| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2092 |
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| Symbol | |
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| ID | 5093855 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 2497466 |
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| End bp | 2501686 |
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| Gene Length | 4221 bp |
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| Protein Length | 1406 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 644741516 |
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| Product | AMP-dependent synthetase and ligase |
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| Protein accession | YP_001194441 |
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| Protein GI | 146299850 |
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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 | [TIGR01746] thioester reductase domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.261871 |
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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 | ATGATACAAG AGCAAAAAAA ATTAACCGAT TTATTTGAGC ATATCTCAAA TAATTATCCT
GATCGCATTG CGATTAAGGA CAGCAGTAAT CATTATACTT ATTCTGATTT ACAAAAATCT
GCACTAAAAC TGGCTGCAAG ATTAAAAAAC AGTGGAATAA AATTAAATGA CAGAATAGGT
CTTTTGACTA AAAAAGATAC AGCTACTATA TTGTTGTTTT GGGGAATTGC TTATGCAGGA
GGAATACCAG TATTGTTAGA TGATGATGAT GAAATCCTTG TACTTAAAAA TAAATTAAAA
TCTTCACAGC CAACTTACAT TATTGTGAGA GATTGGGATA ATGATAAAGA AGAAATGTTG
TCCGAAACTC AAATTCTGCA TGAATCAGAA CTGCTGGAAA AACTGGAAGA GCAAGAACTG
TTAAACTCGT ATACAACAGG CGAAATATGC TATATGATTA CAACAAGCGG TACAACAGGT
CTGCCTAAAG TAATTAAAAT CTCGCATGAT AACGTAATGC ATTATGTCAG CAATTTGTAT
GAACTTTTAA AAAGCCCGGA CCAGCTAAAT GCAGCACACG TTACCAATTT TTCGACAGAT
TTAGGACATA CCAATTTTTT ATTGTCTTTA ATTTCCGGCG GAATGCTTTA TATCTTTAAC
AGAAATGAAT CACGAGATCC TTCCATTTTT AATTCTGTCT TAAAAAAGGA ACAAATCAAT
TTTATAAAAA CCACTCCTTC TCATATAGAA GTTATGCTTC CTTTTTTAAA TTTTGAAGCA
GATTATAAAA TCGACTTTTT AGTTTTGGGA GGAGAAAAAC TTCCATGGAA ACTCGTTAGA
CAAATTAAAG ATCTAAAATT CTTTTCATCT ATACTAAATC ATTATGGACC AAGCGAAACC
ACTGTTGGGG CTCTGGTATA TCCTGTAACA GAAACATTGG GAACAGAAAA TAGTGTTCCT
ATTGGAAAAC CTATTGGAAA AGGAAATGCT TATTTGGTTA ACGAAAAAAA TGGAAAAGGC
GAATTGTACA TCGAAGGGCC AGGTGTTGGA ATAGGATATT TTAATAATGA TAGTGAAACA
CAAGAGAAAT TCTTTTTTAA TAAAAAAACA AAAAACTACG GATACAAAAC CGGAGATATC
TGTAGTATAG ACAGCGATGG AAATGTTGTA TTTCTAAAGC GAAATGATAA TCAAATTAAA
ATAAGAGGAC ACCGTGTTGA ACTGGATGAA ATCGAATCGG TATTAAATAA ACATCCAAAA
ATTTTATATT GCAGGCTGAA TACATTTTAT GAAAATGAAA CTGCTAATAT AGAATGCTTT
ATAAAAATAG CTAAAGAAGA AAGTCTAAAA AAACAAGAAT TGCTGTCATG GCTAAGTAAA
CTATTGCCTG ATTATAAAAT CCCTTCACAT ATTTATATTC AAAACGAAGT TGTTTATACC
GGAAACGGAA AAATTGATTT TAAAACCTTA AGAAAACAGC ATTCTAATAA AAGTGCCAAA
CGACTTAAAG ATCTTGATTT AAACAGTTGG GAAGATAATG TATTATATTG CTGGCAGGAG
ATATTTGGGC TGGGACACAG TAACAAACAT TTTTTAGATT CTGGCGGAGA TTCTCTTAGT
GCAATCAAAT TTGTAGGCAA ATTACAATTA AACGGATTTG ATGTGAACCT TACAGATTTA
TACGATAACC CTTATTTGGA TCATTTTATT GCGTTGAAAA AATCGCAGAA GAATTCTTTA
GAAAATAACA CTTTTGAATC TTCAGATTTA AAATTTACAA GTTCTCAATT ATCATTTCTA
AAAAATGAGT CATTAGATAT AAATCCTTAT ACACAGACTT TATTGTTTGA TATAGAGGGA
GATATTAATG CCCAGTTATT AGCAAAAGCG ATTGAAGAAT CCTTAAAATC TCACGAAAGT
TACAGCTTGA AATTTATAAA TGCTGCCGGT GATTATCTGC CGGAAAATAA CATAAATCTA
ACACAGCCTT TGGTTGTCTA TAATTTAAAT TCAGATAAAT TATTTACAGA TCAGCTGTTG
CAGATTACTG GAGATTTGGT CAATAATATT GATGTAGAAA AAGGAATTTT GTTTAAATCG
GCTTTGATTA CAGATACGGC TAAAAATCTG AATTATTTAT TTTTTGTAAG TCATCACCTC
ATTACCGATG CCATTTCATG GAATACTTTG TTAGAAGAAA TTTTATGGAG ATATGAATCC
TTAACTATAG AAAGAGTTTT ACCTGTAAAT AAAGAACAGA TTCAGAATCA TTTTTATAAT
AAAACCGAAA AATTGGCACA GCCAAAACTT CGAAAACCTT TAGGCATCAG CAATAAAATA
AAAAGAATTC CAATAAGTAA AAGCAATACA AATTATTCGA ACGCTGTAAT TTCAGTTGTT
GTTGCTGCTG AATATGCTGA AAAATTAAAG TATTTAGAAA CCGAATCGGA TAGTCATTTA
AAACTTCAGG ATTTTTTCCT GAATAGTTTT ATTAGTTCTC TTTTTGATTT TTACAATACT
GGGGAGTGTA CTGTTGATAT GGAGTTTCAC GGAAGACCAG AAGAAAATGA AGGAATAGAT
TTAAGCAGAT CTGTTTCATG GTGGTCCACA ACGCTTCCTG TAGATTTTGA CGAAAGCCAT
AGGTCTGTTC AGCTGCTGAA AGAATTCATG GATCCTATTA CAGATTATGC TAATAATATT
AATTCCTGCC AGGAGATTTT TTCAAAAAAA GCAGAATTAA AGGCTGATAT TCGATTTAAT
TATTTAGGAA AATTTCCAGA ATCATATGGC AATTCTTCTT TAAAACTGAC TCCGTCGCAT
TATACGACCA GCCCTACGAG ATCAAACAAG AATAATAATG AATATAAATT ATTCTTTACA
GGAAGATTTA TTGGCAGTAG TTTAATTTTT GATATTCAAT ACAATACCGC TTGTTTCACT
AGTCAGGAGA TACACAATAT GATCAATCTC TTTTTAAAAT ATTTGGCAGC TTATACTGAC
TTTGGAAAGA ACAAAAAGTT AGGCGATTTT GCCCAGCTGT ATTACAATAA TGTTTGTACA
GTTGGAAAAA CAATGTTGAA TTTTCCAATT AATAAAACAG CGAAAAAACA AAACAAAACG
GTTTTACTAA CAGGAGCAAC CGGCTTTTTA GGATCGAGTG TTTTAAGGGA TCTGCTTTTA
GAAGATGCTG AGGTATTCTG CCTCATTAAA TCGGAAAATT TATATAATGC GAAACAAAAA
CTAAAAGATA CTTTAGATTT TTATTTCCCC GGAGAAATGC TTTCGGAGAA AATCAACACG
AATATAGTAT TGGGAGATTT GTCTAAAAGA TATTTAGGAA TGGACGATTA CAATTATCTT
TTAAATCATA TAGATGTTGT AATTCATTGT GGTGCCAATG TAAACCTTGT AAAATCATTT
GATGATTTAA ATGATACAAA TGTGTATGGC ACAGAACAAA TTATATCTTT TGCAAAACAA
GGCAGAGAAA AAACACTGCA TTATATTTCA ACCCTGGCAG TCAGCGGTTA TACAACAGCT
TCTGTACAGG ATTTTTCAGA ACATCATTTT GATATTAATC AAAAATTCTT GTCTGGATAT
GAAAAGTCAA AGTTTCATGC CGAAAAAATT GTAAGAACAG CTTTTAGTGA AGGACTAAAA
GGTAAGATCT ATCGTGTAGG ACATATTGGA GCACATTCTG TAACAGGTAA ATTTCAAAAA
AATGCAACAG ATAATAGGGT TATTCAGGTC TTAAACGGAA TCATTTCGCT AAATCAGATT
CCAGCTTCTT ATAACGAAAA AATCTCTTTT TCTTATGTTG ATGTTATTTC TAATATAGTT
TCATCGATTT CATTACAAAA AATTGAGTGT GATTTAGATT GTATACATTT AGAAAACACA
GCTTATTTCT CAATTAAAGA AATTGCTTCA ATGATGAACA ATATTGGTTA TCCATGTAAA
ATAGTTGACG ATGCAGTTTT TAACAATGAA GTAATTAATT TTAAAGGATC TGAAAAAGAA
TACGAATGTA TTTATGGCTA TAATATTTGG GTTAACCGAT ATCTTTCACA AAAAAGAAAT
GTAAGATACT TAAGTAATGA CTCCAATGAG ATTTTTAGCA AATATGGTAT TGTTTTTCCA
AAACTATCAA ATAGCTGGTT AAAAAAACTA ATTGTTAATC AGCTCGAATC TGAACCAATT
AAAGAAGTTA GTTTATATTA G
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| Protein sequence | MIQEQKKLTD LFEHISNNYP DRIAIKDSSN HYTYSDLQKS ALKLAARLKN SGIKLNDRIG
LLTKKDTATI LLFWGIAYAG GIPVLLDDDD EILVLKNKLK SSQPTYIIVR DWDNDKEEML
SETQILHESE LLEKLEEQEL LNSYTTGEIC YMITTSGTTG LPKVIKISHD NVMHYVSNLY
ELLKSPDQLN AAHVTNFSTD LGHTNFLLSL ISGGMLYIFN RNESRDPSIF NSVLKKEQIN
FIKTTPSHIE VMLPFLNFEA DYKIDFLVLG GEKLPWKLVR QIKDLKFFSS ILNHYGPSET
TVGALVYPVT ETLGTENSVP IGKPIGKGNA YLVNEKNGKG ELYIEGPGVG IGYFNNDSET
QEKFFFNKKT KNYGYKTGDI CSIDSDGNVV FLKRNDNQIK IRGHRVELDE IESVLNKHPK
ILYCRLNTFY ENETANIECF IKIAKEESLK KQELLSWLSK LLPDYKIPSH IYIQNEVVYT
GNGKIDFKTL RKQHSNKSAK RLKDLDLNSW EDNVLYCWQE IFGLGHSNKH FLDSGGDSLS
AIKFVGKLQL NGFDVNLTDL YDNPYLDHFI ALKKSQKNSL ENNTFESSDL KFTSSQLSFL
KNESLDINPY TQTLLFDIEG DINAQLLAKA IEESLKSHES YSLKFINAAG DYLPENNINL
TQPLVVYNLN SDKLFTDQLL QITGDLVNNI DVEKGILFKS ALITDTAKNL NYLFFVSHHL
ITDAISWNTL LEEILWRYES LTIERVLPVN KEQIQNHFYN KTEKLAQPKL RKPLGISNKI
KRIPISKSNT NYSNAVISVV VAAEYAEKLK YLETESDSHL KLQDFFLNSF ISSLFDFYNT
GECTVDMEFH GRPEENEGID LSRSVSWWST TLPVDFDESH RSVQLLKEFM DPITDYANNI
NSCQEIFSKK AELKADIRFN YLGKFPESYG NSSLKLTPSH YTTSPTRSNK NNNEYKLFFT
GRFIGSSLIF DIQYNTACFT SQEIHNMINL FLKYLAAYTD FGKNKKLGDF AQLYYNNVCT
VGKTMLNFPI NKTAKKQNKT VLLTGATGFL GSSVLRDLLL EDAEVFCLIK SENLYNAKQK
LKDTLDFYFP GEMLSEKINT NIVLGDLSKR YLGMDDYNYL LNHIDVVIHC GANVNLVKSF
DDLNDTNVYG TEQIISFAKQ GREKTLHYIS TLAVSGYTTA SVQDFSEHHF DINQKFLSGY
EKSKFHAEKI VRTAFSEGLK GKIYRVGHIG AHSVTGKFQK NATDNRVIQV LNGIISLNQI
PASYNEKISF SYVDVISNIV SSISLQKIEC DLDCIHLENT AYFSIKEIAS MMNNIGYPCK
IVDDAVFNNE VINFKGSEKE YECIYGYNIW VNRYLSQKRN VRYLSNDSNE IFSKYGIVFP
KLSNSWLKKL IVNQLESEPI KEVSLY
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