Alfalfa Gene Editing Database
Alfalfa Gene Editing Database
Nr:
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene56747.t1 | XP_003618404.2 | 92.2 | 1155 | 76 | 3 | 1 | 1144 | 122 | 1273 | 0.00E+00 | 2026.1 |
Swissprot:
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene56747.t1 | Q9LHD1 | 70.1 | 1137 | 320 | 3 | 1 | 1130 | 113 | 1236 | 0.0e+00 | 1566.6 |
Trembl:
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene56747.t1 | G7KJY3 | 92.2 | 1155 | 76 | 3 | 1 | 1144 | 122 | 1273 | 0.0e+00 | 2026.1 |
TFs/TRs:
Protein Kinases:
Network:
Co-expression Network:
| Gene1 | Gene2 | correlation coefficient | p_value | FDR |
|---|---|---|---|---|
| MS.gene049435 | MS.gene56747 | 0.823133 | 1.63E-53 | -1.69E-46 |
| MS.gene050442 | MS.gene56747 | 0.812374 | 4.38E-51 | -1.69E-46 |
| MS.gene050657 | MS.gene56747 | 0.800066 | 1.72E-48 | -1.69E-46 |
| MS.gene051198 | MS.gene56747 | 0.808065 | 3.72E-50 | -1.69E-46 |
| MS.gene051800 | MS.gene56747 | 0.813921 | 2.00E-51 | -1.69E-46 |
| MS.gene052042 | MS.gene56747 | 0.829214 | 5.84E-55 | -1.69E-46 |
| MS.gene053166 | MS.gene56747 | 0.80521 | 1.49E-49 | -1.69E-46 |
| MS.gene054236 | MS.gene56747 | 0.806538 | 7.84E-50 | -1.69E-46 |
| MS.gene054467 | MS.gene56747 | 0.836654 | 8.25E-57 | -1.69E-46 |
| MS.gene054468 | MS.gene56747 | 0.831535 | 1.58E-55 | -1.69E-46 |
PPI:
| Gene1 | Gene2 | Type |
|---|---|---|
| MS.gene000905 | MS.gene56747 | PPI |
| MS.gene002685 | MS.gene56747 | PPI |
| MS.gene005430 | MS.gene56747 | PPI |
| MS.gene005467 | MS.gene56747 | PPI |
| MS.gene005468 | MS.gene56747 | PPI |
| MS.gene007547 | MS.gene56747 | PPI |
| MS.gene009018 | MS.gene56747 | PPI |
| MS.gene011235 | MS.gene56747 | PPI |
| MS.gene016359 | MS.gene56747 | PPI |
| MS.gene027908 | MS.gene56747 | PPI |
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene56747.t1 | MTR_6g009110 | 93.593 | 1155 | 60 | 3 | 1 | 1144 | 122 | 1273 | 0.0 | 2209 |
| MS.gene56747.t1 | MTR_6g009110 | 34.671 | 623 | 379 | 9 | 537 | 1145 | 13 | 621 | 1.10e-101 | 350 |
| MS.gene56747.t1 | MTR_6g009070 | 88.418 | 1157 | 101 | 5 | 1 | 1145 | 55 | 1190 | 0.0 | 2069 |
| MS.gene56747.t1 | MTR_6g009070 | 35.502 | 538 | 337 | 5 | 611 | 1145 | 24 | 554 | 1.16e-97 | 337 |
| MS.gene56747.t1 | MTR_6g009030 | 86.174 | 1150 | 145 | 3 | 1 | 1145 | 115 | 1255 | 0.0 | 2045 |
| MS.gene56747.t1 | MTR_6g009030 | 35.374 | 588 | 366 | 7 | 551 | 1131 | 20 | 600 | 1.11e-101 | 350 |
| MS.gene56747.t1 | MTR_6g009200 | 86.231 | 1162 | 143 | 2 | 1 | 1145 | 115 | 1276 | 0.0 | 2019 |
| MS.gene56747.t1 | MTR_6g009200 | 33.712 | 617 | 395 | 7 | 536 | 1145 | 5 | 614 | 1.54e-98 | 341 |
| MS.gene56747.t1 | MTR_6g009150 | 84.111 | 1158 | 171 | 3 | 1 | 1145 | 116 | 1273 | 0.0 | 1974 |
| MS.gene56747.t1 | MTR_6g009150 | 36.571 | 525 | 323 | 5 | 610 | 1131 | 84 | 601 | 5.07e-100 | 345 |
| Query id | Subject id | identity % | alignment length | mismatches | gap openings | q. start | q. end | s. start | s. end | e-value | bit score |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MS.gene56747.t1 | AT3G28345 | 71.240 | 1137 | 307 | 4 | 1 | 1130 | 113 | 1236 | 0.0 | 1660 |
| MS.gene56747.t1 | AT3G28345 | 36.289 | 609 | 361 | 13 | 536 | 1131 | 4 | 598 | 1.91e-105 | 360 |
| MS.gene56747.t1 | AT3G28415 | 66.431 | 1132 | 374 | 2 | 1 | 1131 | 92 | 1218 | 0.0 | 1598 |
| MS.gene56747.t1 | AT3G28415 | 36.475 | 573 | 334 | 8 | 568 | 1130 | 24 | 576 | 2.64e-100 | 345 |
| MS.gene56747.t1 | AT3G28415 | 66.431 | 1132 | 374 | 2 | 1 | 1131 | 100 | 1226 | 0.0 | 1598 |
| MS.gene56747.t1 | AT3G28415 | 36.649 | 573 | 341 | 7 | 568 | 1130 | 24 | 584 | 9.76e-103 | 352 |
| MS.gene56747.t1 | AT3G28380 | 66.755 | 1134 | 365 | 3 | 1 | 1131 | 113 | 1237 | 0.0 | 1590 |
| MS.gene56747.t1 | AT3G28380 | 35.880 | 602 | 373 | 7 | 536 | 1131 | 4 | 598 | 9.95e-106 | 361 |
| MS.gene56747.t1 | AT3G28390 | 66.667 | 1131 | 368 | 1 | 1 | 1131 | 101 | 1222 | 0.0 | 1589 |
| MS.gene56747.t1 | AT3G28390 | 36.049 | 577 | 353 | 7 | 562 | 1131 | 19 | 586 | 1.99e-105 | 360 |
Find 189 sgRNAs with CRISPR-Local
Find 0 sgRNAs with CRISPR-GE
CRISPR-Local
| sgRNA_sequence | on_target_score | Position | Region |
|---|---|---|---|
| AAAACAGTTGCATTAGTAGG+AGG | 0.587511 | 6.2:+4760232 | MS.gene56747:CDS |
| AAACATGCTTGCTTCCATTC+AGG | 0.406011 | 6.2:-4761942 | None:intergenic |
| AAAGAGTAATATGCTCCACT+TGG | 0.617562 | 6.2:-4764502 | None:intergenic |
| AAATGCTTTCTCTAATGCTT+TGG | 0.364092 | 6.2:+4759178 | MS.gene56747:CDS |
| AAATTCTAGAGAAAGTGTCG+GGG | 0.712449 | 6.2:+4760119 | MS.gene56747:CDS |
| AAGCAGCAAGAATGAGAGCT+AGG | 0.536411 | 6.2:+4756421 | None:intergenic |
| AAGGGAAGTGTTGTTGAGAA+TGG | 0.465030 | 6.2:+4764451 | MS.gene56747:CDS |
| AAGTGGCTTAGGTCACAAAT+GGG | 0.540050 | 6.2:+4760361 | MS.gene56747:CDS |
| AATATTGCATATGGATCATA+TGG | 0.405500 | 6.2:+4764097 | MS.gene56747:CDS |
| AATGGTATGATCATGGAAAC+AGG | 0.437258 | 6.2:+4761633 | MS.gene56747:CDS |
CRISPR-GE
| Chromosome | Type | Strat | End | Strand | Name |
|---|---|---|---|---|---|
| chr6.2 | gene | 4756432 | 4764585 | 4756432 | ID=MS.gene56747 |
| chr6.2 | mRNA | 4756432 | 4764585 | 4756432 | ID=MS.gene56747.t1;Parent=MS.gene56747 |
| chr6.2 | exon | 4756432 | 4756566 | 4756432 | ID=MS.gene56747.t1.exon1;Parent=MS.gene56747.t1 |
| chr6.2 | CDS | 4756432 | 4756566 | 4756432 | ID=cds.MS.gene56747.t1;Parent=MS.gene56747.t1 |
| chr6.2 | exon | 4758924 | 4759381 | 4758924 | ID=MS.gene56747.t1.exon2;Parent=MS.gene56747.t1 |
| chr6.2 | CDS | 4758924 | 4759381 | 4758924 | ID=cds.MS.gene56747.t1;Parent=MS.gene56747.t1 |
| chr6.2 | exon | 4760000 | 4760540 | 4760000 | ID=MS.gene56747.t1.exon3;Parent=MS.gene56747.t1 |
| chr6.2 | CDS | 4760000 | 4760540 | 4760000 | ID=cds.MS.gene56747.t1;Parent=MS.gene56747.t1 |
| chr6.2 | exon | 4761396 | 4762295 | 4761396 | ID=MS.gene56747.t1.exon4;Parent=MS.gene56747.t1 |
| chr6.2 | CDS | 4761396 | 4762295 | 4761396 | ID=cds.MS.gene56747.t1;Parent=MS.gene56747.t1 |
| chr6.2 | exon | 4763182 | 4764585 | 4763182 | ID=MS.gene56747.t1.exon5;Parent=MS.gene56747.t1 |
| chr6.2 | CDS | 4763182 | 4764585 | 4763182 | ID=cds.MS.gene56747.t1;Parent=MS.gene56747.t1 |
| Gene Sequence |
>MS.gene56747 ATGAGAGCTAGGTATCTAAAAGCAGTTCTAAGACAAGAAATAGCATACTTTGATTTGCATGTTACAAGCACATCAGAAGTAATCATAAGTGTCTCTAACGACATCCTAGTAATTCAAGATGTTCTTAGTGAAAAGGTATAAAAAGTGATATTTGTTTTACTTTATATATCAATTTTTATTTCTATATAGGGATGTAAATACGAAGTCACGCACACCAGACTTTGATTATGTTGAATAAGAGAGAAAACTGTGTGATTGAATAACACTACATAATATCTATTATATAGGGGATTATACACTTAATTACAAACAGAATATTCTACATAATGTTTTATCTTTGTAACTTCTAGAGTAAGTGTGAGAATATATTTACGACGTAAATATAAACTATTTACTATTTATCTAAATATCAACAAATATCATAGATTAAAAAGGTCCGACAAGTTATAAAAGTCCAAGGTCTTTATCTAGTCTATTACTTGACACAAACTATTTTTAAAGAGAACTTCTTTTTCTACCCTCGATGTTTCAAAAATCTATATGTGTATGGAGGGTAAAATAACTATGTTTCTGTCGGGAAGTATAGTTTCGTATAACTTAAAAAAGGAAAATGTTAATTAGTGTTCTTATGACACTAGTTAAAGAAGCAAATATAATAAAGATATCTTGAAACTTGCGTAAACAAACTTTTAAAAGTCTAAGAAATGCTTTGTTCAATACAATTTTTTTTTCCTTAACTAGAATCTTGAGAGCACTAGTTAGCATGCCTTTAATAAAAGGCTTAATACATGCTTTGGTCCCTTAACTTATTTTTTCTTCCCAGTTCAGTCCCTTAACTTTTAAATGTGTCAATTTGGTCCTTATCTTTTGTTTTCTTCATCGATTTGGCCCACTTTTATTAATTTTAAATCCCTAAAAAAGAAGACCGTTGGATCAAGGAAGTCCATCAGATCTTACCGTGTACCACCAACACCTAAGTATCTGAAATTTAAATTTTAAAAATAATATAAATTCATTTATATTAATTTAGAAATAAAAATTTGGAAAATTAATTTTCAAAAATAAAAAAATTCAGGAATTTTTTTTTTAAATCTGGAAAACTAATTTAAATTTTTTTTTACAAAAAAAAATTGGAAAATATTTTTCTTTTAAAAATATTTTATTTTAAATCTGGAAAATATTTTTAGAATTTTTTAAATTTTCGAAATTAAATTTTTTTTACAAAATTCAGGAATTTAATATTCAAAATACAAAAAAAGCAAAAATTCAAAATTTTACAAAAAAGGTCAGTTTTTTTCGAAAAAAAAGTTTTTAAAAAATTCAGAGTCTTTTACGGATTTTTTTAAAAAATAATAAAATTTTGAAAAAAAAATAATCTGGATTTTTAAAATAATCGTAATTCTGAAATAAAATTTTTGAAAAAAATAATCTGAATTTTTTCTAAATTGGTATCGAGATTTTTAAAAGTTAAAATATTTTTCAAATTTTTTTTTGTAGAAAAAAGTTTTAAAATTAATTTTCCAGATTTAAAAAAAATTCTGGAAAATCTGGAAAATATTTTTAGAAAATATTTATCGAAATTTTACAAAAAAAGGTCAGTTTTTTTTGAAAAAAAGTTTTTAAAAAATTCATAGTCTTTTACGGATTTTTTACAAAAAATATGGAAAATTAATTTGGAAAGAAAAATCTGTACTTTTTCGAAATATATTTTCAAATTTTAATCTGATTTTCGAAATTAATTTGTTAAATATACTTTTTCAAAATCTGATTTTTTTCGAAAATATTAAAATTTTGAAAAAAATAATCTGGATTTTTAAAATAATCGTGATTCTGAAATAAATTTTTTGAAAAAAATTATCTGAATTTTTATAAATTGGTATCGAGATTTTTAAAAGTTAAAATATTTTCCAAATTTTTTTTTGTAGAAAAACATTTTAAAATTAATTTTCCAGATTTTAAAAAAAAAGTCCTGAATTTTTTTTAAATTTTTTAGAATTTTTTTATTTTTGAAAATTAATTTTCCAATTTTTTAATTTTATTTATTTCTAAATTAATATAAATGGATTTATATTATTTTTAAAAATTAAATTTCAGATACTTAGGTGTTGGTGGTACACAGTAAGATCTGATGGACTTCCTTGATCCAACGGTCTTCTTTTTTAGGGATTTAAAATTAATAAAATTGGACCAAATCGAAGAAGAAAACAAAAGATAAGGACCAAATTGACACATTTAAAAGTTAAGGGACTGAACTGGGAAGAAAAAATAAGTTAAGGGACCAAAGCATGTATTAAGCCTTAATAAAAAGGTTCTATCTTTTTCATAATTAGCTTCGGAAGTGACTTGGAAGGAGGGAAAGAATGTTCCTTTTTAAGGGTTTGACTTGGCCATTTTTAAGTCTATTTAAAGACCTAGTTTATATTAAATTTTCTTTAATTATATTTTGTGACCATAACATTTAGTTAATTTCTTGTTACTTGAAAACTACATAGGTTCCAAATTTTGTGATGAATACATCTATTTTCATTGGAGGATACATAGTGGCATTTGCATTGTTATGGAGATTGGCAATTGTTGGGTTCCCTTTTGTGGTACTACTTGTGATTCCTGGTATCATGTATGGAAGAATTTCGATGGGATTGGCTAGAAAAATGAGAGAAGAGTACAATAAAGCCGGTACAATAGCAGAACAAGCAATATCTTCAATTAGAACGGTTTATTCCTTTGCAGGAGAAAGCAAAACCATAAATGCTTTCTCTAATGCTTTGGAAGGATCAGTGAAGTTGGGATTGAAACAAGGCTTAGCTAAAGGCTTAGGCATAGGAAGCAATGGTCTTGTTTTTGCTGTATGGTCGTTTATGTCCTATTATGGTAGCAGAATGGTCATGTATCATGGTGCTAAAGGTGGTACTGTATTTGCTGTTGGATATTCAATAGCACTTGGTGGATCGTAAGTATACCTTTACCCTTTATCTATCGAGAAATGTTAGCAACACACATTCTAACACACATTTTCCAACACACATTGGTTAAAATTCACATGGGTCCCACCAAATCATGTGGGTCTCATATAAATTTTACAAATGCCACGAATGCAGATCAATTTCAATTTTTCCGTCTTTAATTTTTTATCAGTAAGTAAACTTTTTCTACTTTTGTCAGCTCAAAAGTTTCATACTTTGTGGGATTAAAGTTTAAGCAGGGTTTTAAAATATGGTATGCGATGACGATTGTGGCCGTGTTATCATGGTTTTAAAGTCTCTGTGGCAATTATGGAGAACTCGTCGGTCATATTTGCATGTAATTCTCAAAGTATCAAGGATCCTTCCGTGATCGCAATTTAAAACCATGTGCTTAAGTGGTGACTTTTTTAGTAAATTTGTGAAGTACAAACACTGTCATGAAACTAACACAGACTGATCGATGACACATGTAATCAATTTGAGAGAAAATGAATCATTTTAATGTAATCACATGTGTCAGTGACACATGACAAACACTGGACACACCTTCAATCAGAAGTGTCGATGCTACAATCTTAATTATATATTTTTTTCTTATGTGGCAGGGCTTTAGGAGCTGGTCTATCAAATGTGAAGTACTTCTCAGAAGCAAGTGTTGCAGGAGAAAGAATAATGGAAATGATAAAAAGAGTTCCAAAAATAGATTCTAAAAACATGGAAGGTGAAATTCTAGAGAAAGTGTCGGGGGAAGTTGAATTCAACCATGTTGAATTTGTGTATCCATCAAGACCAGAAAGTGTGATCTTAAAAGATTTTTGCTTAAAGGTTCCATCAGGGAAAACAGTTGCATTAGTAGGAGGAAGTGGTTCAGGAAAATCAACAATTGTATCACTTTTGCAAAGATTTTATGATCCAATTGGTGGAGAGATTCTTCTTGATGGAGTTGCTATTCATAAGTTGCAACTTAAGTGGCTTAGGTCACAAATGGGTTTAGTGAGTCAAGAACCTGCTTTGTTTGCGACAAGTATTAAGGAGAATATACTTTTTGGTAGAGAGGATGCTACATTTGAAGATGTTGTGGATGCTGCTAAAGCTTCAAATGCTCATAATTTCATTTCCATGTTGCCAAAAGGATATGATACTCAGGTTAGTGTTGATTGCTTTTGTCAATATGTTATAAACCAAATATGCTTAATTGGAACTATGTTACTAACCAAATATGAGTAATTAGTGAAATTTTCCTAGAATATGATACTCATGTTAGGGCTAGTTTCTTATGATATTATCCTAACGGAATAAATGAAAACAACACTGAAGCATAAGTAGAACGAATAATTCCATTTTTTTTTGTCAAGTATTTTAGTGACTATAAATTCAAAATCTAAGTTCTTAGCACAAATCAAATTATAAAGATGATTTGGGTAGTTGAAGTGATTCAAGGAGACGTCAGTAGTTGACTTTCCCTAAATTAATTAGGGTAATGTTAACCGGTGCCCCTAATGCATTGGTTAAGAAAGCAAATGTAGTAAGTATTGCATTGAAACTTGTGTTGTCAACTCCTCAAAAGCATAAAAAGTGTTATTTTCATTTTAAAATTTCTTTTTTTAGGTTTCTTAACCGGCCGGGGCACCGGTTAACATGACCCAATTAATTATTACAAACAATGACTACTCTATCAGACTTAATTATCCATTGGTAGTTTATGCAAGAATATTCCCATCCTTTCTCAAATTATAGAAATTCTAATTTGGGCACAACCCCAAATCAATTTTTTTTTTAAGTACACATTTACAAATGAAAAAAATTGAAAGATAAGAGATTTAAATAATGCAACTAAATCATTTCTCTTTTAATTTTTTACATATGTGAGTGCCTAAATAAATTTTATTTGAGTTTCTATCTAAGTAAAAATAGCTCCTCAAATTAACTTATTCACAATTAAAATTCTTTTATTCCTACTTGATGGCTGACACATTATTAGCTGCATCTTTACTACTACAGGTTGGGGAGAGAGGAGTTCAAATGTCAGGGGGGCAAAAGCAAAGGATTGCCATTGCAAGAGCTATAATAAAAATGCCAAAAATTATATTGTTAGATGAAGCAACAAGTGCACTCGATTCTGAATCCGAAAGAGTTGTCCAACAAGCTTTAGACAAAGCCACCGTTGGACGCACCACCATCATCATTGCTCACCGCTTATCCACCATCCAAAATGCAGACATCATTGCGGTTGTTCAAAATGGTATGATCATGGAAACAGGATCGCATGAAAGCCTTATGCAAAATGACAATTCTCTTTACGCCTCCCTTGTTCGTCTCCAACAAACAAAAAAGGACCAAACCGATGAAAGCCTCATGAATAAAGATCACATGCAAAAAATGAGTAGTTGTAGACTCGTGAGTCCATCTAACTCTTTCAACTCAACAACGCGAGATGTTGTTGAAGATGTTGTTACTAAATTTGTAGTTGATGATGATAATAATGATAATAGTAAAAACAAGAAGGTTGAGGTTCCTTCCTTTCGAAGGTTGTTGGAAATGAATGTGCCTGAATGGAAGCAAGCATGTTTGGGTTGTATAAATGCGGTTTTATTCGGTGCAGTTCAACCTATGTTTTCATTTGGAATAGGGTCGGTTATATCGGTTTATTTTTTGAAGGATCATGATGAGATCAAGAAGCAAATTAGGATTTATGCACTTTGTTTTCTAGGTTTGGCTGTTATCTCAATGGTTGTTAATGTGCTTCAACATTATAGCTTTGCTTACATGGGAGAGTACTTGACTAAGAGGGTTAGAGAAAAGATGTTTTCTAAGATACTCACTTTTGAAGTTGGTTGGTTTGATGAAGATCAAAATTCTACAGGTTTTGTTTGCTCTAGACTTGCCAAAGAAGCCAATGTGGTATGTCTTCTCAGTTTTATTTTATTTTAAATTTTTATTTTATGTTAGAGACATATAATATAAAAATTACAAGGGTAATCAACATTCAAATTAGCATTGAATTTTAAAAATGAGAATTAAATAAGAAAAATGCTATTTCTCTAGAAAAATAAATATACTCGATATATGTGATTGAGTTTGCAAAACATGTTGGACCTAATAATGTGTGTGATAGCAACATATAACAAACAATGCATTTGACACAAACTTAAAAATTGCTCTTTTATCTTTTCATATCAATGTATTTACCACTGAAATCACAAATTTTAAAAATGGATTTTAGATTTTGGATTAGCTTTTCATATTAGCTTCATTGTATTTGCCCCAATTAGACAACCATCTTTCCATAAAGTAGTTCTTTTTTCTGTCACTAATAATTGTTACTGTTCATCATTTTGAAGGGTGTATTTTTTTAGAGCATTTTGAGAAATGTATAGTTACATATGATATTATTATTTGTTAGAAAAGAGGACATGCATTGTCGGTGTAAACTATTATATATAGACGTCTAATAAGAATTAAACAATTTATGGTTATTTTTAAGGAAAAACATTGATAGTAACTCAAAAACCCTTTGACACCTTGAGAGAGAAAGAGATAGAGAGACTGATGTGACATATGTAATACGTTGTTGATGTGATAAAAAAAGAAAGATAGATAAAAAATAAAGTATTGAATAGGCGTATAAAGTTAAAGGGTGTTCAAATATAAAATTTGAATTTTTCAATAGTGATTACAGAGTGAACTTTCATGATAATATCATGAGTTCTCAATAGATGACGACGTAAAACTATTTTACATTAATATTGTGCATCCCTATTAAATTCTTTTTTTAACACTTACACAGGTAAGATCTTTGGTGGGTGATAGATTGTCTCTAGTGATACAAACAATTTCAGCAGTTGTAATAGCATTCACAATGGGCCTACTTATTGCATGGAGATTAGCCATTGTTATGATAGCAGCTCAGCCAATTATCATATATTGTTTCTACACGAGGTTTGTCCTTCTTAAGAATATGTCAAACAAAGCCGTCAAGGCCCAAGATGAATGTAGCAAAATAGCTGCTGAAGCTGTTTCAAATCTAAGAACCATCAATGCTTTTTCATCTCAAGATATAATTCTCAAAATGCTTGAAAAATCCCAACAAGGCCCAAGTCATGAAAGTATTAGACAATCTTGGTTTGCTGGCATTGGACTTGCATGTGCACAAAGTATCAAATTATGTAGTTATGCTTTGAGCTTTTGGTATGGTGGGAAACTTGTGTCGCAAGGTTATATCTCAGCTAAGGCGTTATTTAAGACTTTCTTAATTTTGGTAAGTACCGGAAAAGTTATCGCTGATGCTGGTAGCATGACGAATGATCTTGCCAAAGGTTACGATGCCATTGGGTCGGTTTTCACAATCCTTGATAGGTATACGAAAATCAAGCCTGATGAAATAGAAGGTTACAAAGCTAAAAACATAATAGGAAAAATTGAATTTTGTGATGTATATTTTGCATATCCGTCAAGACCTAATGTGATGATTTTTCAAGGATTCTCGATTAAAATTGATGCTGGAAAATCGACAGCTCTGGTTGGGAAAAGTGGTTCTGGGAAATCAACGATCATAGGACTAATTGAGAGGTTTTATGATCCACTTGAAGGGATAGTGACAATTGATGGCAGAGACATAAAAACTTATAATCTAAGGTCATTAAGGAAACACATTGCACTTGTGAGTCAAGAACCAACATTGTTTGGTGGTACCATAAAAGAAAATATTGCATATGGATCATATGGTGATAAGGTTGATGAGAGTGAAATTATAGAGGCATCAAAGGCTGCAAATGCTCATGATTTCATATCAAGCTTAAAAGATGGTTATGATACATTGTGTGGTGATAGAGGAGTTCAACTTAGTGGTGGTCAAAAACAAAGAATTGCAATAGCTAGAGCTATATTAAAGAATCCAGACGTGTTGCTTTTGGATGAAGCAACAAGTGCACTCGATAGTCAATCAGAGAAATTAGTCCAAGACACTTTAGATAAGGTCATGGTTGGAAGGACAAGTGTGGTTGTAGCACATAGATTGAGTACTATCCAAAACTGTGATTTGATTGCTGTTTTGGATAAGGGAAGTGTTGTTGAGAATGGAACACATTCATCTTTGTTGTCTAAAGGGCCAAGTGGAGCATATTACTCTTTGATAAGTATACAAAGAAGACCAACCAACATAATTGTTGATTCTTCACATGAAATCAACTGA |
| Protein sequence |
>MS.gene56747.t1 MRARYLKAVLRQEIAYFDLHVTSTSEVIISVSNDILVIQDVLSEKVPNFVMNTSIFIGGYIVAFALLWRLAIVGFPFVVLLVIPGIMYGRISMGLARKMREEYNKAGTIAEQAISSIRTVYSFAGESKTINAFSNALEGSVKLGLKQGLAKGLGIGSNGLVFAVWSFMSYYGSRMVMYHGAKGGTVFAVGYSIALGGSALGAGLSNVKYFSEASVAGERIMEMIKRVPKIDSKNMEGEILEKVSGEVEFNHVEFVYPSRPESVILKDFCLKVPSGKTVALVGGSGSGKSTIVSLLQRFYDPIGGEILLDGVAIHKLQLKWLRSQMGLVSQEPALFATSIKENILFGREDATFEDVVDAAKASNAHNFISMLPKGYDTQVGERGVQMSGGQKQRIAIARAIIKMPKIILLDEATSALDSESERVVQQALDKATVGRTTIIIAHRLSTIQNADIIAVVQNGMIMETGSHESLMQNDNSLYASLVRLQQTKKDQTDESLMNKDHMQKMSSCRLVSPSNSFNSTTRDVVEDVVTKFVVDDDNNDNSKNKKVEVPSFRRLLEMNVPEWKQACLGCINAVLFGAVQPMFSFGIGSVISVYFLKDHDEIKKQIRIYALCFLGLAVISMVVNVLQHYSFAYMGEYLTKRVREKMFSKILTFEVGWFDEDQNSTGFVCSRLAKEANVVRSLVGDRLSLVIQTISAVVIAFTMGLLIAWRLAIVMIAAQPIIIYCFYTRFVLLKNMSNKAVKAQDECSKIAAEAVSNLRTINAFSSQDIILKMLEKSQQGPSHESIRQSWFAGIGLACAQSIKLCSYALSFWYGGKLVSQGYISAKALFKTFLILVSTGKVIADAGSMTNDLAKGYDAIGSVFTILDRYTKIKPDEIEGYKAKNIIGKIEFCDVYFAYPSRPNVMIFQGFSIKIDAGKSTALVGKSGSGKSTIIGLIERFYDPLEGIVTIDGRDIKTYNLRSLRKHIALVSQEPTLFGGTIKENIAYGSYGDKVDESEIIEASKAANAHDFISSLKDGYDTLCGDRGVQLSGGQKQRIAIARAILKNPDVLLLDEATSALDSQSEKLVQDTLDKVMVGRTSVVVAHRLSTIQNCDLIAVLDKGSVVENGTHSSLLSKGPSGAYYSLISIQRRPTNIIVDSSHEIN |
