| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Haur_1874 |
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| Symbol | |
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| ID | 5733763 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Herpetosiphon aurantiacus ATCC 23779 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009972 |
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| Strand | + |
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| Start bp | 2221657 |
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| End bp | 2226318 |
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| Gene Length | 4662 bp |
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| Protein Length | 1553 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 641279018 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001544645 |
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| Protein GI | 159898398 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGCGATT TTGCCAAACG CCTAGCTGCT CTTTCGCCAG AGCAACGAGC CTTGCTTGAA
AAACGGCTCA ACCAGAAAAA AGCCGAACCA AACAAACAGC AGATTCCCCA CGTCGAACGG
CAAGGTGCAG CCTATGCCTT ATCGTTTGCC CAAGAACGTT TGTGGTTGAT GTACCAACTT
GATCCGCAGA GTGCGCTGTA TAACGTGCCG GTCGTGATTC GCTTTGGGCC AAACTTTGAC
GTGGCCTTAG AGCAACGGGT TTTTCAGGCG ATTATTGAGC GCCATGAAAT TCTGCGTACC
ACGTTTAAAA CCGTCGATCA ACAACCAGTC CAAATGCTTG AGCCTGTGCC AGATTTTAGG
CTCCCAGTGA TCGATTTGCG GTCTTTTCCC GAGGAGCAGC AAGCGTCCGA GGCCCAAAAA
CACACCCTTG CTGAAGCTCA AAAGCCCTTT GATTTGAGCA ATGGGCCATT GTTGCGCGTG
GTTTTGCTGC GCTTAACTCA TGAACATCAC TTAATTATTA ATTTGCACCA TATTGTTTCT
GACGATTGGT CGCCTGGGGT TTTGGTCCAA GAGATTGGGG CTTTGCATCA GGCATTCAGT
CAAGGCCAGC CTTCACCATT GGCTCCGTTG GCAATACAGT ATCTTGATTT TGCCGTATGG
CAGCGCCAAC GCCTAAACCA GGCCAGTGTC TCCCAGCAAT TGGAATATTG GCAAAACCAA
CTCTCGGGTT CATTACCCTT GTTGGCCTTG CCAACCGATC GCCCACGCCC ACGGATTCAA
ACCTTCAACG GGGCAAAAAT CAGTCGGCGA ATGCCTGCCA GCCTACTTAA ATCGCTCAAA
CAGTTGACTG CCCAAACTGG CGCAACCTTG TTTATGAGCG TTTTGGCGGC CTATAAGATC
TTGTTGCAGC ACTATACAGG CCAAACAGAT TTGCTGATTG GTACGCCAAT TACCAGTCGA
ACCCGCCCTG AATTAGAGCC ATTGATCGGC TGTTTTATTA ATATGTTGGT CTTGCGTAGC
CAACTTAATC TTGAGCAAAC CTCCCGCGAG TTTATTCAGC AGGTGCGCCA AATGGCCTTG
GATGCTTATG CCAATGCTGA AGTGCCGTTT GAGCGCTTGG TGCAGGTGTT GCGGCCTGAG
CGTAATCCGA GCTATACCCC AATTTTTCAG GCAGCCTATA TTCTGCAAGA TCCCCAAGAA
GCTCGTCAGA AGATGCCTGA AAATGTACTT GGTTATGCCG AGGTTGATAC TGGGACTTCT
AAGTTTGATT TGACCTTGGA GATCGATGAA GTTGATGGTG AATTAGCTAC AGCTTTTGTG
TATAGTACTG ATCTCTTCGA TCAAGCAACC GTCGAACGCA TGCTTGGGCA TCTGCAACAG
ATTCTTGAAA CCATGGTTGC TCAGCCGGAT TTGCCGATTG CTGCGATTGA ATTGGTTACC
AGTGCCGAAC GCCAGCAATT GTTGATCGAG TGGAATGCTA CTGAAACAGC CTTTGAAACA
GATTTTGTTC AGCATGCAAT TGCCCGTCAC GCTCAAACCC AACCAGATCA ACTGGCCTTG
CGCTATGGTG ATCAGCAGTA TTCCTATGCT GAATTGAACC AGCATGCTGA GCGCTTGGCG
ACCTATTTAC AGCAATTAGG CGTAAAACCA GAATGTGTTG TTGGTTTGTG CGTTGAGCGC
ACTCCTGCAA TGGTGATTGC GATTCTAGCG ATTTTTAAAG CTGGCGGCCT GTTTTTGCCA
CTTGACCCCA GCTTTCCTGC TGATCGTTTG GCTTATATTG TTGCCGATGC CAAGCCTTTG
GTCGTGCTAA CAACTGCTGC CTTAGCTGCT GAATTGCCCT TAGAAGCTCC CCATATTGTT
GCACTTGATC AAGCTTGGCA TGCCCATATT CAGCAGGTTG ATGCGCCAAA TCATCAACTG
CAACCCAGCA ATTTGGCCTA TATGATTTAT ACCTCGGGCA CGACTGGCAC GCCTAAAGCG
GTTTTGGTTA CCCATCAAAA TCTGTTGAAT GTGTTGTTGG CAAGTCAGCA AGCGTTTGGC
TTCAATCCTC GTGATGTGAT GCCGTGTATT GCCCCATTCT CATTTGATAT TTTTCTGTTT
GAATTGCTCA ACCCATTGCT TGCTGGCGGC ACATCGTGGA TGCTTACCCG CGAAGAAATT
TTGGATATTG CTGGCTTGAT CGAGTCGCTG GCTTCGATGA GTGTGATTCA CACTGTCCCA
AGTTTGATGC GTCAATTGGT CAATGCCTTG GAAACTGAAG GCTATACTGC CGCTGCTTGT
CAAAGCATTC GGATGATTTT TATTGGTGGC GATTTAGTGC CGCCTGAATT GTTAAATGCG
ATGCGGCTCG CCTTTCCGCA AGCCGCAATT CATGTGTTGT ATGGCCCAAC CGAAGCCACG
ATTATTTGTA CCAGCTATCG TGTGCCCCAA CAGGGCTTGC TTGAGCGCCA TTTGATTGGG
CGACCACTAC CAAATATGGC GATTCGCTTG TATGACCCAC AGCAAAACCT CGTACCAATT
GGTATGCCAG GCGAACTGTA CATCGGCGGG GCTGGGGTTA GTCGGGGCTA TTTGAATCGC
TCGGAATTGA CTGACGAGAA ATTTGTCGAG CTTGATCAGC AGCGTTGGTA TCGTACTGGC
GATTTGGCGC GTTATCAGGT TGATGGAAAT CTCGAATTTT TAGGCCGCAT CGATCAACAA
GTTAAAATTC GTGGCTTTCG GATTGAGCTT GGCGAAATTG AAGCAGTACT GGCGCAACAT
CCTAGCATTC GGGAAGCGGT GGTGGTTGCC CGTGAAGATC TGCCTGGCGA TAAGCGACTC
GTAGCTTATT TGATTGCGGA ATCAGAACAA ATGCCGCATA TTGGTGAATT ACGGGCATTT
TTGCAAACCA AACTGCCTGA ATATATGCTG CCTGCAGCGT TTATGGTGTT GGAGAGCCTG
CCGCTGACCC GCAATGGGAA GGTTGATCGT CAAGCGTTGC CTGTGCCGCC CACCACCCGT
GAGCATTTGG CCAATCAATT TGCTGCACCA ACCAATCAAC TCGAAACGCT GCTGAGCACG
ATTTGGGCCG AGGTGTTGGG GCGCGAACAG GTTGGCATTC ACGACAATTT CTTTGAACTC
GGCGGCGATT CGATTCTGAG TTTGCAAATT GTAGCGCGAC TCAATCAGGC TGGCTATCAT
GTGCTAACCA AAGATATATT TCAGTATCAA ACGATTGCTG AATTGGCACA GGTGGTTTCG
AGCACCACGC TGGTTGTGGC CGATCAAGGC TTGATCGAAG GTGCCGTGCC GCTTACGCCC
ATTCAACAGT GGTTCTTTTG CCAAAATCTA CCTAATCCAC ACTATTTTAA TAGTATGCCA
GTGTTGCTTG AAGCGCCTGC CGAGCTTACT CAGGCTGATT TGCACTCGAT CGTTGCCCAA
CTTTTGCAGC ATCACGATGG CCTGCGCTTG CGCTTCGAGT TGGTTGCTGA CCAATGGCAA
CAAACCCACG GCTCGCTTGA GGCTGATTTA CCACTAGCGA TAATTGATCT CAGGGGCTTG
AATCAAGGAA CCCAAACCCA AACGATTGAA GCAACCGCGA TTGAATACCA AACCAAACTC
GATTTGAGCA CTGGCCCGCT GATTTGGTTT GTGCTATTCG AAGCAGAGTT GAGCAAGCGC
CTATTAATTG TGGCGCATCA CCTTGTATTT GATGGAATTT CGCTGCGGAT TCTGTTGGAA
GATTTACAAA CGGCCTATGC TCAACTACAG GCAGGGCAAT CGATTAATTT ACCGCTCAAA
ACCAGTTCGT TCAAAACTTG GGCTTTGGCG CTTCAGGAGT ATGCCCAATC ACCAGAAGTC
GCCCAACAAG CCAGCTATTG GCAGACGATT CAGCATACTC AATCACCTTT GCCGCTTGAT
CATAGCGGTC AGGCCAATAC TGAAGCCTCA AGCAGTATTG TCTTGGCCCG ACTTGAGGTC
GCAGAAACCG ACGTATTGCT GAACCAATTG CCAACGCTCT ATCATGCCAG CCTTGAAGAA
GTATTGCTAA CCGCTTTAGC CCAAACGATT GGCGAATGGA CGTATAGCCA AAGCCTTGTG
GTTGATTTAG AAAGCCATGG CCGCGCCGAA TCGATTGCTG AAAATCTCAA TCTTTCGCGC
ACGATTGGCT GGTTTACCAG TCTTTATCCA GTAATTTTGG ATTGGACTGG CTTTGATGGG
CCGCTTGAAA TGCTGAAAGT GATTAAAGAA ACCCTGCGCC AAGTGCCTGA ATATGGGCTT
AGTTATGGCT TATGGCAGTT CAATCAACCT AATCCTAGCG CCAATTCACA CGCTGAACTA
CGCTTTAATT ATCTTGGTCA ATTAGGGGGT GCGGCTCAAA AAGCAGCCTT TGAGTTATTG
CCCCAACTTG AAGTGCCACT GCGTGACCCT GCTAGCACGC GATCGCATGT TTTAGACGTT
GATGTGGTGG TGGTGCAACA GCAATTGTGG GTGCGCTGGA CGTATAGCAA TCACTTACAT
GAGCCAGCCA CGATTACCCA GCTTGCCGAG CGCTTTATGG CGGCATTACG CGATTTATTG
CAAGGCGATA GCGCAACTAG CGCCGCGTAT GTTCCATCCG ATTTCCCGAT GGCAAACCTT
GATCAGCAGA CATTGAACTC ACTTATGAAG AAACTTCGCT AG
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| Protein sequence | MSDFAKRLAA LSPEQRALLE KRLNQKKAEP NKQQIPHVER QGAAYALSFA QERLWLMYQL
DPQSALYNVP VVIRFGPNFD VALEQRVFQA IIERHEILRT TFKTVDQQPV QMLEPVPDFR
LPVIDLRSFP EEQQASEAQK HTLAEAQKPF DLSNGPLLRV VLLRLTHEHH LIINLHHIVS
DDWSPGVLVQ EIGALHQAFS QGQPSPLAPL AIQYLDFAVW QRQRLNQASV SQQLEYWQNQ
LSGSLPLLAL PTDRPRPRIQ TFNGAKISRR MPASLLKSLK QLTAQTGATL FMSVLAAYKI
LLQHYTGQTD LLIGTPITSR TRPELEPLIG CFINMLVLRS QLNLEQTSRE FIQQVRQMAL
DAYANAEVPF ERLVQVLRPE RNPSYTPIFQ AAYILQDPQE ARQKMPENVL GYAEVDTGTS
KFDLTLEIDE VDGELATAFV YSTDLFDQAT VERMLGHLQQ ILETMVAQPD LPIAAIELVT
SAERQQLLIE WNATETAFET DFVQHAIARH AQTQPDQLAL RYGDQQYSYA ELNQHAERLA
TYLQQLGVKP ECVVGLCVER TPAMVIAILA IFKAGGLFLP LDPSFPADRL AYIVADAKPL
VVLTTAALAA ELPLEAPHIV ALDQAWHAHI QQVDAPNHQL QPSNLAYMIY TSGTTGTPKA
VLVTHQNLLN VLLASQQAFG FNPRDVMPCI APFSFDIFLF ELLNPLLAGG TSWMLTREEI
LDIAGLIESL ASMSVIHTVP SLMRQLVNAL ETEGYTAAAC QSIRMIFIGG DLVPPELLNA
MRLAFPQAAI HVLYGPTEAT IICTSYRVPQ QGLLERHLIG RPLPNMAIRL YDPQQNLVPI
GMPGELYIGG AGVSRGYLNR SELTDEKFVE LDQQRWYRTG DLARYQVDGN LEFLGRIDQQ
VKIRGFRIEL GEIEAVLAQH PSIREAVVVA REDLPGDKRL VAYLIAESEQ MPHIGELRAF
LQTKLPEYML PAAFMVLESL PLTRNGKVDR QALPVPPTTR EHLANQFAAP TNQLETLLST
IWAEVLGREQ VGIHDNFFEL GGDSILSLQI VARLNQAGYH VLTKDIFQYQ TIAELAQVVS
STTLVVADQG LIEGAVPLTP IQQWFFCQNL PNPHYFNSMP VLLEAPAELT QADLHSIVAQ
LLQHHDGLRL RFELVADQWQ QTHGSLEADL PLAIIDLRGL NQGTQTQTIE ATAIEYQTKL
DLSTGPLIWF VLFEAELSKR LLIVAHHLVF DGISLRILLE DLQTAYAQLQ AGQSINLPLK
TSSFKTWALA LQEYAQSPEV AQQASYWQTI QHTQSPLPLD HSGQANTEAS SSIVLARLEV
AETDVLLNQL PTLYHASLEE VLLTALAQTI GEWTYSQSLV VDLESHGRAE SIAENLNLSR
TIGWFTSLYP VILDWTGFDG PLEMLKVIKE TLRQVPEYGL SYGLWQFNQP NPSANSHAEL
RFNYLGQLGG AAQKAAFELL PQLEVPLRDP ASTRSHVLDV DVVVVQQQLW VRWTYSNHLH
EPATITQLAE RFMAALRDLL QGDSATSAAY VPSDFPMANL DQQTLNSLMK KLR
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