AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene98966

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene98966.t1 MTR_1g047060 70.213 94 25 1 111 204 1 91 6.57e-39 130
MS.gene98966.t1 MTR_6g477900 33.708 178 86 8 4 167 6 165 7.32e-19 83.2
MS.gene98966.t1 MTR_2g086880 36.000 150 75 8 6 146 20 157 2.15e-18 84.3
MS.gene98966.t1 MTR_2g086880 35.333 150 76 7 6 146 20 157 2.43e-18 84.0
MS.gene98966.t1 MTR_4g098630 37.975 158 80 8 2 146 4 156 2.81e-17 80.1
MS.gene98966.t1 MTR_2g064090 35.897 156 82 7 4 147 6 155 6.53e-17 79.3
MS.gene98966.t1 MTR_5g014300 35.220 159 84 7 2 146 4 157 8.44e-17 79.0
MS.gene98966.t1 MTR_8g023930 35.570 149 86 5 4 146 24 168 1.81e-16 78.6
MS.gene98966.t1 MTR_1g097300 35.556 135 77 4 6 136 21 149 5.07e-16 77.4
MS.gene98966.t1 MTR_3g093050 30.270 185 103 7 1 171 19 191 5.72e-16 77.4
MS.gene98966.t1 MTR_5g069030 34.810 158 80 7 4 147 25 173 7.48e-16 77.0
MS.gene98966.t1 MTR_3g093050 30.270 185 103 7 1 171 19 191 7.79e-16 77.0
MS.gene98966.t1 MTR_3g096140 33.140 172 93 7 3 160 6 169 2.01e-15 74.3
MS.gene98966.t1 MTR_8g467490 31.481 162 85 6 6 147 16 171 2.87e-15 74.7
MS.gene98966.t1 MTR_7g105170 30.909 165 93 6 1 147 1 162 3.26e-15 73.2
MS.gene98966.t1 MTR_3g064580 33.962 159 81 9 4 147 6 155 3.45e-15 75.1
MS.gene98966.t1 MTR_5g040420 32.298 161 84 7 6 147 16 170 3.80e-15 74.3
MS.gene98966.t1 MTR_5g076850 31.818 176 95 9 4 163 6 172 3.84e-15 74.7
MS.gene98966.t1 MTR_8g094580 32.716 162 81 7 4 148 7 157 4.38e-15 73.6
MS.gene98966.t1 MTR_2g080010 30.303 165 93 5 4 162 15 163 4.83e-15 73.9
MS.gene98966.t1 MTR_4g094302 29.560 159 87 7 4 148 11 158 6.97e-15 71.2
MS.gene98966.t1 MTR_3g093040 31.013 158 86 6 4 147 108 256 9.20e-15 72.8
MS.gene98966.t1 MTR_1g090720 36.196 163 77 7 4 147 42 196 1.00e-14 73.6
MS.gene98966.t1 MTR_7g005280 33.333 156 80 6 4 147 15 158 1.00e-14 72.0
MS.gene98966.t1 MTR_0036s0150 32.258 155 86 6 6 148 7 154 1.20e-14 73.2
MS.gene98966.t1 MTR_8g023900 35.669 157 80 8 4 146 188 337 2.13e-14 72.4
MS.gene98966.t1 MTR_4g094302 32.308 130 78 5 4 133 11 130 2.32e-14 68.9
MS.gene98966.t1 MTR_2g093810 31.250 160 85 5 4 146 14 165 2.67e-14 71.6
MS.gene98966.t1 MTR_7g100990 31.875 160 84 5 4 146 11 162 5.28e-14 70.9
MS.gene98966.t1 MTR_4g036030 33.121 157 87 8 2 147 5 154 7.75e-14 70.5
MS.gene98966.t1 MTR_4g089135 33.824 136 76 4 4 133 15 142 1.18e-13 69.7
MS.gene98966.t1 MTR_1g096430 31.429 175 85 10 4 158 7 166 1.45e-13 69.7
MS.gene98966.t1 MTR_6g011860 31.707 164 85 8 4 147 15 171 2.25e-13 69.3
MS.gene98966.t1 MTR_8g023860 32.026 153 88 5 4 147 12 157 2.34e-13 69.3
MS.gene98966.t1 MTR_4g081870 29.814 161 86 6 4 147 9 159 2.49e-13 68.2
MS.gene98966.t1 MTR_2g079990 31.073 177 97 8 4 166 16 181 4.13e-13 68.2
MS.gene98966.t1 MTR_4g075980 33.775 151 83 7 6 147 17 159 5.88e-13 67.4
MS.gene98966.t1 MTR_4g101680 31.847 157 89 7 2 147 5 154 6.66e-13 67.8
MS.gene98966.t1 MTR_3g109340 31.410 156 87 7 4 147 22 169 8.73e-13 67.4
MS.gene98966.t1 MTR_7g097090 32.692 156 86 8 2 147 8 154 1.25e-12 66.6
MS.gene98966.t1 MTR_3g109340 30.968 155 88 7 4 147 22 168 2.31e-12 66.2
MS.gene98966.t1 MTR_2g068920 33.824 136 75 6 6 133 23 151 4.97e-12 64.7
MS.gene98966.t1 MTR_5g012080 30.818 159 90 8 2 147 5 156 5.62e-12 65.1
MS.gene98966.t1 MTR_2157s0010 29.412 170 83 9 4 147 8 166 7.38e-12 63.9
MS.gene98966.t1 MTR_2g079990 33.813 139 74 6 4 135 16 143 1.15e-11 64.3
MS.gene98966.t1 MTR_6g012670 28.235 170 94 8 4 155 20 179 3.54e-11 62.4
MS.gene98966.t1 MTR_7g085220 27.381 168 90 6 4 147 8 167 3.63e-11 62.8
MS.gene98966.t1 MTR_8g099750 33.094 139 81 5 1 135 11 141 4.65e-11 61.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene98966.t1 AT3G49530 32.812 192 108 8 1 179 10 193 3.20e-20 89.0
MS.gene98966.t1 AT3G49530 32.812 192 108 8 1 179 10 193 3.24e-20 89.4
MS.gene98966.t1 AT3G10490 36.047 172 88 7 4 159 27 192 2.71e-18 81.6
MS.gene98966.t1 AT5G24590 36.250 160 82 7 1 147 10 162 5.55e-18 82.8
MS.gene98966.t1 AT1G33060 35.152 165 82 7 1 150 21 175 8.62e-18 82.8
MS.gene98966.t1 AT1G33060 35.152 165 82 7 1 150 21 175 8.88e-18 82.8
MS.gene98966.t1 AT4G17980 35.849 159 83 7 2 146 4 157 1.29e-17 80.1
MS.gene98966.t1 AT5G04410 34.839 155 84 5 4 147 9 157 1.42e-17 82.0
MS.gene98966.t1 AT5G64530 37.121 132 69 4 4 135 3 120 2.02e-17 77.4
MS.gene98966.t1 AT4G17980 35.849 159 83 7 2 146 4 157 2.43e-17 79.7
MS.gene98966.t1 AT3G17730 33.544 158 82 8 4 147 6 154 3.08e-17 79.0
MS.gene98966.t1 AT5G64530 37.879 132 68 5 4 135 3 120 3.87e-17 77.4
MS.gene98966.t1 AT1G69490 31.288 163 85 6 2 147 7 159 4.16e-17 79.0
MS.gene98966.t1 AT5G08790 31.604 212 110 9 4 192 7 206 5.42e-17 78.6
MS.gene98966.t1 AT3G10490 36.047 172 88 7 4 159 27 192 6.60e-17 79.7
MS.gene98966.t1 AT3G10480 34.225 187 94 9 4 172 27 202 8.87e-17 79.3
MS.gene98966.t1 AT4G35580 34.568 162 87 8 1 150 6 160 1.60e-16 79.0
MS.gene98966.t1 AT4G35580 34.568 162 87 8 1 150 6 160 1.61e-16 79.0
MS.gene98966.t1 AT5G46590 34.177 158 85 6 2 146 4 155 1.73e-16 77.4
MS.gene98966.t1 AT4G35580 34.568 162 87 8 1 150 6 160 1.80e-16 78.6
MS.gene98966.t1 AT2G27300 32.667 150 90 6 1 146 11 153 2.25e-16 77.8
MS.gene98966.t1 AT3G10480 34.409 186 94 10 4 172 27 201 2.34e-16 78.2
MS.gene98966.t1 AT2G43000 34.615 156 78 8 6 147 20 165 5.86e-16 75.9
MS.gene98966.t1 AT1G26870 34.659 176 87 8 3 157 15 183 8.13e-16 76.6
MS.gene98966.t1 AT1G32510 33.333 162 87 6 2 146 4 161 8.67e-16 75.5
MS.gene98966.t1 AT1G54330 36.184 152 83 6 4 147 6 151 1.26e-15 75.1
MS.gene98966.t1 AT3G10500 34.177 158 87 6 1 147 6 157 1.57e-15 75.9
MS.gene98966.t1 AT3G44290 31.724 145 88 6 6 146 16 153 2.30e-15 73.2
MS.gene98966.t1 AT5G22290 33.562 146 85 7 6 146 23 161 3.98e-15 73.9
MS.gene98966.t1 AT2G24430 32.692 156 85 7 4 147 16 163 9.20e-15 72.8
MS.gene98966.t1 AT2G24430 32.692 156 85 7 4 147 16 163 9.20e-15 72.8
MS.gene98966.t1 AT5G46590 34.286 140 81 5 2 136 4 137 9.61e-15 72.4
MS.gene98966.t1 AT3G44290 31.724 145 88 6 6 146 16 153 1.04e-14 72.8
MS.gene98966.t1 AT5G63790 31.953 169 86 7 4 154 50 207 1.38e-14 72.4
MS.gene98966.t1 AT5G63790 31.953 169 86 7 4 154 60 217 1.60e-14 72.4
MS.gene98966.t1 AT4G27410 32.911 158 81 8 4 147 14 160 2.42e-14 71.6
MS.gene98966.t1 AT4G01550 33.108 148 89 5 7 147 7 151 3.96e-14 71.6
MS.gene98966.t1 AT2G33480 34.194 155 78 7 4 147 15 156 1.25e-13 68.9
MS.gene98966.t1 AT1G32870 37.226 137 74 6 4 136 10 138 1.97e-13 69.7
MS.gene98966.t1 AT1G32870 37.226 137 74 6 4 136 10 138 2.07e-13 69.7
MS.gene98966.t1 AT2G33480 33.758 157 78 7 4 147 15 158 2.27e-13 68.6
MS.gene98966.t1 AT5G39610 30.818 159 85 7 4 147 20 168 2.40e-13 68.6
MS.gene98966.t1 AT4G27410 32.164 171 82 9 4 147 14 177 2.48e-13 68.9
MS.gene98966.t1 AT5G09330 31.214 173 99 7 2 161 4 169 2.48e-13 69.3
MS.gene98966.t1 AT5G09330 31.214 173 99 7 2 161 4 169 2.48e-13 69.3
MS.gene98966.t1 AT5G09330 31.214 173 99 7 2 161 4 169 2.48e-13 69.3
MS.gene98966.t1 AT5G09330 31.214 173 99 7 2 161 4 169 2.48e-13 69.3
MS.gene98966.t1 AT5G09330 31.214 173 99 7 2 161 4 169 2.48e-13 69.3
MS.gene98966.t1 AT1G32870 37.226 137 74 6 4 136 46 174 2.53e-13 69.3
MS.gene98966.t1 AT4G10350 32.298 161 81 8 4 147 9 158 3.30e-13 68.6
MS.gene98966.t1 AT3G29035 33.088 136 75 6 4 133 24 149 6.19e-13 67.8
MS.gene98966.t1 AT5G66300 30.061 163 81 8 4 147 12 160 1.00e-12 67.0
MS.gene98966.t1 AT3G04070 30.178 169 87 7 2 147 8 168 1.29e-12 67.0
MS.gene98966.t1 AT5G13180 32.468 154 85 6 4 147 14 158 1.32e-12 65.9
MS.gene98966.t1 AT3G15500 31.847 157 84 7 4 147 14 160 1.89e-12 66.2
MS.gene98966.t1 AT3G04070 32.168 143 80 5 2 135 8 142 2.89e-12 65.9
MS.gene98966.t1 AT1G34190 31.613 155 85 6 6 147 18 164 3.76e-12 65.9
MS.gene98966.t1 AT1G76420 29.375 160 87 6 4 148 22 170 6.50e-12 64.7
MS.gene98966.t1 AT1G61110 32.609 138 78 5 4 135 16 144 8.52e-12 64.3
MS.gene98966.t1 AT5G61430 29.560 159 87 6 4 147 16 164 1.91e-11 63.5
MS.gene98966.t1 AT5G07680 30.189 159 86 6 4 147 17 165 3.74e-11 62.4
MS.gene98966.t1 AT5G07680 30.818 159 85 7 4 147 3 151 4.84e-11 62.0

Find 65 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
GCAACTTAAGCTTGCAATTA+TGG 0.155599 1.4:-16844461 MS.gene98966:CDS
TGATGTCACTCGAAAATTTA+AGG 0.155764 1.4:-16852118 MS.gene98966:CDS
GGCACTGCAGGACTGGATTT+TGG 0.193421 1.4:-16852523 MS.gene98966:CDS
GCCATGCTTCCACCTGGTGC+TGG 0.288291 1.4:-16852755 MS.gene98966:CDS
CCATGGTTCTGACCTCATTA+AGG 0.288790 1.4:-16852660 MS.gene98966:CDS
TCCCTCTTTATGTTCTATCT+TGG 0.300819 1.4:-16852437 MS.gene98966:CDS
CTGGTAGTAGTGATGGTGGT+GGG 0.303392 1.4:-16852086 MS.gene98966:CDS
TGGAGCTGACAATGTGGTTT+TGG 0.312073 1.4:-16852468 MS.gene98966:CDS
ATGGATCTGGGTGCAGAGTT+TGG 0.323843 1.4:-16852186 MS.gene98966:CDS
ACTATACCATCGACAATTGT+AGG 0.365984 1.4:-16852586 MS.gene98966:CDS
CCATGCTTCCACCTGGTGCT+GGG 0.413477 1.4:-16852754 MS.gene98966:CDS
TTGCCCTCCAACAATGGATC+TGG 0.416934 1.4:-16852199 MS.gene98966:CDS
GATGTCACTCGAAAATTTAA+GGG 0.421822 1.4:-16852117 MS.gene98966:CDS
GTATAGTAGAAGGAGGTATA+CGG 0.424556 1.4:+16852602 None:intergenic
GAGAGACGGCACTGCAGGAC+TGG 0.427179 1.4:-16852530 MS.gene98966:CDS
GCTGGTAGTAGTGATGGTGG+TGG 0.451886 1.4:-16852087 MS.gene98966:CDS
GCTGGGGCTGGTAGTAGTGA+TGG 0.454213 1.4:-16852093 MS.gene98966:CDS
CCTACTGACGAGATACTTGT+TGG 0.458463 1.4:-16852725 MS.gene98966:CDS
TCACATTTCACATATATTCA+AGG 0.466258 1.4:-16852042 MS.gene98966:CDS
GCAATGGCCATGCTTCCACC+TGG 0.468009 1.4:-16852761 MS.gene98966:CDS
TGCATTGGCTGACGAGCCTC+AGG 0.469467 1.4:-16852366 MS.gene98966:intron
AAAACACGGCACAAAACAAA+AGG 0.470485 1.4:+16852225 None:intergenic
TACTTGTTGGCTACTACCTT+AGG 0.477557 1.4:-16852712 MS.gene98966:CDS
GGTGGTGGGGCTGCTGAGCA+AGG 0.481889 1.4:-16852072 MS.gene98966:CDS
CGATCGGGTCATACTCATAC+AGG 0.485419 1.4:+16852630 None:intergenic
TACTGCTTCACTGCCAAAGT+TGG 0.486292 1.4:-16852557 MS.gene98966:CDS
GAGGTATACGGCAATTCGAT+CGG 0.486752 1.4:+16852614 None:intergenic
CCGTCTCTCACTGCCAACTT+TGG 0.487719 1.4:+16852544 None:intergenic
ATTGCAAGCTTAAGTTGCTC+TGG 0.498542 1.4:+16844466 None:intergenic
TTCCAAGATAGAACATAAAG+AGG 0.498797 1.4:+16852435 None:intergenic
AGGACGCTGTCAGAACAAAC+TGG 0.499874 1.4:-16852403 MS.gene98966:CDS
TGGTAGTAGTGATGGTGGTG+GGG 0.505536 1.4:-16852085 MS.gene98966:CDS
AGGTATACGGCAATTCGATC+GGG 0.507489 1.4:+16852615 None:intergenic
GCAGTGAGAGACGGCACTGC+AGG 0.521491 1.4:-16852535 MS.gene98966:CDS
ATTGTCGATGGTATAGTAGA+AGG 0.525309 1.4:+16852592 None:intergenic
CCCAGCACCAGGTGGAAGCA+TGG 0.526903 1.4:+16852754 None:intergenic
CCAACAAGTATCTCGTCAGT+AGG 0.528725 1.4:+16852725 None:intergenic
ACCTTCTTCAACATCAGATA+AGG 0.528743 1.4:+16852161 None:intergenic
GCACCCAGATCCATTGTTGG+AGG 0.539944 1.4:+16852195 None:intergenic
GAACAGGTTCAGAATTTCCA+TGG 0.547755 1.4:-16852677 MS.gene98966:CDS
TCTGCACCCAGATCCATTGT+TGG 0.550003 1.4:+16852192 None:intergenic
CAACAAGTATCTCGTCAGTA+GGG 0.551326 1.4:+16852726 None:intergenic
ATATATTCAAGGCTCCCTGC+AGG 0.566277 1.4:-16852031 MS.gene98966:intron
GTAGGGAGAAACCCAGCACC+AGG 0.574061 1.4:+16852743 None:intergenic
ACAGGTTCAGCTCCTTAATG+AGG 0.577110 1.4:+16852648 None:intergenic
TGCCCTCCAACAATGGATCT+GGG 0.577800 1.4:-16852198 MS.gene98966:CDS
CTATCTTGGAAATTCTGTGA+AGG 0.589080 1.4:-16852423 MS.gene98966:CDS
ATTACTCGAGACATTAATGA+TGG 0.591026 1.4:-16852488 MS.gene98966:CDS
CACCCAGATCCATTGTTGGA+GGG 0.600445 1.4:+16852196 None:intergenic
GGGGCTGGTAGTAGTGATGG+TGG 0.602818 1.4:-16852090 MS.gene98966:CDS
ACTTAAGCTTGCAATTATGG+AGG 0.614360 1.4:-16844458 MS.gene98966:CDS
ATGTCACTCGAAAATTTAAG+GGG 0.615370 1.4:-16852116 MS.gene98966:CDS
GTCGATGGTATAGTAGAAGG+AGG 0.618515 1.4:+16852595 None:intergenic
GCCTTATCTGATGTTGAAGA+AGG 0.619001 1.4:-16852162 MS.gene98966:CDS
TGATTGTGTTGTCTTCCACA+TGG 0.623071 1.4:-16844500 MS.gene98966:CDS
CCAAAGTTGGCAGTGAGAGA+CGG 0.623168 1.4:-16852544 MS.gene98966:CDS
TCCAAGATAGAACATAAAGA+GGG 0.626576 1.4:+16852436 None:intergenic
CCTTAATGAGGTCAGAACCA+TGG 0.626777 1.4:+16852660 None:intergenic
GTTGAAGAAGGTGATGCTGC+TGG 0.630740 1.4:-16852150 MS.gene98966:CDS
GAATTGCCTACAATTGTCGA+TGG 0.641834 1.4:+16852580 None:intergenic
GGGAGAAACCCAGCACCAGG+TGG 0.653293 1.4:+16852746 None:intergenic
GATTATGTACGAGTATGCAT+TGG 0.682043 1.4:-16852381 MS.gene98966:CDS
CTGGCGTCATAGCTTCCATG+TGG 0.684588 1.4:+16844485 None:intergenic
TGTCACTCGAAAATTTAAGG+GGG 0.730936 1.4:-16852115 MS.gene98966:CDS
TAATGATGGAGCTGACAATG+TGG 0.745336 1.4:-16852474 MS.gene98966:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr1.4 gene 16844426 16852780 16844426 ID=MS.gene98966
chr1.4 mRNA 16844426 16852780 16844426 ID=MS.gene98966.t1;Parent=MS.gene98966
chr1.4 exon 16852367 16852780 16852367 ID=MS.gene98966.t1.exon1;Parent=MS.gene98966.t1
chr1.4 CDS 16852367 16852780 16852367 ID=cds.MS.gene98966.t1;Parent=MS.gene98966.t1
chr1.4 exon 16852032 16852250 16852032 ID=MS.gene98966.t1.exon2;Parent=MS.gene98966.t1
chr1.4 CDS 16852032 16852250 16852032 ID=cds.MS.gene98966.t1;Parent=MS.gene98966.t1
chr1.4 exon 16844426 16844542 16844426 ID=MS.gene98966.t1.exon3;Parent=MS.gene98966.t1
chr1.4 CDS 16844426 16844542 16844426 ID=cds.MS.gene98966.t1;Parent=MS.gene98966.t1
Gene Sequence

>MS.gene98966

ATGGCCATGCTTCCACCTGGTGCTGGGTTTCTCCCTACTGACGAGATACTTGTTGGCTACTACCTTAGGAACAAAAATAGCGAACAGGTTCAGAATTTCCATGGTTCTGACCTCATTAAGGAGCTGAACCTGTATGAGTATGACCCGATCGAATTGCCGTATACCTCCTTCTACTATACCATCGACAATTGTAGGCAATTCTACTGCTTCACTGCCAAAGTTGGCAGTGAGAGACGGCACTGCAGGACTGGATTTTGGATTAAAAAGGGCATTACTCGAGACATTAATGATGGAGCTGACAATGTGGTTTTGGGTCAAAAGTCCCTCTTTATGTTCTATCTTGGAAATTCTGTGAAGGACGCTGTCAGAACAAACTGGATTATGTACGAGTATGCATTGGCTGACGAGCCTCAGGTATGGGATTTGTGAAAACTAACTTTCCCTTTGTTCGTTATTTCATCAATGATTAATTATGTATTAATAACTACTTATTTATTTTTTATTTTATTTTTTAAATTATTATTGTGCAGGCTCCTTTTGTTTTGTGCCGTGTTTTTGATTGCCCTCCAACAATGGATCTGGGTGCAGAGTTTGGAGCCTTATCTGATGTTGAAGAAGGTGATGCTGCTGGTGATGACTCTGATGTCACTCGAAAATTTAAGGGGGCTGGGGCTGGTAGTAGTGATGGTGGTGGGGCTGCTGAGCAAGGTGATGCATCACATTTCACATATATTCAAGGCTCCCTGCAGGTAAAATATATTCCATTGTTGATTTGTCTTTGTATTTTGTTGTCAATTAGAATTTTTGAATAGTTGAATGTGTCCTAAATCATGATTGATTTTTGTCTGTTTTTGTGTTGCATATGTATTTGACTGCTATTGGGAATAAGTTTTAATAAAATGTTGCGATTGAATGTGAGCCGCAACATCAATGATTTTTATGTTTGTATGGAAAAAATTTAAATCGTTGTCATAGTAACAAACTATGGCTATTGCATCGCAATCATTGATAGTGTAGATAAAATTTATCAAAACTCTGGTTTAATTTCAAGTTTTCAGGTTTGATTCTTCCCGCGTCAATTTCTTGGGATAATTTGGCTTCTTTCAAAAATTTCCGAGTTTAAAAAAATGGTTTAATTAGAGATGTTATTATTGCGAGTCAACCACTTAATGTTGTTGATCTTATTTGCAACTGATTTTTTAAAATTTCAACAATTTTACAACTCAATCCAGTCATGTGATGGTATTTTTTTATTGCCTCAATCTTTGCTATTGATTATAGCATGTCAAAATGTCAATTTGTGTGTAGAAATTAAGTGATAGTAATTCTCAAAACATATAGCAATTGATTAGTCAACGTAGCAATTCTTACCAGATTCTTCAAATCACGTCCTTTTTTTCTTTAAATTTTTTGCCATGACAAATTCATCATCATTATTGTTGTTGTTGACGTCGTCACTTTTTGACAATGCAACTTTTCATTTCATTTTATGGTAGAGACAAGAAGGTATTGCTGAAGTATTGAATTGTTTTGTTTGTTTTAATGTTTATTAGGCGAGTTATGCTGCATTTCTTGACTATGTTGTCTTCCACGTGGAAGCTATGACGCCGGAGCAATTTAAGCCTGCAATTATGGAGGAAGATCTAATATGAATTTATTCGTTTTTAAGACACTTTTGATTTCTAGTCCCGCTCTTGAGAGTATTTATCCCTTAAACATTTGGATTCATAATGGTCTAATGACCCTCTTAGAACTTAATTCACGGAACTTATTTTCTGATGTGGTTGAGGCAATTTTCATGGAATGTTCATGCCTCAATAATAATAAGGTAGTTATTATAAGATCTTTGCATGCTAAACTCTTAAGTCGTATTTAAGAAATTATTCAGCTTTTTTCCTCTTTGTTTTGGGCATGCGGATTTTTGTTTCAATGCCTTATGAAAGGCAATTTTGCACGAGAGGAATCGAGTTATATTAGATATTGGAGTTGGTTATTTCAACATGTTATTTATAAAGGATGAGTATACTGTCTTGTTTCGTTGACAGTATACTCATTCTTTATAAAAAGCATGTTGAAATAACCAACTCCAATACCTAAGTATACATAGCATTCCCTGTCCTATTAAGGAGAAAAATGATATAAATCTGTGAGTACGGATATACAACAATGGCAAACTCCTTTTCCCTTCAGTTGGGTTGGCTTGATTGATCAAATATCGACATAGTATCCTATCATAATTGATTGTTTATTTGATTGTGTTATTTTGTTGAGCTTGATTGTTTTTGTTATGGTTATGCCTTTGCCCGAGGGCGTGTACTAGCCCTCTTGTCATTTGGTGTGATTAGGGAGAAATTGTATTGCACTTACTTTTTGAAATTTTTGTGTTTGATGTAGTTGTATAGCTTATATGATTGCTTCATCTATGGTATGTCTACTATGTTTTTTAGAACCGTCGTATTTCTATTTGGTTTTTCTTATAGCCAAAAGTTGGAAGTTAGTACTCAAATGGTTTCCAAATGATTTCTTGGCTATATTGAAAACTTTTGAAAACTAGTAATGGATAATTCATGACTAATAAACTTTTGAAAACTAGTAATGGATAATTGATTCAACTTAAGATTGACCATATGATGTTTAGGGTATGCATATGGCTATGATCTGACTAATAAACTTTTCAAAACACTTCCATTTTCATTTGGTATCTGATAGAAACTACAAATGTATGTTTATCAAAGAAAAAAAAAAGAAACTACAAATTTATAACTATGGAATAATGCACATGCATCAATTGGGACAACAATTTTTCAATGACCTTTTAAAGTAAAATGTCGCATTTAAATATTAACAATTGATTAATTCTCCTTTTTTATTGCTCTTGAATTCAATTAAGGTCTTCTTAATGTTTGTTTTTGTATTTGAATTTGAATGAAGCAAACATGTATTTCTCCTCAAAAGAACTACAAACAAACATTCTTCCAGGTTGAGGGTGTTGGAATACCGTGTCAAATATAGAACCATTCATAATATAATTATTATAATTATGTGGATGAATATTGCTTTTAATACCATGACTTATGCAGCAGCAAGATAATTGTTTACGTTGGTTGTATGTTATCGTTTTCGACTTCTAACTTTGGTTAGTTTTTGGAAGTTATATTTCAGTGTCTCAATTTATATACGAACTCAGCTTTAGAAAGTTGAAGAAATAACTCTTTTGTGTGGAATTTCAGCATGACTACGCATGTCATATAAGCTCCAAGGAGAAATATCAAAGTAAAAAATTATGGTTCTCGTCAACAAATAATATCATAATACTTGTTTAAACTGTTTTATTTATTTCACTCCATTTTTTTATTTTGTGTGTTCCATGTTTACATTTTCATAATTATATTGAAATCTTATATTGGGTAGATAAATTAAGGAAACTTTACACGGTACCTTTGTTCAAGAATTTCCAAAAAGAGAATAAGAAAGGGATCAAATTTCTTCGCAGTGGTCTTCACATTTCTTCATGGTTATATCTTCACGGTCTCTTCATAGTCTTACAAGAAAATATGAGCTTAAAATGGCATTCTTTATGCAAGAATCTCCAAATTCAACATAGATAAAACAAAGTAAGAAGAAAGAAAAATTAACATTAATGTTTCATTGATAATTTTCATTCATATATGAGTGGTACACAAAATAATTAAAATGACAGGAAAGTACAAGTGCAAAAGTTCTCCAAAATGATCGTTCGTTAAAAGAGTACATCAAAATTAGGCTAAGAGACAAAGAATAGAATAGATCTAGAGTGGTCTTAAACAAACATATCTTGCCTAAATCTAGAGTGAGTTAAACAGAGAACTCACCAAATTACGATTTTATTATAATCATAAAAAACTTCACTTTTATAGAAAGATCAAAACTCTCAAGAAAACTCATATTTAGTGGTCCATTATGATCTATCAAGTTAATATTATGCATATATCTAAAACTTGAAAGTTACCAAAATATATTGAAAATGATTCTTACTAATACTAAATTTTGCAAGGTATAAACTTGATATGGTGAATCCTAGTATATGATTAGAAGATTTAACATGACCCCATACATAGATTCCTAATTTTGACCAGCGTCATATTTAATTTCAATTTAATGTACATATATACCAACGTTTAGATGGGCATTCCGTATCTGTATGTCTGCTCTTTTTATTATGTTAATACGTATAAACTACGAACAATATATTTTATGAAATTTTAATTAAAATTATTTTCATTTTGATTAAAATAAATTGATTATTAGTGTCACTGTTATTAAAAATAATTTATAATTTTCTATTTTGTTAAACGAAAAATAAATAAAAAATCAAAACTGGTGTGTGTGTATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAAGGAGCTTATCCAATGAGAACTCTTATCTTTTTTTTTTTTTTTGAAGAAAATGAGATCTCTTATCTATTGTGAAAAATGAGAACTATTAATTATAACCCCATGATTCAAATTTTTATTTATTTTTTATTTTAAGAAAGGGTGCAGCAAAGAGCTAGCAACCCCTAAAATATATTAAAAGGAAGGAAAGTACAAGAAAAAGAAGGAGGGGACCGAACCAAAACTCCTTCAATATTATTATTTAACGTTAGGTATATTATTATTTTAATTCATGGTTTGGATCTTTTTGTAGTTAAAATAATTAAAATTGCACATTAGTCCAACTACATCCTTTTGGAGTTCAATAATATGAAGTTGTTGATCATTGTGGAGTTGCTTGATCACATGAATTTTCATTTTAGGGATTCATTTGGGTACTAATTAAGTGAAATTTTATATCCTAGTCATTAGTAAATAAATTAGTGGTTACCTTTTGTAAAAAAAAAAAAAATAGTGGTTACCTTACTCTTGAGTAGAAGTCTTTTCGTATGACTTAATTCATGAATTGTGCATTCAAGATAATACCGTGAAACTTTATCCTTAACGATAAAAAACATTTAAGGACCTAATGATACTTTATTCGAATTTTCTAACCTAATTGTAAATTATAAAAATACATAGCTCTAAAGTTCAATTAAATAATTTATTAAGCGCAATGATCAGTTGCTTACATCATTTCCCTTATTAATAACTTGTAAGTAAAAATTTGGAAACTAGTACTAGCTATTAAGGAAAATGACGTAAGCAATGGGTAAATGAGCTTAAAAAAATTATTTGACTTTTAGAACTATATATATTTTATAATGTACAATTTGGTTAGAAAATTCAAATAAATTATCATTAGGTCCATAAGTGTGTTTGATAGTTCTTTAAAAAAAAGTGTATTTGATAGGTTAGGATAAAGTTTCCCCACATATCTCATATACACGATTCAGTTCGTGAACTAAGTCATACTGAAAGAATTCTATTCAAGAGTAAGAGTGTGTTTATTTCAAGTTTACCAAATCTAGTCCTAGGAATAACATTCCTTGGAATATAAAGATGAGAATTCTATTCCAAGGTATTTAGAGAAAATATGTTTGGTTAACTTTATAATATTTCTAGGAACCATAAAAATAAGGATTATAATAGGTAATTACATATGAATTTATTCCCATTTCCATGGGAACTTTATTCCCATCATTTTCTTTGGGAATTTTTTTCTATTCCCAGGAATATTTTATACCCGAGAATAAAATTTAGTAAACTTGTAACAAACATAGACATATATATTTCTATCATTTTATTCCCAGGAATCAACAAATATAACTTGAAACAAACACACCCTAAGGTAACCACTAATTTATCTACTAACTACTAGGATATAAAATTTCACTTAATTTGCACCCAAAAGAATCACTAAAAAGAAAATTCTTGAGAACAATCAACTCCATTAAGATCAGCAACTTCATATTATTAAACTCCTAAAAGATGCCGTTGGACTCATGTGCATTTTAACTATTTTAACTACAATAAGTTCTGAATCATGAATTAAAATCATAATAATAATATATCTAACGTTAAAGATGAATTTTTTTTAGGGGGAATGAATTTTTATCCTTATTTCAAAAGTAACTTATACCGGAAAAAAAGATGAATTTTTATCCCCAAACAAGAAGGTATAAAAAAATATCCCAAAAAAGATAGGGTAAAACATTTATATCAAAAAAATAAAATGATTTTTTATCCAAAAAAAGGAATGTGTCAAAAAAAAATTCCCCAAAAGGATACAAGTAAAACAATTATACCAAAAAAAAATTATCCCCCAAAATAGAATGTGTAAGAAAAAAGAAAATATCAAAAAGGATATGGGTAAAACAATTATACCAAACAAAAAAGATTTTTTATCCATAAAAGGAATGTGCAAAAAACAATTATCCCAAAAAGGATACGGGTACAACAATTATACAAAAAAAAAATCTAAAAACTGGAATGTGTAAAAAAAAAATGTCCGAAAAAGGATATGGTCAAAGGGGATTTTACAGCAAGTTGCGCAATCGTATGACGCGTGATGGTTTCTTCCTAAATGGGATTAAAAAAAACAGTGAAATGAAAAATTTGTCATCATAGTCAATTAGAAAACGCCACGTCCCTCAGATGAAGCTTATGTGACAAGATTTCCTTTCTTGCAGAATTTCAACTATAAAAACAGAGTCACACTCTCTCATTTTTTACCATTTGTGTTATCCTCTCTAAAACCCTTAAACCCAAAACCTCTCCAGTTTTCTCTTTCCTTTCAGCTGCAATGGAATTGCTTCCACCTGGTGTTGGCTTCGTCCCTTCTGATGAGCTCCTTGTTAGCTACTACCTTGCCAACAAAAACAATGAAGATGTTAAGTATTTCAATGGTATTGACTTGATTAAGGAGTTGAACCTGTACCAGTATGACCCGTATGAATTGAATCTTTCTCAGTCCTTTTTCTTCCGTCACCCAAGGGAATTTTACTGCTTCACTGCCAAAGTTGATGAGCCGAGGAGGCATTGTAAAACTGGATTTTGGATGCAGAAGGGAGCTGTTCGAGAAATTACTGTTGGAGCTGATAACATGTTGGTGGGAAATAAGTCTCTTTTTATGTTCTACATAGGAAATTCCCCTCAGGACGCAATTAAAACTACCTGGACTATGTACGAGTACACTCTTGTTAACAAGCCTCAGGCATGGCATTTGCGAAAACTAACTTTTCCTCTGTTCATTATTTCATCGATGATTAATTTATGTATTGGTAACTACTAACTTTTTTTCATAAATAATTGTGCAGGCTCCTTTTGTGGTTTGCCGTGTTTTTGATTGCCCACCAAGGATGGATCTAGATGGTGAGTTCGAAGCCTTATCTGATGTTGAAGAACGCGATGCTGCTGGCAATGACTTTGGTGTCACTGAGAAACCTATGGGGGCTGGTGTTGGTGTTGGTTCTGCTTCTTCTGCTGGTCCTGCTGCTGAGCAAGGTGATTCATCATATTTGCAGGTAAAATATATTTCATTTTGATCTCTCTTAATATTTTTTTGTCTGTTAGAATTTAAGAATAGTTGAATGTGTCATAAATCATAATTGTTTTTTGTGTTGCATATGTATTTGACTGCTATTGGGCATAAATTTTAATAAAATGCCGCGATTGAATGTGGGCCACAAGATCAATGATTTTGATGTCTGTAAGGCCAATTTTTAAATCGCAGTCACGTTAACTGTGGCTATTGCATCACAATCATTGATAGTGTAGATAAACTTTATCAAAATTTTCGTTTAATTTCAATTTTTTAGGTTTGATTCACACTTGTGTCAATTTTGTAGGCTAATTGGGAGTCAACCAATTAATGTTGTTGATCTTCTTTGCAATTGATTTTGTAAAATTTCTAAAATTTTACAACTCAATTCATTCATGTGATGGTATTTTTTGATTGCCTCAATCTTTCCTACTGAATGTAACATGTCAAAATTTCAATTGTTTTGTTTGTGTTTAGAAATTAAGTGATGATTCTCAAAACATATATCAACTGATTAGTTAACGCAGTTATTCTAACCAAATTCTTCAAATGACGTCCTTTTTATTTTTCTTTAAATTTTTTGTTGTGATAAATTCATTATTATTAATATTATTGTTATTGTTGTCGTCGTTGTTGTTGTCAGTTTTTGACAATGCAACTTTTCATTTCATTTTATGGTAGAGACAATAAGGTATTGCTGAAGTATTGAATTGTTTTGTTTGTTTTTGATGTTTATCAGGCGAGTTATATTGCATTTCTTGATTGTGTTGTCTTCCACATGGAAGCTATGACGCCAGAGCAACTTAAGCTTGCAATTATGGAGGAAGATTTTATTGAGATTGCTGATTTTGTTTAA
Protein sequence

>MS.gene98966.t1

MAMLPPGAGFLPTDEILVGYYLRNKNSEQVQNFHGSDLIKELNLYEYDPIELPYTSFYYTIDNCRQFYCFTAKVGSERRHCRTGFWIKKGITRDINDGADNVVLGQKSLFMFYLGNSVKDAVRTNWIMYEYALADEPQAPFVLCRVFDCPPTMDLGAEFGALSDVEEGDAAGDDSDVTRKFKGAGAGSSDGGGAAEQGDASHFTYIQGSLQASYIAFLDCVVFHMEAMTPEQLKLAIMEEDFIEIADFV