| DPOGS205071 | ||
|---|---|---|
| Transcript | DPOGS205071-TA | 8835 bp |
| Protein | DPOGS205071-PA | 2944 aa |
| Genomic position | DPSCF300074 - 23938-44563 | |
| RNAseq coverage | 392x (Rank: top 31%) | |
| Annotation | ||||
|---|---|---|---|---|
| Heliconius | HMEL012118 | 0.0 | 85.59% | |
| Bombyx | BGIBMGA006816-TA | 0.0 | 83.48% | |
| Drosophila | r-PA | 0.0 | 67.42% | |
| EBI UniRef50 | UniRef50_F4X7C6 | 0.0 | 68.34% | CAD protein n=312 Tax=Eumetazoa RepID=F4X7C6_ACREC |
| NCBI RefSeq | XP_972190.1 | 0.0 | 71.77% | PREDICTED: similar to carbamoyl-phosphate synthase large chain [Tribolium castaneum] |
| NCBI nr blastp | gi|91090153 | 0.0 | 71.77% | PREDICTED: similar to carbamoyl-phosphate synthase large chain [Tribolium castaneum] |
| NCBI nr blastx | gi|91090153 | 0.0 | 71.87% | PREDICTED: similar to carbamoyl-phosphate synthase large chain [Tribolium castaneum] |
| Group | ||||
|---|---|---|---|---|
| Gene Ontology | GO:0006807 | 4.3e-125 | nitrogen compound metabolic process | |
| GO:0004086 | 4.3e-125 | carbamoyl-phosphate synthase activity | ||
| GO:0005975 | 7.9e-123 | carbohydrate metabolic process | ||
| GO:0003824 | 7.9e-123 | catalytic activity | ||
| GO:0043169 | 7.9e-123 | cation binding | ||
| GO:0004553 | 2.5e-114 | hydrolase activity, hydrolyzing O-glycosyl compounds | ||
| GO:0016597 | 1.9e-100 | amino acid binding | ||
| GO:0016743 | 1.9e-100 | carboxyl- or carbamoyltransferase activity | ||
| GO:0006520 | 1.9e-100 | cellular amino acid metabolic process | ||
| GO:0004070 | 2.3e-100 | aspartate carbamoyltransferase activity | ||
| GO:0006207 | 2.3e-100 | 'de novo' pyrimidine base biosynthetic process | ||
| GO:0005524 | 1.9e-88 | ATP binding | ||
| GO:0016874 | 1.9e-88 | ligase activity | ||
| GO:0008152 | 4.6e-81 | metabolic process | ||
| GO:0006541 | 7.5e-34 | glutamine metabolic process | ||
| GO:0016810 | 7.3e-20 | hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds | ||
| GO:0016787 | 1.6e-08 | hydrolase activity | ||
| KEGG pathway | tca:660900 | 0.0 | ||
| K11540 (CAD) | maps-> | Alanine, aspartate and glutamate metabolism | ||
| Pyrimidine metabolism | ||||
| InterPro domain | [1093-2145] IPR006275 | 0 | Carbamoyl-phosphate synthase, large subunit | |
| [709-1066] IPR006274 | 4.3e-125 | Carbamoyl-phosphate synthase, small subunit | ||
| [119-446] IPR013781 | 7.9e-123 | Glycoside hydrolase, subgroup, catalytic core | ||
| [126-444] IPR001944 | 2.5e-114 | Glycoside hydrolase, family 35 | ||
| [2633-2939] IPR006130 | 1.9e-100 | Aspartate/ornithine carbamoyltransferase | ||
| [2640-2937] IPR002082 | 2.3e-100 | Aspartate carbamoyltransferase, eukaryotic | ||
| [115-450] IPR017853 | 3.2e-95 | Glycoside hydrolase, superfamily | ||
| [1290-1482] IPR013816 | 1.9e-88 | ATP-grasp fold, subdomain 2 | ||
| [1215-1418] IPR005479 | 4.6e-81 | Carbamoyl-phosphate synthetase, large subunit, ATP-binding | ||
| [1106-1120] IPR005483 | 5.2e-63 | Carbamoyl-phosphate synthase, large subunit, CPS-domain | ||
| [1479-1631] IPR005480 | 2.6e-60 | Carbamoyl-phosphate synthetase, large subunit, oligomerisation | ||
| [1615-1737] IPR013817 | 1.2e-59 | Pre-ATP-grasp fold | ||
| [708-847] IPR002474 | 2.8e-54 | Carbamoyl-phosphate synthase, small subunit, N-terminal | ||
| [1631-1751] IPR016185 | 4.4e-48 | PreATP-grasp-like fold | ||
| [887-1063] IPR017926 | 2.1e-46 | Glutamine amidotransferase type 1 | ||
| [2639-2782] IPR006132 | 5.2e-42 | Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding | ||
| [2787-2936] IPR006131 | 3.3e-36 | Aspartate/ornithine carbamoyltransferase, Asp/Orn-binding domain | ||
| [885-899] IPR001317 | 7.5e-34 | Carbamoyl-phosphate synthase, GATase domain | ||
| [564-701] IPR008979 | 6.1e-30 | Galactose-binding domain-like | ||
| [2014-2175] IPR011607 | 2.7e-27 | Methylglyoxal synthase-like domain | ||
| [1764-1820] IPR013815 | 4.9e-21 | ATP-grasp fold, subdomain 1 | ||
| [2417-2538] IPR011059 | 7.3e-20 | Metal-dependent hydrolase, composite domain | ||
| [1095-1210] IPR005481 | 2.6e-16 | Carbamoyl-phosphate synthase, large subunit, N-terminal | ||
| [2186-2234] IPR006680 | 1.6e-08 | Amidohydrolase 1 | ||
| Orthology group | MCL10572 | Multiple-copy universal gene | ||
| Genotypes for resequenced monarchs and outgroup Danaus species |
|---|
>DPOGS205071-TA
ATGACACATTTATCTTCTAATAAAGTAAGTCATTTTCAAGTTTCCAAAGGAGTGGCGAAGCGGACGGTCGTGTGCAACTGGCTCTTTCGCTCTAATAACCTAGCTTCGCCCGTGATTGTGAAGTCGGGGCCGAGAGTTCACTGGCACTCGAGACTCTACCCGGGGTCATTGCCGCCAATGAAATATTTACCAAACATGTTGGCAACATTGCGATTTCTATCCGTATCAATATGTGTGATGCAATTGATTTTGGCACAACCGACGACCATCCAAGAAACAGATCCAATAGTGTTACAGATAACAGACAACAACCAAGGAGGTCAGCTATCGCAAAAAGACTTTCAGAACGCACGTAATATAAGCATTGTAGGTGATGACTTTATGCTCGATGGCAAACCGCTCCGTATTGTGTCAGGATCTGTGCACTACTACAGACTACCGGCAGAATATTGGAGAGATAGGTTACGGAAAATTAGAGCCGCCGGTTTAAACGCTGTTTCCACATATGTGGAGTGGAGCAGTCATGAGGAAGAAGAAGGTGCCTATTCTTTTGAAGGTGACAAGGATATTGCCAGATTTCTAAAGATTGCCGCAGAAGAGAATTTGTATGTGCTACTTCGACCTGGGCCGTACATTTGTGCTGAAAGAGATCTAGGTGGACTACCGTATTGGCTTTTGAGCAAATATCCTGATATCAAATTGCGAACTACAGACGGAAATTTTATAGCAGAAACCAAAAAGTGGATGGCTAAACTATTTGAAGAAGTTAAACCTTTTCTATTAGGCAACGGAGGCCCTATCATATTGGTCCAGGTAGAAAATGAGTATGGCAGTTACGGAGCTTCAAAGGAGTATATGAAGCAAATTCGGGACATAATAAAATCTCACGTAGAAGACGCAGCACTACTTTACACCACCGATGGTCCCTACAGATCATACTTCATCGACGGATCTATATCCGGTACACTTACAACTATAGATTTCGGACCAACGACTAGTGTTATTAACACTTTTAAAGAGCTGAGAGCATACATGCCTGTTGGTCCTTTGATGAATTCCGAATTCTATCCTGGATGGCTAACACATTGGAGTGAACACATTCAGCAGGTGTCCACTGACCGTGTAACTTTTACTCTTCGAGACATGTTGGAAAACAAGATTAATTTAAATTTTTACGTTTTCTTTGGAGGAACTAACTTCGAATTTACATCTGGTGCTAACTATGGAAGATTTTATCAACCCGATATAACATCTTATGATTATGATGCTCCATTATCCGAAGCTGGCGATCCTACGGAGAAGTATTACGCTATACGAGACGTACTGTCCAATTACGATTTAGTGCCAGATGATATACCAGTTCCAGTACCATCAAAAAAAGGAGCCTATGGACGAATTGAAGTAGCAAACAAAATTAATCTGCTATCAACAGAAGGACGTTCCAGTTTAGGAATTAAATACAAAGACGTGGAAGGTGCGAAATTACCAACGTTTGAGGAATTGAAACAAAGAAGCGGTCTCATGCTTTATGAAATGACACTCAATGGAACCGGTGGAGTTTTGAATATAAAAAAACCACGAGATTTCATATTTGTTTACGTTGATAAGAAACTGCAAGGAGTTATAAGCAGAATGATGATGTTATATTCGCTCAGTATAAACTCAAAACCAGGCTCTACTTTGTCGTTGCTCGTTGAGAATCAAGGTCGTATAAATTTTGGAAACCGAATTCACGACTTCAAGGGCATACTTGGCTCTGTGTTATTAAACAATAAAACCTTAGAAGGTCCCTGGTCTGTAACTGGTTACTCATTAGATGTTAAGAAGAGTAAATTGTTGAGTGATGACAATATCTCTGCCTTCACTGAGGATGCTTTATCAGACGGTCCCATGATGTTCGAAGGACAGTTCGTGATTCCTGAAGGAGAAGAGCCATTGGACACTTTCATTGATACAACCAATTGGGGGAAGGGTTACATATTCGTCAACGGGTACAACTTAGGAAGATATTGGCCAAAGGTTGGACCCCAAATTACTCTTTATGTACCAGGTGTATGGCTGAAACCAGCACCAGCGGAAATGGTTGAAAGCGAGGAATTAAGTTGCTCAGTCGGAAACCCGTGCAGCCTGGTTTTGGCAGATGGCACAGTCTTTAGTGGAAGAAGTTTCGGGGCCAATGTACCCGTAGAGGGTGAAGTGGTATTCCAAACTGGTATGGTAGGGTATCCCGAATCATTGACAGACCCTTCCTACCACGCACAGTTGTTGGTCCTTACGTACCCATTAATCGGAAACTATGGTGTTCCTGACGATAAGGATAAAGACGAGCATGGGCTGCCAAGATGGTTTGAATCGAGTCGTATATGGGCTGCTGGGTTAATAGTTGGTCAAATAAGCACTCAAGCCTGCCACTGGCGTGCGAAACGATCTCTTGGTAAGTGGTTGGAGGCCAACGGTATACCTGGCCTCTGTGATATTGATACCCGAGCCCTTACATTCCGTCTCCGGGAAGGAGTAACTCTTGGGAGGATTGTACAAGGTGTTCCCCCTTTTGGACCTCTGCCACCCCTGAAGGATCCAAATTCCCGCAATTTAGTAGCAGAAGTATCTATAAAGGAACCTAAGATATTTAATGAATCAGGAAAAGTAACCATAATGGCTATTGACTGCGGTCTAAAATATAATCAAATAAGATGCTTAATAAAAAGGAACGCTAGGGTCGTATTAGTGCCTTGGAATTACAAATTTGAGACCAATTCATATGACGGTCTGTTTATAAGCAACGGTCCTGGTGACCCCGAGGTTTGCAAAAAGGTTGTTGAAAATTTGAATGATGTAATCAGCAGCGAAACTATTACTAAACCAATATTTGGTATATGTCTCGGTCATCAACTGCTTGCGACTGCTGCGGGATGTAAAACCTACAAAACAAAATATGGAAACCGTGGACATAATTTACCGTGTACACATTCAGGTACCGGCAGATGTTTTATGACTTCTCAAAATCACGGCTACGCTGTTGATGCCAATACCCTCCCTAAAAATTGGGAAATATTGTTTACCAACGAAAATGACAAAACCAATGAAGGCATAATACACAAGACACTTCCATATTTTAGTGTTCAATTTCACCCAGAGCATACAGCTGGTCCCACTGATTTAGAATGTCTTTTTGATGTGTTTATTGATACAGTCACAGCATATAAAAACAATGTAACATGTGTTGTGAAAGACTTAATATGTGAAAAACTTAAATTTACGCCGACAATTTATGAAAGACCGAAGAAAATATTGATTCTTGGTTCTGGTGGTTTATCTATTGGGCAGGCAGGTGAATTCGATTATTCTGGATCTCAAGGTGTTAAAGCTATGCAAGAAGAAAAAATTCAAACTGTTCTTATTAATCCTAATATTGCAACAGTTCAAACATCCAAAGGTCTCGCAGATAAAGTATATTTCTTACCCATTACACCAGAATATGTAGAACAAGTTATTAAGGCCGAAAGACCAACAGGTATTTTACTCACTTTTGGTGGACAAACAGCTTTAAATTGTGGAGTGGAATTACAAAAAAACAAAGTATTTGAAAAATACAATGTAAGCGTTTTGGGAACACCGGTACAATCAATAGTCGACACGGAAGACAGAAAGATATTTGCTGAAAAAATTAATGCCATTGGAGAAAAAGTTGCACCTAGTGCTGCTGTAGCCTCTATTGAAGAAGCTTTAAATGCAGCACGTCAAATCGGATATCCGGTTATGACCCGATCGGCGTTTTCGCTTGGAGGTCTTGGATCAGGATTTGCAAATGATGAAGAAGAGTTAAAAAAACTAGCTCACCATGGGTTATCACATTCCGACCAGTTAATTATTGATAAGTCCTTAAAAGGATGGAAAGAAGTTGAATACGAAGTTGTGAGGGATGCATATGATAATTGCATAACAGTATGTAATATGGAAAATGTAGACCCTTTGGGAATACATACCGGAGAGTCCATTGTTGTTGCTCCTAGTCAAACTTTATCAAACAAAGATTATTATATGTTAAGAAATACTGCTATTAAAGTAATCAGACATTTTGGGATTGTTGGTGAATGCAACATTCAATATGCACTAAATCCTAACTCTGAAGAGTTTTATATCATAGAAGTGAACGCACGATTATCTAGAAGTTCAGCTTTAGCTAGTAAAGCTACGGGTTATCCGTTAGCATATGTTGCTGCAAAGCTAGCCCTTGGAATTCCATTACCCGCAATAAAAAACTCTGTAACGGGGGTTACAACAGCATGTTTTGAACCGAGTTTAGACTACTGTGTCGTTAAAATTCCAAGATGGGATTTAGCGAAATTCAATCGAGTTAGTACAAAGATTGGAAGTTCTATGAAAAGTGTTGGTGAAGTTATGGCCATAGGAAGGAATTTTGAGGAAGCATTCCAAAAAGCTTTAAGAATGGTCGATGAAAACGTTAATGGTTTCGATCCGTACCTTAAAAAAGTTAATGAAAATGAACTGCGAGAGCCAACAGATAAGCGAATGTTTGTTTTAGCAGCAGCTCTTAGACAAAATTACAGTGTTGAAAAATTGTACGAGTTAACTAAAATAGACCGATGGTTCCTTGGAAAATTTAAAAATATTATAGATTACTATCAAACACTTGAGTCCATAGATTCGGGATCAATTACTTCTGATATATTAAAAACAGCAAAACAAATGGGATTTTCGGATAAACAAATTGCTGTTGCTATTAAAAGTACAGAATTAGCAGTTCGAAAATTACGAGAAGAATTCAAGATTACTCCGTTTGTTAAACAAATAGACACAGTGGCAGCTGAATGGCCCGCATCTACCAATTATTTATATCTTACTTACAATGGTTGTACCCATGATTTAGTTTTCCCTAAAGATTTGACTATGGTACTCGGTTCCGGAGTATATAGAATAGGAAGTTCTGTTGAATTTGATTGGTGTGCTGTTGGCTGCTTAAGAGAATTGAAAAAGCAGGGCAAAAAAACAATTATGGTCAATTACAACCCTGAAACTGTCAGCACAGATTATGACATGAGTGACCGACTATATTTCGAAGAAATTTCCTTTGAAGTTGTTATGGATATATATAACATTGAACAACCTCATGGAGTAATATTATGTATGGGAGGACAGTTACCCAATAATATTGCTATGGATTTACACAGACAGCAGGCTGTTATATTAGGAACCTCCCCTGATATGGTTGATAATGCTGAAAATAGATTTAAATTTTCTCGCATGCTCGACCGTAAGGGTATTCTGCAACCAAGATGGAAAGAATTAACTAATCTTGATTCAGCAGTAAAGTTCTGTGAAGAAGTTGGATATCCATGTTTAGTTCGTCCATCATATGTTTTAAGTGGAGCTGCGATGAATGTAGCATATTCAAACCAAGATTTGGAAACGTATCTGAAATCTGCTAGTGAAGTGAGTAAAGAACATCCAGTAGTGATATCAAAATACATTTCAGACGCAAAAGAAATAGATGTTGATGCCGTTGCCGCAGATGGGGTTATTCTTTGTATGGCTGTATCAGAACACGTAGAAAATGCTGGAGTGCATTCTGGAGATGCTACATTAGTAACACCACCGCAAGACATCAATGATGAAACATTGGACAAAATCAAAGAAATAGCGAGAATTATTGCAGAGACACTTGATGTTACCGGGCCATTCAATATGCAACTTATAGCAAAGGACAATGAATTAAAGGTTATAGAGTGCAATGTGAGGGTTTCAAGATCATTCCCATTTGTTTCAAAAACATTGGATCATGATTTTGTGGCAATGGCAACAAAAGTTATCCTCGGTTTACCGGTTGAACCTGTGAATATAATGGGTGGCTGTGGAAAAGTTGGCGTCAAAGTGCCACAATTCTCATTTTCAAGATTATCAGGAGCCGATGTCACACTTGGGGTAGAAATGGCATCCACCGGTGAAGTTGCTTGTTTTGGTGAAAATCGTTATGAAGCTTATCTAAAATCTTTAATGAGTACTGGCTTTAGAATTCCCAAAAAAGCTATTTTACTTTCTGTGGGAACATTTAAGCATAAAATGGAGTTATTGCCAAGTGTTCGAATATTACAAAAATTAGGATATAAATTGTATGCCAGTATGGGTACTGGGGATTTCTATATGGAACATGGAGTTGAGATTGAAAGTGTGCAATGGACTTTTGACCACATTGGGGATCTAGAGGACGATAGATCAGATGGAGAATTAATGCATTTAGCCGATTTTATGGCTCGAAGAGAATTGGATTTAGTAATAAACTTGCCTATGAGAGGTGGAGCCCGGCGCGTCTCTTCATTTACTACACATGGCTATCGAACCCGCCGTTTAGCCGTAGACTATGCAGTTCCTTTAGTTACTGATGTGAAATGCGCTAAACTTCTAGTTCAGGCTATGCTGCGGTGTAGTGGTGCGCCGCCAATGAAAACAAAACTTCTAGTTCAGGCAATGCTGCGGTGCAGTGGTGCGCCGCCAATGAAAACACATACAGATTGTATGACTTCTCGAAACATACTTAAACTACCAGGGTTTATCGATGTTCATGTTCATGTTCGTGAACCAGGGGCGACATACAAAGAAGATTTTAATTCCTGTACAGCTGCTGCATTGGCTGGAGGTATCACTATGATTTGCGCTATGCCAAACACAAATCCTCCGGTAATCGATCGCGTGTCATATGACTATGTTTCCACATTGGCACGTGTAAGTGCTCGTTGTGACTACGCTTTATTTGTGGGAGCTTCAACGACGAATTGTGATACAGCTGCTGAATTAGCACCTCAAGCGGCAGCATTAAAAATGTATCTCAATCAAACTTTCACTACCTTAAGGTTGGACGATATGACTGTTTGGCAACGACATCTTCAGAACTGGCCCAAAAAAATGCCTATATGTGCTCACGCTGAGCGTGAAAAGACTGGCGCAATCATTTTGATGGCGTCTCTGTTGGACAGACCTATTCATATATGTCATATCGCTAGGAAAGAAGAAATTTTGATCGTGAAAGCGGCCAAAGAAAAAGGACTTAAAGTAACTTGCGAAGTATGTCCACATCATCTTTTTTTAAGCACAGATGATGTAAGTAGCATTGGTGAAGGACGTGCTGAAGTCCGTCCTGTCTTATGTAGCCCACAAGACCAAGCTGAGTTGTGGAAAAATATGGATATTATTGATGTATTTGCAACAGACCATGCTCCTCATTCCGTCGAAGAAAAGAATTCTGAAAAGCCTCCCCCAGGCTTCCCTGGTCTTGAAACTATCTTGCCTCTACTTCTAAACGCTGTTCACGAAGGACGTTTAACAATAGATGATTTAATTAATAAATTTCATAAAAATCCAAGAAGAATTTTTAATCTACCTGAACAACAAAATACATATGTTGAGGTGGACATGGATTATGAATGGGTAATTCCTCAGGCATTGGAATTCTCAAAGTCTAAATGGACCCCCTTTGCTGGGAAACGGGTATGTGGAGCTATTCATCGCGTGACTCTACGAGGCGAAATAGCCTACGTTGAAGGCCAAGTCTTGGTACCGCCTGGATTTGGTCAAAACGTACGTGACTGGCCAGCACCAAAAAAACTTGCTCACCCCAGCATTGTATCTGAGAAACTAGAAAAAGAGACCAGTCGGCCAAACTCTTCATTAGATTTTCACAGTTCTCTGGACTTTATTAAAGTTAACGATCTAGACGTAGACCAAGCTGAAGTCTCTAAGTCAGATCAAAATAAACTGAATGTTCATTTCCACGAAGACTCCGGTTTAAGAAGTGTTTCACCCTTAATTCCACAAACTACTACTAGACAGAGATTGGACAGTTCGTCTTACCCGTCTCATGCAGCGCCACCTAATCGTCAAAGAAGTGATTTATTTGGAAAGAGCATATTAACAGTGGACACATTCGGAAAAGAAACATTGAATGATATATTCAATTTAGCTCAATTTATGAAAACTAATGTTACAAAAGGGCGCGTATTAGATGACATTTTACGGGGTAAAGTCATGGCATCAATATTCTACGAAGTAAGTACGAGGACGAGTTGTAGTTTCGCCGCTGCTATGCAAAGACTTGGCGGATCTGTGATCCACACGGACGCAACGAGTTCCTCAGCCAAAAAAGGTGAAACACTAGAGGACAGTGTGACTGTTATGGCCAGCTACGCAGACGTCGTAGTATTGCGTCATCCAGAACCCGGCGCGGTGACACGTGCCTCAAGACACTGTCGGAAACCAATCATAAATGCTGGGGATGGTGTAGGTGAACATCCCACTCAAGCCCTTCTGGATGTTTTTACAATTCGAGAGGAAATCGGTACCGTTAATGGCTTAACCATAACGATGGTCGGTGATTTGAAAAATGGAAGAACCGTTCACTCTTTAGCCCGACTTCTTACTCTGTATCAAGTACAACTACAATACGTAAGTCCGCCTGGACTTGGAATGCCTAAACATATAATGGATTACGTAGCATACAAAGGCATTCCTCAAAAAGTATATGAACGCTTAGAAGATGTTCTCGGCGAAACTCATGTTCTCTATATGACAAGAATTCAACGTGAACGATTTGAAAGTGAGCAGGAATACGAAAAGATGCGAGGCCTGTTGGTGGTTACACCACAACTTATGACACGAGCCAAACGCCGTATGATAGTTATGCATCCACTTCCTCGTGTCGATGAAATTTCACCAGAGTTTGATACCGATCCACGGGCAGCTTATTTCAGACAAGCGGAATACGGGATGTATGTCCGTATGGCGTTACTTTCCATGGTCGCTGGAGTTAATCCTCTCACGTAA
>DPOGS205071-PA
MTHLSSNKVSHFQVSKGVAKRTVVCNWLFRSNNLASPVIVKSGPRVHWHSRLYPGSLPPMKYLPNMLATLRFLSVSICVMQLILAQPTTIQETDPIVLQITDNNQGGQLSQKDFQNARNISIVGDDFMLDGKPLRIVSGSVHYYRLPAEYWRDRLRKIRAAGLNAVSTYVEWSSHEEEEGAYSFEGDKDIARFLKIAAEENLYVLLRPGPYICAERDLGGLPYWLLSKYPDIKLRTTDGNFIAETKKWMAKLFEEVKPFLLGNGGPIILVQVENEYGSYGASKEYMKQIRDIIKSHVEDAALLYTTDGPYRSYFIDGSISGTLTTIDFGPTTSVINTFKELRAYMPVGPLMNSEFYPGWLTHWSEHIQQVSTDRVTFTLRDMLENKINLNFYVFFGGTNFEFTSGANYGRFYQPDITSYDYDAPLSEAGDPTEKYYAIRDVLSNYDLVPDDIPVPVPSKKGAYGRIEVANKINLLSTEGRSSLGIKYKDVEGAKLPTFEELKQRSGLMLYEMTLNGTGGVLNIKKPRDFIFVYVDKKLQGVISRMMMLYSLSINSKPGSTLSLLVENQGRINFGNRIHDFKGILGSVLLNNKTLEGPWSVTGYSLDVKKSKLLSDDNISAFTEDALSDGPMMFEGQFVIPEGEEPLDTFIDTTNWGKGYIFVNGYNLGRYWPKVGPQITLYVPGVWLKPAPAEMVESEELSCSVGNPCSLVLADGTVFSGRSFGANVPVEGEVVFQTGMVGYPESLTDPSYHAQLLVLTYPLIGNYGVPDDKDKDEHGLPRWFESSRIWAAGLIVGQISTQACHWRAKRSLGKWLEANGIPGLCDIDTRALTFRLREGVTLGRIVQGVPPFGPLPPLKDPNSRNLVAEVSIKEPKIFNESGKVTIMAIDCGLKYNQIRCLIKRNARVVLVPWNYKFETNSYDGLFISNGPGDPEVCKKVVENLNDVISSETITKPIFGICLGHQLLATAAGCKTYKTKYGNRGHNLPCTHSGTGRCFMTSQNHGYAVDANTLPKNWEILFTNENDKTNEGIIHKTLPYFSVQFHPEHTAGPTDLECLFDVFIDTVTAYKNNVTCVVKDLICEKLKFTPTIYERPKKILILGSGGLSIGQAGEFDYSGSQGVKAMQEEKIQTVLINPNIATVQTSKGLADKVYFLPITPEYVEQVIKAERPTGILLTFGGQTALNCGVELQKNKVFEKYNVSVLGTPVQSIVDTEDRKIFAEKINAIGEKVAPSAAVASIEEALNAARQIGYPVMTRSAFSLGGLGSGFANDEEELKKLAHHGLSHSDQLIIDKSLKGWKEVEYEVVRDAYDNCITVCNMENVDPLGIHTGESIVVAPSQTLSNKDYYMLRNTAIKVIRHFGIVGECNIQYALNPNSEEFYIIEVNARLSRSSALASKATGYPLAYVAAKLALGIPLPAIKNSVTGVTTACFEPSLDYCVVKIPRWDLAKFNRVSTKIGSSMKSVGEVMAIGRNFEEAFQKALRMVDENVNGFDPYLKKVNENELREPTDKRMFVLAAALRQNYSVEKLYELTKIDRWFLGKFKNIIDYYQTLESIDSGSITSDILKTAKQMGFSDKQIAVAIKSTELAVRKLREEFKITPFVKQIDTVAAEWPASTNYLYLTYNGCTHDLVFPKDLTMVLGSGVYRIGSSVEFDWCAVGCLRELKKQGKKTIMVNYNPETVSTDYDMSDRLYFEEISFEVVMDIYNIEQPHGVILCMGGQLPNNIAMDLHRQQAVILGTSPDMVDNAENRFKFSRMLDRKGILQPRWKELTNLDSAVKFCEEVGYPCLVRPSYVLSGAAMNVAYSNQDLETYLKSASEVSKEHPVVISKYISDAKEIDVDAVAADGVILCMAVSEHVENAGVHSGDATLVTPPQDINDETLDKIKEIARIIAETLDVTGPFNMQLIAKDNELKVIECNVRVSRSFPFVSKTLDHDFVAMATKVILGLPVEPVNIMGGCGKVGVKVPQFSFSRLSGADVTLGVEMASTGEVACFGENRYEAYLKSLMSTGFRIPKKAILLSVGTFKHKMELLPSVRILQKLGYKLYASMGTGDFYMEHGVEIESVQWTFDHIGDLEDDRSDGELMHLADFMARRELDLVINLPMRGGARRVSSFTTHGYRTRRLAVDYAVPLVTDVKCAKLLVQAMLRCSGAPPMKTKLLVQAMLRCSGAPPMKTHTDCMTSRNILKLPGFIDVHVHVREPGATYKEDFNSCTAAALAGGITMICAMPNTNPPVIDRVSYDYVSTLARVSARCDYALFVGASTTNCDTAAELAPQAAALKMYLNQTFTTLRLDDMTVWQRHLQNWPKKMPICAHAEREKTGAIILMASLLDRPIHICHIARKEEILIVKAAKEKGLKVTCEVCPHHLFLSTDDVSSIGEGRAEVRPVLCSPQDQAELWKNMDIIDVFATDHAPHSVEEKNSEKPPPGFPGLETILPLLLNAVHEGRLTIDDLINKFHKNPRRIFNLPEQQNTYVEVDMDYEWVIPQALEFSKSKWTPFAGKRVCGAIHRVTLRGEIAYVEGQVLVPPGFGQNVRDWPAPKKLAHPSIVSEKLEKETSRPNSSLDFHSSLDFIKVNDLDVDQAEVSKSDQNKLNVHFHEDSGLRSVSPLIPQTTTRQRLDSSSYPSHAAPPNRQRSDLFGKSILTVDTFGKETLNDIFNLAQFMKTNVTKGRVLDDILRGKVMASIFYEVSTRTSCSFAAAMQRLGGSVIHTDATSSSAKKGETLEDSVTVMASYADVVVLRHPEPGAVTRASRHCRKPIINAGDGVGEHPTQALLDVFTIREEIGTVNGLTITMVGDLKNGRTVHSLARLLTLYQVQLQYVSPPGLGMPKHIMDYVAYKGIPQKVYERLEDVLGETHVLYMTRIQRERFESEQEYEKMRGLLVVTPQLMTRAKRRMIVMHPLPRVDEISPEFDTDPRAAYFRQAEYGMYVRMALLSMVAGVNPLT-