| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_0441 |
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| Symbol | |
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| ID | 8251526 |
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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 | Pedobacter heparinus DSM 2366 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013061 |
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| Strand | - |
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| Start bp | 520152 |
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| End bp | 523340 |
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| Gene Length | 3189 bp |
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| Protein Length | 1062 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644934089 |
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| Product | TonB-dependent receptor plug |
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| Protein accession | YP_003090727 |
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| Protein GI | 255530355 |
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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 | 10 |
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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 | 36 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGGTTAA CTATTTTCTT ATTAATCATG GGCTGCCTGG CTGTACAAGC TTCAGGATAT
GCCCAAAAAG TAAACTTATC TGTACAGAAT GCAGGTATAG AAAGCGTATG CATAGCTATA
AAAAATCAGA CCGGTTATTT TTTTCTGTAC GACGCTGATG TGCTTAAAAA ATCGGGTAAT
GTTAGTCTGG AACTCAAAAA TGCCGACCTG ACCGAGGCCT TAAGTAAAAT GACTTCAGGA
AAAGGGCTGG GCTATAAAAT CATAGACCAG ACCGTGATCA TCTCTAAGCT CAAAGTATCC
CAGGAAGAGA TCGTCATTAA AGGAACGGTA AAATCCAAAG AAAGCTCGGG ACGGGCTGAT
ATGCCGGTGC CGGGAGTAAT GGTGACCATA AAGGGCACTA AAAAAGCTAC AGTGACTAAT
GGCGACGGTA ATTACACCAT ACAGGCGCCG GCGAATGCAA CCCTGGTATT TTCTATGATT
GGTTACGGCA GCAGGGAAAT CGCTGTCAAT GGCAATAAAA CCATTAATGT ACTGATACAG
GAAACCGCCA GTGAACTCCA GGAAGTTATT GTGACTGCTT ACGGTACATC AGAGAAAAAA
GAAAATCAGA TCGGCAGTGC ATTTCAGGTA ACCAGCGAAC AACTGGAGCG CAGGCCGGCA
AAAAGGATAG ATGAGCTGCT GGAAGGTATA GTACCAGGCT TACAATATGA GGTGCAAGGC
GGGGGTACCA GCAGCCCCAG ACCAAGATAT CAGACCCGGG TTCGCGGCGA AGCCTCTTTT
GGGGCATCAA ATGAGCCACT TTGGGTACTG GACGGAATTC CTATAAATAC CGGTAATGAA
ACCAACATGA CGCTTGGCGT AAATACAAGT ATCAGTCCGT TAACCTATAT CAACCCTGCC
GATATTGAAT CGGTTGTGGT ATTAAAAGAT GCAACTGCGA CTTCCATTTA CGGAGCAGAT
GGATCAAACG GGGTAATATT GATTACCACT AAAAAGGGTA AAGCCGGAGA AAGAAAGATT
AACTATGCCT TCAGAACAGG GATAAACCTG ATCAATAACA ATCGTTTCCA TGTACTTAAC
GGCAATGAAT ACAGGGAACT TTATGCAGAA TCTTATAGAA ACAATACGGC TTTAAACCAG
GCAGAAATGC CCGATCTGGG CAGCAACAAT ACCGATTGGT ATGATGTATT TTTCCGTACG
GGAGTAAATA CACAACATGA CCTTTCTTTT TCGGGCGGCT ACAAAAACAC CAGGTATTAT
GTATCGGGTG CCTATTACAA TGAGCGCCCT ATCATGATCA AAAACAGGAC CCAAAGGTTT
TCAAGCAGGA TTAACCTGGA TCAGAAAGTG AATAAATCCA TTGATTTATT CCTGAGGGTG
GGCGCGTCCT ATAACATCAA CAATATGTTT AGTCCTGGCA CTAATTATTA TACAAACAGG
CCTACGGATA GCCCGTTCCG CCCTGACGGC ACGCCTATTC TGGCATTTTA TAATAAATTA
CTTGAAGCAG AACACAACGA CAACAGGCAA AAAGCAAATG TGCTTCAGGG CAATGCCGGC
GGAACAATAA ATATCCTGCC AGGGTTTACG TTTACCAGCA CAAATGGGAT TGACTATCAA
TCCATCAAAG AAGATTTTTA CAGCTCCCAG TTTGCGTACA GCGACAGGGG CGAAGGTATG
GCCGCGTTTT CAAAAACCAG GAACTTCGAC TGGAACAGTC AGCAGCGCCT TAATTTCGAC
AAAACCTTCG GTAAACATGA CGTATCGGCA TTGCTGGGTG CAGAAGCCAG AAGCCAGGAC
AGGGAATCCA ATGCCATCAT CGGCAATGGT TTTGAAAATG ATGACATCAG GGATGCCAAT
AAAGCCACAA AAATCCGGTA TACCACTTCG GGCGACGAAA AGACGGCATT GTCTTATTAC
GGACAGCTCA GGTATACATT TGATGGCAGG TACAGCGTGT TGGGCAGTTT CCGTAACGAT
GGTAATTCTG ACTTCGGGTC TGACGTGAAG TGGGCCAAAT TCAGTTCAAT TGGCACGGCA
TGGACCATCA GCAATGAAAG CTTCTGGAAA ATAAGACAAG TTGATTTTGC CAAACTTAAA
ATGAGTTATG GTACCAATGG AAACTCCAGA ATCGGGGCCT ACAGGTCTAA AGGTATTTAC
AGTACCAATG CCGACAATGC TACCTATAAC GGTGAGTTGG GTGCAAAAAT GATCAGTGGC
GAAAATCCGG TTTTATCATG GGAAACCACT TATATCATCA ACGGAGGGCT TAGCCTGGGC
TTGTTCAAAA GAATCTCACT GGAGATAGAA GGCTATAGAA ATGTAACCGA AGGCTTACTG
AATGATGTAG ACGTTTCACG TACCACTGGT TTTACCTATA TCTTACAGAA TGTAGGATCA
GTAAGAAACA AGGGAATAGA GCTGACCTTA AATACACAAA ATATCCTTAA AAAAGATTTT
ACCTGGAATA CCAGATTCAA CCTGGCCAGG AACACCAATC GGATCCTGAA GTTGTACAAC
AACAATACCA AGGTACTGGA TAAAGTGATC CGTCAGGTTG GAGAGGACGT GAATGTTTTT
TACCTGGTAC GATGGGCCGG TGTAGACCCG GCCGACGGGG GACCGCTCTG GTATGATACA
CGTGGTAACC TTACCAAAAC ATTTGATCTG GCCAACAGGG TTACTGTAGG TTCCTCTACC
CCTGATTTTT TTGGGGGGAT GACCAACTCC TTCCAGTATA AGCAATTTAC GCTTTCTGCC
CTGATGATCT ATAACGTGGG TGGTTATGCC TTTAGCGACC TGCAGCGGGA TTCAGAATCG
GATGGCCGTA ACCTCAAAGA CGACAACCAG TCGACCAACC TTTTAGACAG GTGGAGAGAG
CCCGGAGACC TGAGCAACAT TCCCAAAACC GTACTTAACG AAAATGCGAA CAATGCACGT
AACTCTACAC GGTTCCTGCA TAAAAAAACC AGTCTGCGTT TGCAAAACGT AAGTGTAAAC
TACAACTTTT CAGAAGCATT CCTGAAGCGG ATCAGTTTAA GTCGTGCGAA TGTTTATTTG
CAGGCCGACA ATGTAGGTTT CTGGACACCC TATACCACTT CCTCAAACCG CAACGATTAT
AAAAACTCTT TCAATCCATA TCCACAGCCA CTTGTACTTT CATTTGGTTT AAATGTTAGC
TTAAAATAG
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| Protein sequence | MRLTIFLLIM GCLAVQASGY AQKVNLSVQN AGIESVCIAI KNQTGYFFLY DADVLKKSGN
VSLELKNADL TEALSKMTSG KGLGYKIIDQ TVIISKLKVS QEEIVIKGTV KSKESSGRAD
MPVPGVMVTI KGTKKATVTN GDGNYTIQAP ANATLVFSMI GYGSREIAVN GNKTINVLIQ
ETASELQEVI VTAYGTSEKK ENQIGSAFQV TSEQLERRPA KRIDELLEGI VPGLQYEVQG
GGTSSPRPRY QTRVRGEASF GASNEPLWVL DGIPINTGNE TNMTLGVNTS ISPLTYINPA
DIESVVVLKD ATATSIYGAD GSNGVILITT KKGKAGERKI NYAFRTGINL INNNRFHVLN
GNEYRELYAE SYRNNTALNQ AEMPDLGSNN TDWYDVFFRT GVNTQHDLSF SGGYKNTRYY
VSGAYYNERP IMIKNRTQRF SSRINLDQKV NKSIDLFLRV GASYNINNMF SPGTNYYTNR
PTDSPFRPDG TPILAFYNKL LEAEHNDNRQ KANVLQGNAG GTINILPGFT FTSTNGIDYQ
SIKEDFYSSQ FAYSDRGEGM AAFSKTRNFD WNSQQRLNFD KTFGKHDVSA LLGAEARSQD
RESNAIIGNG FENDDIRDAN KATKIRYTTS GDEKTALSYY GQLRYTFDGR YSVLGSFRND
GNSDFGSDVK WAKFSSIGTA WTISNESFWK IRQVDFAKLK MSYGTNGNSR IGAYRSKGIY
STNADNATYN GELGAKMISG ENPVLSWETT YIINGGLSLG LFKRISLEIE GYRNVTEGLL
NDVDVSRTTG FTYILQNVGS VRNKGIELTL NTQNILKKDF TWNTRFNLAR NTNRILKLYN
NNTKVLDKVI RQVGEDVNVF YLVRWAGVDP ADGGPLWYDT RGNLTKTFDL ANRVTVGSST
PDFFGGMTNS FQYKQFTLSA LMIYNVGGYA FSDLQRDSES DGRNLKDDNQ STNLLDRWRE
PGDLSNIPKT VLNENANNAR NSTRFLHKKT SLRLQNVSVN YNFSEAFLKR ISLSRANVYL
QADNVGFWTP YTTSSNRNDY KNSFNPYPQP LVLSFGLNVS LK
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