| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_001855 |
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| Symbol | |
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| ID | 8555484 |
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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 sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | + |
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| Start bp | 243927 |
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| End bp | 246527 |
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| Gene Length | 2601 bp |
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| Protein Length | 866 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646404848 |
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| Product | outer membrane receptor protein |
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| Protein accession | YP_003284483 |
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| Protein GI | 262392629 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGTATAAAA ACACAACCGC TTTATCTGTT GCGATAAGCC TTGCGTTGGG GACAGCAGCA
GTCGTAGCCC CAGCAACAGC ACTGGCAGAA GAGCAACAAG TTGAAAAACT TCAAAAGATG
AAAGTTACTG GTTCGCGTAT CTCCACGACG GATATGGAAG GTCCTTCACC AGTTACTGTT
ATTAATAGTA AAGATATTGA ATCTAAAGGT TTTAACAGCG CGCAAGACGT GTTGAACAGT
TTGACTCAAA ACACCGGTGG TGTAATGGCT CAAACGAACT CTTTCTCATT CACACCTGCA
GCACAGTCAG TCAACTTACG TGGTCTTGGC GCTTCACGCA CATTGATTCT TATCGATGGT
CGTCGCCTTC CTCAATACCC ACTGGCTCAA GATGGCACAT CTAACTTCCA AGACATTGGT
CAAATCCCTG TTGCCGCTAT CGAGCGTGTT GAAGTAATGA CTGATTCAGG TTCCGCTATC
TACGGCTCCG ACGCGATCGG CGGTGTCGTA AACTTCATTT TAAAGAAAGA CTTTGATGGC
GTTTCTGTAA AAGTACGTGC GGGTGACGCA ACAGATGGTG GCTACCAAAA TGGCCGTTTA
GACGTTGTTG CAGGTAAAGA TTTTGACGAT AAACGTATTC TCTTCGTTGG CCAATTTGCG
GGCAACGAAA TGCTTAAACA ATCTGACCGA GATGATTGGG CTGGCGATGA CGGTTCAAGC
CGTTCTCAGC TAAGTGGTTA CTCTAGCTAC GGTGCAAACT TTGAAGGCGC AAACGGAACA
CTTCTAACAC CCGCTGATGC TGGTTCTTCA TGTAAAGAAG TCGTTGGTGA TGCCGCTATT
GAACGAGCGG ATGGCAAGTG TGGTGTTAAC CGCTCTGCAT ACCGAACGTT GAAACCAGAG
AACAAACAAG TAGACCTGCT TTTACGCGGT GAAATGGACA TTAACGATAA TGTTACTGCC
ATGGCAGAAG CGCGCTTTGG CTATAAGTCT ACAGAATCTG AATTCGAACC TAACCCATAC
AGTGTCGAAG TTGATGCCAC TCACTTCCGC GGCGAAGGTG AATACACTCG CCGTATGGTC
GAATTTGGCC CACGCGAAAG TAACACTGAA GCCGATTCTT TTGGCTTAAC CTTAGGCTTG
AACGGCCTGC TTGCTGATAC GTATGATTGG GACCTATCAG CTGGTTACTC AGAGCAAAGC
GTTGAAACAA GCAACCCAGC AATCTACCTA ACTCTTGATC AAGCCGTACA AAATGGCGAT
GTCGATCTTC TAGGGCCTAT CTCTCAAGAC GTTGTAAACA AATACAGCGG CACATCAAGC
AAAGAAGCCT ACTCAAAGCT TTACTCTGTT AACGGCTCAC TGGCCGGTGA TTTGGTTGAA
CTGCCTGCTG GTATGTCTGG CGTTGCTGTT TATGGTGAAT GGAACCGTAC TGACTACAAT
GAAACGATTG ATGCGACAAC AGCAGCTGGT GGTTTCTCTG GTCTAGGCGG AACATCAGGT
GGCGGTGACC GTGATCAGAT TGGTCTTGGT GTCGAAGCCC TAATTCCTAT CATTGAAGAT
TTGGAAATGA GAGTCGCTGG TCGTTATGAC CACTACTTCG ACGACTCGGC AACAGGCGGA
GCCTTCACTC CTAAAGTAGC ACTAGCATAC CGTCCTACTG ACACTCTATT GCTTCGTGGT
AGCTACGGTC TAGGTTTCCG AGCTCCTGAC TTGAAACGAC TATTTGGCGA TCAAACTCGA
GGCTTTGGTT CTGGTTTTGA CCCTGTGCTT TGTGCCAACG CTGGTGGTAG CGGCCCACAA
GATAAAGATA AGTACCCAGA GTGTGATACT CAATACTTCG ATACGCTTAA CGGCCCTAAC
TCTGAGCTGA AAGAAGAAAC AAGTACAAAC ATTAACTTGG GTCTAGCGTG GGAACCTGTG
GATGACCTTG GCGTAACCGT TGACTGGTAC CACATCAAGA TGGAAGACGT CGTAACAGCA
CCAACTTACC AAGACGTAAT TAACGATCCA GGTAAATACC CAGGCACAGA AGTAGTTCGT
AATACAGACG GTACAATCAA GTCCGTATCT TACGGCCCAG TCAACCAGTC ATATGAAGAG
CGTTCTGGTG TTGACCTTGC TGTGAAATAT GCTTACGACA CTAATGAGTT CGGTTCATTC
AATACGCGCG TAGCTGTAAC TAAGATCTTG ATTGCTGAAT ATCAAGAAAA CGACAGTGAG
CCAGTAACGG ATGAAAGAGA TTTCATGCCT GAATATACCG CAACGTTAAA CCTTGGCTGG
GCATACGAAG ATGTCGCTAT CAACCTATTT GGTAAATACC GTGACCGTAT GTGTTCAAGC
TATGCGAACC GTTACTACTT TGATGACTGT GACTCTGCTA AGAAAGCTGG TTACAAAGCA
GAAATCGCTA GCATGACAAC ATGGAACCTA ACGGCTTCTT ACCAATTCAA CGAGAGTGGC
CGTGTAACTC TTGGTGCTAT CAACATGTTT GACAAGGTAC CGCCTGCCGA TCCTCTAAAT
GATACCTCTC CATTCTATGC AACTGGATAT GACGATCCAA TCGGCCGTCA GCTTTACATC
GAGGCATCAT ACGACTTCTA A
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| Protein sequence | MYKNTTALSV AISLALGTAA VVAPATALAE EQQVEKLQKM KVTGSRISTT DMEGPSPVTV
INSKDIESKG FNSAQDVLNS LTQNTGGVMA QTNSFSFTPA AQSVNLRGLG ASRTLILIDG
RRLPQYPLAQ DGTSNFQDIG QIPVAAIERV EVMTDSGSAI YGSDAIGGVV NFILKKDFDG
VSVKVRAGDA TDGGYQNGRL DVVAGKDFDD KRILFVGQFA GNEMLKQSDR DDWAGDDGSS
RSQLSGYSSY GANFEGANGT LLTPADAGSS CKEVVGDAAI ERADGKCGVN RSAYRTLKPE
NKQVDLLLRG EMDINDNVTA MAEARFGYKS TESEFEPNPY SVEVDATHFR GEGEYTRRMV
EFGPRESNTE ADSFGLTLGL NGLLADTYDW DLSAGYSEQS VETSNPAIYL TLDQAVQNGD
VDLLGPISQD VVNKYSGTSS KEAYSKLYSV NGSLAGDLVE LPAGMSGVAV YGEWNRTDYN
ETIDATTAAG GFSGLGGTSG GGDRDQIGLG VEALIPIIED LEMRVAGRYD HYFDDSATGG
AFTPKVALAY RPTDTLLLRG SYGLGFRAPD LKRLFGDQTR GFGSGFDPVL CANAGGSGPQ
DKDKYPECDT QYFDTLNGPN SELKEETSTN INLGLAWEPV DDLGVTVDWY HIKMEDVVTA
PTYQDVINDP GKYPGTEVVR NTDGTIKSVS YGPVNQSYEE RSGVDLAVKY AYDTNEFGSF
NTRVAVTKIL IAEYQENDSE PVTDERDFMP EYTATLNLGW AYEDVAINLF GKYRDRMCSS
YANRYYFDDC DSAKKAGYKA EIASMTTWNL TASYQFNESG RVTLGAINMF DKVPPADPLN
DTSPFYATGY DDPIGRQLYI EASYDF
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