Alternaria alternata: CC77DRAFT_1000577 Help Entry CC77DRAFT_1000577 CDS       T05291                                  Name (RefSeq) hypothetical protein   KO K16330   pseudouridylate synthase / pseudouridine kinase [EC:4.2.1.70 2.7.1.83] Organism aalt  Alternaria alternata Pathway aalt00240   Pyrimidine metabolism aalt01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:aalt00001]  09100 Metabolism   09104 Nucleotide metabolism    00240 Pyrimidine metabolism     CC77DRAFT_1000577 Enzymes [BR:aalt01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.1  Phosphotransferases with an alcohol group as acceptor     2.7.1.83  pseudouridine kinase      CC77DRAFT_1000577  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.70  pseudouridylate synthase      CC77DRAFT_1000577 SSDB OrthologParalogGFIT Motif Pfam:  Indigoidine_A PfkB Phos_pyr_kin IbrB_C Motif Other DBs NCBI-GeneID:  29108719 NCBI-ProteinID:  XP_018380298 JGI:  1000577 UniProt:  A0A177D6H7 LinkDB All DBs Position Unknown AA seq 794 aa AA seqDB search MRLLAPSIGRPRILSSRCRIATAAGRRHLTNNGFFRVSDEVREALNSKKPVVALETTIYT HGFPYPENVALASLLESVVRTNGGIPATIGILDGVARVGMDPEELIRLASSAGKANTMKL SRRDLGYVCGMRLTDRSFNGGTTISGTMLLAHLAGIKIFGTGGLGGVHRGAESSMDISAD LTELGRTPVTVISSGCKSFLDIPRTIEYLETEGVGVGTFADGRQGNVDFPAFWSRDSGVK SPTTIADEIEAAAVIYAQHALQISSGLLFANPVPTDFAIPKDEMDVIIAEALKQAEASNI SGKDNTPFVLAKIKELSKGKSIPANRALIESNVKRATIVARELAILEAKQEQAQGRNSSY FTPVPSNLSSTPHEELRNATSSPSEPASTPTTSFSYSTEPRKDPDVVVAGALAVDFSCDY APFKASAGQTDPLPHTSNPAVITQTLGGVAHNIAKASHLLGSFVHLHSAVGDDLSGRAAI NQLQQEGMSVSGIETLPAPSRTAQYVAINNTNKDLALAMADMSILEMIPNETIQQLATSI FNNASARPKAFVADANWSSSALHTWLQAARHSDTTTIFEPVSTAKALRIFPSTTHPSVYP KPLADVITPNTYELTALHDFASQASLFESPEWFSVIDALGIPNGGLRVPLAVTVGGDIVD QGIPQQAIKLLPFFPTILTKLGPQGVLMTKLLASDAKELREDHERQYVLARNMSSDGAAT VGGLYVRLFPVEKVLEPHEVVSVNGIGDTFCGALAYGLSRGETVQDVVGFAQRAAGESLK SREAVSPELRGLKM NT seq 2385 nt NT seq  +upstreamnt  +downstreamnt atgagactgctcgcaccatcaattggccggccgcggatactctcaagccgctgtagaata gccaccgcagccggaaggcgccacttgaccaacaatggcttcttccgtgtctcggacgag gtgcgcgaagctctcaactcgaagaagcccgtcgtcgcgctcgagacgacaatctacacg catggcttcccctatcctgaaaacgtagcccttgcatccctcctcgaaagcgtagtccga acgaatggcggcatcccagccaccattggcatcctcgacggcgtagcacgtgtaggcatg gacccagaggagctgatcagactcgcctcttctgctggcaaggcaaacacaatgaagctc tcgcgacgcgacctcggctatgtatgtggcatgcgactgacggacaggtccttcaacgga ggcaccaccatctccggcactatgctgctggcccatctcgctggcatcaagatctttgga acaggcggcctcggtggagtccaccgtggtgcagagtcaagcatggacatctctgccgat ttgaccgagcttgggaggaccccagtcaccgtcatctccagtggctgcaagagcttcctc gacataccgcgaacaatcgagtaccttgagacagaaggcgtcggcgtaggcaccttcgcc gatggacggcaaggaaacgtagacttccccgctttctggtccagagacagtggagtcaag agtcccaccaccattgccgatgagattgaagcggctgccgttatatacgcccaacacgca ctccaaatctcgtctggtctcctcttcgccaaccctgtccctaccgatttcgctataccc aaggatgagatggatgtcatcattgccgaggctctaaaacaggccgaggcgtccaacatc tctggcaaggacaacacgccttttgtccttgccaagatcaaagaactcagcaagggcaag agcatacccgccaacagagccctgatagaatccaacgtgaagagggccactatcgtagca cgagaacttgccatcctcgaagcgaaacaggaacaagcccaaggacggaattcctcttac tttactcccgttccatccaatctctcgtctactccacacgaggagctgcgcaatgcaacc tcgtcgccctctgagcctgcttcaactcccaccacgtcattctcatatagtactgagcct cgaaaagaccccgatgtggttgtcgcaggcgctcttgcagttgacttttcttgtgattat gctccgttcaaggcttctgcgggccagacagatccacttcctcacacctcgaatccagca gtcataactcagacacttggaggtgtcgcacataacattgctaaagcctcgcatttgctc ggctctttcgttcatctgcatagtgctgttggtgacgacttgagtggtcgcgcggcgatc aaccaactgcagcaagaaggcatgtcagtttccggtatcgaaacactccctgcgccgtct agaacagcgcaatatgtcgccatcaacaacacgaacaaagatcttgcactcgccatggca gatatgtcgatcctagagatgatccctaatgaaactatccaacaactagccaccagtatc ttcaacaacgcttcagctcgacccaaagccttcgttgcagatgcgaactggtcttcctcc gccctgcacacttggctccaagccgctcgtcactcagatactaccaccatcttcgagcca gtctctacagccaaggcactacgtatcttcccatctaccactcatccatcagtttacccc aagcctctagcagacgtcataacacccaacacttacgaactcactgcactccatgatttc gccagccaggcctccctgttcgagtcgcccgaatggttcagcgtcatcgatgcattgggt atccccaacggtggtttgagagtcccattagccgtcacagtgggtggtgacatagtagac caaggcatccctcaacaagccatcaagctcctccccttctttcccacaatcttaaccaag cttggtcctcagggtgtactcatgacgaaactcctagcctctgatgcaaaagagctgagg gaggatcatgagcggcagtatgtgttggcgaggaacatgtcttctgatggtgcagctacc gttggtggtctctacgtgagattgtttcccgtggagaaagtactcgaaccacatgaggta gtcagtgtaaatggcattggtgatacgttttgcggtgccttggcatatggcctgagtcga ggagagacggtacaggatgttgtgggatttgcgcagagggctgcgggcgagagtttgaag agcagggaggctgttagtccggagttgaggggattgaagatgtaa

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