| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2102 |
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| Symbol | |
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| ID | 5093865 |
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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 | 2534015 |
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| End bp | 2538460 |
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| Gene Length | 4446 bp |
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| Protein Length | 1481 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644741526 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001194451 |
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| Protein GI | 146299860 |
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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 | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.73819 |
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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 | ATGAAACTTA CACTTCCTCA ACAAGATGTT TATTTTGAGC AGCTTATGTA TCCTGATGAT
CCTATTTATA ACATAGGGGC AAAGATTTCC ATTGATGGAG ATGTTTCCTA TGAAATATTA
AATCAGGCAT ACATCGAACT AATTAACCAG CATGATTCTT ACAGAAGCAT TATACAAAAA
TCTGGAGACC AGGTAACAAT TCAAACTGTT GAAAATCATG ATTCGGTTTT AGAATATCTG
GATTTTTCCT GTGATGAAAA TCCAGATTTA GAAGCAAACC AATTTATGCA GGAAAAATTT
CAGGTATCTG TTAAATTAGA TACCAAAGAA TTATTGCACA AATTTATTTT GATAAAAGTA
AACGAAAAGC AGCACTATTT ATTTTCTGTA TATCATCATA TTATTACAGA TGGATGGGGA
ACATCTCTAA TGTTTCAAAG ATTAGTGAAA AATTACAATG AAATTTCACT TTCAGGAAAT
GTAACCTCTG TTTATCCTTA CTCTTATCAA GATTTTATTT TAGATGATGA AGCCTATTTG
TTATCTGAAG ATTATGAAAA TGACAAAAAC TATTGGAAAA ACAGATTTAA GCAGCTTCCG
GAACAATTAC TCGAAGTAAA AGAAAATACT GGTAAACCTA ATCAAAGCAA AAGAAAAGAA
ATTATTATAA AACGTAACGT TTATAATCAA TTAGAGCAGA GAAGTAAAGA CTTAGGAGCG
ACAACTTTTC ATGTTATTCT TGGTGTTTTA TACCTCTATT TTGGAAAAAA ACATCAAAAT
ACAGATTTTA CAATTGGGCT TCCAGTCCTG AACAGAGGAA AATCGATATT CAAAAAAACC
GTTGGATTAT TTATGGGAGT GTCCCCGTTA AGAGTTCAAT TTGGGTTGGA AGATAATTTT
GAAGAACTTA TTAAAAATAT CAAACAACAG CTTCGTCAGG ATTATCGTCA TCAAAGATTT
CCTTTAGGAA GATTAGTAAA AGAGCTGGGT TTATTTCAGG AAAATGAAAG GCTTTTTAAC
ATTACATTGT CTTATGAAAA ACAAAATTAT GCAGATCACT TTGTTAATAC CATTACAAAG
GTAATCCCGC TTTCTCATCA TTCTGAGCGA GTAGCTCTGG CAATCTATAT TCGCGAGTTT
GATGCATTAG AAGATGTAAA GATAGATTTT GATTACAATG TCAATTATTT TAGTCAGGAA
GATATTTCCC GAGTTGGATC TCATTTTGAA ACATTACTTT CTGAAATAAT AAAAAGTACA
GAAAAACCGC TTTCAGAATA TGAATATATT ACGGCAATTG AGAAAAAACA ATTACTGGAA
GAATTCAATG CAACAGAATT TAATTGTGAT TCAGAAACAA CATTGCTGGA TTCTTTTAAA
AAGCAGGCAG CAAAAACTCC AAATAAAATT GCATTAACAG ATCAGGAAAA AACATTTACA
TACCAGGAGC TGGATTTGTT TTCGGATAGG GTTGCATTCT TTTTGCAAAA AAAGATTAAA
AAAGATGAGC CGGTACCTGT TGCAGTTCTT ATGAATCGTT CTGCAGATCT CGTGGCGACT
TTACTAGGTG TTTTGAAATC AGGGAATGCT TATATTCCTT TAGATCCTTC ATTTCCAAAA
GATCGTTTAG AATATATTAT TGATCACAGC GGTGTAGAAC AGGTAATTTC TACAGAAATT
TTAAATCAAA GTATAGGTTT AAACAGGCAG ATTATAGACA TTGAATTATT GCCAGATGAG
GTTTTAGATC AAAAACAAAA TGCATTAAAA ACTGTGCCTT CTGCAAATAC GGCGTATATT
ATATACACTT CAGGATCAAC AGGAAATCCT AAAGGAGTTG CAATTGGTCA CAAAGCCCTG
CTTAATTTTT TAATCAGCAT ACAGCAGCAG CCAAAAATTG AAGAACAAGA TTATTTGTTT
TCAGTAACAA CACAGTCTTT TGATATTTCG ATTCTTGAAT TTTTTGCTCC ATTAATCAGC
GGTGCTGCGC TTTATATTGC AAGTGAAGAA CTTTTAGATG ATCCTTTTGC AGTTATAACA
GCTTTAGAAG ACTTAAAACC AACAATAATT CAGGCAACAC CTAGTTTCTT TCAAATGTTA
TATAATGCCG GATGGAAAGG AAATAAATCG CTGAAAATTT TATGCGGAGG AGATTTGCTA
AGCGAAACAT TGTCTGAAAA ATTAAGACAG ACCAACGGAG CATTATGGAA TATGTACGGA
CCTACAGAAA CAACAATTTG GTCAAGCTGT AAAAATATTA TGCAGGCCAA TGAAGCTTCA
AATATTGGTA AACCTATCAA TAATACCCAG CTATATATTC TTGATTCATA CATGAAGCTG
CTTCCTATCG GATCTGCCGG AGCTATTTAT ATTGGCGGAG ATGGTCTGGC ACAGGGATAC
TTTAAAAATG AAGAATTGAC AAATGAAAAA TTCGTTCAAA GTCCGTTTGA CCAAAATCAA
AAAATATACA ATACAGGGGA TCTGGGACGA TGGAACGAAA ATGGAGAAAT AGAATTCATG
GGGCGCAATG ATAATCAGGT AAAAATAAGA GGTTATCGAA TTGAACTTGG TGAAATTGAA
GCCAGATTAA ATCAGATAAA AAATGTAAAA GCATCTGTTG TTGTTGCCCA AAAATCCAAA
GAACAGGAAT CTTTACTTAT TGCTTATCTA ATTTTTGAAA ATGAAGAATT TAACCCTTCG
TTTATTGTCA ATATTTTAAG AGAAGAATTA CCGGAATACA TGATTCCGCA TGCCATAATG
CAGGTAGATG AATTTCCGCT GACTCCAAAT AAAAAAATAG ACAGAAAAGA GCTTTCATTG
CGCAAAATAA CAATTGCCAA ATCTGAAGTT TCAAACGAAA TGCCTGTAAC AGCAATTGAG
AAAAGCCTTT ACAAATTCTA TACAGAAGTA TTAGAAATAA AAGCAGAAAT TAGTATTACA
GATAATTTCT TTGCACTGGG AGGACATTCC TTAAATGCAG TAAAACTAAT AAATCTAATT
AATGAACAAC TGCATTATAG AATTACCCTA AAAGATGTGT TTGATTATCC TACAGTTCAA
AAACTTGCTA AATATCTTGA TAATAAAGAA GTTGTAAAAG ATGTAAATAT CCAGACTAGT
AATGAAGAGC CCTATTATAC AATAACTCCC TCTCAATACA ATATTTGGCT GGCATCGCAG
CAACAAGAAA AATCGACAGC TTACAACATG TCGGCAGTAT TTAAAATTCA AGGAGAACTG
AATAAAGCCC TATTCGATCA GATATTTCAT GAAATCCAAA AGAAACATGA AGTATTGAGA
ACAAATTTTA TTGCGATAGG AGGGATTCCG CACCAGATAA TTACAAGTAA AAAAGAAGCG
AATATCTTGA TTAATGAATT CTTTTATGAT GAAAAACACA TAACCGATGC GCTGAATGAG
TATATAAATA CAGAATTTGA CCTGGAGAAA GAACCGCTTT TTAGAGTTTC ATTTTTTCAC
GGAAGTGACG GGCAGTCTTA CCTTGTTTTT TCGACACATC ATATTATAAT GGATGGCTGG
TCTTTGGAGA TATTAATTGA AGATTTTGTC AGCAAATACA AAGCCAGAGA AAAACAAGTT
ATACAACAAG AATCAGAATT AAAATTTCAG TTTAAAGATT ATGCAGTTTG GCATGAAAAA
GAGCTGAAAA GTAATCACGA AAAAAACTTT GATTTCTGGA AAAACTATCT CAAAGGATAT
TCATGGAATA AAAATGTGCC TTTTGATTAT GAAAATATCG AAGAAAAAGA TTTAAAAGGC
AGCCATGATT TTAGGTATGA ATCAGTTGAA AATGCACAAT TAAAAAGTTT TGTTCATCAG
TATAATGTAT CACTTCACAC TTTTTTGGTT AATGCATTTA ATGTCTTGAT TTACAAAATG
TATGAGAAAG ATGATTTTTG TGTAGGAACA GTTAATTCCG GAAGAACAAA TTCTGAATTG
CACAATCAAT TAGGAATGTA TGTAAAAACA TTACCATTAA GAACACAAAT AAATTCAAAC
CAAACTGTTC TCGAAATCAT GAATCAAATG CATCAAAATT TATTATTGAT TGATGAGCAT
CAGGATATAC CAGCAGTTAT ACAGTCAAAA TTAAGGTTTG ATACTTTGTT AGTACTCCAA
AATCCATCTT TTGATTATAA TAACATTTAC ATAAATAAAG ACCTTAATCT GCAGATAGCG
CCAATAAAAG AAGCCTACAG CCGATTACCA TTGTTGATCA CTTTTACTGT AAACAGCAAA
AAATTGACTG GAAATATAAG TTACTCGGCC TCAAGTTACA GCGCTGAAAC AATTGAATTA
ATCACATTAA AATACGAAAA AATAATAGCT GAAATTATTA AAAACCCTAA CGTTCCTGTA
AGCTCATTAG ATATCGAATT ATCTTTTGAA AAAGAAAGGA AAATTGAGAT TGGTTTAAAT
TTCTAA
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| Protein sequence | MKLTLPQQDV YFEQLMYPDD PIYNIGAKIS IDGDVSYEIL NQAYIELINQ HDSYRSIIQK
SGDQVTIQTV ENHDSVLEYL DFSCDENPDL EANQFMQEKF QVSVKLDTKE LLHKFILIKV
NEKQHYLFSV YHHIITDGWG TSLMFQRLVK NYNEISLSGN VTSVYPYSYQ DFILDDEAYL
LSEDYENDKN YWKNRFKQLP EQLLEVKENT GKPNQSKRKE IIIKRNVYNQ LEQRSKDLGA
TTFHVILGVL YLYFGKKHQN TDFTIGLPVL NRGKSIFKKT VGLFMGVSPL RVQFGLEDNF
EELIKNIKQQ LRQDYRHQRF PLGRLVKELG LFQENERLFN ITLSYEKQNY ADHFVNTITK
VIPLSHHSER VALAIYIREF DALEDVKIDF DYNVNYFSQE DISRVGSHFE TLLSEIIKST
EKPLSEYEYI TAIEKKQLLE EFNATEFNCD SETTLLDSFK KQAAKTPNKI ALTDQEKTFT
YQELDLFSDR VAFFLQKKIK KDEPVPVAVL MNRSADLVAT LLGVLKSGNA YIPLDPSFPK
DRLEYIIDHS GVEQVISTEI LNQSIGLNRQ IIDIELLPDE VLDQKQNALK TVPSANTAYI
IYTSGSTGNP KGVAIGHKAL LNFLISIQQQ PKIEEQDYLF SVTTQSFDIS ILEFFAPLIS
GAALYIASEE LLDDPFAVIT ALEDLKPTII QATPSFFQML YNAGWKGNKS LKILCGGDLL
SETLSEKLRQ TNGALWNMYG PTETTIWSSC KNIMQANEAS NIGKPINNTQ LYILDSYMKL
LPIGSAGAIY IGGDGLAQGY FKNEELTNEK FVQSPFDQNQ KIYNTGDLGR WNENGEIEFM
GRNDNQVKIR GYRIELGEIE ARLNQIKNVK ASVVVAQKSK EQESLLIAYL IFENEEFNPS
FIVNILREEL PEYMIPHAIM QVDEFPLTPN KKIDRKELSL RKITIAKSEV SNEMPVTAIE
KSLYKFYTEV LEIKAEISIT DNFFALGGHS LNAVKLINLI NEQLHYRITL KDVFDYPTVQ
KLAKYLDNKE VVKDVNIQTS NEEPYYTITP SQYNIWLASQ QQEKSTAYNM SAVFKIQGEL
NKALFDQIFH EIQKKHEVLR TNFIAIGGIP HQIITSKKEA NILINEFFYD EKHITDALNE
YINTEFDLEK EPLFRVSFFH GSDGQSYLVF STHHIIMDGW SLEILIEDFV SKYKAREKQV
IQQESELKFQ FKDYAVWHEK ELKSNHEKNF DFWKNYLKGY SWNKNVPFDY ENIEEKDLKG
SHDFRYESVE NAQLKSFVHQ YNVSLHTFLV NAFNVLIYKM YEKDDFCVGT VNSGRTNSEL
HNQLGMYVKT LPLRTQINSN QTVLEIMNQM HQNLLLIDEH QDIPAVIQSK LRFDTLLVLQ
NPSFDYNNIY INKDLNLQIA PIKEAYSRLP LLITFTVNSK KLTGNISYSA SSYSAETIEL
ITLKYEKIIA EIIKNPNVPV SSLDIELSFE KERKIEIGLN F
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