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Accession Number |
TCMCG020C00211 |
gbkey |
CDS |
Protein Id |
RAL37517.1 |
Location |
complement(join(3014981..3014996,3015104..3015926,3016197..3016667,3016751..3016779,3017303..3017772,3017935..3018059,3018307..3018598,3019200..3020421,3020626..3021324,3023263..3024521)) |
Organism |
Cuscuta australis |
locus_tag |
DM860_000211 |
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Length |
1801aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA394036, BioSample:SAMN07347267 |
db_source |
NQVE01000215.1
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Definition |
hypothetical protein DM860_000211 [Cuscuta australis] |
Locus_tag |
DM860_000211
|
CDS: ATGGTAGATGCGGCAGGGAAAGTGGAGCGGCGAGGGAGGAAACGCAGAAAAGCTGATGTACAGAGCGTGGAGGTGGATCACAATGGAAAGAAACTGAGGGTGAGCACAAGGTCTAAGGTGCTGGTAGGGAGATATGTTAGAAAGGAGTTTGAAGGCAGCGGGGTGTTTTTGGGGAAGATCATGAGTTATGATTCTGGATTGTACAGGGTAAATTATGAAGATGGGGATTGTGAAGACTTGGATAGCAATGAATTAAAGGGGGTTTTGGTAGAACAAGATGCGTTGGATGGTAATTGGTTGGAGAGGAAGAGGATGTTGGATGAGTTGGTGTTCAGCAAAGAGATCACCGCCATTGGTTCGCAAGTTGAGAATGCAATTTTTCCAAAGAATCTTACTTTTGATAACATGCCAGCAGTTGACCACCATGTTGAAAAAACAATTCTTCCAATGTGTGCCAATAATGAAAATGTACCATCCATTGATTGCCATGTTGAGAATGCACTTAATGCAGTTGTTTCCATGAATGTAACTGATGATCGTGTGATATCCACTGATTTCCATGTTGAGAATGCAAGTCCTCACATGAATGTGTCTGATACTAATGGTACAACCATTGATTCTCAGGTTGAGAGTGCAAGTCCTCACATGAATGTAACTGATATTAAAGTGACAGCCATAGGTTACCAGGGTCATAATGGAATTCTTCTCGTGAATGAAACCAAGAATAACGTGACAGCACCTGTATCAAATGTCATCATAGGAAGTCTTGGACCTTGTAAAGTTGAAGCTGTGCAAGGAGATGATAATGCCGAATCTATGAATGAAATCGATAATTACATGACAGCACCTGTACCAAATGTCGTCGTAGGAAGTCTTGGGCCTTGTAAAGTTGAAGCTGGGCAAGTAGATGATAATGCTGAATCTATGAGTGATTATTCCGATGATGATGGTGTGATGGATTTGATTTCAAATGTTGTGGCACCTTCTATCCCTCCTCCTGATCTGCCTCTTTCTTCTGGGAACATTGGTGTCCCAGAGGAGTATGTCTCATATCTTCTCTCGGTATACAGCTTTTTACGGTCATTTAGTACCCGATTATTCTTGAGTCCCTTTGGACTGGATGATTTTGTGGGCTCACTAAACTGTCTTACTCCAAATACACTGTTTGACTCTATTCACCTTGCTTTGATGAGGACATTGAGGCAACACCTTGATAAATTGTCATCAGATGGCTCTGAGTTTGCATCTAAATGTTTAAGAAACCTGGATTGGAGTTTGCTTGATTCAATGACTTGGCCAATTTATCTGGTCCATTATCTATTGGTGATGAGATACTTAGATGGGCCTGATTTGAAGGGATTTGGTTCCCATGTAATGGAAAGGGACTATTATACTCTTACCGTTGGCCAGAAGTTGATGATTTTGCAGATTATGTGTGATAATGCATTAGATGCTGAGGAAGTAAGAGCAGAAATGGATATGCGTGAAGCATCGGAGTTTGGAACAGATTCAGAAGGGATTGCTGCTGTCCCTTTAAATGGGCCGAGAAGGGTTCATCCTAGGTACTCTAAGACATCTGCTTTTAAGCAGCAAGAGACGATGGAGATTATTGCTAAAGGCCGTGATATTAGATCTTCTCATACAGCTAGTTCTTTGACCTTAAAAGTTAGTTCAGACGCTGTTATTGATGCAGATCAAGATGAAAATGGTGATGAATGCCGTCTCTGTGGTATGGATGGAACTCTGCTTTGCTGTGATGGATGCCCATCTTCTTACCATGCAAGATGCATAGGAGTTTGCAAAATGTATATGCGGGATGAAAACTGGTATTGCCCTGAATGCAGAATTAATAAACTCAGACCAACAACAATAAGGGGAACATCTTTGAGAGGAGCGCAATTGTTTGGTGTTGATTTTTATGGACTTATCTTCATGGGATGCTGTGATCATTTACTTGTGTTACAGGATCCAATGAACTCAGGTTCTTGCTTCAGATACTACAACAAAACTGATATTTCAAGAGTACTCCATTCTCTCACCACAAATGTCCAATATAAAGCTCTGTATTCAGAAATATGCAAGGGAATCGTTGAGTATTGGGGAATTCCAGCCAATGCCTTGGATCATAGTGGAGCAGTCGGACTTGATATAGGATTAACATATAGAGAAGAAATCAGTGGCTGTTCGGTGCCATCTCTTTCTACTTTATTGGGAAAGGAAAGTAATTTCAGTGAGAATTTTGCTAGCTGTGCAGCTGAGATGAGTTCAGAAACAATGCAATTTCGCAACGATTCTAAGGAGTTGATGCTGAATGAGGGCTCAGAACGAGCAAACCAGCCTGAATATGATGGTGTTGATGTACGCCACAACAGCGCCAATATAAATTGCATGTCACTTTGTCCAGGACAACCTACCATATTCACTGGTTCAGGTATCCAGCAGGCTGATCTTTCTAGGCAGACTCAAGAAGACTACTCAGGCTTGATAGAAACTGCTTCATGTACTTCAAGAAACAGCTGCGATGGCATAGGGTACAATAGTGAATATTGTGCTGGAGTATTGGCTTCTGATTGTGGAAATTTTCATGAAGGGTGTGGTGAAAAAAATCTTAAAATTTCTACTGAAGGGAGATTATACACTGGTTCGTCCTTCAAAGCCCATGGATATTTAAATTATTATCTACATGGAGATTTTGCTGCATCTGCTGCTGCTAGTCTTGCTTTACTTTCTTCTGAGGAGAACCAAGGCTCTGAGTCTCATTCTTTAGAAAAGCGCCGTAGACTTATGTCTGCTGATGTTCAGCTTCAAATAAAAGCTTTCTCATCAGTAGCAACACGTTTTTTCTGGCCAAATACTGAAAAAAAACTTATTGAAGTTCCTCGGGAGAGGTGTAGTTGGTGTCTTTCTTGTAAAGCTCCTGTGGCTAGTAAGAAAGCTTGCTTGCTAAATGCAGCAGTATCAAATGCAACTAAAGGGGCCATGAAGATTCTTGCTACAATTCGCCCTGCAAAGATTGAAGATGGAAACCTTCCTGGTGTTGCAGCGTACATAATATTGATGGAGGAGAGCTTAAGAGGTTTAACGGTTGGCCCATTTCTAAATGCAGATTTTCGAAAACATTGGCGTACACAAGCAGAAGAAGCTACCTCCTGCTATACTATAAAGTCTCTTTTGCTTGAACTCGAAGAGAACATACGCACGGTCGCTCTTTGTGCTGATTGGGTCAAGCTTGTTGATGGTTGTTCATCTGAACCTGCTGTCACCCAGAGTGCGACAAGTGTTCCTGGATCATCCCATAAGCGTAAACCAGGGAAACGTGGTAGAAAGCCTTGTGTTGTGGCTGATGCTAGTGTTGATCATGGTCAGGATAAGTCGACAGACTTCACTTGGTGGAGTGGAGGCATGCTCTCAAAGTTTATGTTCCAAAGAGGGACATTGCCTCAATATATGGTGAAGAAAGCCGCACACGAAGGTGGTAGAAGAAAAATTCCTGGCATTTATTACAGTGAAGGAAGTGAAACTCCAAAGAGAAACAGGCGGCTGGTATGGCGAGCTGCAGTTGAGATGTGCAAGACTGCATCACATCTGGCACTTCAGGTCAGGTACCTTGACATGCATGTGAGGTGGAGTGATCTTGTTCGCCCTGAACCTACCCTCCTGGAAGGAAAAGTCGCGGATACTGAAGCTTCTGCTTTTAGAAATGCCTTAATATGCGATAAAGGAAAGGTTGAGAATGAGATGAGATACGGTGTTGCTTTTGGAAATCAGAAACATCTACCTTCACGTGTCATGAAGAGTGTTCTTGAGATAGGGAAACGGCAGGACGGAAAGGAAATGTATTGGTTCTCTGAGTCACGTGTTCCTCTATATCTAATCAAAGAGTATGAAATTAAGTTACTTAAAAATCTTCCTTCTAGTGCTGCTGATAAACCCTTGAATGCATTTTCTAAGCGGTCAAGAAAATGGTCAAGAACAGTTCGTGGAGATGTATTCACTTACCTCGCATGTAAAAGAGATGGTGATGACAAACGTTCATGTGCTGTTTGTCAAGTAGATGTGTTCTTAAGGAATGGCATCATTTGCAGTGTGTGCCAAGGTCTTTGTCATGAGCATTGTACAACCAGTTCAACAGCTAACCCACACTATGACTCGTTATGCATTATAAGATCTTGCAAACAATGTCATCAAAACAGTTCTGTTGCACAATGTGCAATCAATAATGAATCTCCAAACAGCCCTCTTCTCCTGCAAGGTCAAGAATTTTCAAATGCTGATACAGCCCGCAAAAGTGGGATGCTTAGCAGCTGTAAGCGACTTTCTTCATCAAGCCGAGGCAATGCACGTTCTTCCGATGTGAAACCAAATGGAAACTCACATTCAAAAGCAAAGTTAAAGACTTTGGGTGTGATATGGAAGAAGTCGAGTGCAATTGAGTCTGACATTGATTTTATAAACAAACACATTCTTAGAAAGGGCGCTCCCGTAAATGGATCCGGACTATCTTGCCAGCTTTGCCAGAAACCATATAATCCTGATCTGATGTACATTCACTGTGAAAAATGCCAACATTGGTACCACGCTGACGCTGTTGAACTTGATGAGTCAAAGATTTGCGATGTCATGGGGTTCAAATGCTGTAGATGTCGCAGGATCAGAATACCGATATGTCCATACTTGGATCAAGAAAGCAAAAAACAGTTGATGGAGAAGAGGACCCGTTCAAGACCTTCAAAGGTCGTAGAAGATCCAGGAATGGATTCTGATTCTGGGACAATCGTCTCATCAGAGCCTCGTACTCCCATAGTTGTACCACTCCTACAGGAGGAGGAAACAGTAGACACCGATTTTCTTTGCTCCCTCTCATCGATGGAGAAAACCACTAAACAAAACCCACAAGTTTATTGCAAACAAGAAGTCACGGAACCTTTATCTATTGGACGAGGCACCAAAAAGTTGCCCATCAGGAGGCACACAAAGCGCGAAGACAACTCCGATTCTGTTGGGGAAGACAATAAAACAGTTACTTCATGTGGTGCTGATAACAGTAATGCTCCAGCAGAAGAGGGTGTGGTGTTACTTAACTGTGATGGTCTCAGCTATGAGGACATGGAGTTTGAGCCCCAAACCTATTTCTCTTTCAATGAATTATTACTTGAATTTGATATGGGGAATGCCGTGCCTAAAACTGAATCTCCCTCATCTTTGGCGGTGGTGGCTGCAGAGGAACCTGCTGAAGCAGTTGTTCCATGTATGGTTTGCTCACATGCGGACCCCGCCCCTACCCTCTGTTGCGAGACCTGTGGGATATGGATCCACAGGCACTGTTCCCCATGGTTCGAAGAACTGTCCGATGGAAGTTTTTGGAAATGTGGCACTTGTCGCGAGTGGAGGGTAGTGCCTGCGTGA 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Protein: MVDAAGKVERRGRKRRKADVQSVEVDHNGKKLRVSTRSKVLVGRYVRKEFEGSGVFLGKIMSYDSGLYRVNYEDGDCEDLDSNELKGVLVEQDALDGNWLERKRMLDELVFSKEITAIGSQVENAIFPKNLTFDNMPAVDHHVEKTILPMCANNENVPSIDCHVENALNAVVSMNVTDDRVISTDFHVENASPHMNVSDTNGTTIDSQVESASPHMNVTDIKVTAIGYQGHNGILLVNETKNNVTAPVSNVIIGSLGPCKVEAVQGDDNAESMNEIDNYMTAPVPNVVVGSLGPCKVEAGQVDDNAESMSDYSDDDGVMDLISNVVAPSIPPPDLPLSSGNIGVPEEYVSYLLSVYSFLRSFSTRLFLSPFGLDDFVGSLNCLTPNTLFDSIHLALMRTLRQHLDKLSSDGSEFASKCLRNLDWSLLDSMTWPIYLVHYLLVMRYLDGPDLKGFGSHVMERDYYTLTVGQKLMILQIMCDNALDAEEVRAEMDMREASEFGTDSEGIAAVPLNGPRRVHPRYSKTSAFKQQETMEIIAKGRDIRSSHTASSLTLKVSSDAVIDADQDENGDECRLCGMDGTLLCCDGCPSSYHARCIGVCKMYMRDENWYCPECRINKLRPTTIRGTSLRGAQLFGVDFYGLIFMGCCDHLLVLQDPMNSGSCFRYYNKTDISRVLHSLTTNVQYKALYSEICKGIVEYWGIPANALDHSGAVGLDIGLTYREEISGCSVPSLSTLLGKESNFSENFASCAAEMSSETMQFRNDSKELMLNEGSERANQPEYDGVDVRHNSANINCMSLCPGQPTIFTGSGIQQADLSRQTQEDYSGLIETASCTSRNSCDGIGYNSEYCAGVLASDCGNFHEGCGEKNLKISTEGRLYTGSSFKAHGYLNYYLHGDFAASAAASLALLSSEENQGSESHSLEKRRRLMSADVQLQIKAFSSVATRFFWPNTEKKLIEVPRERCSWCLSCKAPVASKKACLLNAAVSNATKGAMKILATIRPAKIEDGNLPGVAAYIILMEESLRGLTVGPFLNADFRKHWRTQAEEATSCYTIKSLLLELEENIRTVALCADWVKLVDGCSSEPAVTQSATSVPGSSHKRKPGKRGRKPCVVADASVDHGQDKSTDFTWWSGGMLSKFMFQRGTLPQYMVKKAAHEGGRRKIPGIYYSEGSETPKRNRRLVWRAAVEMCKTASHLALQVRYLDMHVRWSDLVRPEPTLLEGKVADTEASAFRNALICDKGKVENEMRYGVAFGNQKHLPSRVMKSVLEIGKRQDGKEMYWFSESRVPLYLIKEYEIKLLKNLPSSAADKPLNAFSKRSRKWSRTVRGDVFTYLACKRDGDDKRSCAVCQVDVFLRNGIICSVCQGLCHEHCTTSSTANPHYDSLCIIRSCKQCHQNSSVAQCAINNESPNSPLLLQGQEFSNADTARKSGMLSSCKRLSSSSRGNARSSDVKPNGNSHSKAKLKTLGVIWKKSSAIESDIDFINKHILRKGAPVNGSGLSCQLCQKPYNPDLMYIHCEKCQHWYHADAVELDESKICDVMGFKCCRCRRIRIPICPYLDQESKKQLMEKRTRSRPSKVVEDPGMDSDSGTIVSSEPRTPIVVPLLQEEETVDTDFLCSLSSMEKTTKQNPQVYCKQEVTEPLSIGRGTKKLPIRRHTKREDNSDSVGEDNKTVTSCGADNSNAPAEEGVVLLNCDGLSYEDMEFEPQTYFSFNELLLEFDMGNAVPKTESPSSLAVVAAEEPAEAVVPCMVCSHADPAPTLCCETCGIWIHRHCSPWFEELSDGSFWKCGTCREWRVVPA |