| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Haur_1877 |
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| Symbol | |
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| ID | 5733766 |
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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 | 2233390 |
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| End bp | 2237967 |
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| Gene Length | 4578 bp |
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| Protein Length | 1525 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 641279021 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001544648 |
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| Protein GI | 159898401 |
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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 | 13 |
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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 | ATGTCGGATG CGATGATCGA GGGATTTCGG CTTTCCCCAC AGCAACAGCA TGTTTGGGCG
CTCCAGCAAT TGGATTCAGC CCAGCCTTAT CGTACTCAGG GAACTATCGT GATTGAAGGC
TCCCTCGATA TTGCTCGCTT GCAGGCTAGT TTGTTGCAGG TTGTACAGCG CTACGAAATT
TTGCGCACAA CCTTTCACTA TCTCCAAGGG ATGGCCTTGC CGTTGCAGGT GGTTACCGAA
TTAAGCGAAC TAGCATTGCC AAGCTATGAT CTGAGCGAAC ATAGTTTGAC TGATTTGCAA
AGCCAATTGG CTCAGCAAGC CTTTGATTTT GCTGCTGGCC CATTGCTGCA TGCCTGGCTT
GGGCGTGAAC ATGCGCTAAA ACATTATTTG CTGTTGAGTG TGCCAACGCT CTGTGCTGAT
AACCTGAGTT TGGTCAACTT AACCAGCGAG CTGGCGGCGA TTTATGCTGC CGAGCCAACT
ACCGATGAGC CAATGCAATA TATCGATATT GCTGAGTGGC AGCACGAACT ATTGGAAGCT
GAAGAAACCG CTGCTGGCCG CAGTTACTGG CAACAACAAA CCTGGCACGA TGCGATTACC
GTGCGGCCAG CGTTTGTTGC CAATCAAGCA GCGGCCCAAA CGTTTCAACC GCAGCAATTG
CCAATTCCGC TGACTGAACA ACTAATTGAG CTGCTTAATC AGGCAAGTCA AACTTTAGCT
GTGCCTGCTT CAGCGCTTGC CTTGGCTGCT TGGCGAACCT TGTTGTGGCG CTTGAGTGAT
CAAACCAATG GTGTGGTTGG CGTGGTTTGT GATGGGCGCA AATATGCCGA GCTTGAAACC
ACGCTTGGTT TATTTGCCAA AGCCGTACCG CTGGCTAGCC CGTTGGCAGC AGACCAGCAG
TTTGGTCAAT TGGTCAAACA AGTGCAGCAA GAATATGTGG AGGCCTATGC TTGGCAAGAA
AGTTTTCATT GGCCTGCAGA AGTGTCCAGT CAATTGGCCT TTTTCCCCTT TGGCTTTGAA
GCGCTGACCA CACCCAAACC GCTGGTGATG GCTAATCTCA GCTTTCAAGT CGTGCAGCAA
CGGGCTACGC TCAATCCATA TGCAGCCCAC TTAACTTGGT TCAACCAACC CCAAGGATTT
GCCGCTAGCC TGAATTTTGA TGCTGGGTTG ATTGCGTCAT CGAGTGCTGA ACGGTTGATT
GAGCAATATC AAACCCTTTT GACTGCTGCA CTGAGCAACT TGAACACAAG CTTGGCTCAA
CTGCCAATTG TGGGTACAAA CGAACGTCAA CAGCTATTAA TTGAATTTAA TCAAACAGCC
GAGCCATTTG ACGCTGCACG TTGCTTTCAT GAGTTGTTTA GCGCTCAAGC AGCGATTACA
CCTGATCACC CAGCGGTTGT GGTTGAAGAC CAACAACTGA GCTATGCAGA ACTTGAGGCA
CGTTCCAATC AACTGGCGCG AGAGTTGCTG GCCCGGGGAG TTCGCCCTGA TCAACCAGTT
GCTTTAGCCT TGGATCGCTC GCTCAACCTG CTGGTGGGTA TTTTGGGTAT TCTCAAGGCT
GGCGGAGCTT ATGTACCGCT GGATTTGGGA TTGCCCAAAG AGCGTTTGGG CTTTATGCTG
GGCGATATTC AAGCCTCAAT TGTGGTGAGT GAAACCAGCC TGCAAGCCCA ATTGCCTGAG
CATGCTGCCG ACTATCTTTG GCTGGATCAA GCTTGGCCGA CGATTGCCGA GCATTCAAGC
GAACCTGTTG CTGCTTCGGC GGTTCCTTCT AACTTGATGT ATATCATTTA TACCTCTGGT
TCGACTGGCC AACCCAAAGG CGTTGGGGTC AGCCATCAAA GTCTTTATAA CTATATTTCA
AGTATTAGCC AACGGCTTAA TCTGCCGCCA CAGGCTAGTT TTGCCAGTGT CTCGACCTTT
GCCGCTGATC TTGGACATAC GGCGATTTTT CCAACCCTAA CAAATGGTGG CACGCTGCAC
CTTATTACTG CTGAGCGAGC GAGCAATGCT AGCCAATTGG CCGATTATAT GCAGCAGCAT
GCCGTTGATT GTCTTAAAAT TGTGCCATCG CATTTGGCGG CGCTCTTGGC TGTGGCTGAA
CCTGCGCGAG TCTTGCCACG TCAGCGCTTG ATTCTGGGCG GCGAGGCGGT TAGTTGGAAG
TTGCTACAAA CCTTGGCGCT ACTTGCACCT GATTGCCAAG TATTCAACCA CTACGGACCG
ACCGAAACAA CGGTGGGTGT GCTAACCAAT CCACTGAGTG CGAATTTGCC AAGTGCTCAA
TCGGCAATAC CAGCCTTGGG TCGTCCCATC GCTAACACCC AAATCTATCT GCTCGATGTT
CACGGTCAGC CTGTGCCATT GGGTATGACT GGCGAGCTGT ATGTGGGGGG CGCGGCGCTG
GCACGTGGTT ATTGGCAGCG ACCTGCGATT ACGGCTGAGC GGTTTGTGCC CGATGGCTTA
AGTGGCCAAA CTGGCAGTCG CTTGTATCGT ACTGGCGATG TAGCTCGCTA TTTGCCTGAT
GGCAAACTTG AGTTTTTAGG CCGCGCTGAT GATCAGGTGA AAATTCGCGG CTTCCGGATT
GAATTGGGTG AAATTGAAGC AGCGTTGCGT AACCACACGG CGATTGAACA AGCAGCGGTG
ATAGTGCGTG ATGATCCTGC TGGCGATAAG CGTTTGGTAG CTTATTTGGT TGCAGGCCAA
CAACGCCCAC TTTCGTTACG CGAGTTGCGT AACTTTTTGA AACAGAGCCT GCCCGATTAC
ATGGTTCCGG CGGCATTTGT GATGTTGGAA CGACTGCCAT TGAACGCTAA CGGCAAACTT
GATCGTCAAG CCTTACCAGC GCCTGAACAG CAACAAACCA AGGCTAGCAC TCAGATTGTG
GCTCCACGAA CCCCCGTTGA GACAACATTG GTTGACATTT GGAGCCAAGT GTTGGGTGGC
AAGTCGGTGG GCATTAACAA TAACTTTTTT GAGCTGGGCG GCGATTCAAT TCTGAGTATT
CAAATTATTG CCCGCGCCAG CCAAGCAGGC CTTAAGTTGA CACCCAAGCA ATTATTTGAT
CATCCGACAA TTGCCGATTT GGCGCAAGTG GTGGCCACCA CAACAGCAGA TCAACAAGCT
CAGCAGCAAT TGATAACTGG CCCTGTGCCG TTGACTCCGA TTCAACATTG GTTTTTTGAG
CAAGCCCTCG CCGAGCCGCA GCATTATAAT CAAGCAGTCT TTTTCGAAGT GCGCTTTGAT
CTCGATCCGG CGATTTTGGC TCAGGTGTTG CCTGAACTTG TGCGCCATCA CGATGCCTTG
CGCCTACGAT TTAGCCCGAG CGAACAAGGC TGGCAACAAG TTAATAGTGC CGATGTAGCG
GTCGAGTTGC TGCACATTAA TCTGGCCGCT GCGCCAGCCG AGCAGCAGCG CCAGTTGATG
GAGCAAAAAG CCACTGAACT GCAAACTAGC CTTGATCTGA TCAATGGCCC GTTGTTGCGT
ATGGCCTTGT TTGAGCTTGG ATCCAATCAA CCAAGTCGCT TGTTGGTGAT TGTGCATCAC
TTGGCGATTG ATACTGTCTC GTGGCAGATT TTGTTTGCCG ATTTACCGCT GGTATACGAG
CAAATTCGTC AGCAACAACC AATTAATTTA CCAGCCAAAA CCAACTCATT CAAAGATTGG
GCTGAGCGCT TGCAACGCTA TGCAGGTTCG GCTGAACTTG AGCGCGAAGT TGCCTATTGG
CTTGATCCTA CCCGCCAACA GGTTCGCCCA CTACCAGTCG ATTATGCTGC TGAAGCCCAT
GCCAATACGG TTGCAAGCAC CCAAAATCTG AGCCTACATT TGAGTGTTGA GGAAACGAAG
GCCTTATTGG AAGTGGTTCC TCCGGTCTAT AACACCCAAA TTAACGATGC GCTATTGGCA
GCCTTAACCC AAAGCATCAG TCAATGGCAG GGCAATCCAA GCGTGTTAGT CGAGCTCGAA
GGCCATGGTC GTGAAGATAT CTTGGATGAT TTGGATATTT CGCGCACGGT TGGATGGTTT
ACTAGTCGCT TTCCGGTGTT GTTGCAAGCG AGCAAATCAG CCAATGCTGG CGATAGCCTA
CGCGCAACTA AAGAACAGTT GCGCCAAATT CCACAGCGCG GGATTGGCTA TGGTTTATTG
CGCTATTTGC GTGGCGATGC CCAGCTGAGC CAGCAATTAG CCAATCTGCC CCAACCGCAA
CTGAGCTTTA ATTATTTGGG CACGGTCGCC CACGATGTTT CGCAAACTGG TCCATTGGCT
TGGACGAGCG AATCGAGTGG GCCAACCCGT AGCCCCGCAG CCTTACGCCG CCATTACCTT
GATCTGACGA TCTTGGTAAC CGATCACATG TTACAGATGA ATTGGACATA TAGCCAAGCA
TTGCATAGTG CAGCGACGAT TCAGCGCTTG GCTGAACGTT TTGTGTCCGC CTTACAAGCG
ATTATTCAGC ATTGCCAACA ACCCAATGCT GGTGGTTATA CCCCTTCGGA TTTTCCATCG
GCCAACTTAA ACCAAAAGAA TTTGGATAGC TTTATCGCCA AATTACGCAA CAGCGAGAAC
AGCACTCATG AAAGTTGA
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| Protein sequence | MSDAMIEGFR LSPQQQHVWA LQQLDSAQPY RTQGTIVIEG SLDIARLQAS LLQVVQRYEI
LRTTFHYLQG MALPLQVVTE LSELALPSYD LSEHSLTDLQ SQLAQQAFDF AAGPLLHAWL
GREHALKHYL LLSVPTLCAD NLSLVNLTSE LAAIYAAEPT TDEPMQYIDI AEWQHELLEA
EETAAGRSYW QQQTWHDAIT VRPAFVANQA AAQTFQPQQL PIPLTEQLIE LLNQASQTLA
VPASALALAA WRTLLWRLSD QTNGVVGVVC DGRKYAELET TLGLFAKAVP LASPLAADQQ
FGQLVKQVQQ EYVEAYAWQE SFHWPAEVSS QLAFFPFGFE ALTTPKPLVM ANLSFQVVQQ
RATLNPYAAH LTWFNQPQGF AASLNFDAGL IASSSAERLI EQYQTLLTAA LSNLNTSLAQ
LPIVGTNERQ QLLIEFNQTA EPFDAARCFH ELFSAQAAIT PDHPAVVVED QQLSYAELEA
RSNQLARELL ARGVRPDQPV ALALDRSLNL LVGILGILKA GGAYVPLDLG LPKERLGFML
GDIQASIVVS ETSLQAQLPE HAADYLWLDQ AWPTIAEHSS EPVAASAVPS NLMYIIYTSG
STGQPKGVGV SHQSLYNYIS SISQRLNLPP QASFASVSTF AADLGHTAIF PTLTNGGTLH
LITAERASNA SQLADYMQQH AVDCLKIVPS HLAALLAVAE PARVLPRQRL ILGGEAVSWK
LLQTLALLAP DCQVFNHYGP TETTVGVLTN PLSANLPSAQ SAIPALGRPI ANTQIYLLDV
HGQPVPLGMT GELYVGGAAL ARGYWQRPAI TAERFVPDGL SGQTGSRLYR TGDVARYLPD
GKLEFLGRAD DQVKIRGFRI ELGEIEAALR NHTAIEQAAV IVRDDPAGDK RLVAYLVAGQ
QRPLSLRELR NFLKQSLPDY MVPAAFVMLE RLPLNANGKL DRQALPAPEQ QQTKASTQIV
APRTPVETTL VDIWSQVLGG KSVGINNNFF ELGGDSILSI QIIARASQAG LKLTPKQLFD
HPTIADLAQV VATTTADQQA QQQLITGPVP LTPIQHWFFE QALAEPQHYN QAVFFEVRFD
LDPAILAQVL PELVRHHDAL RLRFSPSEQG WQQVNSADVA VELLHINLAA APAEQQRQLM
EQKATELQTS LDLINGPLLR MALFELGSNQ PSRLLVIVHH LAIDTVSWQI LFADLPLVYE
QIRQQQPINL PAKTNSFKDW AERLQRYAGS AELEREVAYW LDPTRQQVRP LPVDYAAEAH
ANTVASTQNL SLHLSVEETK ALLEVVPPVY NTQINDALLA ALTQSISQWQ GNPSVLVELE
GHGREDILDD LDISRTVGWF TSRFPVLLQA SKSANAGDSL RATKEQLRQI PQRGIGYGLL
RYLRGDAQLS QQLANLPQPQ LSFNYLGTVA HDVSQTGPLA WTSESSGPTR SPAALRRHYL
DLTILVTDHM LQMNWTYSQA LHSAATIQRL AERFVSALQA IIQHCQQPNA GGYTPSDFPS
ANLNQKNLDS FIAKLRNSEN STHES
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