Alternaria alternata: CC77DRAFT_957795 Help Entry CC77DRAFT_957795  CDS       T05291                                  Name (RefSeq) elongation factor 2   KO K14536   ribosome assembly protein 1 [EC:3.6.5.-] 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_957795  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03009 Ribosome biogenesis [BR:aalt03009]     CC77DRAFT_957795 Ribosome biogenesis [BR:aalt03009]  Eukaryotic type   Pre-60S particles    GTPases     CC77DRAFT_957795 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GTP_EFTU EFL1 EFG_C EFG_III GTP_EFTU_D2 EF-G_D2 EFG_IV D123 Motif Other DBs NCBI-GeneID:  29121133 NCBI-ProteinID:  XP_018388590 JGI:  957795 UniProt:  A0A177DWJ8 LinkDB All DBs Position Unknown AA seq 1087 aa AA seqDB search MPVVPSDKLVSLQQAADGIRNICILAHVDHGKTSLTDALIATNGIISPKLAGKIRYLDSR PDEQLRGITMESSAISLYFSLLRRSAPDAQPEPKEFLINLIDSPGHIDFSYEVSTASRLC DGAVVLVDAVEGVCSQTVTVLRQSWIEKLKPLLVINKMDRLITELKMSPGEAYTHLSKLL EQVNAVMGSFYQGERMEDDLRWREKMEERLNAAAENTDTRSSSIPENGESIDTTSTPAEY EEKDDEDIYFAPEKNNVIFGSAIDGWAFTVRQFASLYEKKLGIKRSILEKVLWGDFYLDP KTKRVLSSKHLKGRHLKPMFVQLVLDNVWAVYEATTGGNNGKGDPAMVEKITKSLNLNVP AHIMRSRDPRALLMALFAAWLPLSTALLVSVTEYLPAPSKAQAERMPEIIDSSPGADYVA PEVRDAMTNFKASKDDPVVAYVSKMISVPSSELPQNKRRGGALTAEEAREMGRKKRAEIA RQQAIANGEDADIGGVTDALSSAAIGETETPVEETPVPDVEAEHLIGFARIFSGTLSVGD EVYVLGPKFTPANPHASPEPQKVKITALYLMMGRGLEPLTSVPAGVVFGIGGLEGHILKS GTLCSQLPGSANLAGIQMGSEPIVRVALEPENPYDLDKMIKGLKLLVQSDPCAEYEQLPS GEHVILTAGELHLERCLKDLQERFAKCEIQAGEPIVPYRESIVAATEMNPPKDPNLPRGT VIGETASKHVSVRLRVRPLPASVTEFLGKNAGAIKKLYSERRAEDEGEHRVHGAEDDGIQ EAEQREIGQSLNFDEFKKQLKEAFAEAKGQKEIWTDVIEKITAFGPRRIGPNILVDATKD GICGRALRESSSPDVDADHTADRTISARTFSSTISYAFQLATAQGPCCAEPVQGIAVFLE DVILNIPDDESAQDRGRLTGEVIKAVRSSIHQGFLDWSPRMLLAMYSCEIQASTDVLGRV YAVLTRRRGTILSETLSSTSSASTTGSQTFTINALLPVAESFGFSDEIRKRSSGSASPQL RFAGFEMLDEDPFWVPFTEDELEDLGELADRENVAKRYVDKVRRRKGLRVAGEKVVVDAE KQKTLKR NT seq 3264 nt NT seq  +upstreamnt  +downstreamnt atgcctgtcgttccgagcgacaagctggtgtcgctgcagcaggcggctgatggcatcagg aacatttgcatcctagctcacgtggaccatggcaagacgtccctcaccgatgccctcata gccaccaatggcatcatctcccccaaactcgctggcaagatccgctacctcgactcgaga cccgacgagcagttgcgcggcatcaccatggagtcgtccgccatctcgctatacttttcc ctgctgcgacgctccgcgcccgacgcacagccagagcccaaggaattcctcataaacctt atagactcgccgggacacatagacttcagctacgaggtctctaccgcatcacgtctctgc gatggcgctgtcgtgcttgtagacgccgtagagggcgtgtgtagtcagactgtcacagtg ctgcgacagtcgtggatagagaagctgaagcctttgctcgtcattaacaaaatggacagg ctaatcacagaactcaagatgagccctggagaggcatacacacatctgagcaagctgctc gaacaggtaaacgccgtcatgggcagcttctaccaaggcgagcgcatggaggacgacctc cgatggcgcgagaagatggaagagagactaaacgctgcagctgagaatactgacacacga tcctcatccataccagagaacggtgaaagcatcgataccacgagcacacccgccgagtac gaggagaaggacgacgaagacatctactttgccccagagaagaacaacgtcatcttcggt agtgccatcgacggctgggcattcacggtaagacagttcgccagcctgtacgagaagaaa ctaggcatcaagcgctccattctcgaaaaggtactatggggcgacttttacctagacccc aagacgaagcgcgtactcagctccaagcatctcaagggtcgccatcttaagcccatgttc gtccagctcgtcctagataacgtgtgggccgtatacgaggccactacgggaggtaacaac gggaagggagatcctgctatggtcgagaagattaccaagtcactcaaccttaacgttcca gcacatatcatgcgttctcgcgacccgcgcgcactcctaatggcactcttcgcagcttgg cttccactatcaaccgccctcttagtttcagtcaccgaatatctacccgccccctccaaa gcgcaagccgaacgcatgcccgaaatcatcgatagctcgccaggtgccgattacgttgca ccagaagtgcgcgacgccatgaccaacttcaaggcctccaaggatgaccctgtcgtagcc tatgtcagcaagatgatctcagtgccttctagcgaactacctcagaacaagcgaagaggt ggcgcactcacagctgaagaggcaagggagatgggacggaagaagagggcagagattgcc cggcagcaggctatcgccaacggcgaggacgctgacatcggtggagtcacagacgcatta agttctgctgctattggagaaaccgagacgcctgtagaagagacaccagtgcccgacgta gaagccgaacacctcatcggattcgcacgtatcttttctggtaccttgagtgttggcgac gaagtgtacgttcttggccctaaattcacccccgcgaacccacacgcctctccggagcca caaaaggtcaaaatcactgcgctgtacctgatgatgggtcgcggtttggagccattgacc tcggtgcctgccggtgtcgtctttggcattggtggactcgagggccacatcctaaagtcc ggcactctctgctcccagcttcctggatccgccaatcttgctggtattcagatgggctca gaacctattgtgcgcgttgcgctcgagcctgaaaacccatatgatctagacaagatgatc aagggcttgaagctacttgtccagagcgatccatgtgctgaatacgagcaactgcctagc ggagaacatgtcatcttaacagctggcgaattgcatcttgagcgatgtctgaaggatctt caagagcgatttgcaaagtgcgaaatccaggctggcgaacccattgtgccataccgagag tcaatagtggctgcaaccgagatgaacccacccaaagaccctaatctaccacgaggaaca gtcattggcgagactgctagcaagcatgtttctgttcgcttacgagttcgcccactacca gccagtgtgacagaatttctgggcaagaacgcgggtgcgatcaagaagttgtactcggag cgacgagccgaagacgaaggagagcatcgcgtgcacggtgctgaggatgatggcatacaa gaggctgaacaacgcgagattggacaaagtctgaactttgacgaatttaagaagcagctc aaggaggcattcgccgaggccaagggacagaaagagatctggaccgacgtgattgaaaag attacagcctttggtcctcggagaataggaccaaatatcttggtcgacgcgaccaaggac ggtatctgtggcagggcactccgcgagtcatcttctccagatgttgacgcggaccatacc gccgaccgcactatatccgcacgcaccttctcctctacaatctcctacgccttccagctc gccactgcgcaaggtccctgctgtgccgagcctgttcaaggcatcgccgtctttctcgag gacgtcatcctcaacatccccgacgatgagagcgcacaagatcgcggtcgcttgactggt gaagtcatcaaggctgtacgttcctccattcaccaaggcttcctggactggtcacctcgt atgcttctggcaatgtacagctgcgaaattcaagcttccaccgatgttctcggccgtgtc tacgccgttttaacgcgtcgtcgtggaactattctttctgaaaccctgtcctctacttcc tctgcttcaaccactggctcgcagacctttaccatcaacgcacttcttcccgttgccgag tcctttggcttcagcgacgagatccggaagcgcagttccggttccgcgagcccgcagttg aggttcgctggttttgagatgctggatgaagatcccttctgggtccctttcacggaagat gagcttgaggatttgggtgagctggccgatcgagagaacgttgccaagagatacgtagat aaggtcaggaggaggaagggacttcgggttgcgggtgaaaaggtggtcgttgatgccgag aagcagaagacattgaagagatag

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