAATGCTGATTGCCTTGA+GGG 0.363738 2.2:-2413027 None:intergenic
TCAACATTGACAGGTTCCTT+TGG 0.380571 2.2:-2412913 None:intergenic
TTTAGATCAGAACCGCTAAC+TGG 0.381028 2.2:-2413060 None:intergenic
TCAAAGGGAGCTCCAATTGA+TGG 0.384606 2.2:-2412832 None:intergenic
CGAGAAACGCCGCCGCCGGC+GGG 0.390269 2.2:+2403528 MS.gene36361:CDS
TGATCCCATTGTAGTCTCAT+TGG 0.391511 2.2:-2412743 None:intergenic
GAATGTCTCATCTGAGCATT+GGG 0.393213 2.2:+2412947 MS.gene36361:CDS
TCCTTTGTTGACTTCTTCAA+AGG 0.400771 2.2:-2412848 None:intergenic
AAAGCCTCAAACTGCTTGAA+TGG 0.420085 2.2:-2413100 None:intergenic
GAGACTACAATGGGATCAAA+TGG 0.433570 2.2:+2412748 MS.gene36361:CDS
CCTTTGTTGACTTCTTCAAA+GGG 0.434334 2.2:-2412847 None:intergenic
TCCTAACAACTTCAAGGAAA+GGG 0.440079 2.2:-2413001 None:intergenic
TCTTCAGATGTAGCTTCCAT+TGG 0.445737 2.2:-2412706 None:intergenic
AAAAGCTAGGCAAAGGAGAC+TGG 0.448710 2.2:+2411888 MS.gene36361:CDS
GGGAAGAATCCTTGCGTCAT+TGG 0.453748 2.2:-2412778 None:intergenic
ACAGGTTCCTTTGGAATGAC+TGG 0.453964 2.2:-2412904 None:intergenic
GAGGTTTAGGTTCCCCATAC+TGG 0.455596 2.2:-2403603 None:intergenic
AAAGCAGAAGAAGCATGAAC+CGG 0.455984 2.2:-2403737 None:intergenic
CGGTTCAAAACAAGGTGAAC+CGG 0.456297 2.2:-2403681 None:intergenic
GAACATAGATTGTTCTTGGT+TGG 0.461435 2.2:+2411860 MS.gene36361:CDS
CATGACTTGCTACTTGAGTA+GGG 0.462555 2.2:-2411946 None:intergenic
AACGCCATTCAAGCAGTTTG+AGG 0.463617 2.2:+2413096 MS.gene36361:CDS
GCATGACTTGCTACTTGAGT+AGG 0.464793 2.2:-2411947 None:intergenic
AAGCTTCACCCCGCCGGCGG+CGG 0.466858 2.2:-2403537 None:intergenic
TCTTCTTCGCCGCTGAACCC+TGG 0.471315 2.2:+2403644 MS.gene36361:CDS
TCGAGAAACGCCGCCGCCGG+CGG 0.478041 2.2:+2403527 MS.gene36361:CDS
GAATGAATACTGACCACATC+AGG 0.481403 2.2:-2412040 None:intergenic
TTTCTTGATGATTGATCCAT+CGG 0.482732 2.2:-2403576 None:intergenic
AGCTCCAATTGATGGCCATA+TGG 0.483931 2.2:-2412824 None:intergenic
GGGCTCTCCTAACAACTTCA+AGG 0.485368 2.2:-2413007 None:intergenic
CATGCAAATGCTCCAGTTAG+CGG 0.489459 2.2:+2413048 MS.gene36361:CDS
ACAAGTTCATCAACATTGAC+AGG 0.494176 2.2:-2412922 None:intergenic
TCATCAGACAAATAACCATC+CGG 0.495302 2.2:-2403713 None:intergenic
ACGGACATGTCCGTGAGTTA+TGG 0.495840 2.2:-2403505 None:intergenic
GAGAACTCACAACCTTGTAA+TGG 0.500646 2.2:+2412637 MS.gene36361:CDS
ATCTGAGCATTGGGGAAACA+CGG 0.503897 2.2:+2412956 MS.gene36361:CDS
TGGTTATTTGTCTGATGACC+CGG 0.508683 2.2:+2403718 MS.gene36361:CDS
CCGTCGAGAAACGCCGCCGC+CGG 0.508732 2.2:+2403524 MS.gene36361:CDS
CCGGGATTCAACGATGAACC+AGG 0.516434 2.2:-2403662 None:intergenic
TTTCGACATGGCTCCTGATG+TGG 0.516858 2.2:+2412027 MS.gene36361:CDS
CCTAACAACTTCAAGGAAAG+GGG 0.517543 2.2:-2413000 None:intergenic
CTATGTTCTTCCTCAGTCCA+TGG 0.518156 2.2:-2411845 None:intergenic
TGATGGCCATATGGAAAATG+AGG 0.522407 2.2:-2412815 None:intergenic
AGGAGAGACATCGTATCATC+AGG 0.522529 2.2:+2412867 MS.gene36361:CDS
AGGAGCCATGTCGAAAAGAC+TGG 0.523291 2.2:-2412020 None:intergenic
ATCAAGAAAAGTGCCAGTAT+GGG 0.525026 2.2:+2403590 MS.gene36361:CDS
CGCTAACTGGAGCATTTGCA+TGG 0.525907 2.2:-2413047 None:intergenic
GGAATGTCTCATCTGAGCAT+TGG 0.531337 2.2:+2412946 MS.gene36361:CDS
TTGGTTGGTCTCCAAAAGCT+AGG 0.538073 2.2:+2411875 MS.gene36361:CDS
ATCTGAAGAAAATGTAGAAG+AGG 0.540720 2.2:+2412720 MS.gene36361:CDS
ATGAGGCAGGTAAATAAGGT+GGG 0.541274 2.2:-2412798 None:intergenic
CTCCTAACAACTTCAAGGAA+AGG 0.542864 2.2:-2413002 None:intergenic
TCCTGGTAGCATTACTCTGT+CGG 0.543171 2.2:-2411985 None:intergenic
GGCCATATGGAAAATGAGGC+AGG 0.543383 2.2:-2412811 None:intergenic
ATGGAATGCTGATTGCCTTG+AGG 0.546697 2.2:-2413028 None:intergenic
CCTGGTTCATCGTTGAATCC+CGG 0.547888 2.2:+2403662 MS.gene36361:CDS
CCGGCGGCGGCGTTTCTCGA+CGG 0.549289 2.2:-2403524 None:intergenic
GGTTCAAAACAAGGTGAACC+GGG 0.558752 2.2:-2403680 None:intergenic
CAAGTCAGAATATGAACCAA+TGG 0.562551 2.2:+2412690 MS.gene36361:CDS
CAAGGTTGTGAGTTCTCAGA+AGG 0.569930 2.2:-2412631 None:intergenic
GAATGACTGGTATTGGCTTG+AGG 0.572196 2.2:-2412891 None:intergenic
GAGGCCAATGAGACTACAAT+GGG 0.576022 2.2:+2412739 MS.gene36361:CDS
ACTGGAACGTCTCTTCCTCC+TGG 0.576071 2.2:-2412002 None:intergenic
AGTTGTTAGGAGAGCCCTCA+AGG 0.579322 2.2:+2413013 MS.gene36361:CDS
AAGCAGAAGAAGCATGAACC+GGG 0.580723 2.2:-2403736 None:intergenic
TCTGAGCATTGGGGAAACAC+GGG 0.582582 2.2:+2412957 MS.gene36361:CDS
AATGAGGCAGGTAAATAAGG+TGG 0.582975 2.2:-2412799 None:intergenic
TCATGCGGCGGTTCAAAACA+AGG 0.584178 2.2:-2403689 None:intergenic
GTCAATGTTGATGAACTTGT+GGG 0.584457 2.2:+2412925 MS.gene36361:CDS
TTTGGTGTTAGATTAACCGA+TGG 0.592133 2.2:+2403560 MS.gene36361:CDS
TGTCAATGTTGATGAACTTG+TGG 0.593101 2.2:+2412924 MS.gene36361:CDS
GGTTGTGAGTTCTCAGAAGG+TGG 0.602477 2.2:-2412628 None:intergenic
AACGATGAACCAGGGTTCAG+CGG 0.604097 2.2:-2403653 None:intergenic
GAACCGCCGCATGACCCGGA+TGG 0.608961 2.2:+2403698 MS.gene36361:CDS
TGCTCTCACTGCAGCAACAA+CGG 0.611194 2.2:+2403482 MS.gene36361:CDS
GAGAAACGCCGCCGCCGGCG+GGG 0.613292 2.2:+2403529 MS.gene36361:CDS
GGTCTCCAAAAGCTAGGCAA+AGG 0.614877 2.2:+2411881 MS.gene36361:CDS
AAATAACCATCCGGGTCATG+CGG 0.616074 2.2:-2403704 None:intergenic
AGAGGCCAATGAGACTACAA+TGG 0.616526 2.2:+2412738 MS.gene36361:CDS
GCAACAACGGCCATAACTCA+CGG 0.617037 2.2:+2403495 MS.gene36361:CDS
CATCAGACAAATAACCATCC+GGG 0.628665 2.2:-2403712 None:intergenic
CTAACAACTTCAAGGAAAGG+GGG 0.629370 2.2:-2412999 None:intergenic
CTAGGCAAAGGAGACTGGCG+AGG 0.631792 2.2:+2411893 MS.gene36361:CDS
TCAAGAAAAGTGCCAGTATG+GGG 0.632856 2.2:+2403591 MS.gene36361:CDS
CCCTTTGAAGAAGTCAACAA+AGG 0.636313 2.2:+2412847 MS.gene36361:CDS
TTGAGAGACAGATTTAGTGA+TGG 0.636747 2.2:-2412670 None:intergenic
TAACCATCCGGGTCATGCGG+CGG 0.638437 2.2:-2403701 None:intergenic
TCCGACAGAGTAATGCTACC+AGG 0.640061 2.2:+2411984 MS.gene36361:CDS
GCCAATACCAGTCATTCCAA+AGG 0.641238 2.2:+2412897 MS.gene36361:CDS
ATGACTTGCTACTTGAGTAG+GGG 0.646346 2.2:-2411945 None:intergenic
GGATTCACACCAATGACGCA+AGG 0.652345 2.2:+2412769 MS.gene36361:CDS
TAGGCAAAGGAGACTGGCGA+GGG 0.653435 2.2:+2411894 MS.gene36361:CDS
TAACAACTTCAAGGAAAGGG+GGG 0.654354 2.2:-2412998 None:intergenic
TTTAGGTGTTCCATGGACTG+AGG 0.681364 2.2:+2411835 MS.gene36361:intron
CGGGATTCAACGATGAACCA+GGG 0.702081 2.2:-2403661 None:intergenic
AGCGGTTCTGATCTAAACAG+TGG 0.708017 2.2:+2413066 MS.gene36361:CDS
AATGTCTCATCTGAGCATTG+GGG 0.733687 2.2:+2412948 MS.gene36361:CDS
AAGAATGATGAAGAGCAGCG+AGG 0.735471 2.2:-2403622 None:intergenic
GACAGAGTAATGCTACCAGG+AGG 0.755723 2.2:+2411987 MS.gene36361:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.2 gene 2403470 2413116 2403470 ID=MS.gene36361
chr2.2 mRNA 2403470 2413116 2403470 ID=MS.gene36361.t1;Parent=MS.gene36361
chr2.2 exon 2403470 2403788 2403470 ID=MS.gene36361.t1.exon1;Parent=MS.gene36361.t1
chr2.2 CDS 2403470 2403788 2403470 ID=cds.MS.gene36361.t1;Parent=MS.gene36361.t1
chr2.2 exon 2411840 2412048 2411840 ID=MS.gene36361.t1.exon2;Parent=MS.gene36361.t1
chr2.2 CDS 2411840 2412048 2411840 ID=cds.MS.gene36361.t1;Parent=MS.gene36361.t1
chr2.2 exon 2412586 2413116 2412586 ID=MS.gene36361.t1.exon3;Parent=MS.gene36361.t1
chr2.2 CDS 2412586 2413116 2412586 ID=cds.MS.gene36361.t1;Parent=MS.gene36361.t1
Gene Sequence

>MS.gene36361

ATGACTCGACGTTGCTCTCACTGCAGCAACAACGGCCATAACTCACGGACATGTCCGTCGAGAAACGCCGCCGCCGGCGGGGTGAAGCTTTTTGGTGTTAGATTAACCGATGGATCAATCATCAAGAAAAGTGCCAGTATGGGGAACCTAAACCTCGCTGCTCTTCATCATTCTTCTTCTTCGCCGCTGAACCCTGGTTCATCGTTGAATCCCGGTTCACCTTGTTTTGAACCGCCGCATGACCCGGATGGTTATTTGTCTGATGACCCGGTTCATGCTTCTTCTGCTTTCGCTACCCGCCGCAGCGAAAGAAAAAAAGGTATTTGTTTTTATTGTTTTTTGAACATAATCATGATTATTTGCATTTAATCTTGTTTTTAATTTAAAAATGTTGATAATAACTTGGATTAATTAATTTTTTAATTGCACCAAACGAAAAATGAAGTTGGTGGAAAACCACACATTATAAGCGTGTTGGATTTGCTTTTTAATTTCTTTGATTGTGAAATCTTAATTGTTTTTTATTTTTTGTACGCAAAACACTTCATAAATGTATATAGTTAAATATGATGATTTTTTTATTTTTTTTTAATTTTATTTTGGAAAAAATGAATTGTTCCTGATATCTGGTGAAAGGTATTTTTGGTTTTGGTTTTTTGGTATCCACGTTTTATTTTATGGAACACATTTTCGTTTGATTGGTCACGAAATGACGGCATTTAATGTTATTAATGTTTATGAGTAATTTGGATAGATATGAAACATTTAATGTCATTGTTGTTTCATTGGTTTTGGTTCCGTATAGTACAATCCATTGGTACTAGTAGTATTTTGAGAGTTGAGACCATTGGAGTTAATAGGGGTTGAATTTATAGTAGGACACAAGGGAATGTTTACGTTGGTATGGTACGAATTAGGTCCAGTTTGGATAACTTAATTTGCAACTTATAAGTTTGTCATAAACAATTTTCATAATCTATAAACTGTTTTCATAACCTCTCCCGAAGAGCTTATGAAAGTAAGTTGAATTTTTTTTTTCCTTCCGTTAACCCCTCGGTTCCCAGGGGAAGGACCCTAGTATTTTGGAGTTCGGCCTTGAGGTAAGTATAGCTTGGCGAAGAATTGTTCAACCCACGAATCGAACTCTGGTTTTGTCCTTTGATGAAGTTCATCAACCACTTGAGCCTAATTGTTTGGTTTGTTGAAAACAATTAATGAACATATCATAAGCGGTTTTCAATATGTTCTCCCAAACAAACTCATGTCGGTAAATAAACTCAAATAAGTCAATTCAAACAAACTCTTACTACTCCCCAATTCGTTTTAGTTGTCATTTTAAAGTTATTTACATATACGAAAACAACCAGTAAATTTTGTTATTCTTTATGTAATTATATGTCTTTTTCCAATACTTAACTGTATATTATCTTATTCCACTTATTTCTCTGTGCAATAAATAGTGAAGAGTATTATTGAAAAAATAATGTTGTATTGAACTTTGAAAACGGAAAATAGGTAAAAATAAAAATTCTTCTACAAAAGTGACAGTTAAAAAAAAATAGAACAGAAGGAGTATATACACCTAGATGTATGATTTTTATGCTTTCTTCCACAAACAACACGGGGGTGTCGGTGGAAAACGGTTTAATATCTGGAATTTATGTTGGAACACTAGTTAATTCTAGTGAAGAAAATTGGAAAGAAAAACACTATGAAAAAACTAGTGTGTGGGTGTGACTTAAAAATGTCCCACATTGAAGGGTCACCCCAACTAGTAAGTGTTTATATATGGGAAAAGTGACCTCCAAGGGTGTGCCCTTGGGGTACCCAATTTTGTGAACGGGTGAACGCTTAAAAAAAAAATTGATATATATTTTTTTGTCACTTGAAAATGTTAAATTAATTAATTAATTAATTTAATCATTATCCGTAAGCGCTACGCGTAACAAATAAATTTGTTACGATCCGACCCAATCCAAAAGCATATCCAGAAACTTCCGGATATATCCAATTAAGAAACAAAACGCGTTTGCTTAAGGATTAAGCAAACTTAATCCCCAAGTCACTCGTTTTTTGTTACAAACTCTCCCTATAAAAGGAGAGCTCGTCCCATTTAATTCTTTACACCGAAAATTCACAGTCGATGCTTCCTGTGTTTTTTCCTCTCTTCTCCCTCCGACTTGTTTTTAACAAGTTTCTTCTGCTTCTACTCCTTTCTGTCCCTTCGGTATTAAGAGTGTTCTTAAGACCATAGTCCCTTGGTCTTAAGTTCATAGTCCCTTCGATAATATATGATTCTTCGGAATATTGAGTACTATTAAGATCATATTAAAGAATGATCTTAACAGTATATTTATATTATTTTAATGAGAAATGGTGGTATCACCATATTTGAGTGGTCGTAGTGCCATATTCATGTTTTGGAGAAGTTAGAATGGTGGTAACACCATATTTGAGTGGTCTCAGCACCATAATAGAATGGTAATAATACCATATTAATTTGAACGGTTTCGAATAGAGCGGTTACGTACCGTATCGAGTGGCTTCGATCAAACGATTGAGCCATATTTTGAGGGTGTAATTCTCGAACGATTTTTCTACTGTGCAGTAGTTAATCGAACAGTTGTAGCTGGGCTTGTTTTATCCTGGAGGCGGCGTGGTTGATAGTCTACCTTGCACAAATTTGGGTAGTGCCACGAAACGTCTTAAAGAGAGCGACCTGGTCGTGACTCAACCTAGTAACAACTTCGGTAGATGATAGAATTTGGAAATTCAAATTTAACAGTTTGGAAATCCAAAAAACAACAATTTTAAGACGTTTCGATCTGCTATGTCTACCGAAGAAGTTACATATTAAGGTTAAGTTATCCCTAAATACATTAAGGATAAATCAAGCTATAGATTTACATCTTTCGAATGAAACGATGAAGTGATTGTTGTTTCAATCAACAACACTAAAAATTTATTTGATGAAAACAATAATTTGTTACAAAACAAATTATTAGTTACTAGAAATTTATTTGATGAAAACAATAATTTGTTACAAAACAAATTATTTGTTACAGAACCAAACAAGTTTAGTTTGTTACAAAACATAAAAAAATTGTTTGGAGCGGAAAATAAAATAATGCAAGGCTGTTATTTTGTTATGGTGAATTCTAAAAGTGTTTTGTTTAAACATTGATATCACGTACTGGTTTTCAAATCTTTAACAAGAATTGATAAACATATGCATCGCTTTACATAATCCAAACTTGTAAATATGCAATAAGGAAAATAAATGGAATTGTGAAATTCTATTTATGTTTAAGAAAGAATCTGAATTTCAGATTTCTATTGAATAAGACTGAGTTGACTCAGACTTAAAAGAGAGAATTGTGTACCATGCACTCTTGTGGAAAAAGATTGCACTTTGATGGTATGTTAAAAATTAAATTCTCCTTCTATGTTATTAGTTGTGTGATTTTAATATTTGACATATCAAAATTGATCACGAACAAGTGTTTAAATTTTAAAACTTGAGTAACTTGGACTTAATTCCAAAGTTATATAATTAAACAATTTTATTTATTGCAGTCAAGATATATGAATCAAAAGTTCATATAAATTAGAATTTAGAGGATATGAATCTCTAAACATAATGATATGTGTTAGTTTGATGACACATAAAATAGAAATGATAAAATAATATTTTTTATCATATTTATTGATGACTGTGAATTTGGAAAAATAAAATTGATATGCTTGAATGTTCAATTTTTTATAACGAAAATTGAAATTTATAGAGTACCCAAGTCTAAGAACAAAAATTCTAATTAAGAAATTTTTGAAGAAAAGACAATCCAACTTGTCTTATTTTTCGAACTTGGGATTGTCTGGACTATATTAAGATCATGGACCCCAAGAGAGTTGAACTCACTAGTAGAGCCTATGAATGTGTATTCATCGGGTATGCGATAAATAACGAAACATATAGGTTTTATGACCTAAATGTTAAAGTGATCATAGAATTTAAAAGATGTCGAATTCTATGTAAATATTTACCCCTTTAACTAAAGAATAGTGGGGGCACTAGTGGGGGCTCTAATGGGAGCACGACATTAGTGGGGGCAAAATAAATTTCCCTTTAAAAATTAAGAACTAGTGGGGGCACTATATCTAATCACATTCATGTAATTAGAAATAGTTATGAAAACATCATACAAGATGTTATAGAACCTCAAGGAGGTAAGAAAGCTAAAATTGCTAAAGAGTATGAACTTTGTTTATACATTGAAAGAAAATTCATTAAGCCTTAAAGAAGTTATATCCTCATTGGATGCTGAATTATGGCAAAAGCAATAAACGATGAAATGAATTTTCTAGAGTCTAACAAAACATGACACTTGGTTGACTTGTCTCATAGTTGCAAAATCAATCGGTTGTATTTGGATTTTTGAAAAAAAAAAAAAAAAAAAAAAAAAAGGGAACTAAAACCTGATGGTACGATGAATACAAGGCTTTCCTTGTAGTCAAAGGTTTTAAACAAAGAGAAAAATATAGACTTCTTCGACATTCATTCACCAGTCACGAAAATCATATCCATAAGAGTACTAGTCCCTTTAGCCGCCATTTATAACTCGATAGTACTCCAAATGGATGTGAAAGTTGTCTTTTTATGGTGAACTAGAAGAACAAGTCTATATGGAACAACCTGAAAAATTTTGCAATTCATGGACAAGAAAACAAGGTCTGTAAGTTAGATAATTATTTGAATGGTCTAAAATAAACTCCTGAGGAATGGCATGAAAAATTTGACATTCTAATGTTATCGAATGAGTATAAAGTGAATGAAAGTGACAAATAATATTTGCACGATCATATGTCTCTATGAAGTCGACTTGCTCATATTTGATTTAAAGATTCATGTTATGAATTATGTGAAATCATTGTTTATCAACAACATTGATAAGAAAGACCTAAACAAAAAAATTGAAGTAATTCTTGGTTTCAAGATTACTAGATCAGAAAAGATAACTTTTTTGATAAATCTCACAAGTTGAGAATATCTTAAAGAAATGTAATTATTCACCGTAAACTTGCAATCACATATTATGATCCAAGTGTAAGAACACTTGAGATGGATTTAGAAAAACAGAATATACGAGCATCATTGGCAGCACTTAGGTATGCCACTGAATGTATTAGATCCGACATTGTCGATGTCGTGAAACTCTTGTGCAAGTTTACTAGTAGACGGATGGGAAGCATTGCCATGCTATAGAATGAGTCATGAGGTGTCTTAAGAAGACTATGACTCTAAGATTACTTCACTAGGAGTAACATATTGTACTTAAATGGTACAAGATATAAAATGAACATCATTCAGATGAATATTTAGCGACTAGTGTTTGCACATTGAGCATCACTAGAGGAGTTGTTTGTTAAAACAAATGATATTGACTCAGTCCACTATGGAATGAATCTGAGATGAGAACACTAAAACTAGTGAAGAAGCAAGTTGGCTAAGATCCTTGCTAGCTGAAATCCCTTTATGGGAGAAACCGTTACCAGCTGTGTTAATTCATTGTGATAGTACCGCGGCTATTGCAAAGAATAAGAATCGTTATTACAATGGTAAGAGACGACAGATAAGGCGAAAACATAGCACGATTAGAGAGTGTATCTCTAAATGGAGCGGTTGGAGTTGATTTTGTACGTACGAATGAAAACTTAGCTGATCCTTTGACGAAAGGACTTAATAGAGAGAAAGTCCAAGAAACATCCAGTAGGATAGGACTAATGCCTATAGCCCACAAGTGATGGTAACCCGACCTACATGACTGGAGATCCCAAGAAATAGGTTCAATGGGTAAAAACAAGTCATGAAGTGGTAGAACATGCTATGAGAGAAAGAATATAGAAAGCATGATCCTGCAGCGAAAGAAGGATGAGGTAATAGTAACTCTTAATGAGATCTATACTTTATGTTGAGTGGGGTACACAGCTACAGGAGTACCCTTGATAGACTCACCTATACGAATGTGGAACTTAGGCCAGTCCTATGGAATTTCGAGGCAGAATTCCTAGAGCATTCGTTAAAACCGGGATACACGTGCAGGGCCTTAAAACGCACGGGCTTTTAGAATACACCTATGAAAAGGTTTGTGTGTGGATTCTATGTCTGAGATAGAGTTCAATGCTGTAAGCAACTCTTGTTAAATCAGAATATCTTCCACTATGCTAAGGTTCAAGTTGTTGGCGACACCTTTGTATATTAGCAAATCTTATGGAAACGTTTTACGTTATTTCTCGAAACCATTTTGAAGTCAAGTGGGGGATTGTTGGAACACTAGTTAATTCTAGTGAAGAAAATTGGAAAGAAAAACACTATGAAAAAACTAGTGTGTGGGTGTGACTTAAAAATGTCCCACATTGAAGGGTCACCCCAACTAGTAAGTGTTTATATATGGGAAAAGTGACCTCCAAGGGTGTGCCCTTGGGGTACCCAATTTTGTGAACGGGTGAACGCTTAAAAAAAAAATTGATATATATTTTTTTGTCACTTGAAAATGTTAAATTAATTAATTAATTAATTTAATCATTATCCGTAAGCGCTACGCGTAACAAATAAATTTGTTACGATCCGACCCAATCCAAAAGCATATCCAGAAACTTCCGGATATATCCAATTAAGAAACAAAACGCGTTTGCTTAAGGATTAAGCAAACTTAATCCCCAAGTCACTCGTTTTTTGTTACAAACTCTCCCTATAAAAGGAGAGCTCGTCCCATTTAATTCTTTACACCGAAAATTCACAGTCGATGCTTCCTGTGTTTTTTCCTCTCTTCTCCCTCCGACTTGTTTTTAACAAGTTTCTTCTGCTTCTACTCCTTTCTGTCCCTTCGGTATTAAGAGTGTTCTTAAGACCATAGTCCCTTGGTCTTAAGTTCATAGTCCCTTCGATAATATATGATTCTTCGGAATATTGAGTACTATTAAGATCATATTAAAGAATGATCTTAACAGTATATTTATATTATTTTAATGAGAAATGGTGGTATCACCATATTTGAGTGGTCGTAGTGCCATATTCATGTTTTGGAGAAGTTAGAATGGTGGTAACACCATATTTGAGTGGTCTCAGCACCATAATAGAATGGTAATAATACCATATTAATTTGAACGGTTTCGAATAGAGCGGTTACGTACCGTATCGAGTGGCTTCGATCAAACGATTGAGCCATATTTTGAGGGTGTAATTCTCGAACGATTTTTCTACTGTGCAGTAGTTAATCGAACAGTTGTAGCTGGGCTTGTTTTATCCTGGAGGCGGCGTGGTTGATAGTCTACCTTGCACAAATTTGGGTAGTGCCACGAAACGTCTTAAAGAGAGCGACCTGGTCGTGACTCAACCTAGTAACAACTTCGGTAGATGATAGAATTTGGAAATTCAAATTTAACAGTTTGGAAATCCAAAAAACAACAATTTATATTGAGGTTTAAGCAATTCACTATAACAAGCAAATCTGCTATTTGAAAGTTACTGGTCGCCAGACAAGAGTTTGTTGCTTGATTAACTTGCCTTTCCTTGTTTAAATGTACTCAGGTTTTGAGAAATATTATATTTTAAGTACATAAATTATTAAATAGAGTAGTAAACATATTTAATATCTTGCAGATAAAAAAATGTTGAACATCTTCATTATTCTGTTAGAAGAATTACGTGTATTGTTAAGTTTTTATAAAATGTGGCAAACTGCTGTACACATGAGTTGTATTATGATCAGTTTGGCAGCTAAATACTATGTGTAACAGTGGTCTTTTTAAAAAAAACTTAGTGTAACAGGAGTGGTCTTTTTTAAAAAAAACTTAGTGTAACAGGGGTAACTGTTGGGTCTGGCTTGGCTTTAATGCAGGTTGCTGAATCACGTCCCTAGCTTTTTTATCCCCTTGTTAAAGCAGTCATACTCATTTGTTTTGTTAGTTTACTAGAAAAATTAAGGGCTAAATGCCACAAATATTTGTAATTTTTAATTGTCAAATCATTTTGTTACTATTTATATATTTTTTATATTCTACAAGCCATAGTTTAATTTGGTGACATTTTTTGGGGATTTGTCATTTGCTTGAAAGCTGTGACTTTTGTAACAAGGATATAAGGTTCTAATCCCTTTAATTCATAATCCAGAAGGCTGCTACTTTGCTACTTACCTATTTTATTTAAAGCCTCTCAACTTTGTTTTTCCTTTACCATGTCTTCGAGGAGATTAGTTGCTGCATCGGATTGTTGCATTTTAACAAAGACTGTTGATTCATTAAGCAGGCCGAGCATCCTTTTTTCTTGTTGATTAGATTAGTTTATTTAATTTGTCCTTTTGTATGTTTTAGGTGTTCCATGGACTGAGGAAGAACATAGATTGTTCTTGGTTGGTCTCCAAAAGCTAGGCAAAGGAGACTGGCGAGGGATAGCACGTAATTTTGTTGTGTCAAGGACCCCTACTCAAGTAGCAAGTCATGCACAAAAGTACTTTATCCGACAGAGTAATGCTACCAGGAGGAAGAGACGTTCCAGTCTTTTCGACATGGCTCCTGATGTGGTCAGTATTCATTCATTCATCATTTCTAATTGAGCAATCTTCATGCAGACACATACGTATGTCTGCTACATATATATTGTCTGATAGAGAGTGAAAGTGTCCTCCTATCCTTATTAACACCACTACACCAGCTTATAAGCAATATATATGTTATCATCACTACCATAACATATTTTTTATCTATGTTTTGAGAAAATACATTGGTGTGTTTGGCTTGAATCCATATAAACAGAGTACAGTTATAAACTAGACTACTAGAGAAATCTGTTGAGATAGTCTTTCATATTTATCAGAGCATGATGATGCCTTGACTCTGTTGAGTTTCTCAACAATAGTTCTTGCTTCGTAAGACAAAAGATTTTTTTTTTTAATTATAGTGACACATTTACTGAAGCCTTTATTTGCTAATTACCATAAACGGGTTCATCCTCGTTGTAACTGGATATTGAATTTTTTATTATGAGTTATGTTTGTTGAGTATTATGTAGTCATTTTCCTATCTTATTAACTTTTTTATTTTTTGAAATGATATGTCAGTGTCCAGATTCAACTTCGATGCCAGAAGAGCAAATACTACTTCCACCTTCTGAGAACTCACAACCTTGTAATGGAAAATCACAACCATCACTAAATCTGTCTCTCAAGTCAGAATATGAACCAATGGAAGCTACATCTGAAGAAAATGTAGAAGAGGCCAATGAGACTACAATGGGATCAAATGGATTCACACCAATGACGCAAGGATTCTTCCCACCTTATTTACCTGCCTCATTTTCCATATGGCCATCAATTGGAGCTCCCTTTGAAGAAGTCAACAAAGGAGAGACATCGTATCATCAGGTCCTCAAGCCAATACCAGTCATTCCAAAGGAACCTGTCAATGTTGATGAACTTGTGGGAATGTCTCATCTGAGCATTGGGGAAACACGGGCTCTTGATAGAGAGCCTTCCCCCCTTTCCTTGAAGTTGTTAGGAGAGCCCTCAAGGCAATCAGCATTCCATGCAAATGCTCCAGTTAGCGGTTCTGATCTAAACAGTGGCAAGAACAACGCCATTCAAGCAGTTTGA
Protein sequence

>MS.gene36361.t1

MTRRCSHCSNNGHNSRTCPSRNAAAGGVKLFGVRLTDGSIIKKSASMGNLNLAALHHSSSSPLNPGSSLNPGSPCFEPPHDPDGYLSDDPVHASSAFATRRSERKKGVPWTEEEHRLFLVGLQKLGKGDWRGIARNFVVSRTPTQVASHAQKYFIRQSNATRRKRRSSLFDMAPDVCPDSTSMPEEQILLPPSENSQPCNGKSQPSLNLSLKSEYEPMEATSEENVEEANETTMGSNGFTPMTQGFFPPYLPASFSIWPSIGAPFEEVNKGETSYHQVLKPIPVIPKEPVNVDELVGMSHLSIGETRALDREPSPLSLKLLGEPSRQSAFHANAPVSGSDLNSGKNNAIQAV