Alternaria alternata: CC77DRAFT_983232 Help Entry CC77DRAFT_983232  CDS       T05291                                  Name (RefSeq) nucleolar GTP-binding protein 1   KO K06943   nucleolar GTP-binding protein Organism aalt  Alternaria alternata Pathway aalt03008   Ribosome biogenesis in eukaryotes Brite KEGG Orthology (KO) [BR:aalt00001]  09120 Genetic Information Processing   09122 Translation    03008 Ribosome biogenesis in eukaryotes     CC77DRAFT_983232  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03009 Ribosome biogenesis [BR:aalt03009]     CC77DRAFT_983232 Ribosome biogenesis [BR:aalt03009]  Eukaryotic type   Pre-60S particles    GTPases     CC77DRAFT_983232 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  NOG1_N NOGCT NOG1 MMR_HSR1 FeoB_N Motif Other DBs NCBI-GeneID:  29121729 NCBI-ProteinID:  XP_018389502 JGI:  983232 UniProt:  A0A177DY27 LinkDB All DBs Position Unknown AA seq 656 aa AA seqDB search MKTQWKDIPAVPTSQEFLDIVLSRTQRRLPTQIRAGFKISRIRAFYTRKVKYTSETFTER LNTTIEAFPRLADIHPFHRDLLNTLYDADHFRIALGQLSTAKSLIETVARDYVRLLKYGQ SLFQCKQLKRAALGRMATICKRLKDPLVYLEQVRQHLGRLPSIDPNTRTLVIAGFPNVGK SSFLKSISRADVEVQPYAFTTKSLYVGHFDYKMLRFQAVDTPGILDHALEDMNTIEHQSI CAIAHLRAHILYFMDLSEQCGYSVASQIALFNNIKPLFANKLISIVVNKIDLMRPEQLDP ETQEQLQGMLKSGEVEMLELSCNTLEGVMAVRNSVCDRLIAARNAEKLKAGTNSAGEPSG RLGELLRRIHVAQPLGGVTRETSIPEAVLNKKKYDKEDPDRPLLERDLEEENGGAGVYNI DLRKNYLLENDEWKHDRIPEVFKGQNVYDFIDPDIEAKLAALEAEEEKLEAEGFYESDDD LEDAEEADIRYKAELIREKRQLIRNEAKMRKSLKNRAVIPRTKKAKQMSQMESHLESLGY DASKAVERTTAKAEARGRSLARGRSEGPGGDAMDVDTPGAAMLERAKSRGRSQSTNRRTD GVTNETAASKAEKLAKLSQKKMNRMARQGEADRHQTGSLIKHLTAGKRGIGKTSHR NT seq 1971 nt NT seq  +upstreamnt  +downstreamnt atgaagactcagtggaaagacatccccgctgtgcctacgagccaggaatttctggacatt gtactttccaggacccagaggagactgccgacgcagattcgtgcgggtttcaagatcagc agaattcgagccttctacacgcgaaaagtcaagtacacgtccgaaacctttaccgagcgc ctcaacaccaccatcgaggctttcccgcgccttgcggatatccacccgttccaccgcgat ctcctcaacaccctgtacgatgcggaccacttccgaattgctctcggtcagctttcgact gcaaagtcgctgatcgagacagttgcgcgcgactacgtgcgccttctcaagtacggacaa tctctgttccagtgcaagcagctgaagagggcggcgctgggacgtatggctaccatttgc aagaggttaaaggaccctctagtctaccttgagcaggtcaggcagcatttgggccgtctc ccatctatcgaccccaacacccgcacactcgtcattgctggtttccctaatgtcggcaag tcgtcgttccttaagtccatctcaagagccgacgtcgaggtgcagccctatgctttcacc acaaagagtctgtacgtcggacatttcgactacaagatgcttcgcttccaggctgttgac acgcctggtatcctggaccacgcactcgaggacatgaacaccatcgaacatcagtctatc tgtgccattgcccacttgcgcgcccacatcctctacttcatggatctcagtgagcagtgc ggttactctgtcgcctcgcagatcgccctcttcaacaacatcaagcctctatttgctaac aagttgatctctatcgttgtcaacaagatcgatcttatgcgtccggaacagctcgatccc gagacacaggaacagctccagggtatgctcaagtctggcgaagtcgagatgctagagctt tcctgcaacactctcgaaggtgtcatggctgtgcgaaactcggtctgcgaccgcttgatt gctgctcgcaacgccgagaaactcaaggctggtaccaacagcgccggcgagccttccggt cgtcttggtgaactgcttcgccgaatccacgttgcccaaccgttgggcggcgtcactcgc gagacatctattccagaagcagtgcttaacaagaagaagtacgacaaggaagatcctgac aggccgctcctcgagcgtgacctggaagaagagaatggtggagctggtgtgtacaacatc gaccttcgcaagaactaccttctcgagaacgacgagtggaaacacgatcgcattcccgag gtcttcaagggccagaacgtttacgacttcatcgaccctgacattgaggctaagcttgcc gcacttgaggctgaagaagagaagctggaggccgagggtttctacgagtcggacgatgat ctggaggacgcagaggaggcggacattaggtacaaggcagagctcatccgtgagaagagg caactcatccggaacgaagccaagatgcgcaagagtctcaagaacagggccgtcattccc aggactaagaaggcgaagcagatgtcacagatggaatcgcatctcgaaagtcttggctac gatgcttcaaaggcggttgagcgtacgactgcaaaggcagaggcgcgaggccgcagcttg gctcgtggaagatcagagggtcccggtggcgatgccatggacgttgatacgcccggcgct gctatgcttgagcgtgctaagagccgaggccgcagccaaagcaccaacaggagaacggat ggtgttacaaacgagactgccgcctctaaggctgagaagctggccaagctgtcgcagaag aagatgaacaggatggctagacagggtgaggccgataggcaccagactggttccttgatc aagcatttgactgccggaaagcgtggtatcggaaagaccagccacagataa

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