| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_01401 |
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| Symbol | entF |
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| ID | 5556073 |
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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 | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | + |
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| Start bp | 1415170 |
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| End bp | 1419123 |
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| Gene Length | 3954 bp |
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| Protein Length | 1317 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640906893 |
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| Product | enterobactin synthase subunit F |
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| Protein accession | YP_001444604 |
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| Protein GI | 156973697 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAACATGT ACGATTTACC TTATACAGCG GAGCAACTGT TGCCGCTGAC GGATGCCCAA
GCCGGGATTT GGTTTGCCCA GTTGCGCGAT CCAGAAAATC CAATTTACAA GACAGGTGAA
TACCTAGTGA TTGATGGCAA GGTGGATGAG CCTTGTTTTG TTGAAGCGGT TAAAACGGCG
ATTGATGAGG TAGATTCCTT ACACGCTAAG TTTGTCACCA CCACCGAAGG CCCGCGCATG
GTGATTGACC GCCAAAACTG GCAGGTAGAG CGAATCGATT TCTCACAACA AGATGCACCG
CTGGATGCAG CCGTTGATTG GATGAAGTCA GAGCTGAAAC AACCTGTCGA TTTAGAGCAA
GGCCCATTAT TCGTTATGGC ATTGCTCAAG CTTTCAGAAG ACCAGTTCGT GTGGTTCCTA
TCGCTGCATC ACATCGCGAT TGATGGCTAC AGCATGTCCT TGGTGGCGGG ACGCGTGGCA
CATATTTATG GCCAACTTGC TCAGGGGAAA CCATTCGACA AGATCGAGTT TGTCGACCAG
CAAGCCTTGC TAAAAGAAGA CGACGACTAC AAAGCGTCGG AGAAATACCA AAAAGATCGC
GCTTTCTATC TTCAACGTTA CGCAGACCAT TCAGATACCG TCAACCTTGC AGGCAAACCG
ACCGTTACAT CAGACCGCTT TTTACGTTTA AAAGGCGCGA TGGAGGTCGA CGATTTCCAA
CGTATGGAAT CACTGGCGAA ACAGTGTCGC ACCCACTGGT ACAGCGTGCT CATTGCATCT
ATTGCCGCTT ATGTGCACCG TATGACGCGT TCTAATGAAG TTGTTCTTGG TGTGCCTTTG
ATGGGGCGTT TAGGTTCTGT TGCGATTCAA ACACCAGCGA TGCGCGTGAA CATTTTGCCC
GTGCGCGTCA GCTTTGAACA AGGCTTGGAT ATTAAGATGC TGGTCAAACA GGTCAACCAA
GAGTTTTCCT CGGTTCGTCG TCACCAAAGC TACCGTTATG AAGAGCTTCA CCGTGAGCTT
AACTTGGTAA AAGACAACCG TAACCTATTT GGCCCCTTGG TTAATATCAT GCCGTTTGAA
TACGAGCATA AATTTGGCGA GCTTAATTCC AAAGCGCATA ACTTGTCCGC TGGTCCAGTG
GATGATATCT CGTTTTATTG TTACGAGCTT GATGGTCAGC TTCATATCGA TATGGATGCC
AATCCTGAGT TGTATTCCGA GAAAGATATT CACGAGCATC AACAGCGTTT GTTCCACTTT
ATGAGCGACT TTTTTGCAAT CGCGCAAGCT CAAGATCCAG CTCTTTGCCA AGTCAGCGAT
ATCAATATTC TTCTTGCTGG TGAGCGAGAG AAAGTCATCG AAACTTGGAA CGACACTGAC
CACGAGGTAC CCGAGACGAC GTTAGCCGCT CTGTTGGCAA GGCAGCGTAT TCTTACCCCC
CATTCACCAG CAATAATCTT TGAAGGCCAA AAGCTCAGCT ACGAAGAGTT AGCGAAAAAA
GTCTACTCGT TGACCAACTG GCTGACGGCA GAAGGCGTTA CTCTGGGTGA TCGCATCGCG
GTATGTGTGC CAAGAAGTGA AGAGTTGATC GTTGTACAGC AGGCGATTCT GGCCGCAGGT
GCGGTTTATG TACCGGTGGA CCCAGATTAT CCAGAGGGCC GTATTCACTA CATGCTAGAG
TCCTCTGCGC CTAAGTTTGT GTTCTCTACG TCGGCACTGC AAGACAAGTT GCCGCACGGT
GTGGAAGTGA AACTGGTCGA TGATGACACC TTGCCAACCA TTTACAAAAG AGTCGAGCCA
CTGCCTCCGC AAGTGAAGCC AGAGCCGCAC TCTCCGGCCT ACATGATTTA CACCTCTGGT
TCGACGGGCA AACCAAAAGG TGTGGTGGTC ACCCATGATG CGATCGTTAA CCGATTGCTA
TGGATGCATG ACCAATATCC GATTACTGCG AAAGATCGCG TGTTGCAAAA AACGCCTGCG
GGCTTTGATG TGTCGGTGTG GGAGTTCTTT TGGCCAATGA TGGTTGGCTC ATGTTTAGTG
ATCGCGAAAC CGGACGGACA CAAAGATCCG ATTTATCTGC AAGATCTTAT TCATCGCGAG
AAGATCACCA CGCTGCACTT TGTGCCATCT ATGCTGCAAA TCTTTGTTCA GCAGGCGGAC
CCCGATTTAT GTCAAAGCTT ACGCCAAGTG TTCTGTAGCG GTGAAGCGTT GCCTATCGAG
TTAGTTAATC ACTATTACCA AGCATTCAAC GCGCCTCTGC ATAACCTTTA TGGCCCAACA
GAAGCGGCTG TGGATGTGAC TTATTGGCCA AGTGAAGCCA ATACCGAAGG CACGTCGATT
CCAATCGGGC GTCCAGTGTG GAACACGCAA ATCTACATTC TTGATGATGC ATTAAATCCA
GTACCGCCGG GTGTGGTAGG GCACTTGTAC ATTGCTGGGC GACAATTGGC ACAAGGCTAC
CATGGTCAGC CAGAACTGAC GGCAGAACGC TTTATCGAAA ATCCATTTGG TCCACAAGGT
AGCCGAATGT ATCTATCGGG CGATTTGGCT CGTTGGCGTG AAGATGGTGC GATTGAGTAC
TGTGGCCGTA GTGACTTTCA GGTCAAGATC CGCGGTTTCC GTATTGAGCT GGAAGAAATT
GAGAATGCCT TGGCCAACCA TCCAAGTGTT GCTCAAGTGG CAGTGTTGGC TCAGGAATAC
AATGACGGCG ACAAACGCTT GGTTGCTTAC GTCACTGCAG AGAATACTGA GCAGGGTATC
GATAGCAATG CATTGCAAAC GTACCTCGCG GAACCACTGC CAGAGTATAT GGTGCCGAGC
TACTTTGTTG AGCTTGAAGC CTTTCCATTA ACGCCTAACG GCAAATTGGA CCGCAGCGCA
CTACCGAAGC CGGATCTGTC TGGTCAAGTC GGTACCAAGG GGCCAAGTAA CTTAGTTGAA
GAGCGTTTGT GTAAGTTGTT CTGTCAGTTA TTGGATCTGC CTGCGGTCGG TGTGGATGAC
AACTTCTTCG AGCTTGGCGG GCACTCCCTA TTGGCTGCGC AGTTGATTGC CCACGTGAAA
GAAATCATGG GGATTGAGTT GTCATTGGCG GCGGTATTTG AATCGCCAAC GGTTTCCGGT
ATCGCGGCCA AGCTCAACGG CAGCGAAAGT GATGATGCAC TGAGCATTTT GTTACCGCTG
CGTCAGCGTG AAGGCAAAGC GGCTATCTTC TGTGTACACC CCGCTGGTGG TCTGAGTTGG
TGTTACGCGG CACTGACGCC AATCATTCCG TCTAATGTTC CGCTTTATGG TGTCCAAGCT
CGTAACCTTG GTGACCCTTC TGCACCATTA CCAAAGAGCA TGAAGGAGAT GGCAGAAGAC
TACGTGGCTG CGATTCGTGA AGAGCAACCC TTTGGACCTT ACCATCTTCT GGGTTGGTCG
ATTGGCGGCA TGATTGTTCA CCTAATGGCG GGCATCTTAC AAGAGCAAGG CCAAGAGGTG
GGCTTAGTCA CGTTGCTGGA TTCTTATCCT ACAGAGCAGT GGCAAACCAT TCATCCACCG
GGAGAAGAGC AAGCGCTTGG TGCACTGATC CGTATGGCGG GGGTTGAGTT TGATGAAGCC
GCTCATTCCA GCATCACTAA GCCAGAGGTG ATCGACATCC TGCAAGATGC AGGTTCTTCC
ATGGCGCACC TGAGCACCGA GACCATCACA GCCATGATTG AGGTGGTGAT CAACAACAAC
CAGCGTGTAC GTGATGCGGT GGATTACCAC TACCAAGGTG ATGTGTTGTT CTTCAACGCT
GAGAAGCCAC CAGAAGAGTC GTTCCTCGAT CGTAATGGCT GGTTCAAGTA CATGGAGGGC
GACCTCAAAG TGGTTGATGT GGCCTGTTTG CACCGTGACA TGATGCGTCC AGAGATGCTG
CGTTTGATTG GTACCCACAT GGTGAAAGAG CTAAGAGAGA GGTTCGATGT TTGA
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| Protein sequence | MNMYDLPYTA EQLLPLTDAQ AGIWFAQLRD PENPIYKTGE YLVIDGKVDE PCFVEAVKTA
IDEVDSLHAK FVTTTEGPRM VIDRQNWQVE RIDFSQQDAP LDAAVDWMKS ELKQPVDLEQ
GPLFVMALLK LSEDQFVWFL SLHHIAIDGY SMSLVAGRVA HIYGQLAQGK PFDKIEFVDQ
QALLKEDDDY KASEKYQKDR AFYLQRYADH SDTVNLAGKP TVTSDRFLRL KGAMEVDDFQ
RMESLAKQCR THWYSVLIAS IAAYVHRMTR SNEVVLGVPL MGRLGSVAIQ TPAMRVNILP
VRVSFEQGLD IKMLVKQVNQ EFSSVRRHQS YRYEELHREL NLVKDNRNLF GPLVNIMPFE
YEHKFGELNS KAHNLSAGPV DDISFYCYEL DGQLHIDMDA NPELYSEKDI HEHQQRLFHF
MSDFFAIAQA QDPALCQVSD INILLAGERE KVIETWNDTD HEVPETTLAA LLARQRILTP
HSPAIIFEGQ KLSYEELAKK VYSLTNWLTA EGVTLGDRIA VCVPRSEELI VVQQAILAAG
AVYVPVDPDY PEGRIHYMLE SSAPKFVFST SALQDKLPHG VEVKLVDDDT LPTIYKRVEP
LPPQVKPEPH SPAYMIYTSG STGKPKGVVV THDAIVNRLL WMHDQYPITA KDRVLQKTPA
GFDVSVWEFF WPMMVGSCLV IAKPDGHKDP IYLQDLIHRE KITTLHFVPS MLQIFVQQAD
PDLCQSLRQV FCSGEALPIE LVNHYYQAFN APLHNLYGPT EAAVDVTYWP SEANTEGTSI
PIGRPVWNTQ IYILDDALNP VPPGVVGHLY IAGRQLAQGY HGQPELTAER FIENPFGPQG
SRMYLSGDLA RWREDGAIEY CGRSDFQVKI RGFRIELEEI ENALANHPSV AQVAVLAQEY
NDGDKRLVAY VTAENTEQGI DSNALQTYLA EPLPEYMVPS YFVELEAFPL TPNGKLDRSA
LPKPDLSGQV GTKGPSNLVE ERLCKLFCQL LDLPAVGVDD NFFELGGHSL LAAQLIAHVK
EIMGIELSLA AVFESPTVSG IAAKLNGSES DDALSILLPL RQREGKAAIF CVHPAGGLSW
CYAALTPIIP SNVPLYGVQA RNLGDPSAPL PKSMKEMAED YVAAIREEQP FGPYHLLGWS
IGGMIVHLMA GILQEQGQEV GLVTLLDSYP TEQWQTIHPP GEEQALGALI RMAGVEFDEA
AHSSITKPEV IDILQDAGSS MAHLSTETIT AMIEVVINNN QRVRDAVDYH YQGDVLFFNA
EKPPEESFLD RNGWFKYMEG DLKVVDVACL HRDMMRPEML RLIGTHMVKE LRERFDV
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