Serpula lacrymans: SERLADRAFT_358621 Help Entry SERLADRAFT_358621 CDS       T03135                                  Name (RefSeq) hypothetical protein   KO K14521   N-acetyltransferase 10 [EC:2.3.1.-] Organism sla  Serpula lacrymans Pathway sla03008   Ribosome biogenesis in eukaryotes Brite KEGG Orthology (KO) [BR:sla00001]  09120 Genetic Information Processing   09122 Translation    03008 Ribosome biogenesis in eukaryotes     SERLADRAFT_358621  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03009 Ribosome biogenesis [BR:sla03009]     SERLADRAFT_358621 Ribosome biogenesis [BR:sla03009]  Eukaryotic type   90S particles    Other 90S particles     SERLADRAFT_358621 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GNAT_acetyltr_2 tRNA_bind_2 Helicase_RecD TmcA_N AAA_22 DEAD AAA_19 Acetyltransf_7 Acetyltransf_1 Motif Other DBs NCBI-GeneID:  18809621 NCBI-ProteinID:  XP_007323953 JGI:  358621 UniProt:  F8PC32 LinkDB All DBs Position Unknown AA seq 1030 aa AA seqDB search MRKQLDPRIPILVNNNVKTNHRSFIVLVGDKGRDQIVNLHFLLSQARVSARPSVLWCYKK DLGFTTHRKKREARIKRDVKRGVREPNEQDPFEIFVTVTDIRYTYYKESHKILGNTYGMC VLQDFEAVTPNLLARTIETVEGGGLVVLLLKTMTSLRQLYAMTMDVHARYRTSSHDSVVA RFNERFILSLGSCADCLVLDDELNVLPISKAKDIVPIEEEHGKGKADSELKELKDSLADT KPIGELVKLAKTIDQAQAILTFVDAIAEKTLSSTVTLTAARGRGKSAALGLAIAAALAHG YSNIFVTSPSPENLKTLFEFIFKGMDALGYEEHLDYDIAQSTNPDFNKAIVRVNVFRQHR QTIQYIQPEDAHVLGQAELVIIDEAAAIPLPLVRNLIGPYLVFMASTINGYEGTGRSLSL KLIQQLRESTRSAPSKARTLREIKLETPIRYSAGDRIEKWLNSLLCLDATIVSKGSQQGC PHPSTCELYYVSRDTLFSYNPASEVFLQRMMALYVASHYKNQPNDLQLMSDAPAHHLFVL LPPIKDDESHLPEPLVVIQVALEGNISKAAIMDGLSRGLRAGGDMIPWLVSQQFQESKFA LLSGARVVRIATHPDYANMGYGSRALKALNSFYSGEYFNLDETTRAEPSYPDPAAIDSST DLQSDLPTIRAPTAMPPLLQRLSEKKPETLDYLGVSYGLTPQLLRFWKRAGYVPLYVRQT TSELTGEHTCVMVRGLNSSSEGELEWMGEFAKDFRRRFLSLLSFKFREFGSVTALSVLEA ANAGLKVLDANKSRGLTSSELSIIMTPFDLKRLESYANNMLDYHVILDLLPTAASLYFEK RLGDEVRLSAIQSSILLGLGLQRKTIEEVETELSLPVSQALALFVKVIRKISKNLIDIQK AAISADIPNEASLNVANTDGEQGVSGTNWKPVETTLEDELEEAGDEATKALREQQREIID SLDLSKYAINEASADWTMAEAQITKLSKGIDGATVVSVKSGGPKTGQKRKADVEEAKEKK GTRRGKKVKK NT seq 3093 nt NT seq  +upstreamnt  +downstreamnt atgcgcaaacaacttgatcctcggatccctatcctcgtcaataacaatgtcaagacaaac caccggtcattcatagtacttgtaggggacaagggaagagatcaaatcgtaaatcttcat tttcttttgtctcaagctcgagtttctgctcgtccatctgtgctatggtgttataagaaa gatctggggtttacaacccatcgtaaaaagcgggaagccagaatcaaacgcgacgtcaaa cgaggagttagggagccaaatgaacaagatcctttcgaaattttcgtcaccgttacggat atccgttacacatattataaggagtcacacaagattcttggaaatacctatggcatgtgt gtacttcaagactttgaagccgtaacaccgaatcttcttgcgcggacaatcgagacagta gaaggaggaggtttagtggtcctgttgttgaaaacaatgacatctctgaggcagttgtac gccatgactatggacgtccatgcacgctatcgaacgtcatctcatgattctgttgtcgca cgtttcaacgaacgcttcatattgtccttaggatcgtgtgcggactgtttggttctcgac gatgagctcaacgtacttcctatatcaaaagcgaaagatatagtacctatcgaggaggag catggcaaggggaaggcagactctgaactcaaggaactcaaggatagccttgcggatacc aagcctataggtgaactggtgaagctcgccaaaacgattgaccaggcccaagctatcctc acttttgttgatgctatcgcggagaagacattgtcctcgactgtcaccctcaccgccgct cgtggtcgtggaaagtcagctgcgctcggtcttgcaatagcagccgcacttgcacacggt tactcaaatatcttcgtgacaagtcctagtccagagaatctgaagactctctttgagttc attttcaagggtatggacgctcttggctatgaagaacatctggactacgacatagcgcag agcacaaatcccgattttaacaaagccattgtccgagtcaatgttttccgccaacataga caaactatccagtatattcaacctgaagacgctcatgtcctgggccaggctgagctagtc atcatcgacgaagcagctgctattccacttcctctcgtgcgcaacctcattggcccttac ctcgtcttcatggcttcaactatcaatggctatgaaggcaccggtcgctccctttctcta aaactcattcaacaactacgagaaagcactcgctctgcgccctcaaaagcgaggacactt cgcgaaataaaacttgagacgcctattcgttactctgctggcgacaggatcgagaaatgg ctgaatagcctcttgtgtcttgatgcgacgattgtatctaagggaagtcaacagggctgc cctcacccatctacctgtgagctctactacgtaagtagagatacgctgttcagctacaac cccgcgtcggaggttttcttgcagcgtatgatggccctctatgttgccagccattacaag aatcaaccgaacgacttgcagctgatgtctgatgcccctgcccatcatcttttcgtatta ctacctcccataaaagatgacgagagccatcttccagaaccgttagttgtcattcaagtg gcgctggaaggtaatatcagtaaagcagccatcatggatgggctgagtcgaggtctgcgg gctggtggagatatgattccatggctagtatcgcagcagttccaggaaagtaagtttgct ctgttatctggagctcgcgtcgttcgtatagcaacgcaccccgattatgccaatatggga tatggatctcgagcccttaaagcgttgaactcattctacagcggggaatactttaacctg gatgaaactactcgggcagaaccatcttatccggatcctgctgctatagattcttcgacg gacttgcaatcagatctccctactatccgtgctcctacagcgatgcccccacttcttcaa cgattatcagagaagaaacctgaaacattggattaccttggggtctcctatggtctgacg ccccagctcctacgattctggaagagagctggctatgtaccattgtacgtacgccaaacc accagcgagctaacaggtgaacacacttgtgtaatggtgcgcggcctgaacagttcttcg gagggcgaattagagtggatgggtgaattcgcaaaagacttcagacgacggttcttatca ctcctatcattcaaattccgcgagtttggttccgttacagccctcagcgttttggaagct gctaatgcgggtcttaaggtgcttgatgcgaacaagtctcgaggacttacatcttcagaa ctttcaatcatcatgacaccctttgatctaaaacgtctagagtcatatgcaaacaatatg ctggattatcatgtcatattagatcttctacctacagcagcatcactatattttgaaaag cgactaggagatgaagtcaggcttagtgcaatccaaagctctattcttttaggattgggc ttgcaaagaaaaactatcgaggaggtcgagacggaattatcactaccagtctctcaagcg ttggccttgtttgttaaagtcatcagaaaaattagcaaaaatttgattgacatccaaaaa gccgctatcagtgccgatataccaaatgaggcctcgctgaacgtagcaaatacagacggc gaacaaggagtgtccgggactaactggaagcctgtcgaaaccaccctagaggatgaactg gaggaagcgggagatgaggctacaaaggcgttgcgagaacagcagcgagagataatcgac tctcttgatcttagcaagtatgcaattaacgaggcctctgcggactggactatggcggag gcacagatcaccaaactatctaagggtatcgatggagccactgtggtcagcgtgaaaagt ggtgggccaaagacggggcaaaaaaggaaagcagatgttgaagaagccaaggagaagaaa gggacgagacgggggaagaaggtgaaaaagtga

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