AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene000646

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000646.t1 MTR_5g028450 80.176 227 45 0 495 721 1 227 2.47e-128 383
MS.gene000646.t1 MTR_5g028190 66.058 274 91 1 454 725 199 472 6.52e-119 367
MS.gene000646.t1 MTR_5g028190 49.510 204 73 5 182 374 12 196 6.98e-45 169
MS.gene000646.t1 MTR_5g028510 63.245 302 99 4 84 375 28 327 8.76e-116 352
MS.gene000646.t1 MTR_5g028130 58.571 280 104 3 454 725 1 276 7.12e-103 319
MS.gene000646.t1 MTR_5g028930 57.565 271 113 2 456 725 282 551 6.32e-94 305
MS.gene000646.t1 MTR_5g028930 46.021 289 137 7 93 374 1 277 4.99e-53 194
MS.gene000646.t1 MTR_5g091220 32.007 553 288 13 185 725 65 541 1.89e-62 220
MS.gene000646.t1 MTR_3g055310 29.350 477 255 9 252 725 3 400 2.78e-54 194
MS.gene000646.t1 MTR_5g028830 42.907 289 121 7 329 595 22 288 3.12e-54 188
MS.gene000646.t1 MTR_3g055310 28.916 498 268 11 237 725 8 428 3.54e-54 194
MS.gene000646.t1 MTR_3g055310 29.828 466 243 9 267 725 38 426 5.93e-54 194
MS.gene000646.t1 MTR_3g055310 30.043 466 242 9 267 725 65 453 1.24e-53 193
MS.gene000646.t1 MTR_3g055310 37.778 270 165 2 457 725 18 285 2.33e-52 185
MS.gene000646.t1 MTR_3g055310 36.426 291 182 2 436 725 60 348 2.39e-52 187
MS.gene000646.t1 MTR_2g438740 43.421 228 129 0 498 725 279 506 1.38e-49 183
MS.gene000646.t1 MTR_5g028690 61.481 135 52 0 591 725 36 170 1.27e-48 171
MS.gene000646.t1 MTR_3g455790 28.131 551 305 15 185 725 67 536 2.37e-46 174
MS.gene000646.t1 MTR_6g017215 61.538 130 50 0 596 725 6 135 1.30e-44 160
MS.gene000646.t1 MTR_2g438440 38.281 256 154 2 470 725 374 625 8.06e-43 166
MS.gene000646.t1 MTR_2g438760 39.130 230 140 0 496 725 271 500 1.15e-42 164
MS.gene000646.t1 MTR_2g438400 37.662 231 143 1 495 725 255 484 2.57e-41 159
MS.gene000646.t1 MTR_2g020450 27.107 605 342 18 187 721 42 617 5.81e-41 160
MS.gene000646.t1 MTR_5g028110 58.594 128 35 1 598 725 4 113 1.15e-40 147
MS.gene000646.t1 MTR_2g438720 38.793 232 140 2 495 725 401 631 6.89e-40 157
MS.gene000646.t1 MTR_2g438700 38.362 232 141 2 495 725 399 629 2.31e-39 155
MS.gene000646.t1 MTR_2g438700 29.278 263 142 12 86 316 69 319 5.15e-12 69.7
MS.gene000646.t1 MTR_3g452020 35.249 261 166 2 440 699 77 335 1.01e-38 149
MS.gene000646.t1 MTR_2g438640 37.662 231 143 1 495 725 401 630 1.59e-38 153
MS.gene000646.t1 MTR_5g028900 57.364 129 43 2 597 725 3 119 3.30e-38 139
MS.gene000646.t1 MTR_3g452020 35.249 261 166 2 440 699 253 511 6.79e-38 150
MS.gene000646.t1 MTR_2g020510 36.797 231 145 1 495 725 390 619 3.01e-37 149
MS.gene000646.t1 MTR_5g028840 53.077 130 61 0 596 725 2 131 4.95e-37 138
MS.gene000646.t1 MTR_3g058570 36.596 235 139 3 494 721 83 314 2.92e-36 141
MS.gene000646.t1 MTR_2g020470 24.838 616 330 19 187 725 42 601 4.83e-34 139
MS.gene000646.t1 MTR_2g438640 35.931 231 121 2 495 725 401 604 6.88e-34 139
MS.gene000646.t1 MTR_2g017930 27.365 592 333 18 179 725 44 583 8.43e-34 138
MS.gene000646.t1 MTR_5g028920 47.917 144 71 2 456 598 87 227 1.10e-31 124
MS.gene000646.t1 MTR_5g085350 32.589 224 146 3 495 714 424 646 8.30e-29 123
MS.gene000646.t1 MTR_5g085350 32.589 224 146 3 495 714 437 659 9.15e-29 123
MS.gene000646.t1 MTR_5g085340 31.579 228 149 3 495 716 443 669 9.20e-28 120
MS.gene000646.t1 MTR_3g050500 31.933 238 151 5 494 724 427 660 4.71e-27 117
MS.gene000646.t1 MTR_5g085360 28.866 291 163 7 476 725 382 669 1.35e-25 113
MS.gene000646.t1 MTR_3g051060 30.901 233 157 3 496 725 435 666 4.98e-24 108
MS.gene000646.t1 MTR_2g438640 28.571 315 157 7 477 725 215 527 1.37e-23 106
MS.gene000646.t1 MTR_1g113820 32.093 215 138 3 494 705 275 484 7.05e-23 103
MS.gene000646.t1 MTR_2g438470 38.346 133 81 1 540 672 366 497 2.49e-18 89.4
MS.gene000646.t1 MTR_1g113760 30.942 223 147 5 494 712 239 458 2.32e-16 83.2
MS.gene000646.t1 MTR_1g113730 28.241 216 141 6 494 700 45 255 7.59e-13 71.2
MS.gene000646.t1 MTR_2g438580 39.024 82 49 1 610 691 2 82 2.33e-11 60.8
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000646.t1 AT3G18670 35.420 559 293 13 180 727 79 580 9.83e-94 305
MS.gene000646.t1 AT3G18670 32.616 558 255 19 180 727 79 525 6.62e-68 234
MS.gene000646.t1 AT5G04700 31.638 531 289 12 202 725 132 595 2.31e-61 218
MS.gene000646.t1 AT5G04690 30.965 549 297 14 187 725 111 587 4.11e-59 212
MS.gene000646.t1 AT5G04730 30.769 546 290 14 199 726 55 530 2.00e-57 206
MS.gene000646.t1 AT5G04690 30.601 549 285 15 187 725 111 573 3.37e-56 203
MS.gene000646.t1 AT5G04680 30.534 524 312 11 216 725 135 620 1.69e-53 197
MS.gene000646.t1 AT5G04680 30.153 524 285 12 216 725 12 468 2.05e-53 193
MS.gene000646.t1 AT5G04680 30.153 524 285 12 216 725 135 591 6.52e-53 194
MS.gene000646.t1 AT5G35810 41.423 239 134 2 495 727 35 273 6.63e-51 181
MS.gene000646.t1 AT5G04680 29.580 524 274 13 216 725 135 577 1.15e-49 185
MS.gene000646.t1 AT5G04690 38.947 285 159 6 448 725 277 553 9.91e-47 176
MS.gene000646.t1 AT3G54065 46.667 150 74 1 582 725 8 157 5.57e-38 142
MS.gene000646.t1 AT5G04700 26.119 402 224 11 202 597 132 466 6.21e-23 103

Find 131 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TCGGACTAATTTCAAAATTT+TGG 0.065840 5.1:+19460684 None:intergenic
TTGTCAAAGGTGAGCACTTC+TGG 0.227767 5.1:+19470038 None:intergenic
TGATTCTGCTGAGGCTTTCT+TGG 0.227956 5.1:-19469946 MS.gene000646:CDS
AAGAGAAATTCAATGGTTTA+AGG 0.238103 5.1:-19459573 MS.gene000646:intron
TGCATCAATGCTGAAATATT+TGG 0.240596 5.1:-19463494 MS.gene000646:intron
TTAATATCTCCTTCCGTTCA+TGG 0.279585 5.1:+19459699 None:intergenic
GTTGAGAGTGGTAATTATAT+TGG 0.289169 5.1:-19463925 MS.gene000646:CDS
TATACGCATTGTGAAGTTAT+AGG 0.297422 5.1:-19459956 MS.gene000646:CDS
ACTAAGCTTGAGAATTTATC+AGG 0.302998 5.1:+19462550 None:intergenic
TTCACGGGACACCTGGGAAT+TGG 0.311993 5.1:+19463672 None:intergenic
TTGCACCTGGCAGCACATTT+AGG 0.312784 5.1:-19459644 MS.gene000646:CDS
GCTCTTGTTGCTCGTTATAC+TGG 0.317566 5.1:-19463739 MS.gene000646:CDS
GTAAATTACAGCTGTACTAT+TGG 0.323674 5.1:-19463992 MS.gene000646:intron
TCTCAGTTCCTAACTTGCTT+AGG 0.338213 5.1:-19462603 MS.gene000646:CDS
ATTCTTCTAGCTGCTGCTAA+TGG 0.346856 5.1:-19463611 MS.gene000646:CDS
TTGCAACAGTTGTTACATTT+CGG 0.359265 5.1:+19460611 None:intergenic
TTGCCTTGGAAGTTATTGTT+AGG 0.361528 5.1:-19458913 MS.gene000646:intron
CTTCATGTTGCAGTAATTGC+TGG 0.370624 5.1:-19463847 MS.gene000646:CDS
ATTATCATTACCTAGTGATA+TGG 0.373842 5.1:-19462575 MS.gene000646:CDS
AAAGTTTGATAATGATTCCT+TGG 0.374093 5.1:+19462630 None:intergenic
AATGATTCCCTAAGCAAGTT+AGG 0.376247 5.1:+19462595 None:intergenic
TCTGATTCTGATAGCAAATC+TGG 0.378054 5.1:-19459614 MS.gene000646:CDS
TTTCTTTGTATAAAGTTTGC+AGG 0.379251 5.1:-19460517 MS.gene000646:intron
ATCATGTGGACAGCAGATTC+AGG 0.382139 5.1:-19464601 MS.gene000646:CDS
TTAGCAGCAGCTAGAAGAAT+AGG 0.383138 5.1:+19463614 None:intergenic
CTCAGTTCCTAACTTGCTTA+GGG 0.384524 5.1:-19462602 MS.gene000646:CDS
GGAGATATTAAGATCTTCTA+AGG 0.388498 5.1:-19459687 MS.gene000646:CDS
TAGTGAAACTTGGAGAGAAA+TGG 0.395190 5.1:-19459182 MS.gene000646:CDS
CATTTCTGCCGAAGCTAGAC+TGG 0.403144 5.1:+19460548 None:intergenic
AATGTGCTGCCAGGTGCAAC+AGG 0.404340 5.1:+19459648 None:intergenic
TGGCCTGCGGAAGAAGTCTT+TGG 0.407484 5.1:+19460568 None:intergenic
CACTCTCAACCTTCGTGAAT+AGG 0.409917 5.1:+19463938 None:intergenic
CACAATGAGCTAGTGAAACT+TGG 0.415466 5.1:-19459192 MS.gene000646:CDS
GATCTGCTTAAAGTTGTAGA+TGG 0.419203 5.1:-19459794 MS.gene000646:CDS
AGGAAATTCAAAGATGACTA+TGG 0.419582 5.1:-19460712 MS.gene000646:CDS
TCTCTTTCAACTTCATAAGA+AGG 0.421034 5.1:+19464672 None:intergenic
GTAAATATGCAAGACAATAA+TGG 0.429935 5.1:-19463775 MS.gene000646:CDS
GATCTCGATTATTCCATGTT+GGG 0.430800 5.1:+19459844 None:intergenic
CCGTAGCTGATCTTAGCATT+TGG 0.431301 5.1:-19460642 MS.gene000646:CDS
CGATCTCGATTATTCCATGT+TGG 0.434750 5.1:+19459843 None:intergenic
GGTGGAAACAATCAAGAAAC+TGG 0.435986 5.1:-19459078 MS.gene000646:CDS
ATTCTCAAGCTTAGTTGCAT+TGG 0.442953 5.1:-19462542 MS.gene000646:CDS
AAGTTTGATAATGATTCCTT+GGG 0.450119 5.1:+19462631 None:intergenic
CAAGTGTTCCCATGCCGATC+GGG 0.452226 5.1:+19464554 None:intergenic
GTTTCTTGATTGTTTCCACC+TGG 0.457687 5.1:+19459081 None:intergenic
CTCAAAGAGGCTTCGGCGTA+TGG 0.458440 5.1:-19459884 MS.gene000646:CDS
TCTACAACTTTAAGCAGATC+AGG 0.462720 5.1:+19459797 None:intergenic
AGTGAAACTTGGAGAGAAAT+GGG 0.464174 5.1:-19459181 MS.gene000646:CDS
TACGATGTTGATCAAGCCTA+TGG 0.464907 5.1:+19463965 None:intergenic
TTCCCAAGTGGTACTCGACT+TGG 0.465920 5.1:-19462502 MS.gene000646:CDS
TTATATTGGAAACATCATTA+CGG 0.471882 5.1:-19463911 MS.gene000646:CDS
GCTGCAGCGTTTACAGTCCC+AGG 0.476532 5.1:-19459099 MS.gene000646:CDS
ATGTTGTCATGCAAGAAGAT+AGG 0.481126 5.1:+19459051 None:intergenic
TTCACAACTCAAAGAGGCTT+CGG 0.484165 5.1:-19459891 MS.gene000646:CDS
TAGCAGCAGCTAGAAGAATA+GGG 0.484571 5.1:+19463615 None:intergenic
AAATTACTCAAGGGTTTCCA+TGG 0.484960 5.1:-19462658 MS.gene000646:CDS
TTTCATATGCTATTCTGTAT+CGG 0.485203 5.1:-19459754 MS.gene000646:CDS
TCCGCAGGCCAGTCTAGCTT+CGG 0.485913 5.1:-19460556 MS.gene000646:CDS
CCGATCGGCATGGGAACACT+TGG 0.495245 5.1:-19464553 MS.gene000646:CDS
ATCTGATGGGGCAAGGTCTG+TGG 0.496442 5.1:-19469983 MS.gene000646:CDS
GTACATATAACATCCCCTTC+AGG 0.498913 5.1:-19463880 MS.gene000646:CDS
AAATGCAAAGAGAAATTCAA+TGG 0.499653 5.1:-19459580 MS.gene000646:CDS
AGCAGCATCTTATACAATTG+TGG 0.501568 5.1:-19459148 MS.gene000646:CDS
CCAAGTGTTCCCATGCCGAT+CGG 0.504360 5.1:+19464553 None:intergenic
AACTAAGCGGTCCAATTCCC+AGG 0.506629 5.1:-19463683 MS.gene000646:CDS
ACGAGTGTTGCCTCCTCCGT+TGG 0.508233 5.1:-19470068 MS.gene000646:CDS
CTCTTTCAACTTCATAAGAA+GGG 0.511399 5.1:+19464673 None:intergenic
ACTTTCTCAAGAGCTTGCCT+TGG 0.512356 5.1:-19458927 MS.gene000646:CDS
TTTCTTGATTGTTTCCACCT+GGG 0.517151 5.1:+19459082 None:intergenic
TCCATCAAACACTTCGGAGG+GGG 0.518439 5.1:+19463553 None:intergenic
GACAAACTAGATGGATTGCC+AGG 0.519484 5.1:-19464504 MS.gene000646:intron
TAATGATTCACAACTCAAAG+AGG 0.531887 5.1:-19459897 MS.gene000646:CDS
ATGATTCCTTGGGCAGTCCA+TGG 0.535830 5.1:+19462641 None:intergenic
TTGAAACAGCCCGATCGGCA+TGG 0.536799 5.1:-19464563 MS.gene000646:CDS
TCGGCATGGGAACACTTGGC+TGG 0.537875 5.1:-19464549 MS.gene000646:CDS
TGAAACAGCCCGATCGGCAT+GGG 0.538622 5.1:-19464562 MS.gene000646:CDS
ATGCAGATTTGAACGTGGAA+AGG 0.539577 5.1:-19460732 MS.gene000646:intron
AATCCAAGTCGAGTACCACT+TGG 0.540556 5.1:+19462499 None:intergenic
CCACCTTTCGTAGTTGTCAA+AGG 0.541238 5.1:+19470025 None:intergenic
CCTGCGGAAGAAGTCTTTGG+TGG 0.541480 5.1:+19460571 None:intergenic
GCAGCATCTTATACAATTGT+GGG 0.543510 5.1:-19459147 MS.gene000646:CDS
TGACAATAGCCTGTTGCACC+TGG 0.545256 5.1:-19459657 MS.gene000646:CDS
GTTGTAGATGGTTACAATAG+AGG 0.545720 5.1:-19459782 MS.gene000646:CDS
TGTGGCTTTGAAATTACTCA+AGG 0.546767 5.1:-19462668 MS.gene000646:CDS
CCAAATGCTAAGATCAGCTA+CGG 0.551285 5.1:+19460642 None:intergenic
TAAACTTGAAACAGCCCGAT+CGG 0.555527 5.1:-19464568 MS.gene000646:CDS
TCTGATGGGGCAAGGTCTGT+GGG 0.558174 5.1:-19469982 MS.gene000646:CDS
TCTCCATCAAACACTTCGGA+GGG 0.558727 5.1:+19463551 None:intergenic
CTGTACTATTGGACTACCAT+AGG 0.560994 5.1:-19463981 MS.gene000646:CDS
TCATAGATTGTCTCCATGAA+CGG 0.565673 5.1:-19459712 MS.gene000646:CDS
TGAAGAAGCGTCCTACCTGA+AGG 0.568009 5.1:+19463865 None:intergenic
GAAGAAGCGTCCTACCTGAA+GGG 0.568201 5.1:+19463866 None:intergenic
TGGAACTATTCCAACGGAGG+AGG 0.568324 5.1:+19470058 None:intergenic
GGGTTTCCATGGACTGCCCA+AGG 0.586695 5.1:-19462647 MS.gene000646:CDS
CATATCATTCAAATATCATG+TGG 0.590012 5.1:-19464615 MS.gene000646:CDS
CAAGTTTCACTAGCTCATTG+TGG 0.590946 5.1:+19459193 None:intergenic
ACCTTGCTCAATATCTGATG+TGG 0.592003 5.1:+19469866 None:intergenic
AAGAAGCGTCCTACCTGAAG+GGG 0.594099 5.1:+19463867 None:intergenic
GTACCACTTGGGAAAGCTGA+AGG 0.594573 5.1:+19462511 None:intergenic
AGACCTAACAATAACTTCCA+AGG 0.597560 5.1:+19458910 None:intergenic
AATGAAAATCAAGACAGAAG+TGG 0.598205 5.1:+19458981 None:intergenic
ATGCCTTCAGCTTTCCCAAG+TGG 0.603248 5.1:-19462514 MS.gene000646:CDS
ATGTTGGGCTGCATTCAACA+TGG 0.610111 5.1:+19459859 None:intergenic
CACTTCTGGAACTATTCCAA+CGG 0.610588 5.1:+19470052 None:intergenic
GTGGCTTTGAAATTACTCAA+GGG 0.610802 5.1:-19462667 MS.gene000646:CDS
CCTTTGACAACTACGAAAGG+TGG 0.613323 5.1:-19470025 MS.gene000646:CDS
ATCCAAGTCGAGTACCACTT+GGG 0.616796 5.1:+19462500 None:intergenic
TCCACATCAGATATTGAGCA+AGG 0.618230 5.1:-19469867 MS.gene000646:intron
AAACGCTGCAGCAAACATGA+TGG 0.620609 5.1:+19459110 None:intergenic
ATCGTCTCCATCAAACACTT+CGG 0.622560 5.1:+19463547 None:intergenic
GTCTCCATCAAACACTTCGG+AGG 0.623857 5.1:+19463550 None:intergenic
AGATTGTCTCCATGAACGGA+AGG 0.625661 5.1:-19459708 MS.gene000646:CDS
ATGTTGAATGCAGCCCAACA+TGG 0.628886 5.1:-19459857 MS.gene000646:CDS
TTATCAGGTACCATATCACT+AGG 0.629896 5.1:+19462565 None:intergenic
AAGAACCTAAATGTGCTGCC+AGG 0.631007 5.1:+19459639 None:intergenic
TATCAGTGGTGATTCTGCTG+AGG 0.634312 5.1:-19469955 MS.gene000646:CDS
CTCCATCAAACACTTCGGAG+GGG 0.636380 5.1:+19463552 None:intergenic
CCACCAAAGACTTCTTCCGC+AGG 0.636939 5.1:-19460571 MS.gene000646:CDS
AACGGAGGAGGCAACACTCG+TGG 0.638499 5.1:+19470070 None:intergenic
GATCGTAAATGCTATGAGAG+AGG 0.638925 5.1:-19459825 MS.gene000646:CDS
TCACCTTTGACAACTACGAA+AGG 0.649577 5.1:-19470028 MS.gene000646:CDS
CTATTCACGAAGGTTGAGAG+TGG 0.675317 5.1:-19463937 MS.gene000646:CDS
TTCTGGAACTATTCCAACGG+AGG 0.675899 5.1:+19470055 None:intergenic
GCCGAAGCTAGACTGGCCTG+CGG 0.691002 5.1:+19460555 None:intergenic
ATATAACATCCCCTTCAGGT+AGG 0.699224 5.1:-19463876 MS.gene000646:CDS
ATTGTATGCAGATTTGAACG+TGG 0.711195 5.1:-19460737 MS.gene000646:intron
GCAGCGTTTACAGTCCCAGG+TGG 0.715649 5.1:-19459096 MS.gene000646:CDS
GGAATATTGAGACACTTCTG+CGG 0.716527 5.1:-19459935 MS.gene000646:CDS
GGTCTGTGGGATGTTATCAG+TGG 0.717154 5.1:-19469969 MS.gene000646:CDS
TCGTAAAGACCTATTCACGA+AGG 0.722721 5.1:-19463947 MS.gene000646:CDS
GCATGATAGAGAAAACTAAG+CGG 0.754347 5.1:-19463696 MS.gene000646:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr5.1 gene 19458736 19470099 19458736 ID=MS.gene000646
chr5.1 mRNA 19458736 19470099 19458736 ID=MS.gene000646.t1;Parent=MS.gene000646
chr5.1 exon 19469868 19470099 19469868 ID=MS.gene000646.t1.exon1;Parent=MS.gene000646.t1
chr5.1 CDS 19469868 19470099 19469868 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19464505 19464702 19464505 ID=MS.gene000646.t1.exon2;Parent=MS.gene000646.t1
chr5.1 CDS 19464505 19464702 19464505 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19463677 19464003 19463677 ID=MS.gene000646.t1.exon3;Parent=MS.gene000646.t1
chr5.1 CDS 19463677 19464003 19463677 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19463495 19463647 19463495 ID=MS.gene000646.t1.exon4;Parent=MS.gene000646.t1
chr5.1 CDS 19463495 19463647 19463495 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19462476 19462691 19462476 ID=MS.gene000646.t1.exon5;Parent=MS.gene000646.t1
chr5.1 CDS 19462476 19462691 19462476 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19460518 19460748 19460518 ID=MS.gene000646.t1.exon6;Parent=MS.gene000646.t1
chr5.1 CDS 19460518 19460748 19460518 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19459574 19460004 19459574 ID=MS.gene000646.t1.exon7;Parent=MS.gene000646.t1
chr5.1 CDS 19459574 19460004 19459574 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19458914 19459298 19458914 ID=MS.gene000646.t1.exon8;Parent=MS.gene000646.t1
chr5.1 CDS 19458914 19459298 19458914 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
chr5.1 exon 19458736 19458752 19458736 ID=MS.gene000646.t1.exon9;Parent=MS.gene000646.t1
chr5.1 CDS 19458736 19458752 19458736 ID=cds.MS.gene000646.t1;Parent=MS.gene000646.t1
Gene Sequence

>MS.gene000646

ATGAAAGCCACGAGTGTTGCCTCCTCCGTTGGAATAGTTCCAGAAGTGCTCACCTTTGACAACTACGAAAGGTGGAGTGTTCTTATGAAAAATTATCTGATGGGGCAAGGTCTGTGGGATGTTATCAGTGGTGATTCTGCTGAGGCTTTCTTGGAAGAAAATTTTGAAGCAGGGAAGCATTTGAGCAACAAAAAACGCAAAAAGTTAGAATCCACATCAGATATTGAGCAAGGTTCGTATGTAATCTAATCTTATGATTTAAATCTTGATTTGATTTTAGGGTGTTTATGAGTTTCTGTGATGTGATCAGTTAAGTTTTTTTTTTTTGGTCAAATATTACTTAAGTTTAACCTGATGATTTTTAATTATACCCAACCCCGTATTTTAATCCAATTAAGTTTGGGTCTAACACGAACCAACTCATTAAAACCTGAAATGATTTGATTAAGATATTGTGTATATGATTTCAAAACCGTAAACTTACGAGTCCAATACCAACTCACTTGGGTTGATATGGAATTGACTTGGAATCTGCGAGTATACCTTTCTCCGAGGTCTAACATTCGATTATCTTCGGTGTCAATTCGGTGGGTTAATACTTAATAGTAGTATAGTTTAAGACTTTTGTGTTATTATTTAAAAGTGTTTTAATTTAACTTAAGTGTTACAATTTTAAATTGTAAAATTATCATAAAATTTAATATTTAGTATATGTATTTTTGGAATTATTAATAAATAGTCCTCATGCTTTGAAGCCCGGATACGAGATACGATACGGATACGATACTGCACTGATACGCCGATTTGGAAAAATTTCAAAAATCAAGATACGATACGGCTGAGATACGTTAATAAAAAAAATTATATAATTAAATGTACAATATAATTATAATCATTTTTTTAATATGCAAATATATTAACAACAAAAGAAATCAGTCATAGCTAGGCTTGTATCACATCAACATAAATATAAATAATATTAACAACAAAAGAAATCAGTCAGTCATAGCTAGACTTGTATCACATCAACATAAATATAAATAATATTGACGATTAAAAGACTGATGATTAGTCAATTACATACACAATATATCCCAAAAAGAGCATCATCAGTGCTATATTATATCCGTTAGTGTTATACTTTATCGATCCAAAAAAGAAGCACTATATCCAAAAAAGAACACATCAGTACTTAAGAGTTAAGTTATTTTAGTTAACATTAATTGGGAAATATTGGGGCAGATATCGGTGCATGATAATTATCGGATACTCTCCTGATACGTATCGGGAAGTATCGGATAATTATTTTTTTAAAAAAAAAATTTAATCTTCGGATATTCTCCTGATACGTATCGGTGCAGGATACGCAGGGGATACGATACTTCATCCATTTTGATCAAGTAGCCTAGTGGTTAAAGCTCACACAATTTAATCGTGGAGAAGTGGGGTGTTTGGGGTTCGAACTCCGACCCCTGCATATAATATGCAATATCCCTACCAACTGAGTTAGGCTCACGGGGATAAACCAACCAATTTATTACGTAATAAATTGATATAAAAAATTCCACGTAAATTTGTTCGGATTTTATATAAAAATATATTTTTTTATCCAACTCAAATTAATGAAATTTCACCTTTGTTTAATTTGTTCTTGTATCATTTTGGACCTAAGCCCTGCCCGGTTGGCCTCTGTTATTTCTTTTATTGCTAATAAATATTTAAAAATCACTCTTCTAACTTATAAATTTTTTCATTTCCTCATATCAGCAGCAACTAACTATCGTTCGGTATTTTTCAGTGACAATTAACTGCCGCTGACAATTTTAAGACCGGTTCAATTACTTTTTAAGTTGGTTCAACCGATTATAAAAATGTCAGCGGCAGTTAAGTTAACTGTCACTGATAAAAGGGAATGAGCAATTTCATAAGAGAGAAGAGTAATTTTCTAAATATTGTAGGTGAGTTGAGCTTCAGGAACTTACGAGGATCAGAGCATACCTCAAGACTTAAAGAGCGTTTACATTGTTACTTATAGATTATCTATCAAAGAGATTCGCATATCGGCAACGGGGCCTCTACGTTCTACACTAATTTTTTTTTCCAGAAGGAATGTTCTACACTAATTAAACGGAACTCGTGGACTGCAATGTTAATAAAATAACATAATTGACTCTTTAAGCATCTAACAATTGCTTAGAAACTCCTTAAACTTCTCAAAATACTCTCATTGGTAGTTAACTACCGTTCGCATCTTTTTAAATCGTTAAAGCTGATTCAAAAAGTGATGAACATTTTGTAACTACCATTTTGTAGCGAATGATAGTTAACAACCGCTATGTTTTTTTTTAGGTGCTTGTGAGCCATTGCTAGATGTCGAAAGTTTAATCTTAAACAAAATGACATTTTAGGTTGGTCCATCCCTGTCAGTTAAAATGGTTAGTATGATTTTTAAATTGATTATCCATGTCACAAATAGGTTCATTTTTGTGCTAGTACAATTCTGATTATATAATTCGAACTTATTTTTCCCATACTCTTGGCACAATGAGGGTGTATGGGGGTGTTCAGATTCTAAAATCCAAAAAAAAAAAACTTCGAATTTTATAACTCGAACCCTGCTTGTGCTAAAAAATCATGGGAAAAAAATGTGAAATTTAATTTTGACATAGGGGGTGTTTGGATTATAAAATCTGAAGTACTTATTTTTTCAGAATGTAGAATCCCAATTGGTAAAAAAAAAATCATTTTTCACCAAAAAAATATAAGTGAAAACCTCATTTCGGATTATATAATCAGAAAATTTGAGGGTATTTTTGGATTTCGGTGTGCTTCAGAATATGACAAGGTGAAAAAAGAAATTCTCATCACAAGATGTGCAACGATATTGGCTAACTCAGCTTAGCCCACTTGCATTTTCGGTTCATTGACTATGTCAGACGGTTGACATGTAGTTTCAACAAAAAAAAAAAATTACATGTTGTAGGATATTACTTTTGTGGCTTTATCTGACATGCACAAGCAAAATGATCTTGTATCACACACAAGTGTCTTTCCCAACATTGTACCAAAATGTTACATCATATTTCATTTAATTTAGTGATGATATTTATTCATCCAATAACAAAAACTATCTTATACATGATGCAAGATATGTCTTACTTATGGCAAAGGCTACGGTGGGAGACCTCTTTAGGTCTCCTACCGTAAGAGACTTGCTTTTTTTTTTTTTTTTTGCAAAATAGATATTAACCATTGGATGTATTTGAAATTTTTTAAAGACCATGGTTTTATCATACTCTCTTTAACACTATATTATTTTTACACTCATCCTTCTCTCTTCCCCTCCATGTTTCAGCTTACTTCCCACCACCATCACCACCACCACCAGAACTCATTTTAATAACACTCCAAAGACAATAGAATAATAATTAATGCTACCCATCATCATAAATACCATGAAAATCAAAAATTTCTTCAGTGTAGCTCAATTTCTTAATTTTATTATTTTAATGATGTTTTAAATTTGTGTTGGCTGCATCTATTAATTCAATAATTTCACCATAGATTTCTTCAAAAAAATAATAATTTCACCATAGAAAACAAACCCAGAAATAGATAATGATTAAGATGTTGAGATAGAGAAAGGGAGTCAACTAGAGGTTTTCAGGGGGGCGGTGGTGATTAATATGTTGAGCTATGATTTAGAGATGATGATGGTAAAGAACCTGGTAAGTTGATATGAAAAAAATATGAATTTACAGAACACAATAATGGAGGATGGAGATGATTGGGTGAAGAGATGAACACAGTAATGACGTGCTTCTGGGTTTTTCAACCCCTCGTGTTCTTCGTGAAGAATACAAATAATATGATAAAACCTAATTCACCGAAATACATTTCCGGATCTGCAACGTTGACGCCCAAATCATTGGTTGAATTTGTAATTGACTGATGTCGATCTTTCAATAGGAACTAAATGAACACCGCGACAAGACGCGAAATCAAACGCCGCACAAGACGACGAACAAAACAACGCCGCACTTAGACGACGAAATCACAAAAACACAAAAGGAAAAACTTGATATATGTGAAAACCACTTATTTAGATAGAAAGAAAAAGGGAAAAAGATGTAGAGGGGTGATTGTAGGTCAAAAAATGACCTAAAACCACCCCTCTTCGATGAACGAATGAGAAAGAAAGTTTAGAGAGAAGTTGGAGTTTCTCTCAGTAGAAAACTAGGGCCGGCTAAACCATGCTTAAACCACATAGGAGGGATCCAAATCCCTACCTTCAAGGCGGGAAGGTCGGTGTGAATTTATTATATATCTTTCTTATATTGCTGTCTCTCTCACATGAGAGTTTATGGTATCTATCTATCTTAGCATGACGGAAAAACTCATATATGTGGTTACTCACTCGAACCAACCTCGATTTAACGGGTTTTCCCGTTTTGACTTGGTTTGGGTATGAGTTTGATTTTCTCCGATTTCAAAACAAGGGTACGAGATGGATAACAAGGATATATATACCCACCTTGAACTCATACCCAACCCATCCAGTATGTAGAAAATTACTTTATTACTCATTGATTTTGCCATGTTATAAAATTTGCAATTGATATATTCAAAGGAGCAAACAAATCATTCAGTTAAAGAAATGTTAAAATGAACATATTGTTGGATAATGCATTACAACATTGCCCTAAAGGCTGAAAAAAAAACTTTTTTTTTGTTTAAAAAATGATTCACCGCAAGGATGGGGATGAAGATGGAATACCTAAATCAATTGAGGATGGGGAGGAGATTCAATTTCTTATACTAGTTGGATATGGGTAGGGTAACATGTAAGTATATGAAAGTCGGAGACGGGAACGGGGAAGGTAAAGTCCGTCCCCACCCTACTCTATTGTTATGCCTAATCTATCTATATGTTGTATTGTTTTTTTATTGTAACCAAACATATCTTTTTTTTCTTTTTTCATACGAGTTTATAAGTTTTGAGTTATCTTATTGGTCTAGCCAAACTGCTCCTAAATCCTAATCCTATATAGTTGGTGTAGGACTCGTGATTGATTTTAAGTTAATTGCTAATTTACCCATAATCTTGTTAATTCAACCTAGGCTTCACCTTTAAGTTAATTGCTATTTTGGTCAAAAACCTCCCCATTTTAGGTTGTATTTAGGCCCTTCAAATTGTTAGATCAAACAATTCTTGAGGCTACAACTAGATGCAGTAGCTACAGGGAGTCCCTAATTCGCTTTTATTTAGATTTTTAGGGAGCATAAAAGCGTAAATGTGTCTCCAGCTTTTTAGTAATCATGTATATACATACTCTTTTGTCCTCTAATATCTCTACTTAATTACATGATGCAATGGATATGAAAAATATTTGAAAGGTTTCGGCCCTTCTTATGAAGTTGAAAGAGAAGTTTCTTTGAACATGAAGAATGCGAAAGCTTTGCATATCATTCAAATATCATGTGGACAGCAGATTCAGGATGAGCTTTTTAAACTTGAAACAGCCCGATCGGCATGGGAACACTTGGCTGGTAAATACAGAGATTTTTCAAACGACAAACTAGATGGATTGCCAGGTACAATGTGAAAATGTTACTGTTCCTCCTTCCATTTATTTTTATAAGCATCCATTGTGTTTATATATATATATATAGGGGTTTGCTAGAACACACCCACTAGTTTTTATGTGGGAGTGTTTTAGCAAGTAAATAACTAAAAAGTGGTTAAATACACCCTAAGGTGTATGTTGCTATAACACACCTTCTAACAAAAACAAGTGGGTGTGTTCTAGCAAATCCTATAGGCATTTGCTAGAACACACCCACTAGTTTTTATGTGGGAGTGTTTTAGCAAGTAAATAACTAAAAAGTGGTTAATTACACCCTAAGGTGTATCTTTGCTAAAACACTCCCACATAAAAAATAGTGGGTGTGTTCTAGCAAACCCCATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATCATGAGCCTCACTTAGTTTAAGCCATTCTTGGAATGTAAATTACAGCTGTACTATTGGACTACCATAGGCTTGATCAACATCGTAAAGACCTATTCACGAAGGTTGAGAGTGGTAATTATATTGGAAACATCATTACGGATTCAGACGTACATATAACATCCCCTTCAGGTAGGACGCTTCTTCATGTTGCAGTAATTGCTGGAAATTTGAAAAATGTGGAAATATTGGTGAAAAAAGGGAAAGACAAGTTAGTAAATATGCAAGACAATAATGGTGACACAGCTCTTGCTCTTGTTGCTCGTTATACTGGAAACACTGATATAGCAAAGTGCATGATAGAGAAAACTAAGCGGTCCAATTCCCAGGTGTCCCGTGAAAATCAGCTTGAAATTGAGAATAAGGAGAAGGTAACCCTATTCTTCTAGCTGCTGCTAATGGACACAAAGAATTGACTACCTATCTTTACTCTGAAACCCCCTCCGAAGTGTTTGATGGAGACGATTCACAAAATCGAGTTTTGCTTCTTTCACTATGCATCAATGCTGAAATATTTGGTAAGCAAAGTTTCTTATGTTATTCTAAAAGTAATGATTTTTAGTAGTGAACACACTTTTCAGGGTACTTGATAATCATGTGTGTATAAATATAATCACTGCATTTTTAACGGTTGCTTGAAAGTAAGCTTGAAAGTAATAAATAATGGGAAATGTTAACTTGTGCTTTAGGGCCCATGACATATAAAACGAAAATTTTGTTTAAGAAATTGTGTCAATTTATTTTTATAGAGATTGAAAATTAATGTTTTGTAATAAATATTACACCTTTCGGTCACATTTATAAAAAATAATAATTAGGTTCATTAAATGACTAACGTATCTAGCTACATAAAGACCTGATATATTAGATATTCAATGAATATAAAAAGTTTTTTTTTTTTGAAGGAAATATAAAAAGTTTTTTTTTTTTTGCTTATAAATGTGATCGGAGAGAGTATCATTGATGAAATCCTTAACATGTACACTAAAGACACAAGTTTGTATGACCCTTAAAGAAATAAAGGATCATGCTAACACTTGTTAAGGATTCAAAATTTTGTCTTCAAAAGAAATTTCATTTATTGAATTTTCTTTTGAATTTTCACTTGTTAAGGAGAGAGTATCATTTGAATTTTCATTTAATAGGCTCTTTTTTTAAAAGAAATTTTGTCTTCAAAATAGAAATAAAAAAAAGTAAAAGTTATATATTTAAAATTTTCTACGCCAAAATTACCATTTTTAATTATTTAAATAATATTCAAAGAACATTTATTAGTATTTTCCTTTATTGAAACGTGTGGTTTGATTTTATCTACGACCAGATGTGGCTTTGAAATTACTCAAGGGTTTCCATGGACTGCCCAAGGAATCATTATCAAACTTTAAGTTCTCAGTTCCTAACTTGCTTAGGGAATCATTATCATTACCTAGTGATATGGTACCTGATAAATTCTCAAGCTTAGTTGCATTGGCTAAAATGCCTTCAGCTTTCCCAAGTGGTACTCGACTTGGATTTCTTCAACAAATCATTTACGACCGTAAGTTTTTAAGCTTTTCTTTGTCTTGGTAATATAATACCAAAAATATGTTTTATGAAGATTCAATTTTCTCCACACTGGCACATAACCTTAATCACATGTAAAACAAAACAAGTCCTGCAATTGATTGGTTTTGAATGATAGTGGTAGTGACGGTTACACGATAATCATGACTAGTTTTGGCGAAGATCATGTTGATGAAGGTAATACGGGTGGTGGAGATCAAATATGATGGTGATTAACAATGTAGTTGAATTAATCACAATATTCATTGTAAATTAATCAATAACAAACTCAACTAAACTAACCATATTTTTAAACGTGATTAATCAGATGATGCATGCGTAAAAAAAGATTGTCTTAATATTATTACTGATATAATAATATGCTAAAAAAATACAACTATTTTTAAAGAATATGGACCGATCCACACAAAGAAAAGTGTTCGTCGATAGAATTTCACTAACAATTATTTTGAGGACTTTTGAAAGAAGAGAGTTGCTAAACAGCGCGATTGCGCGAACAACTCTCACAAAATTCTACAAACAAACCCGTCTCAGTGAAATTCAGAACATAGAACTAGCAAGAATAATTTTAATACCAGGATGATATAACCCGAAACTAAGTCGATTCATTGAAGATCAAAGTATATATGTCGTCAACAAGTGGAAAACGCAGGGATGATAAATCTTCAAAAGAGAGATGAGGACCTGTTGGTCGATGTAGTGAATATACACCTCTTTTGTCATCAAGGAGTGTGTGGCAGAAGAATTCAAATAAACTGGAATCAAATTTCCAAAATCTTCTACGCAAAATAATGGAGCTGACAAAACCATTATTGCCGATTTCATAAATGCCATGTGCATAATACTAAGGATCTTTTCCACCTCAAAGATTATCGAGATCCTGATAAAACGATGAGAAAAACTCTACACCAGGGAGAAGAAATAGACTTGACTCACCTCGAGCTAGGAAGGGGACTGATACACCAGCAAGGCTTCAACTAATGAGAAAGGTGAAAAAAGTGAAGGCCTTATAAGTGGTTATAAGAATAATTAATTATACCATACGGATTTGATATCTCTCAAGCAATAATGGAAAAGTTGAACAATCATTTCCTCAGCTCGTAGGAAAACTTCCATGCCACTCTGGGCATATCCGGTGGAGGACTAAGTTGCACAACCATCACACAACTCTTAAAATATGTACAATAACATAAACTAGAGATAGATTTGACGTTCTAAACTAAATAAAGAGCCTAGAGGAGATAACATTATATAATTTATATTCAAATATGTACTAAAATGTAATTTTTCATCCATCTGAACTGAAAAAGTAACTAGATTCTTTGTCTATTGTCATGAAATACATTTTTTGGGGTCCTAATAGTGTTTTGTCACGGCTGTAACAACATTTCATCGTTATTTTTGTTCACTTTATAAAAATGGGGGAAAATCAGCAACGTCGCGTCGACTACCTATACCTTTTTGTTGCGGTCTTTTTCTCAATAACAGACCGTTTTTAAAACCTTGGGTCGGGGTGTTTTGAGCCTTCTATGAATAGAATTCAGTACCTTGGGCCAATTTAGGACAGGTCCTAGCATATATTCATAAATATCTACATCCTACTTTGATTAGATGCATGTGTAATAAATTTCTATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATTGTATGCAGATTTGAACGTGGAAAGGAAATTCAAAGATGACTATGGTATTTCCAAAATTTTGAAATTAGTCCGAAAAGCAACAAGTGTTACAACCGTAGCTGATCTTAGCATTTGGAAATCAGTCCGAAATGTAACAACTGTTGCAACCATTGCTGATAAAAGACCACCAAAGACTTCTTCCGCAGGCCAGTCTAGCTTCGGCAGAAATGTTTTGAATTTTCTTTGTATAAAGTTTGCAGGTAGTTATATTCTTCCTCTTTCATAAGACAAAAAAACAATTATTTTTTTTATTACCAACATAATAATTATATATGATTAAATGGTTCAAAGTTTTTCTGTAGGTTGCCTCTTCTGGAAACTGTTGGTTTCAATATTTTTCATATGGCCCATAAAGCTTTTGGGTATGTCGTGTTTTGTCTCATTGACGGCTATATACTTCAATCATTTTAACTTTCTTCAGTAATTTTATTTATTTATTTCAACACTGATTTGTTGACTTGTTCAGGTCTACTACTTTGTAGAATGTTCCATGGAATTGCATACTTCTTCGTTCAAATTTTTGTTTATCTAAATATATTTGGTACGTAATTAATGATCAAATGCAAAAGTTTGATTCAGATCATTCATTTTTATTTGTTTTTGAATGGCTTTTTTTAATGTCTTCATCTCATTATTATATTATTATATAATTTGTCAAATACAAATTTCATGTTGAAGTACCAAGACCGATGAAGTCTCTTCAATTTTTTTAGGAATAGGAAAAATATATGAACAGAAATATACGCATTGTGAAGTTATAGGAATATTGAGACACTTCTGCGGAAGTGTTAGAGAATTTAATGATTCACAACTCAAAGAGGCTTCGGCGTATGGTGCCATGTTGAATGCAGCCCAACATGGAATAATCGAGATCGTAAATGCTATGAGAGAGGCTAATCCTGATCTGCTTAAAGTTGTAGATGGTTACAATAGAGGCATATTTTCATATGCTATTCTGTATCGGAAAAAAAATGTTTTTCAACTCATAGATTGTCTCCATGAACGGAAGGAGATATTAAGATCTTCTAAGGACGTGTTTGACAATAGCCTGTTGCACCTGGCAGCACATTTAGGTTCTTCATCTGATTCTGATAGCAAATCTGGTGCTGCTCTGCAAATGCAAAGAGAAATTCAATGGTTTAAGGTCACCTATCTTATCTCTTATTGAATGTATTTAATTGTATATATCACACATTCAATATTAGATGTGCAAAATAATTATTTATTTTTTTTAAAATTGGAGAATAAAGAAGTTATTATTGTGATTGTTATATTATTTAAAGTACAGGAAAATGTAGTTTGTGTCAACTTCATGCAAACACAATGTGATTCAGTCAATCCAGATATGCACTTTTTAGCAGCACATATATGCCGTCTATTTGCTTCTTAGTTATAAGTTAATTGCTTCTAAAATCGCAGGCAGTGGAAAAAGTTGTACATCCCAAGTTTAAAGAAGCCAAAAATAGCGATGGTAAAAAGCCTTATGAAATATTCACTGAAAACCACAATGAGCTAGTGAAACTTGGAGAGAAATGGGCAAAAGACACAGCAGCATCTTATACAATTGTGGGTACTCTCATCACTACCATCATGTTTGCTGCAGCGTTTACAGTCCCAGGTGGAAACAATCAAGAAACTGGTTTGCCTATCTTCTTGCATGACAACATATTCACTGCATTTCTCTTAGCAGACACAATATCTCTCTGTGCATCTGCCACTTCTGTCTTGATTTTCATTGGGATTCTCACGTCGCGTTATGCTGAGAAAGACTTTCTCAAGAGCTTGCCTTGGAAGTTATTGTTAGGTCTTTTTTTCCTTTTTCTCTCGGTTTGTTCCATGATAGTTGCATTTTGCGCTGCCATTATTGATATGATCTTAAAGGGATATGAAACCCATAAGTGGTTCATTGTAGTACCAATCATGTCATTTGGGAGTATTCCCATCATCTTTCTTGTCATATCACAGGTGAGCTTCATGTATGA
Protein sequence

>MS.gene000646.t1

MKATSVASSVGIVPEVLTFDNYERWSVLMKNYLMGQGLWDVISGDSAEAFLEENFEAGKHLSNKKRKKLESTSDIEQGFGPSYEVEREVSLNMKNAKALHIIQISCGQQIQDELFKLETARSAWEHLAGKYRDFSNDKLDGLPAVLLDYHRLDQHRKDLFTKVESGNYIGNIITDSDVHITSPSGRTLLHVAVIAGNLKNVEILVKKGKDKLVNMQDNNGDTALALVARYTGNTDIAKCMIEKTKRSNSQVSREGNPILLAAANGHKELTTYLYSETPSEVFDGDDSQNRVLLLSLCINAEIFDVALKLLKGFHGLPKESLSNFKFSVPNLLRESLSLPSDMVPDKFSSLVALAKMPSAFPSGTRLGFLQQIIYDHLNVERKFKDDYGISKILKLVRKATSVTTVADLSIWKSVRNVTTVATIADKRPPKTSSAGQSSFGRNVLNFLCIKFAGIGKIYEQKYTHCEVIGILRHFCGSVREFNDSQLKEASAYGAMLNAAQHGIIEIVNAMREANPDLLKVVDGYNRGIFSYAILYRKKNVFQLIDCLHERKEILRSSKDVFDNSLLHLAAHLGSSSDSDSKSGAALQMQREIQWFKAVEKVVHPKFKEAKNSDGKKPYEIFTENHNELVKLGEKWAKDTAASYTIVGTLITTIMFAAAFTVPGGNNQETGLPIFLHDNIFTAFLLADTISLCASATSVLIFIGILTSRYAEKDFLKSLPWKLLLGELHV