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qs_1_scaffold_388_20

Organism: QS_1_Euk_56_21

megabin RP 45 / 55 MC: 34 BSCG 41 / 51 MC: 19 ASCG 27 / 38 MC: 10
Location: comp(27226..32124)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
PREDICTED: proteasome-associated protein ECM29 homolog isoform X1 n=1 Tax=Setaria italica RepID=UPI000350C68C similarity UNIREF
DB: UNIREF100
  • Identity: 25.6
  • Coverage: 935.0
  • Bit_score: 196
  • Evalue 2.60e-46
proteasome-associated protein ECM29 homolog similarity KEGG
DB: KEGG
  • Identity: 25.6
  • Coverage: 935.0
  • Bit_score: 196
  • Evalue 8.10e-47
Uncharacterized protein {ECO:0000313|EnsemblPlants:Si009163m}; TaxID=4555 species="Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; Liliopsida; Poales; similarity UNIPROT
DB: UniProtKB
  • Identity: 25.6
  • Coverage: 935.0
  • Bit_score: 196
  • Evalue 3.60e-46

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Taxonomy

Setaria italica → Setaria → Poales → commelinids → Streptophyta → Viridiplantae

Sequences

DNA sequence
Length: 4899
ATGGCGGCTTCTGCGGAAGCGGAACAGCAGGAGCTCTTCTCGCTCGATAATGCACTCACCGGTCTCAGCCTGACACCAGACTCCCGCCTGGAATCCACGCTCGCCTCCCTCCTGCCAAAGCTGATCGTGGGCGTGTCGCGAGCGCCCTCGCCTCGTGTCTCCCACAAGATTGTCTCCGAGCTCCTCCCCTCCCTCAACCGCCGCCTCGATGCCAACCGCTCACTCTCTCTTCCTCTGCTGTCCCTTGCCGATCTCTTCGCCTCCGGCTCGCTTGGCTCCGGCAAATCTCTCGCCCGCAACCTCTGTGCGGTATACATCGAGCGTGCCGCTGACAGATCTGAGTCCCACTCCCTCTCGCACTGTGCACACATCTTGCTAACCAACATATCAAACCAACCCGCCGAGCATCGTGACATCCTACTCCGTGTCTCATGCCTTGCGCTGCCACACTGTGACTCACCGCTTTCGCTCACTCGTGAGGACTGGTTGACATTGCTTCGCTTTGCTGAAGTGCTTGTTCAGATGCGTCCTGGCTCGTCTGACCCTCCGCCTGGCCTCATCAGAGACGATGCTAAGCGCGTTCTTTGGCGCTCGCAAGAAGTAATTAGCGACCCGTCCCTGAAAGCAATGAAGCTCGCTCTTCTGAAGCACGCTAGCCAAAGCGATGTGCTCTCCAACGCTGACTGCTTGCCTCTATACTTGCTCGCATCTGCGCACGCAACCGAGGATAATGTGAATTCGCGTGCTGATGAGGCTCTGAAACGAATTGCTGGCTCCTCGTCGTCTGCTTCCGCCGTTGCCGAGGATGAACGGGTATGTGAGTGCCTCTTTGATACCTTCGCTGGCAAATCACACGCACAAAGCACACCGCTACCTACGCTTCGTGTGAAAACGGTCCAGCTCCTATCAAAATCCCGGACAGCAGCAAATAAGGTTTCACGAGCGCTCGAGCTGATTTCTGAGGGCCTTTTTGGAGACAGCTCGAGCCCTGCGTTGCAGCACAGGACCATGGAGTTTGTTGCGTGGTTTACGCGCCATGCGGAATATGAAAGCCTGCTTCCTGTGGCCAGGAATCTGTATTCTCAGCTCGACCAGATCCGACAAAGCTCCGATAAGTCATCAGCACAGCGGTGTCGTGCGCTGGACGCGTGTGCGCAACTTGTCGCTCGTATTCCTGAGACAATAAATGGATCGGTTTCTCCGATGGCAAGCATTTTGGAGCTCCTTCGAAGCGGAAGCGATGATAACATCATGGCCAGCGCCAGGGAGGCGATTCCGATCTTCGCTGCTGCATACTCAGCTGATCGCGGAACTCCAACAGGCGTTGTGATGGAGCTCGAAAGCCTTGTGCTAACACATTTCCAGAGCGATCCTGAAGCTGTTCGATTCGCTTGCGTGCAGATTATCAACAAGGCATTCACTGGGACAATGCGAGCTTCGTCATTGGGTCTATATGTATGCTTGCTTCTCGTTGGTGACGAAACACAAGCAATCAGAGATCAATCTGAAAAAACTCTGCAGCGAGTTGCTCCTTCATCTTCTTTGGAAGCAGTGCTTGAACTTCTTTTTACTAAGCATCCTGAGCTTGTCTCAGGAAGATTCACGTCCGTGTCAGATACAGTTCTTCAAAGCATCTTGAGCTTTTCAAAGCAATCAGCTAAGCGAGAGCATCTACATTGCTTTCCGGAAAATTTCTTATCCTTCTTAAAAGCACTGTTGCAAGCACAACGGGTGTCCTCCTCCGTTCACCGAGCTGCTTTGACGCTTATTCTTGACTGGTGTGAGCGAGACGAGTCTTCTGCCGCGAAGCATTTCTTGTTTGCGTTGAAAGAATCTATGATGTTACCTCTCCTTCGAAATGCAGACAGTGAAACACGAAAAGCTATGGGCATGCTTTTGGCCGTCATCTCAAAGCACTCTGAAGGAGCGGAAGAGCTGCTACAACATCTCATGACAAACATGCAAAGCTCTTCTGAGAGCCTCGAAGGACGCGAGGGTGCGATTGAGGCCGCCTACAGAATTGCCAGAGAAACACGCTGTAGCAAAGCTGACGAATTGGTACTGCTTCTTGATAACCTCTTGAAGTCAGAGCAACGACTGAGAGAAATCACTTTAACAGCGCTTGGTCAGTGTGGCGAGGTCACTCCAATACCGCATGAGGTGCTCAAGCATATCATCAGCTACCTTGACGCAGGACAATCCGAGGCTGAGCGCAAAGCATCTGCTATCGCTGCCGGATTAGTTGCTAAAGGCGCGTTGGAGAGTGAGAAGGCACGTCTGATCGTTGAAGAGCATCTGCTGAAGGCTTTAGATATCAAGTCAGACGACCTCGCTCTGACAGTTGCGAGTGCTTGTGCAAATGCGTTGGCACGTCATGACGTAAACCTCATCCAACTGACCGTACGATCGGCAACGAGCGCCCTGACCTCAGATCGACCGAATGTTCGGCGGACCGGTGCTGCGGTTGCGCACGCTGTGATGGCGCGCATGAAGGAGGATGCCATTTCGCCAGAAGCTGCTGGCGCAGATGATCTCCTGCCTAACTTGCAACGCGAACTTATGCGGATGCAGTCAGGGAGTTCAGATTCGGCGCTAGCGAAAGAGGAGGCTGAAGCAGCAACCGTTTTTGCATACGCATCTGCAACAAGCGAGAGCACGAAACAACGGCTTGCATCATTGCTTGAAGAGAACTTGGCTGCATCTGATGGCAAGGCGAGGGAGCTGCTTATTGTTGCAAATGGCTGTCAAAAGCGAGAGCTTTGGTTTGAACTCTGCGATCTTTCTCGAAAACCACGAGCAGCAGCCAGTGTGCTTCCGAGCAGATGTGAGGACGGTACATTTAAGACTGGAGAGTCATCTACAACAGCAAACAACGTGCTTAATATGTCACCCTCACCTGCACCACAGCTTTACAGAATGAGCTTTGATCCCGATCCCGAAACACGAGATGCTGCTGAGAGGATCTTTCTCGCGCTCACTGGAGATCATGGAGGTCGGTATGTCAAAGCTCGTTGCTTGCAAAAAGCCTGCGATCATTGCGTCGAAAAATGCTTTTCCAATTCACCCCGTCATCGCACTGGAGGAGCATCCGCGCTGGCGCAGCTGATTCCAGATCTTGGATGGGATCCAGAGCGCTTTCAGGCATTCTGGCGATGTTGCTTCAGGATCATGGATGACGTCAGCTCAGCTGCTCGCTCTGCTGGGAATGAACTTGTTGCAAGTCTCAGCAACGCAACATTTAAATTTTGCGCTCCATCTGAGGCGAATAACCACGAAGCAAAGGACGCCACTGCGGCATTTGTATCTGTGTTGGTTCAACACGGGCTGCAATCGGGAACGTCCGCTTCCGAAATTCCAGCCCTTGCGCTTGGAGTGCTGGCACGGTTGATGAAAAGAGCGCCAATGGGATCGCTTTCCGCAGAGCAAGCAGTCCTTGTGGTGCCTCGCCTCCTCGAATCTGTCGGCGAGCTTGAGAACCCTAAAGCCTCGCAGACGCAGGCGATTGCAACGTCGGAGAATCGCACTGGAAACGCAGAAAGCGTGGCGCATAATCGTGTCTCTTCTGCATCGAGAAGCCCACTTTTAGAAGCAGTGGAGGAAGCTATCAAACAGGCTGGCAAAGACGGAGCGCAGCAGCTTGTACCTCATGTTAGAAAGCTTATACGTGAAGGCTCAGTTGCTACACGAGCGGCGGCCGCGCAGGCTAGCAAACTCATGAAGCAGCAGGACGGACTGGATTCTGACTCTGCGTTTGCTCTTGCTCAGGAATTGGTTGACGCGACGCTCCGCGAAGAGTCTCGCTCAGGAAAGAGGTCTCTAGCGAGTGCACTTGAATATGTTGGGCGTGGCGTGGAATCCGAGCGTCTGCAACAGCTTATTCTGAGAATTCGCTCGTGGATTGATGAGAGCGGACACGACAATGCTCTCAGCTCAGCAGCGCTCCTGTTCAAAGAGCTTGGTAAGGCAGAGCTTTTGACAGATTCCGTTCAGGAGGTTGTTCCTTGCTCTCTCCTGCTTGCAAATGAGGGAAACGAGTGGGAAGATGTTATGAGTGCCATCTCGCCGTCACACCGCTCTGCGTTGCGCCTCTATGTGCATGAAGTGACCGAGCGCATAACACACGAGTTGCAGGAGTCAAAGTCATGGGAGCGGAAGAGATCTGCTGTTCAGCTTGCGAAAAGAATTCTGCTGGAGGGCACATGGGCAGCTCAAAGTGCGACCGAGCTTATATCGGCTATATCAAAAGAGCTCCCGCGCGCTCGTTACGCGGGTCGAGATGAGATGGCCACAGTTCTGGCGTTGAATGTCGATGTCTGTGCATCTGCAGAGCGGTATGATGTCGATTACGCGACCGCGATTGATAGCTTGCTGAGCGCGATCAAGAAACGTAAGGAGGATCTCTTCTCGTCTGCTTTGTCTGCGCTTTGCAACTCCATTGAAAGTATCACGAACAGCAATCTACTGAACCCTGCGCAACTCTTCAGTATTGATAATGTCATTTCGTGCCTTACAAGCTATGCTTTGAGCAGTGATGATCATGTTGATAACGTTGTTGCAACATTGAAATGCTTTGTGCTTCTTATGCCTTTTGTTTCACTCGATGCGACTCATCTGATGTGCGGAATGCTGCAAGCTGTGCTTAACATCGTTTCAAAGCGCTCTGATAGCAGAGCGATCGTGAAGCGCTCTATAGGTTTCGTCAAAGCGCTTGTGACGCACGCCACCAGCGATTGTAGCAAGTGGCAAGAAATACGGGAGACTCTATCCCATGGACTCGCGATTGAAGGCGAAGGAGCGAACGAGAACGATGCAAGTGGAATGCATGCCTGCCTCCGCAAAGTGCTCACCGTCGAGACAGTGCAGAATGCGCACGAGGAAGTTAAGAATATTTGTGAATGA
PROTEIN sequence
Length: 1633
MAASAEAEQQELFSLDNALTGLSLTPDSRLESTLASLLPKLIVGVSRAPSPRVSHKIVSELLPSLNRRLDANRSLSLPLLSLADLFASGSLGSGKSLARNLCAVYIERAADRSESHSLSHCAHILLTNISNQPAEHRDILLRVSCLALPHCDSPLSLTREDWLTLLRFAEVLVQMRPGSSDPPPGLIRDDAKRVLWRSQEVISDPSLKAMKLALLKHASQSDVLSNADCLPLYLLASAHATEDNVNSRADEALKRIAGSSSSASAVAEDERVCECLFDTFAGKSHAQSTPLPTLRVKTVQLLSKSRTAANKVSRALELISEGLFGDSSSPALQHRTMEFVAWFTRHAEYESLLPVARNLYSQLDQIRQSSDKSSAQRCRALDACAQLVARIPETINGSVSPMASILELLRSGSDDNIMASAREAIPIFAAAYSADRGTPTGVVMELESLVLTHFQSDPEAVRFACVQIINKAFTGTMRASSLGLYVCLLLVGDETQAIRDQSEKTLQRVAPSSSLEAVLELLFTKHPELVSGRFTSVSDTVLQSILSFSKQSAKREHLHCFPENFLSFLKALLQAQRVSSSVHRAALTLILDWCERDESSAAKHFLFALKESMMLPLLRNADSETRKAMGMLLAVISKHSEGAEELLQHLMTNMQSSSESLEGREGAIEAAYRIARETRCSKADELVLLLDNLLKSEQRLREITLTALGQCGEVTPIPHEVLKHIISYLDAGQSEAERKASAIAAGLVAKGALESEKARLIVEEHLLKALDIKSDDLALTVASACANALARHDVNLIQLTVRSATSALTSDRPNVRRTGAAVAHAVMARMKEDAISPEAAGADDLLPNLQRELMRMQSGSSDSALAKEEAEAATVFAYASATSESTKQRLASLLEENLAASDGKARELLIVANGCQKRELWFELCDLSRKPRAAASVLPSRCEDGTFKTGESSTTANNVLNMSPSPAPQLYRMSFDPDPETRDAAERIFLALTGDHGGRYVKARCLQKACDHCVEKCFSNSPRHRTGGASALAQLIPDLGWDPERFQAFWRCCFRIMDDVSSAARSAGNELVASLSNATFKFCAPSEANNHEAKDATAAFVSVLVQHGLQSGTSASEIPALALGVLARLMKRAPMGSLSAEQAVLVVPRLLESVGELENPKASQTQAIATSENRTGNAESVAHNRVSSASRSPLLEAVEEAIKQAGKDGAQQLVPHVRKLIREGSVATRAAAAQASKLMKQQDGLDSDSAFALAQELVDATLREESRSGKRSLASALEYVGRGVESERLQQLILRIRSWIDESGHDNALSSAALLFKELGKAELLTDSVQEVVPCSLLLANEGNEWEDVMSAISPSHRSALRLYVHEVTERITHELQESKSWERKRSAVQLAKRILLEGTWAAQSATELISAISKELPRARYAGRDEMATVLALNVDVCASAERYDVDYATAIDSLLSAIKKRKEDLFSSALSALCNSIESITNSNLLNPAQLFSIDNVISCLTSYALSSDDHVDNVVATLKCFVLLMPFVSLDATHLMCGMLQAVLNIVSKRSDSRAIVKRSIGFVKALVTHATSDCSKWQEIRETLSHGLAIEGEGANENDASGMHACLRKVLTVETVQNAHEEVKNICE*