AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene050058

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene050058.t1 MTR_5g065160 95.434 438 20 0 1 438 1 438 0.0 870
MS.gene050058.t1 MTR_5g065160 95.434 438 20 0 1 438 1 438 0.0 867
MS.gene050058.t1 MTR_5g065160 95.205 438 20 1 1 438 1 437 0.0 861
MS.gene050058.t1 MTR_5g065160 95.338 429 20 0 10 438 3 431 0.0 851
MS.gene050058.t1 MTR_4g023470 41.457 357 180 5 77 419 80 421 2.04e-89 279
MS.gene050058.t1 MTR_3g027580 40.110 364 204 5 69 426 73 428 2.91e-87 273
MS.gene050058.t1 MTR_4g023490 34.483 377 210 7 76 431 9 369 7.81e-66 216
MS.gene050058.t1 MTR_3g087030 33.423 371 215 9 80 433 79 434 7.52e-62 207
MS.gene050058.t1 MTR_2g104030 34.406 404 240 7 36 423 29 423 3.06e-59 202
MS.gene050058.t1 MTR_6g471050 31.325 332 205 7 109 423 7 332 9.35e-43 156
MS.gene050058.t1 MTR_8g006430 28.338 367 213 14 70 408 1 345 2.49e-33 130
MS.gene050058.t1 MTR_3g108020 27.195 353 208 11 83 420 4 322 1.89e-26 109
MS.gene050058.t1 MTR_4g015840 28.696 345 220 11 83 417 4 332 2.40e-26 109
MS.gene050058.t1 MTR_2g087660 26.757 370 228 10 75 420 5 355 1.96e-25 107
MS.gene050058.t1 MTR_7g109340 28.161 348 217 11 75 417 18 337 2.52e-25 106
MS.gene050058.t1 MTR_4g078850 27.195 353 220 12 83 417 4 337 4.93e-25 105
MS.gene050058.t1 MTR_2g014470 27.557 352 213 12 83 416 4 331 1.89e-24 103
MS.gene050058.t1 MTR_2g090705 26.975 367 202 13 83 421 4 332 5.33e-23 99.8
MS.gene050058.t1 MTR_4g050420 26.446 363 236 12 75 420 5 353 1.91e-22 99.4
MS.gene050058.t1 MTR_2g014480 26.039 361 206 15 83 412 4 334 2.75e-21 94.7
MS.gene050058.t1 MTR_2g087660 27.575 301 178 8 75 354 5 286 1.20e-20 92.8
MS.gene050058.t1 MTR_5g065860 46.269 67 36 0 79 145 44 110 1.26e-13 68.6
MS.gene050058.t1 MTR_1g029470 47.143 70 37 0 81 150 4 73 3.18e-12 68.2
MS.gene050058.t1 MTR_5g004570 36.522 115 59 2 81 195 4 104 3.33e-12 66.6
MS.gene050058.t1 MTR_1g029460 47.143 70 37 0 81 150 4 73 5.14e-12 67.8
MS.gene050058.t1 MTR_4g015840 29.412 153 100 4 268 417 108 255 1.68e-11 64.7
MS.gene050058.t1 MTR_7g112360 42.424 66 34 1 84 145 17 82 5.92e-11 60.1
MS.gene050058.t1 MTR_7g069480 50.820 61 29 1 85 145 29 88 7.34e-11 64.7
MS.gene050058.t1 MTR_7g085600 36.170 94 54 3 83 171 54 146 8.41e-11 63.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene050058.t1 AT1G28210 59.897 389 151 3 50 438 16 399 1.29e-169 482
MS.gene050058.t1 AT1G28210 59.897 389 151 3 50 438 16 399 1.77e-169 481
MS.gene050058.t1 AT1G28210 59.897 389 151 3 50 438 16 399 2.67e-169 482
MS.gene050058.t1 AT5G48030 40.761 368 210 5 68 429 80 445 4.99e-86 270
MS.gene050058.t1 AT2G22360 32.514 366 214 6 76 423 79 429 2.08e-59 201
MS.gene050058.t1 AT4G39960 33.609 363 225 6 74 423 76 435 7.45e-59 199
MS.gene050058.t1 AT4G39960 33.609 363 225 6 74 423 76 435 7.45e-59 199
MS.gene050058.t1 AT1G80030 32.208 385 242 6 64 433 58 438 2.18e-55 191
MS.gene050058.t1 AT1G80030 32.208 385 242 6 64 433 58 438 2.84e-55 191
MS.gene050058.t1 AT1G80030 32.208 385 242 6 64 433 58 438 2.84e-55 191
MS.gene050058.t1 AT1G80030 32.208 385 242 6 64 433 58 438 2.84e-55 191
MS.gene050058.t1 AT3G17830 31.620 389 240 8 58 422 31 417 9.83e-55 190
MS.gene050058.t1 AT1G10350 25.068 367 219 12 83 420 4 343 3.09e-26 109
MS.gene050058.t1 AT2G20560 27.762 353 211 12 83 417 4 330 1.11e-24 104
MS.gene050058.t1 AT5G25530 26.857 350 225 10 83 420 4 334 6.53e-24 102
MS.gene050058.t1 AT3G62600 27.378 347 221 11 80 421 23 343 7.59e-24 102
MS.gene050058.t1 AT5G22060 25.063 395 251 12 70 439 1 375 5.21e-23 100
MS.gene050058.t1 AT5G01390 28.286 350 210 13 83 417 4 327 5.96e-22 96.7
MS.gene050058.t1 AT1G59725 23.714 350 227 9 83 420 4 325 8.70e-22 96.3
MS.gene050058.t1 AT5G25530 26.257 358 225 11 83 420 4 342 2.19e-21 95.5
MS.gene050058.t1 AT3G44110 25.134 374 238 10 70 420 1 355 7.48e-21 94.7
MS.gene050058.t1 AT3G44110 25.146 342 214 10 70 388 1 323 9.18e-17 81.6
MS.gene050058.t1 AT1G71000 47.059 68 32 1 82 145 7 74 2.69e-14 70.9
MS.gene050058.t1 AT3G08910 30.097 206 104 7 83 254 4 203 3.57e-14 73.6
MS.gene050058.t1 AT1G71000 47.059 68 32 1 82 145 7 74 5.16e-14 70.1
MS.gene050058.t1 AT2G21510 36.885 122 67 2 81 202 4 115 5.15e-13 70.5
MS.gene050058.t1 AT2G21510 36.885 122 67 2 81 202 4 115 5.15e-13 70.5
MS.gene050058.t1 AT1G56300 43.056 72 37 1 78 145 8 79 5.46e-13 65.9
MS.gene050058.t1 AT2G21510 36.885 122 67 2 81 202 4 115 6.35e-13 70.1
MS.gene050058.t1 AT2G21510 36.885 122 67 2 81 202 4 115 6.35e-13 70.1
MS.gene050058.t1 AT2G21510 36.885 122 67 2 81 202 4 115 6.81e-13 69.7
MS.gene050058.t1 AT4G28480 45.714 70 37 1 83 151 4 73 7.86e-13 69.3
MS.gene050058.t1 AT2G33735 40.260 77 41 1 82 153 21 97 1.32e-12 64.7
MS.gene050058.t1 AT2G33735 40.260 77 41 1 82 153 21 97 1.32e-12 64.7
MS.gene050058.t1 AT4G28480 45.714 70 37 1 83 151 4 73 1.46e-12 68.9
MS.gene050058.t1 AT5G01390 44.286 70 38 1 83 151 4 73 2.02e-12 67.4
MS.gene050058.t1 AT5G18140 41.667 84 45 2 66 146 57 139 2.71e-12 68.2
MS.gene050058.t1 AT5G01390 44.286 70 38 1 83 151 4 73 2.79e-12 66.6
MS.gene050058.t1 AT5G16650 43.284 67 38 0 79 145 7 73 3.03e-12 63.9
MS.gene050058.t1 AT5G01390 44.286 70 38 1 83 151 4 73 3.05e-12 67.4
MS.gene050058.t1 AT3G12170 36.134 119 64 3 79 197 7 113 7.64e-12 65.9
MS.gene050058.t1 AT1G56300 43.056 72 37 1 78 145 8 79 8.07e-12 63.5
MS.gene050058.t1 AT5G16650 43.284 67 38 0 79 145 7 73 8.69e-12 63.9
MS.gene050058.t1 AT3G12170 36.134 119 64 3 79 197 43 149 1.15e-11 65.9
MS.gene050058.t1 AT4G39150 35.714 126 63 3 81 202 4 115 1.25e-11 66.2
MS.gene050058.t1 AT4G39150 35.714 126 63 3 81 202 4 115 1.25e-11 66.2
MS.gene050058.t1 AT4G39150 35.714 126 63 3 81 202 4 115 1.25e-11 66.2
MS.gene050058.t1 AT3G08970 49.180 61 30 1 85 145 29 88 7.36e-11 64.7
MS.gene050058.t1 AT3G08970 49.180 61 30 1 85 145 29 88 7.36e-11 64.7
MS.gene050058.t1 AT1G76700 46.154 65 35 0 81 145 4 68 8.18e-11 63.9
MS.gene050058.t1 AT5G06910 32.773 119 68 2 79 197 25 131 8.45e-11 63.2

Find 99 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TGTTTGTCTTGTGGAGGATC+TGG 0.259419 5.4:-50648276 MS.gene050058:CDS
GTTGAGGTGCCTACTTTATC+AGG 0.261637 5.4:-50644638 MS.gene050058:CDS
GTTCAATATCTGAAGGAAAT+TGG 0.300864 5.4:-50641868 MS.gene050058:intron
CCGCTGAGCAAAACTATTAT+CGG 0.336092 5.4:-50653038 MS.gene050058:CDS
TGCTCACGGTTCAGAGAATA+TGG 0.339296 5.4:-50649790 MS.gene050058:CDS
CCAGCAGCATTCCCACCTTC+TGG 0.357293 5.4:+50647812 None:intergenic
GGATTATTCTTATTTGCATC+TGG 0.362373 5.4:+50650151 None:intergenic
CGAAATCTGAATGGAATTCT+CGG 0.363658 5.4:+50653337 None:intergenic
GAGTTTATACATTAAAATAA+AGG 0.366846 5.4:-50647771 MS.gene050058:intron
AGGATCTGGCCGCATTATTA+AGG 0.367591 5.4:-50648384 MS.gene050058:intron
GAACTGGTAGGCGTGGATTC+AGG 0.369088 5.4:-50647851 MS.gene050058:intron
ATTTGCAAAGGAGGAAATAA+AGG 0.370140 5.4:-50641900 MS.gene050058:CDS
TTTCGTTATGTTTATGCTAC+AGG 0.371107 5.4:-50653319 MS.gene050058:intron
ATGAAACTGAAGAAAGAAAA+TGG 0.400834 5.4:+50653574 None:intergenic
GTTTGTCTTGTGGAGGATCT+GGG 0.403834 5.4:-50648275 MS.gene050058:CDS
CGCAACTCTATTACCGCAAA+TGG 0.404570 5.4:+50641636 None:intergenic
GGTTCAGAGAATATGGAATA+TGG 0.404928 5.4:-50649783 MS.gene050058:CDS
GTAATGCATGTTGATGTAAA+TGG 0.411283 5.4:+50648413 None:intergenic
GGAGGATCTGGGGTTATTGA+AGG 0.414748 5.4:-50648264 MS.gene050058:CDS
TGCATGATGGACAAACTGTT+CGG 0.427134 5.4:+50648572 None:intergenic
TGAAATTTCCTCTTTGCTGA+TGG 0.429325 5.4:+50650130 None:intergenic
GTTTGTATATTAGGTTTGTT+CGG 0.430394 5.4:-50653397 MS.gene050058:intron
CTAAATACTTGCAGCTGTCC+TGG 0.432436 5.4:+50643641 None:intergenic
AAGTAATTTACCTGCTGGTA+TGG 0.451989 5.4:+50648221 None:intergenic
TTATACCCTATAGCCATTTG+CGG 0.457864 5.4:-50641649 MS.gene050058:intron
GAACAGTTTGTCCATCATGC+AGG 0.459284 5.4:-50648570 MS.gene050058:CDS
GGACAGCTGCAAGTATTTAG+AGG 0.469086 5.4:-50643638 MS.gene050058:CDS
TGCATTACTTGTAAAGGATC+TGG 0.469733 5.4:-50648398 MS.gene050058:CDS
GCATGATGGACAAACTGTTC+GGG 0.472832 5.4:+50648573 None:intergenic
TGTACAAAATACCCATGCTT+TGG 0.488581 5.4:+50643505 None:intergenic
TGTCCTGGTTGAACACCCTT+AGG 0.491247 5.4:+50643656 None:intergenic
CATTCCCACCTTCTGGCACA+TGG 0.494951 5.4:+50647819 None:intergenic
CGACCGGCGCCCCTGCATGA+TGG 0.501134 5.4:+50648559 None:intergenic
CTGTATCAAACCAGATGGAC+GGG 0.502009 5.4:-50648614 MS.gene050058:intron
ATGATCTACCTTGTCATACT+CGG 0.503787 5.4:+50649929 None:intergenic
GGTGGGAATGCTGCTGGAAG+TGG 0.504234 5.4:-50647806 MS.gene050058:CDS
GAGGATCTGGGGTTATTGAA+GGG 0.505403 5.4:-50648263 MS.gene050058:CDS
ATGCCTTCTTTATCTCATCC+TGG 0.506095 5.4:+50652989 None:intergenic
TAAACATAACGAAATCTGAA+TGG 0.515429 5.4:+50653328 None:intergenic
TCAACATGCATTACTTGTAA+AGG 0.518023 5.4:-50648404 MS.gene050058:CDS
TATTCTTATTTGCATCTGGA+TGG 0.518251 5.4:+50650155 None:intergenic
TATGGTTCCTCAGATACCTA+AGG 0.520368 5.4:-50643672 MS.gene050058:intron
CTCGTTGAAATAGGTGGATG+AGG 0.521698 5.4:-50646585 MS.gene050058:intron
GGTTATTGAAGGGATTAAAG+AGG 0.530183 5.4:-50648253 MS.gene050058:CDS
TCAGTTCTCTTCAAATATAG+AGG 0.530674 5.4:-50649579 MS.gene050058:intron
TTACTCACCACAATTATCAC+AGG 0.531813 5.4:+50649395 None:intergenic
TGTCCATCATGCAGGGGCGC+CGG 0.536077 5.4:-50648562 MS.gene050058:CDS
CCAGAAGGTGGGAATGCTGC+TGG 0.543160 5.4:-50647812 MS.gene050058:CDS
TGTTGCTGAAAATGCTAGCC+AGG 0.546404 5.4:-50653007 MS.gene050058:CDS
AACAGTTTGTCCATCATGCA+GGG 0.547169 5.4:-50648569 MS.gene050058:CDS
ACAATCCATGTGCCAGAAGG+TGG 0.547870 5.4:-50647824 MS.gene050058:CDS
GCTGGAAGTGGTGGTCGACA+TGG 0.548526 5.4:-50647794 MS.gene050058:CDS
ACTTGAAGAATTTGCAAAGG+AGG 0.552069 5.4:-50641909 MS.gene050058:CDS
TGCAAAGGAGGAAATAAAGG+AGG 0.553510 5.4:-50641897 MS.gene050058:CDS
TTCCAATGCACTTACTCGAC+CGG 0.555054 5.4:+50648543 None:intergenic
CTGCAAGTATTTAGAGGCAA+AGG 0.556105 5.4:-50643632 MS.gene050058:intron
ATCAGGGAAGATGCAAGTAA+AGG 0.559877 5.4:-50644621 MS.gene050058:intron
AGATGTAAGAGAAGCTTATG+AGG 0.560366 5.4:-50650107 MS.gene050058:intron
TATTCTTGGTGGCAAAGTTG+AGG 0.566271 5.4:-50644654 MS.gene050058:CDS
TGATGCAGAAAGATTTAGAA+AGG 0.567593 5.4:-50649748 MS.gene050058:CDS
AAGGTTCACGTTGTTATCGC+CGG 0.572063 5.4:-50653686 MS.gene050058:intron
GGGAATGCTGCTGGAAGTGG+TGG 0.574072 5.4:-50647803 MS.gene050058:CDS
CTTACTTTCTCAGAAGCCGC+GGG 0.579509 5.4:-50649456 MS.gene050058:CDS
GTTAAAGTTACCATACCAGC+AGG 0.579997 5.4:-50648231 MS.gene050058:intron
ATCACTTTCCTCGAATGAGA+AGG 0.581262 5.4:-50653705 None:intergenic
GGAAATAGTTCAATATCTGA+AGG 0.581568 5.4:-50641875 MS.gene050058:CDS
TTGAGGTGCCTACTTTATCA+GGG 0.581583 5.4:-50644637 MS.gene050058:CDS
CAATTTAAGATGCATGCTCA+CGG 0.587454 5.4:-50649804 MS.gene050058:intron
ATGCAGGACTGCCAAAGCAT+GGG 0.587800 5.4:-50643516 MS.gene050058:intron
ATCTAATATTAGCTTTACAC+AGG 0.589607 5.4:-50646522 MS.gene050058:intron
AGAATAATCCATCAGCAAAG+AGG 0.589754 5.4:-50650138 MS.gene050058:CDS
ATACCTAAGGGTGTTCAACC+AGG 0.589906 5.4:-50643659 MS.gene050058:CDS
CTGGAAGTGGTGGTCGACAT+GGG 0.590011 5.4:-50647793 MS.gene050058:CDS
GCAAAGGAGGAAATAAAGGA+GGG 0.593191 5.4:-50641896 MS.gene050058:CDS
ATGGTTCCTCAGATACCTAA+GGG 0.596859 5.4:-50643671 MS.gene050058:intron
TGCATCTTCCCTGATAAAGT+AGG 0.608731 5.4:+50644629 None:intergenic
GCTGTATCAAACCAGATGGA+CGG 0.608981 5.4:-50648615 MS.gene050058:intron
ACTTACTTTCTCAGAAGCCG+CGG 0.610022 5.4:-50649457 MS.gene050058:CDS
TATACTTGAAGAATTTGCAA+AGG 0.610199 5.4:-50641912 MS.gene050058:CDS
TTTGTCTTGTGGAGGATCTG+GGG 0.611758 5.4:-50648274 MS.gene050058:CDS
GATGCAGGACTGCCAAAGCA+TGG 0.619189 5.4:-50643517 MS.gene050058:intron
CAATCCATGTGCCAGAAGGT+GGG 0.625311 5.4:-50647823 MS.gene050058:CDS
TAGCCAGGATGAGATAAAGA+AGG 0.625702 5.4:-50652992 MS.gene050058:CDS
GATAAAGAAGGCATTTCACT+CGG 0.628750 5.4:-50652980 MS.gene050058:intron
GATACAATCCATGTGCCAGA+AGG 0.629876 5.4:-50647827 MS.gene050058:CDS
TGCATGTTGATGTAAATGGC+GGG 0.630577 5.4:+50648417 None:intergenic
TATGGAGGACCTTAATAATG+CGG 0.634096 5.4:+50648375 None:intergenic
GAATCAATTTCATGAACGAG+AGG 0.643272 5.4:+50653546 None:intergenic
ACTTTCTCAGAAGCCGCGGG+AGG 0.647944 5.4:-50649453 MS.gene050058:CDS
TACTCACCACAATTATCACA+GGG 0.652525 5.4:+50649396 None:intergenic
CATACTTCGTGAAATCAACA+AGG 0.654921 5.4:+50653494 None:intergenic
ACAGTTTGTCCATCATGCAG+GGG 0.668535 5.4:-50648568 MS.gene050058:CDS
ATTTCATCAAGTATTCTCTG+AGG 0.670357 5.4:-50649700 MS.gene050058:intron
TGTATCAAACCAGATGGACG+GGG 0.678170 5.4:-50648613 MS.gene050058:intron
AAAGAGGGCCGAGTATGACA+AGG 0.689679 5.4:-50649937 MS.gene050058:intron
GCAGTTCCCTGTGATAATTG+TGG 0.707059 5.4:-50649402 MS.gene050058:intron
GGATGGTGCAGATATCTATG+TGG 0.707658 5.4:-50646546 MS.gene050058:CDS
ATGCATGTTGATGTAAATGG+CGG 0.714930 5.4:+50648416 None:intergenic
CCTACGTGGGAAACTTTACA+CGG 0.717093 5.4:+50643458 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr5.4 gene 50641646 50653713 50641646 ID=MS.gene050058
chr5.4 mRNA 50641646 50653713 50641646 ID=MS.gene050058.t1;Parent=MS.gene050058
chr5.4 exon 50653687 50653713 50653687 ID=MS.gene050058.t1.exon1;Parent=MS.gene050058.t1
chr5.4 CDS 50653687 50653713 50653687 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50653499 50653604 50653499 ID=MS.gene050058.t1.exon2;Parent=MS.gene050058.t1
chr5.4 CDS 50653499 50653604 50653499 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50653320 50653406 50653320 ID=MS.gene050058.t1.exon3;Parent=MS.gene050058.t1
chr5.4 CDS 50653320 50653406 50653320 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50652981 50653075 50652981 ID=MS.gene050058.t1.exon4;Parent=MS.gene050058.t1
chr5.4 CDS 50652981 50653075 50652981 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50650108 50650191 50650108 ID=MS.gene050058.t1.exon5;Parent=MS.gene050058.t1
chr5.4 CDS 50650108 50650191 50650108 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50649938 50649976 50649938 ID=MS.gene050058.t1.exon6;Parent=MS.gene050058.t1
chr5.4 CDS 50649938 50649976 50649938 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50649701 50649817 50649701 ID=MS.gene050058.t1.exon7;Parent=MS.gene050058.t1
chr5.4 CDS 50649701 50649817 50649701 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50649580 50649621 50649580 ID=MS.gene050058.t1.exon8;Parent=MS.gene050058.t1
chr5.4 CDS 50649580 50649621 50649580 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50649403 50649490 50649403 ID=MS.gene050058.t1.exon9;Parent=MS.gene050058.t1
chr5.4 CDS 50649403 50649490 50649403 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50648558 50648622 50648558 ID=MS.gene050058.t1.exon10;Parent=MS.gene050058.t1
chr5.4 CDS 50648558 50648622 50648558 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50648385 50648447 50648385 ID=MS.gene050058.t1.exon11;Parent=MS.gene050058.t1
chr5.4 CDS 50648385 50648447 50648385 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50648232 50648304 50648232 ID=MS.gene050058.t1.exon12;Parent=MS.gene050058.t1
chr5.4 CDS 50648232 50648304 50648232 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50647772 50647863 50647772 ID=MS.gene050058.t1.exon13;Parent=MS.gene050058.t1
chr5.4 CDS 50647772 50647863 50647772 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50646523 50646594 50646523 ID=MS.gene050058.t1.exon14;Parent=MS.gene050058.t1
chr5.4 CDS 50646523 50646594 50646523 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50644622 50644678 50644622 ID=MS.gene050058.t1.exon15;Parent=MS.gene050058.t1
chr5.4 CDS 50644622 50644678 50644622 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50643633 50643681 50643633 ID=MS.gene050058.t1.exon16;Parent=MS.gene050058.t1
chr5.4 CDS 50643633 50643681 50643633 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50643463 50643532 50643463 ID=MS.gene050058.t1.exon17;Parent=MS.gene050058.t1
chr5.4 CDS 50643463 50643532 50643463 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50641869 50641958 50641869 ID=MS.gene050058.t1.exon18;Parent=MS.gene050058.t1
chr5.4 CDS 50641869 50641958 50641869 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
chr5.4 exon 50641646 50641658 50641646 ID=MS.gene050058.t1.exon19;Parent=MS.gene050058.t1
chr5.4 CDS 50641646 50641658 50641646 ID=cds.MS.gene050058.t1;Parent=MS.gene050058.t1
Gene Sequence

>MS.gene050058

ATGAGAAGGTTCACGTTGTTATCGCCGGTAAGTGATTCAACCAATTAATCGCAAAAATCACTTTCTCAAGCATCATTTCTCACTTCTTCTATTTTTTTTTCCAATGCAGTATCGGCGCCATTTTCTTTCTTCAGTTTCATCACAACCTCTCGTTCATGAAATTGATTCGTTCCGAAAATTATTCTCATCTCATCAATCCTTGTTGATTTCACGAAGTATGTTACATTTCTAGATTTTGTTATCATTTTCATTTTTCTGATTTTTTTGGTTGCTGATTAATTAAATTCAATTTTTGTTTGTATATTAGGTTTGTTCGGTTGCAGTTTTGATACGAAAAAAGAGGATTATCAAATTCCGAGAATTCCATTCAGATTTCGTTATGTTTATGCTACAGGTTTTGAGTTAAACATGAATCAAATTGTTTTTAGTTATCAATGGTTAGCCACCTGGATAATCACAAGCAAAATTGTGGTTAATCATGTAGTTGCATTAACCACAATTTTGATCGTGAACTGAATTAACTTCATTTTTAACGCGATTATCCAGGTGTTGCAGGTTTAGGAAAAAAATGTGTGTCTGAATGTTATTTACTGTCTGTTTTATTTGATTGTGTTTTTGTTATGTTTGTGTTGTTCCAGCAGCATATTCTTCTTCCGCTGAGCAAAACTATTATCGGATACTTAGTGTTGCTGAAAATGCTAGCCAGGATGAGATAAAGAAGGCATTTCACTCGGTGAGTGATTGTTGGAAATCTCTTTATCTGTAGGATTAATTGATTAAATTTATGCTTATTAGAGTAGAGTAATCATAGAGTTGATTGGAAATATATTGCGACATTTGGGGAATGGAGATGATTTATAGTTTTCATCCTGATCAATTTTATTAGGAGTGTTAAAATTTCATTCCCATTGTTTGGCTCTTGGTAGGAGTGATAGCAACCAACGTTAGATGATATATTCTAGTCACAATTGTCTAAGTACAATAGTGTTTATCAACAAAGTGTAGCCGTTATGCTAAGGAAATCATAGTTTTTTTGTTTGATTGAACACTTTTCATATGCACTATTTTTCTATGACCACTTAAAAATTTCACGTACCTTTAGTTTTAACTTTTGGAATAAATATTTGATAAATATGTACGACTCATGTTAAATAATGTTGTATGTGCCTACGTTCCTCGTTTCATGTGAGAAAATAATGGATTTCATTGTCTTTTAGGGTGTGTTTGGTACGATAGAAATACCAAAGAGAGAAATAGGGACGATAGAAATAGAAGAGGGGGATTTTCTCGCGTTTGGAACAGAGAAGAAATAGGGACGAGAGAACAAAATCACGTGGGACCCATGTTTTTTCTGGTTCTCTCCAACTAGCGAAGAAAGGGAGCGGAGAAAATATGTTTCCATTTGTGCCCCTGAAGCAAATGACCTGTTCTACCATAGATTTCATAGATCCAATGATCAACAGAATTTTTCTCAAAACAAGAATTTTCTCTAACCTTGGGACTAACAGATCTATCTACAATGGCATGGTTATGGCCTCCAACACAAGTGTTGGTTCACCACAGTAGCTATTCTACCTCTGTTGAACGTTGAATTGAGATTTTATGCTCATTGTTGGATTTACAATAGCGAACCATAGAATGTGGTGGAGGATATGGTTTTTGTGGTATGCTTCAGATGCAGTGACCAGTGGGTGGGGAAAGTGATGACTCAACCTAAAAAAAATTGAAATTAGTCAAAATAATTATTAAATTTAATCATAATTTATTAATTAGTTAAATTATATAATCATTTTAATAATTATAATTAATTACACTGTTTGTATTTTTTTACCTTTTTTACAAAGTTAATTAATTGAATCATTTTAGGTGAGATTTTTTATTTTATTTGCAAGGGTATATTTGTACTTTAAACAATAATCAACACTTCTCTCTTCTCTATTTCTTCTTTCTTTTTTTTGTATCAAACAACCCATCAAATCTACACTATTTCTCACCTTTTTCTCTCTTTACAACTTCTCTCTTACCTATTTCTCTCTTCACAACTTCTCTTCTATACCAAACACACCCTTATGGTTTATTGTAGTGATTATTTTGAATTCAACCCTAGGAAAACTACAACCAGCGTAAACTTAATTTTTCCATATTATTATTATTATTATTAAGGGGAAAACCAGTGTTATCAATTCTAGAAAGTAAACCGGAGGAGCCGACCCTAAAAATGCAATAACGGGATAGCAGAATGGTCGTAAATCTGAAATCTTTTATACAATTTATATCATGTACACTATATAAATTTAAATTCTAAAAATCACAACATTTACTCAAATACAAACGCATGTATTGATCGATCAGTGTCTTAAATAGAACTAAAAATTGCCATTCAGGAAGGGCAAAAGGAACGATAAAGGCAATCTGTCTCCAAGATGGCAGCAGGCTGTGTCCGAGAATCTCTAGGCAATCTGCCTCCAAGATGGCAGTAGGCTGTGTCTGAGAGAGATAAAGAACTGACATCTCCAGAGATGAATAGAGACGAGAGAGAATCCTGGAGAGGCACAATCGCCGGAAACACGCCGGAAACACTGGAGTCACAGAGAAACAGACCCTAAAATCTATCTTCCGGTGTGTTTTAAGGCTAAAATCCCTAAAGTGCCCCCAGAAAAGGCCAAAAGTTTTAATTATTTATTATTTTTTTGGCATTTCAGCAGGCAATCAAGGGAGTGGCGCAATAATGCTGCGATTTTCCAGCTATTTCTGCTAGAAAGCTGCTGCATTGCCTGCTATACTTTTAGAATGTTGTGAAGTGTAAACAATAGTTAGAGGAGATAGTTTCATCTCTATGACCAGATGAGATTTTGTCACTTTTGTCACATAACTTCTAGCTGTGCATCAGTAAAATCACAGATTTGTGGGATAAAGTTAGGTGCTTGACTTCTATTTGGTGTTTCTTGTGTTTCATCTAGTAAAGCCCATTATCCTTTTGGCGTTTTCTCATCATATGTCAAGGGATTGAGAAGCTTAGCTTAACTGTTGTTTTGCTTTTTCCCTTTATTTTAGCCGAACGCTTGGCCTCCAAATTTATAGTAATTATATTCTTATTCTTTTCATGTTGATGAATTCTTCTTTTATCCAAAAATGAATTTAATCAGAATAACTAAATCCTAATGTGCAGAGAGTTACTAATTTCCCACAATAATGTTAAAGGAGTACTGTATGGCTTGTGGAAGTCTATTTTTCTGCAATTTTATATTAATAAAAAAAACTGTCCTCGAAGCTTAAATCATACTAAAAACAGTTGCCCAAGACTAAAGCATTTTGTTTTGCAATCACAGTATTTTCTGTCATCACACTCCTTTGACATTACAAAACAATAACAACCAAGCCTTATCCCACTAAGTGGGGTCGGCTACATGGATCAAATTACGCCATAATGTTCATGACACTCCTTTGACATTAAAATATGAAAATCAAGGGCTTCCTTTAGTGTATACTGACTGTATTATCACACTTTCCTGTTATGTGCAGCTTGCTAAAAAGTACCATCCAGATGCAAATAAGAATAATCCATCAGCAAAGAGGAAATTTCAAGATGTAAGAGAAGCTTATGAGGTCTGTCTTCCTCACACTTTCATTCATCTACATCCCTCCCTTGGTTATTGTCTAAACTAACTAACAAGATGATATTCTAACTTGCCTTTTTGATATGTGTTTTCACTGATTTTTTTCTTATATAATTTCAGACATTAAGAGACTCTAAAAAGAGGGCCGAGTATGACAAGGTAGATCATGGCCATTCAAAATTTCTGTAATTCGTAGCCTTCCTTCATTCCTATTTTGGATCTAAAATAAACTAACATTTTTCTATCGTTTTCTTTCATGAACTACTTTCTCAATTTAAGATGCATGCTCACGGTTCAGAGAATATGGAATATGGTAACAATCACGATGATGCAGAAAGATTTAGAAAGGCCTATCATTCTCATTTTTCTGATTCATTTCATCAAGTATTCTCTGAGGTAAAATTTTTTCTCATATTTTGTTCATTTCATTCAAGTGTTCTGCTAAGAAATCTCATAATATTTTTTGCCTTGACAGATATTTGAAGAAGCAACAACTCAGTTCTCTTCAAATATAGAGGTCAACTTAACCCTTGTTTCTCTTTAGTTTGTTTGAATTCGGTTCCTACTTTTTCAAGCTTAACCATTTGTTTATTACTTTGGCAATAGGTGGAGTTATCACTTACTTTCTCAGAAGCCGCGGGAGGATGCACCAAAAATGTGTCATTTGATGCGGCAGTTCCCTGTGATAATTGTGGTGAGTAAAGCTAATATGTTCTGGGAATTGTGAAAGGCCCGGGTAGAACACACACACACACCCTCCGGTCTTAATTATAAGTAACTTTTCACCTTTTAGGTTCATTGAATGAATGATGTATGTGGTCTCAATAATAGACCACATACATCATTTATTCAATGAATCTATAAAGTGAAAAGTTGCTTATAATCAAGAAGTACCTGTTTTGTTATTGTGTTAGGAAATGGTAAAACAGTGTCTGCATATTTTGATTATGAAAGAAGACAATGCAACATTTTGTGTATATTTCATTGTAACAAGAGCTTTAGTCAAGAACCATGTTTTGCTTAGCTGTGGGATGGAGGTTAAATAAAACATATGTTTTATTTTGTTAAAGTTTTACAGTTACCTATCTGTGTATCAAAATAGAAAAAAGGCAGGCTGATTAGCAACCAGCAGTAATCTTATGAAATTATTTGTGAATGGTAGAACCTAGACCTGAGCTGTGGCTGGCTGCATTACGTTAGGGAAGCTTTTCTTCCTTCCCCCTCACCCTTGACTAATTGTAGAGTTTGATCCATGATGCACAAACATTACTAATGAACCAAATTCTTTGGACGAGGTTTACTAATATCTAAGCTGTGGAACTGTTTTGGGGTAATATTTAAAAGTGTGTGCCACCGGTTTAATTAAATGTTGTCTGCTATGACATCTGTTTGTAGTGAAGTGAGCCAGAACATTTGTTGTTTCCCTTGACTTAATTATCCTTTTTGATGGTAATAATTTGCTGTATCAAACCAGATGGACGGGGACATCCAGAAAATGCTACCCGAACAGTTTGTCCATCATGCAGGGGCGCCGGTCGAGTAAGTGCATTGGAATGTTTGATTCATGCATGTGCTGGTTTCTCTTCGTCGTACTGGAGTTCTGATTATTAATACTTTCTTCTGTCCTTGTTATCATGACTTTCTTCCAGGTTACAATCCCGCCATTTACATCAACATGCATTACTTGTAAAGGATCTGGCCGCATTATTAAGGTCCTCCATAAATTTCACAATAAGTACTCTTGAGGTTGGTTGTTCTGTATAAATATGTATTGCGTATCTATTTTGTGCAGGAGTTTTGTTTGTCTTGTGGAGGATCTGGGGTTATTGAAGGGATTAAAGAGGTTAAAGTTACCATACCAGCAGGTAAATTACTTGTAACTGTACTTTGGCAGTTCATTAATATAATTGATGAGTGGAATAAGTTCTGATTATTGTTATGGTAGCTACTTATTCATATTGGAAATTCTTTACCTCCAGAGTATCAACTCAAAGCTACTCTTTAATTTTATGTTGAAATGGGATAACCTTTAGTCCCTGTTACTAAGGTGTTAATTGTTATAAATTATAGTTATAATAATATTTTAGAAATGGAAAGTTTTATTTTATCAATGCTTCAGAACTATCCTGCCTAGATTTGGTTGACCATATGCGATACAGTTCTTTTTATGCTTTATTAGAAAAAAGCCGGAATCTTTCTGTTAAATCTTATCATAGTTTCAATGAACTGGTAGGCGTGGATTCAGGAGATACAATCCATGTGCCAGAAGGTGGGAATGCTGCTGGAAGTGGTGGTCGACATGGGAGTTTATACATTAAAATAAAGGCAAAGTTTTTCATCTTTTTATGTCAAAATATTTGCTGTAGTACACCTACTTATGCATACCTGTAATATGAATCATTACTACTTTTAACCAAACTTTGTATTATCAAAGGGAAATTTACACATTAGACTCATTCACTGCACATGATTATTGTGGCAAGCTTGGGCCAATTCATTAAATGTCCTATAAAATATTAATCATTAAAAGTTAAATTACACGCTACCTTCCATGCATACTTTCTTGTGTTATTCAAAGTGTAATAGAAATGTAGAGCCAGACTCATAACATCTAACGGTTGTGTAATGTATTAAATACACACTTATTTGGTCGGAAAAAGAATATTATTCTTTCTCATTAACCCTTTACTATTTGCTTCATTGAGTAATTTCTACGTTTTAAGCTTCTCTCACGTTTAAGAATTCATAATTTAGCATCTAGAGGGGATGTTTGTATCAAGGACGTGAATTCATTTATGGGAATAAATTTCCCAGGTAGATAATGATAGGATTCTTATTCCCAGGTATTCCCCAGAAAAAGTGTTTGACAAGTACATTTTACATTCTGAGGAAATATTTGCAAGTGTGTGTGGTATTGTAGCAGTCAGATAAAATTCATTCTCACCTTCATGGGAATCTTTTTTCCCAACCCTTTCCTCAATTAAAATTATGAAGATATAAATAATCTTACTGAGGTGTCCAAGTTTTGTTTTTCCCTTTAGTCTGTTCAAGAAAAAATTGTCCGACCCTTTACCTGGATCCATAGGTAATTTTCTATAGCTTAACTAGGGACAGGTAAATGCAACATCATAGAAGTGTTTCATTTTCCTTATTCCTTGATCATGCAATTATTGCTGTTCAATATACAGTTTAGCATGTAAAGGTGTCAATTTTTACTTCTCAAACTAATGCTGTTTCCTTCTCCATATTTGTCTGACAGAGAACTGTCTCATTTATTGTTATTATATAAGATCCATATTGTTAACGTGCATGGAGACATCACTTTTGATACATAGTAGTAGCACATCTCGTTTAATATATCTGTTCCTATGTAAAAGATTATATACTGCTGTTTAGAACAGGAATAGGTTTTCTGCTCTACTTGTATAATATGTTTGTTGACATGGTTATTATGTGCTATACTTACTCTTACTGGAGTATCATTTTTCTCTCGTTGAAATAGGTGGATGAGGATCCAGTCTTTTTGAGGGATGGTGCAGATATCTATGTGGAATCTAATATTAGCTTTACACAGGTGAGAGCAAAGTATACTTTAGTGGTTTCTCATATACTCATGTGGCTCTTCACCCCCAACAGCTCTTCCAGTATTTTCCGTCTATCATCTTATTAAAGATGGGATAGATCTAAGCATCCTTGATGTTCTTCCCACAATGGGGGAACTCTGAGAAAACCACTTTTTGCTGCCCTGTGTAGCCAGCAGTTTAACTGTTAGGCAGGCTGAGAGACAAACAAATTAAAATGATGCATATAATACAAGCCCTATGAAGCCAGTAGTTACATCATATTTTTTCCGAAATCATATTTGCACACATGTTTTTTATTTACAATCACATGAGGAATCAAGTAATAATTACCTAGGATCAAATCAAATTCTTAATTTGTGCAACACTTTGGTAATTCCTAGCTGCTATTATTGACCTCATAAGCACGTGTTAAATATGCTTTCTTACAAGCCTTTGATAGATAAAAGTAGGAGTGTATTACATGATTGAAAGTCTATGCTGGTTGATGTTGAGAAAGAGAAAAAAAGTGGGGGAATACTAGGATATCAATGTGTCTATATTACACACCAGAGAATATTATATAGAGTAATAAATACGAGGATCTACAGTTAGTCTATTCAATGTATTATATATAGTACACAATCGTTGTGTGAAACTTTTCTAATTTAAATAATTTAATATTTTTGTTGAAAAAGAAATAATAATTTAATATTAACTCGTATGGTTAAAAGTATTCCAACTATGCTCACACTCCGATCCAGTGCTTTATGTAATACATGACCCATTACAGGCCTTTTTCTTTACAAACAAGCCTAAGCACACGTACAACCCACAAGAGGCCCTTTAACCTTGAGAATGTAAACAGCATCAGTCTAAAATGAGGGAAATTAGTTAAATGTCAGTTGCCCTCTCTGATGTATATGGAAATTAAAAAGATACACATTTTCCAAAAAAAAAAAAGAAGTGTTGATCCATGGATAGTAGGTCTATTATTTAAACATAGATTTGGTTTTCCTATGATCTAGATACCATGTTGAGATGGAGAAATTGGAAAGCGAGAGAACACACGAGTGAATCAATGTGTCTGAATTACAAATCTCAAATAATTTGTATCGGAAAATTCAAGAATTCAAGTCTCATCTTCACATTTCCCCCAGTTGATTCCTATATCCCTTTTGTCCACAAGTTATTCGGTTTAGCATATTCTTAATATTGCAATATTTATGTATGTATCATGTATATGCAACCTTGATGGCTGTGTTATGTATATTTGGACCGTTGTGTTCACTGTTTGGGGATAAAGCATATGGTTATATTTGTACTCCCGCTCGTCCATCAGGCCAAATCAGGCTTTGATACAATCTTAGGTTTTTATGTTGGACTTAACTCATCCTTACAAAATTGACTTATAAGGTGAGCGATGTCTCCCACTTATAAACACTGTTTTAGGCTATATCATGTCCATTGTGGGACTCTCAAAAGTTTCCTATGGAGACTCTAAACTCTTAAGCACCGACTGTGTTCCTCTCTTCTTACTCGAGGTCACAATATTCACTTTTCCCTGAGGAAACTTATGTAATGGAAGTCTGCTCTTAAGAAGTGGATGTTGGGGTTAATACGAAAAAGTGTTTAAATAAGTTTTCCAAATCTATTCCATTTGTACGATGGAACAAATTTTCACGGATAACATGCAAGGGAGGCAACTTTAGTTATTCTTATGTTACATTCCATCTCTTTTGATATTGCTTGTTGCTAGGCAACCTCTAATTATTTAGTTAGTTAGTCGGTCAATTAGGAAACTTATACTGAAGTCTGTATTGGTGTTATTAATAGCACAGATTTTTAATTTTTACAGGCTATTCTTGGTGGCAAAGTTGAGGTGCCTACTTTATCAGGGAAGATGCAAGTAAAGGTAAGACAAGATTTACGTTATCAGTTTTTGTTTCTTCCTTTTTTACAAGTGTGCAGAAAAGTTTGTGGGTGTGGAAGTTACCCATTTCAAGGTTTGGTCTATAAAATTGAAATTTGAATCACACGCTTGATTAGTGTACTCATTTATTTTCACTTGAATCAAAGTTTTTCTGATGTGTGTGACTTACATTCTACTAAATTATCTTAGTTTTAGTGTTTGACTAAACTAAATACAGAAATCATATCATCGTGTCTTATTCTATATATAGAAGGTCTGAGCTATTTAGAAGGAATATCAAAACTTCCTCTCAAGATGGCACAAATGTCATATGCTTCCAACTTGTTTTGTTGGAATGTTAACAAATTTCATAATCTGAAAGAGCTTTAGGGAAAATAATTGCTAATTGATCCTTAAAATTCACATACGTTGTAGTAATTTTTCTAGGGAGAATTTTCTCATGAATGAAATTGTAGCCAATTTCTTTACGTTTGGTCTGTCACAAATGACTAAAATGGAGTTAATGGGAAGCCTCACATGATTCTCGCAGATGGATATCTTCATCTTGCTAAAATTTAATTCTCGATGCTGTTGTTTCAACCAAATACAAACATATGTAGTGAAAGCCGTAGCTTGATAATGTTCGTATTGGAGTTGTAGCAAACATATTAAAAAATGATTTAGTTGGAATTATTAATATTAGTTTTGGAGCTGTATCCTAGCAAATATATTCACGTATATAGTTAGCCATGTACCTAGACAGTACTATTATAGAGGATCAGCTGAGTGCAAATTGCTCAAGCATTACACAGATTTCTCTCATATATTCTTTTACGATATTTAAGTCTCCTGAGTTGTTTCCTATCATTGCCGTATAATTGTTTTGGCATGATTTCTTGTGTCGACATGATTTATCTAACTGTGTGCAATTATGGTTCCTCAGATACCTAAGGGTGTTCAACCAGGACAGCTGCAAGTATTTAGAGGCAAAGGTTAAATGAAGAACCTTTAATCATGACATTTTTGCACAAGTTTATCGTCTTTTTGTATCATCATGCTGGATAAGTATATTTACTATAGTTGTTGATGCAGGACTGCCAAAGCATGGGTATTTTGTACATCATGGCAATCAGTATGTGCGTTACCGTGTAAAGTTTCCCACGTAGGTTCTTCTTTTGTTAACATTATTAGAAATCTAAAACATATCTTGTTACACCATAATTATATTTATTTATTGTAAATTTGGTAGCGTATTTTTTATCATCAATTAGAACTTGTTTCTATAGTTTCTTGTATATCATGATTTGTTTACATGTGCAGTTAGTTAGGAGTCTGATATTTGCATAAATAATGTTTAGTATTTTATCTTTTGTTAACAACATCCAACCTATCATTCACATCAATAGAGTATTTTACTTCCTTAATATGTAACCTTAATGACTAATCCTTTAACCTCAACAAGTATTGTTTTTTTGATTTACTTCTTATAACCTAATATTGTTAGAAGAATTTGTTATTTATTTATCATGTAAAGAAGCAAAGGAATGCATTTCCTTATAATGTTGGTCTGATCTCAACCCTTACAAAACCAGCTTGTAAGGTGAGGACTATCCATCATTTATAAACACATGTTCAGGCCATATCTCATCCAATGTGAGACTTCTCAATACTTATAATGTTATTCTGATCTCAACTCCGTATGAATGCTTGTTGAAATTCAGGCACCAGGAAAAGAAAATAGAAAATTAAGTAATTGGTCAAAGCAGTGCTGCACACTTTTGGTGTCCTACAATTTCATAATGTTAACGTTTATGGTTGTTTAGTTAATGCTGGCTATCATGGTTGCGTATTGCTGCATATATTTTTACATTTCTCACATAAAAAATTGAAATGTGCTATTGAGACTGAAAATATGTTCATTATATTGTATTATGTGGGCAGAATGTACAGTTATATATAGGCAGGAGCCTCCTCATTAATCCCCAGTCAATAAGGAAGATTAATCAATACAATAAATAGGGAAGATAAAACTAAATTAGTCACAACTTTTCAATATCTCAACACTCCCCCTCAAGCTGGTGCATACACATCATATGCATCCATCTTGTCACATATGTAAGTTATCCGAGGACCCCGAAGTGATTTAGTAAAGATATTAGCGAGTTGATCCTTGGAATTGACAAAGGAGGTTCTGATGATTCCGGTGATAATCTTCTCTTTAAGAAAGTGACAGTCAACTTCAATATGTTTTGTCCTCTCGTGAAAAACTGGATTGGTGGAGAGGTGTAATGCTGATTGGTTATCACACACAAGTTCCATTGGACCAATCTCACAAAATGTCAAAGCATTATATTGAGACTGAAATTATGTTCATTATATTGTATTATGTGGGCATAATGTACAGTTATATATAGGCAGGAGCCTCTTAGTTAATCACCAATCAATAGGGAAGATTAATCAATACAATAAATATGGAAGATAAAACTAAACAGTCACAACTTTTCAATATCTCAACATGTGCATCCCATTAATGTTTTTGTGCATAATAAATCACTATCTGTATTAAGTTCAAACCATTTTTTCGTCTTTATGCACAAGTATGAGCCTTCTTACTGCTACTTTATCATTTGCATCAATTTACTTTTGGTCCTCTCATCTTGTTTTAGTGAAATCAATGAACGACAACGTGCTATACTTGAAGAATTTGCAAAGGAGGAAATAAAGGAGGGAAATAGTTCAATATCTGAAGGAAATTGGTAAGCCCTTTATCTTAGTTCCTGGTAGATAGTGCTAGTTTTAGTTGGCCTATGTCGAACTATGATTTGATGGTTGCAAAACTTTTGAATGTGTAGTACTTGACATACTATTGTAGAATACAGTGCGTTAAAATGGTTCGAAATACTTAAAATAACTTGCTTGAAGAAAAAAAAATATTGCAAAGCTTTGTTTATTCTTATACCCTATAGCCATTTGCGGTAA
Protein sequence

>MS.gene050058.t1

MRRFTLLSPYRRHFLSSVSSQPLVHEIDSFRKLFSSHQSLLISRSLFGCSFDTKKEDYQIPRIPFRFRYVYATAAYSSSAEQNYYRILSVAENASQDEIKKAFHSLAKKYHPDANKNNPSAKRKFQDVREAYETLRDSKKRAEYDKMHAHGSENMEYGNNHDDAERFRKAYHSHFSDSFHQVFSEIFEEATTQFSSNIEVELSLTFSEAAGGCTKNVSFDAAVPCDNCDGRGHPENATRTVCPSCRGAGRVTIPPFTSTCITCKGSGRIIKEFCLSCGGSGVIEGIKEVKVTIPAGVDSGDTIHVPEGGNAAGSGGRHGSLYIKIKVDEDPVFLRDGADIYVESNISFTQAILGGKVEVPTLSGKMQVKIPKGVQPGQLQVFRGKGLPKHGYFVHHGNQYVRYRVKFPTEINERQRAILEEFAKEEIKEGNSSISEGNCHLR