| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2093 |
|---|
| Symbol | |
|---|
| ID | 5093856 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Flavobacterium johnsoniae UW101 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009441 |
|---|
| Strand | + |
|---|
| Start bp | 2502107 |
|---|
| End bp | 2509339 |
|---|
| Gene Length | 7233 bp |
|---|
| Protein Length | 2410 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 31% |
|---|
| IMG OID | 644741517 |
|---|
| Product | amino acid adenylation domain-containing protein |
|---|
| Protein accession | YP_001194442 |
|---|
| Protein GI | 146299851 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 2 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGAGCAAAA AAATAATTCA TACCGTATTT GAAAGTGTAG TACAAAGCCA AGGCAGCAAT
ATTGCTTTGC AAGGCGATCA AGGAAATATA TCATATCAGG AGCTAAATCA ATATTCAAAT
AAGCTGGCGC ATCTTTTGCT TAATAATAAC ATATCTAGAA ATGATATTGC AACTGTTTAT
TTTTCAGATC CGAGATTACA GGTTATTTCA TTACTTGGTG CTTTAAAGTC AGGAGCGATT
TATCTGCCAA TTGATAAAAA GTACAAACGC AATCATTGGG AAGAATTATA TACCACAATA
CTTCCAAAAG TATATATTAC TGCTTCAGAA GATCTTCCGC TGTTACATCA ATTCAGTGAC
TCGTTCGATT ATTCTATTCC ATTTATCATA ACATTATTAA TTGATAGCCA TGGAGCGTTA
AAACATAAAT TGTATGCCTA TTCAAATAAA ACATACGTAG ATGTAACGAG CAAAACTCCT
TTATCTGACG AAAATCCAAA TTTAGAATTT GGAGAGAATG ATCCTAATTA TATTTATTTC
ACTTCAGGTT CAACCGGCAA TCCAAAAGCC GTTTTGGGCT GTCATAAAAG TCTGAGTCAT
TTTATACACT GGGAATCTAA AGAGCTGGGT ATAAAAGAAT CAGATAAAAT AGGATTACTG
CCTTCTTTTT CATTTGATGC TTCAATCCAG GCTGTTTTTA TGGCGTTGAT TAACGGAAGC
ACACTTTGTT TAATTAATTC TGAAACGAAA GAAGATATTA TTCAACTGCA AAACTGGATA
AGAAATTATA ATATTACGGT GCTTCACATG GTGCCAACCT TATTCAGGAT TTTGAGTATT
TATTCTGAAG GTAAAGACAA AAATCTTTCA TTTCCTGATT TGAAATACAT ATTGCTGGCA
GGAGAAAAAT TATATAACAA AGATGTTGTA AACTGGAGAG AATGTCACGG AAACAACACA
GAAATTATCA ATTTCTACGG AACTACAGAA GCTACAATTC TTAGCACATT TTATAGAATA
GAACAAGAAC TTCAAGGGGA ATTATCTGAT GTGTTTTGTG TTGGACAGCC AATTTCAAAT
ACTGCCATAT TAATTTTAAA TAAAGAAAAT AAACTTTGCA AGATTGGCGA AGTAGGAAGT
ATTTACATAA AAACGCCATT TTTAACAAAA GGATATTACA AAAATCCGGA GCTGACAGCT
GATAAATTTA TACAAAATCC GTTAACTGCT TCAACAGATA TTATTTATAA AACAGGCGAT
TACGGAAAAT ATGATTCGCA GCGAAATACT ATCGTTACAG GAAGAGAAGA TGGTTTGGTA
AAAATTAATG GGGTTCGTAT TGATATTAAT ACAATCGAGC AGACTATCCT GAAATTAAAA
GAGGTCGATA TGGTAAAATG CCTTACCTAT CAACAAGATT TACTAAATGT AATTTTGGTA
TGTTTTTATA AATCAGCAGC TGTTAATGAA AACGACATTA GAAAACACTG TCTTGAGTAT
TTATCTCAAT ATGAAATGCC TTCTCGTTTT ATTGCCCTTG ACGAAGTGCC AATTAATGCT
AATGGTAAAA TTGATCCGGT TGTCCTGAAA AAAATAATCG ACGATACATT AGCTGCAGAT
AATAATGAAA CTGAAGATGA AACTCAAGCT GATGAAACAG AACAAAAACT AATTCAGATC
TGGAAAGAAA TATTAAATGT TGAAAAAATC AGACTAAAGG ATAACTATTT GTTTTTAGGA
GGAAACAGTA TTAAACTTAT TCAATTAAGA CTTAGAATTC AGCAAAATTT TGATGTAGAA
CTCAGCATTT ATGATTTATT TACTAATCCG GTTTTAAAAG AACAGGCAAA ACTAATCGCA
GAATCGAAGA AATCTGTTTT CGAGGCTATT CCACAAGTAC AAGCTCAGGA ATATTACAAT
TTATCTTCAA CACAATACAG AATGTGGGTT GTTTCGCAAA TAGAAAGCAG TTCTATTGCA
TATAATATGC CTAGTGCTTT CTTATTAAAG GGAGAAATTG ACAAGTTAAA ATTCAACGAA
GCATTTAAAA ATATTATTGA ACGTCATGAA ATCCTGCGAA CTTTTTTCAA ATCAAATCAG
GATGGAGAAG TTCACCAATA TATTACACCA GTAAACGAAG CCGCTTTTGA AATTACTGAA
AAGGATCTGT CGCATTTTAA TTCATTAGAA GAAATTAAAC CTTACCTAAT CAGCTTAAAC
GCAGAACCAT TTAATTTAGA AGAAGCACCA CTTTTAAGAG CTTATTTAAT TAAAGTAAAT
GAAAATCAGC ATGTATTCTA TTTTACAATG CACCATATTA TTGGCGACGG ATGGTCATCA
TTAATTTTGC TTAAAGAAAT AATCAGCACA TATAATAGCT TATTAAATGG AAACCAGACT
GAATTAGAAG GGTTAAATAT TCAGTTTAAA GACTATGTAG CATGGTCACA AAATGAAACC
CATTTAGAGA AAAACAAAAT TTCTGAAAAC TATTGGTTAG ATCAATTTTC TGGTGAATTG
CCAGTATTAG AACTGCCAGG TTTTAAAAAA CGCCCTTTAA TAAAAACTAA TAACGGGAAC
AAGATAGAAC ACGTTTATTC GGCAGAATTT ACTAAAAAAT TAAAGTCATT TTCAGAAACT
CAAAATGTTA CTTTATTCAT GACTTTAATG GCAGGAATAA ATACACTTTT GTCAAGATAT
TCAGGGCAGG ATGATATTAT TGTTGGAACG CCGGTTGCAG GAAGAGAGCA CCCGGATTTA
GAAAACCAGA TTGGTCCTTA TTTAAATACT GTTGCTATCC GGACAAAACT AGAAGAGCAG
GAAACTTTTA CTTCATTATT GTTAAAAGAA AAGCAGCTAT TATTAAACTC ATATCAGCAT
CAGGATTATC CTTTTGATGA ATTGGTATGG AAATTAAATT TAGCTCAGGA TAGCAGCCGT
TCATTTTTAT TTGATGTTTT AGTAGTATTA CAAAACCAAA ACCAGGTTGC TAATTTAAAT
ATCAGCGAAG AATTAAGCGG TATAAAAATA GAACCAGTTG ATTTTGAAAG CAATTTTTCA
AAGTTTGACC TGAACTTTAT GTTCATCGAA GCAGAAAACT TAAACCTTTC AATTACTTAT
AATACAGATA TCTACGATCA GTTTTTAATT AAAAGAATGT TTCAGCATTT CGAAATTCTT
TTAAACCAGT TTACTGCTAA TCCTGATGTC GCTGTCAATA AAGTTGATTA TCTGACAGAA
AACGAAAAAA CACAGTTATT GTTTGATTTC AATGATTTGA TTGTAGAGTA TCCAAAAGAT
AAAACTATTG TGGATTTGTT TGAGGAACAA GCTGCTAATA ATCCTAATGT TACAGCAATT
GCATTTGAGG AAAAAAATAT TACTTACGCA GATTTATCTA AAGAAGTAAA TGCATTAGCA
GCACAGCTTT CTGAACAAAA TGTTGAAAGA GGAGATAAAA TTATAATTTG TTTTAACAGC
CATATCGAAA AAGCAATAAC AGGACTATTG GCTGTTTTAA AAATAGGAGC GGTATATGTT
CCTGTAGATT CAGATTATCC ATTAGAAAGA ATCCGTTTTA TTGTTGAGGA TACCAAAGCA
AAATTCGTTA TTACAAACAG TTTAGATGCT GTTATTTTTA AAGATGTAAA TGCAGATATA
ATTGCATTAG ACGAACAAAA AGAATTTGAA AACAGTAAAG AACTTGTTTT TGAAAAAATC
AACATTTCAG ATAATGCTTA TGTGATTTAT ACCTCAGGAT CTACGGGAAA TCCTAAAGGA
GTAGTGGTAA GCCATAGAAA TATAAACGAT TATGTTTTTG GATTAAAATC TAAAATTCAA
ATACAAAAGA ATGACTCTTT TGCCTTAATG TCTACATTGG CTACAGATTT AGGAAACACA
GTTCTTTTTG GTTCTTTACT GACTGGAAAA ACGCTGCATT TGTTTTCGAA AGACAGTTTA
AGAGATGTAA ATTATATTCA GGAATATTAT GAAAATCATT CTATCGATTG TATTAAAATT
GTGCCAAGTT ATTGGAAATC ATTAAACTTA AAAAGCCAGT CTCCTAACAA GATGATCATT
TTTGGCGGAG AAGAGCTGAC CGTTGATGTT GTAGAACAAA TCAAAAACGA AAAGCCTGCT
ATTACCATTG TTAATCATTA CGGACCTACC GAAACAACTA TTGGGAAATT ACTTCATGTT
GTTGATCTGG AAAATTCATA CGATCGTATT CCAATTGGAA GACCGTTCTC GAATACCAAT
GTATTTGTAG TAGATCAGAA CTTTTTACTA TGTCCTGTAG GTGTTGAAGG AGAATTGGTT
ATTGGGGGAG ATGGTGTCTC AAATGGTTAT TTGAATAATC TGCAATTAAC AGAAACGCAA
TTTGTTAAAG ATACACTTCT TCAAACAGAA GCGAAACTTT ACAAAACCGG AGATAAAGTA
AAACAATTTC CAAATGGTGA TATCGAATAC TTAGGACGAT TTGACGATCA GGTAAAAATA
AGAGGGCACA GGATTGAATT AGGAGAAATA AGCAGAAATC TTGCATTAAT CGAAGGCATA
AGCCAATCTA TTGTAACAGT AGGCCAAAAT AACGAGGAGA AGTTTTTAAT TGCTTATTAC
GTTTCAGAAA CACAGTTAGA TAAAAAAGAA ATTCAGTCCA GTCTATCTAA AGTACTGCCA
GAATATATGG TGCCGTCGTA TTATGTGAAG TTAGAAAGTC TGCCTTTAAC ATCGAATGGA
AAAATCAACA GAAAAGCACT TCCTAAAATT TCTGAGAAAG ACATTATCCG AAAAGAATAT
GTAGGGCCAA GAAATAAAAC AGAAGAAAAA TTAGTTCAAA TCTGGCAGGA AATACTAAAA
GTAGAAACAA TTGGTGTAAC TGATAATTTC TTTAATCTTG GCGGACACAG TTTATTAGTT
GTTAGAATTC TCAACTTAAT CAAAAAAGAA ATAGGCTTAA ATATTTCTGT AAAAACATTT
TTTGAAAATC CTACTATTGA TGCCTTATCA GGACAGTTAA AAGGAAAAGA AACAGAATCT
TTCTTTATTG AAAAAATTGC TCCTGCTGAT TCTTATCCGG TAACGGCTTC GCAAAAAAAG
TTTTGGTTAA TCAGCCAGTT TGAAGATGCT TCTTTAGCTT ATAATATGCT GACTGTTTTT
AGACTTGAAG GAAATTTAAT TATTCCAAAA TTCCAGGAAT CGTTTATCCA TCTTATCGAA
AGACACGAAA GTTTAAGAAC TTCTTTCAAA CTTAATGAAG ATGAAGAATT AAGACAGTTT
ATAGTGCCTG TTGAAGATCT GGATTTTAGT ATCAATTATG TTGATCTCAG CTCTAATGAA
ACAACCGAAG AAAATTTAGC CGCTTATGTA GAAAAAGAAA ATGCGATTCG ATTTGATTTA
GAAAAAGCAC CTCTGGTTCG TGCTTCATTA ATAAAAGCCG CTGAAGGTAA ATTCGTATTC
TTTATATCAA TGCATCACAT TATTGGAGAC GGCTGGTCAT CTGAATTATT AGTTGGAGAA
GTTGTTTCTA TCTACAATGC TCTTATTCAG GAAAGAGAAG TGAATTTACC AGAATTAAGA
ATTCAGTATA AAGATTATGC AGCCTGGCTT AACAATGAAA TTGAAAAAGA AGGATATAAA
ATTTCAGAGA AATATTGGTT AGATCAATTT TCAGGAAATC TTCCAACTAT TGAACTGCCT
GGTTCTAAAA TAAGACCTTC AGTAAAAACG TATAATGGAG ACTATTTAGG TTATGAGTTT
TCAGACAGTT TTTCGCAACA GTTAAGAGAT TTCTCTACAG AGCAGAATGT ATCATTGTTC
ATGGTATTAA CAGCTGGAAT CAACACGTTG TTAAGTAAAT ATACAGGAGA AAATGATATT
GTTGTAGGAA CTCCGGTTGC AGGAAGAGAA CATCCTGATT TAGAAAATCA AATAGGACTT
TATTTAAATA CGCTGGCTCT AAGAACCAAA ATAAATCAAA AAAACAGTTT CTTAGAATTA
TTGCAGCATG AAAAAGAAGT TATTCTGGGA GCTTACGAAA ATCAGCTTTA TCCGTTTGAT
GAATTGATTG ATAAACTGCA GTTAAAAAGA GACAGAAGCA AAGCCTTATT ATTTGATATA
CTGATTGTTT TACATAATCA GACAAAATTA AATATGGAAG ATGATGAAAA ACTGGTAGAC
CTTTACATTA AACCTTATGC CTCAACACGT AAAACTTCGC AGTTTGATTT GTCATTTAGA
TTTTCAGACA ATGAGAGACT ATATCTTGAA ATAAATTACA ATACAGATAT CTACGAAAAA
TCATTTATCG AAAAAGTATT TACACATTTT GAAGCACTGG TTTTTCAATT AATAACCAAA
CCAGAAATAA AATTAGAGCT TGTTGATTTT CTATCTGAAG AAGATAAAAG AGAAATCGAA
ATGAGTGATT ACTGGAAATC GGTTTTCAAA AATGAATTTT CAAATGTTGT ATTTCCTTTT
GAAAAACAAA CTCTTGAAAA ATTGGATAAG TCAGGAGCTC AGTTTCAGTT TTCTATTAAT
GAAGAATTAA AAGAAGGATT AGAAAAATTA TCAGATTCAA ACAGTGGTGA TCTTTTTACT
TCAGTATTGT TTTCTCTAAA AACGACAGTA CGAAAATATA TTGAAAATGA TGAGGTTGCA
TTTCATATTT CAATTCCGGA AGAAGCACCT AATGAATGGC ATAAATTGGA TTTACCATTT
GTTACCAATA TCAGTAACGA CGAATTACTG CTGGATGTTT ACAACGATTT GAATTTTAGA
ATAACTGAGT TAAAGGAAAA TCTTTTTACT GATTTTCAAT TGGCAAAAAA AACGGCTGAT
TCTTTTTATA AACAAAATGA AGCTGCAGTT TTCAATATCA AATACAATTA TCATAAAAAT
CATGATTTTC AGGATTGGGT GCAGTTAGAA TCAACAGAAG GAAACGAGTT TGAAAAAAGT
ATCATTTTTA AGGAAGAAGC TGCAATTACT CATAATATGT CATTCGATTT TTATGAAAAT
GAATCTAGTG TTACCTGTGT ACTAACTTAT AATGCAGATA AATACGATAA AAATCAGGTT
GTGTTATTTA TAGAAAGATT CAAAATTGTA ATGAACCAGA TAGCGAATAC CAAAGAACAA
TTCAGCAAGC TGACAACTCG TGAGATCAGT TTTAATTATC AAAAAGAAAA ACAAGCGGGG
AAAAGCAAAA TGCTATTAGA AGAGAATTTC TAA
|
|---|
| Protein sequence | MSKKIIHTVF ESVVQSQGSN IALQGDQGNI SYQELNQYSN KLAHLLLNNN ISRNDIATVY
FSDPRLQVIS LLGALKSGAI YLPIDKKYKR NHWEELYTTI LPKVYITASE DLPLLHQFSD
SFDYSIPFII TLLIDSHGAL KHKLYAYSNK TYVDVTSKTP LSDENPNLEF GENDPNYIYF
TSGSTGNPKA VLGCHKSLSH FIHWESKELG IKESDKIGLL PSFSFDASIQ AVFMALINGS
TLCLINSETK EDIIQLQNWI RNYNITVLHM VPTLFRILSI YSEGKDKNLS FPDLKYILLA
GEKLYNKDVV NWRECHGNNT EIINFYGTTE ATILSTFYRI EQELQGELSD VFCVGQPISN
TAILILNKEN KLCKIGEVGS IYIKTPFLTK GYYKNPELTA DKFIQNPLTA STDIIYKTGD
YGKYDSQRNT IVTGREDGLV KINGVRIDIN TIEQTILKLK EVDMVKCLTY QQDLLNVILV
CFYKSAAVNE NDIRKHCLEY LSQYEMPSRF IALDEVPINA NGKIDPVVLK KIIDDTLAAD
NNETEDETQA DETEQKLIQI WKEILNVEKI RLKDNYLFLG GNSIKLIQLR LRIQQNFDVE
LSIYDLFTNP VLKEQAKLIA ESKKSVFEAI PQVQAQEYYN LSSTQYRMWV VSQIESSSIA
YNMPSAFLLK GEIDKLKFNE AFKNIIERHE ILRTFFKSNQ DGEVHQYITP VNEAAFEITE
KDLSHFNSLE EIKPYLISLN AEPFNLEEAP LLRAYLIKVN ENQHVFYFTM HHIIGDGWSS
LILLKEIIST YNSLLNGNQT ELEGLNIQFK DYVAWSQNET HLEKNKISEN YWLDQFSGEL
PVLELPGFKK RPLIKTNNGN KIEHVYSAEF TKKLKSFSET QNVTLFMTLM AGINTLLSRY
SGQDDIIVGT PVAGREHPDL ENQIGPYLNT VAIRTKLEEQ ETFTSLLLKE KQLLLNSYQH
QDYPFDELVW KLNLAQDSSR SFLFDVLVVL QNQNQVANLN ISEELSGIKI EPVDFESNFS
KFDLNFMFIE AENLNLSITY NTDIYDQFLI KRMFQHFEIL LNQFTANPDV AVNKVDYLTE
NEKTQLLFDF NDLIVEYPKD KTIVDLFEEQ AANNPNVTAI AFEEKNITYA DLSKEVNALA
AQLSEQNVER GDKIIICFNS HIEKAITGLL AVLKIGAVYV PVDSDYPLER IRFIVEDTKA
KFVITNSLDA VIFKDVNADI IALDEQKEFE NSKELVFEKI NISDNAYVIY TSGSTGNPKG
VVVSHRNIND YVFGLKSKIQ IQKNDSFALM STLATDLGNT VLFGSLLTGK TLHLFSKDSL
RDVNYIQEYY ENHSIDCIKI VPSYWKSLNL KSQSPNKMII FGGEELTVDV VEQIKNEKPA
ITIVNHYGPT ETTIGKLLHV VDLENSYDRI PIGRPFSNTN VFVVDQNFLL CPVGVEGELV
IGGDGVSNGY LNNLQLTETQ FVKDTLLQTE AKLYKTGDKV KQFPNGDIEY LGRFDDQVKI
RGHRIELGEI SRNLALIEGI SQSIVTVGQN NEEKFLIAYY VSETQLDKKE IQSSLSKVLP
EYMVPSYYVK LESLPLTSNG KINRKALPKI SEKDIIRKEY VGPRNKTEEK LVQIWQEILK
VETIGVTDNF FNLGGHSLLV VRILNLIKKE IGLNISVKTF FENPTIDALS GQLKGKETES
FFIEKIAPAD SYPVTASQKK FWLISQFEDA SLAYNMLTVF RLEGNLIIPK FQESFIHLIE
RHESLRTSFK LNEDEELRQF IVPVEDLDFS INYVDLSSNE TTEENLAAYV EKENAIRFDL
EKAPLVRASL IKAAEGKFVF FISMHHIIGD GWSSELLVGE VVSIYNALIQ EREVNLPELR
IQYKDYAAWL NNEIEKEGYK ISEKYWLDQF SGNLPTIELP GSKIRPSVKT YNGDYLGYEF
SDSFSQQLRD FSTEQNVSLF MVLTAGINTL LSKYTGENDI VVGTPVAGRE HPDLENQIGL
YLNTLALRTK INQKNSFLEL LQHEKEVILG AYENQLYPFD ELIDKLQLKR DRSKALLFDI
LIVLHNQTKL NMEDDEKLVD LYIKPYASTR KTSQFDLSFR FSDNERLYLE INYNTDIYEK
SFIEKVFTHF EALVFQLITK PEIKLELVDF LSEEDKREIE MSDYWKSVFK NEFSNVVFPF
EKQTLEKLDK SGAQFQFSIN EELKEGLEKL SDSNSGDLFT SVLFSLKTTV RKYIENDEVA
FHISIPEEAP NEWHKLDLPF VTNISNDELL LDVYNDLNFR ITELKENLFT DFQLAKKTAD
SFYKQNEAAV FNIKYNYHKN HDFQDWVQLE STEGNEFEKS IIFKEEAAIT HNMSFDFYEN
ESSVTCVLTY NADKYDKNQV VLFIERFKIV MNQIANTKEQ FSKLTTREIS FNYQKEKQAG
KSKMLLEENF
|
|---|
| |