| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01460 |
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| Symbol | |
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| ID | 6775217 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | - |
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| Start bp | 1565551 |
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| End bp | 1568145 |
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| Gene Length | 2595 bp |
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| Protein Length | 864 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 642754898 |
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| Product | TonB-dependent receptor, putative |
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| Protein accession | YP_002125765 |
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| Protein GI | 196156276 |
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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 | 7 |
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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 | ATGAAACAAA AGAAACTCCA CACTGCAGTA CGTTACGCAC TTACCGGGTT AACCCTTTTT
ACCACGTCAA TGCTTGCACA AGCGCAAGAA GTTACAGAAG AAACCGCCGA AGCGAAAGAC
TTAGAACGCA TCGCCGTTGT TGGGGCGCGA GGCGCGCCAC GGTCGGTGAC CAGTTCTCCT
GTGCCGGTTG ATGTATTAAC CGCAGAAGAC GTAGAGGCAG TAGCTTTTAC CGATATGAAC
AACGTTCTTA TGACCTTGGT TCCCTCTTAC TCCGTTGGCC GTCAGCCTAT ATCTGACGGT
GGAACCTTTA TTCGCCCCGC AACACTTCGT GGCATGCCTA CCGATAAAAC CTTGGTACTG
GTTAACTCTA AGCGACGCCA TAGAGCAGCA CTTGTTTCTA TTGGCGGCTC GGGTACACAG
GGCCCAGACA TTGCAACTAT CCCCACAGCA GCCATTAAAA CGGTAGAAGT ACTTCGAGAC
GGCGCGGCAG CGCAATACGG TTCAGATGCT ATCGCTGGTG TTATTAACTT CCAGCTTAAA
GACAACACGG AAGGCGGTTC TTTTACCGCT GATTATGGCA CGTACTATGA AGGTGACGGT
GACCAAATAA CCGTTACCGG CAATAAAGGT TTTGCCCTTG GTGACGATGG CTTTTTAAGT
ATCTCAGCAG AATATTCAGA TAGCGAAGCA ACATTTAGGG GTGAACAGTA TTGTGAGCCG
TGGTTCTGTG TTGACGAGCA ATCAGAACAG TATATTGCCG ATGCAACAGC CATGGCCAAT
AGTGTACATG GTTCAGACGT GGTACAGCCG TGGGGACAAC CGAATACAAG CGGTACGCGG
GTATTTGTGA ATGCGGGCTA CGCCTTGTCC CCTGAAGCTG AGCTTTATGC TTTTGGTAAC
TACTCAGAAA GTGAAGGCGA TGGTTCGTTC TACTATCGCT ATCCAGGCAA CGGTACAATT
GAAGATATTC GCCTTGAAGA CGGCTCTATC TGGAACCCAA CCGAATTCTT TCCCGGAGGA
TTTACGCCGC GCTTCTTTGG TGACGTAACC GATTACTCTT TTGTAGGCGG TATCAAAGGT
ATGTCGGGCG ACCTTACCTA TGATATTAGT GGACGTTACG GAAATAATGA AATTTCCTAT
ACCCTTGCCA ATACAATAAA CCCATCATTA GGCAACATGT CACCCACCTC TTTCGAGCCG
GGCGACCTCA CCAATGAAGA AACACAAATA CAAGCTGACT TTACCTACGA CCTTAGCGAG
TACGTTCTTG CCTTTGGCGC AAGTTACTTA GATGAGTCAT ATGAAATATC TGAAGGTGAA
GAAGCATCGT ACTTTGCCGG TCCTTACGCA ACGTCCGACC CTTACGGATT CTGTGACGGA
ACCACAGCAA CGGCTGCGGG CCTATCTGTC ATTGCAGCAG GTTCCTCACT AGATTGTTCT
GACCCAGACG ACGCCGTTTA TACTGTAGTA GGCGTTGGCT CTAACGGCTT CCCTGGATAC
TCTCCAGATT ACTCAGGTTC GTACGAACGT GACTCCTATG CCGTTTATAC CGACATTTCA
GGTGATATTA CCGATGAACT TTTTGCCCAG GCAGCACTGC GATATGAGGA TTATTCGGAC
TTTGGTTCTG AGGTGGTATA CAAAGTCGCA GGGTTCTACC AACTAACGGA TGATGTAGGC
TTTAGATCGT CATTTGGTAC AGGTTTTAGA GCGCCTACAC CCGGCCAGCA AGGCACAACT
AACGTTTCTA CTCGCTTGCC AGATGGCTTC CCTGTTGCAA CAGGTTTATT CCCAGCGGGT
GGTGATGTAG CGCAAGCCCT TGGTGCCGAA GCGCTCTCGC CTGAAAAGTC GACTAACTTC
ACGTTGGGTA TGACTGCTAA CTACGGCGAC TTAACGCTTA CTGTCGACTA CTACAACATT
AAGCTAGAAG ACCGACTTTA CTCGGTTTCT ACACGCGATG TTTCAACCAC AGTGGTCAGC
GACCCTGACG CCGATGGCTA TGATGCATAC CAAAACTACC TTGCGCTTTC AGGTGCGAAT
GTATCGGGCG CCGAATCTAT TGGTGGCGTG TTCTTCTTCC AAAACGCCTT CGATACGGTA
ACCGAAGGGG TCGACGTAGT TGCCACCTAC AAAATGGAGT CTAAATACGG CGCTACAGTG
TTAACCGGCT CTGTGAACTA CAACAAAACA GAGTTTGACT CTGACCCTAG TGAATACCTT
GATGCTGAAG ATCAGTTCGA CTTTGAAAAC AGTCGCCCTG AAATGCGCGG TGTGTTCTCA
GTGACACATA GCTACGACGT ATGGTCTGCC GTTGCTCGCT TGAGTTATTT CGGCGAGTAC
GAAAATGCGG GTAGCGATGA TGGAGAAAAC GCGACGAGTA TTCAAACATT CGGCGATGAG
TTCATGTTCG ATATTGAAGG GTCTTATCTC ATTAACGAAA ACCTCACGTT ATCAGTAGGC
GTGAGAAATC TCTTCGATAA CTACCCCGAC GTTAGCACTA ATGGCGACGC CTGTTGTGGT
GAAGTTTATG ACTCTGGCTC GGTTGTCGAT TGGCAAGGGG GGTATTATTA CACCCGACTC
GCCGCTCGCT TCTAA
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| Protein sequence | MKQKKLHTAV RYALTGLTLF TTSMLAQAQE VTEETAEAKD LERIAVVGAR GAPRSVTSSP
VPVDVLTAED VEAVAFTDMN NVLMTLVPSY SVGRQPISDG GTFIRPATLR GMPTDKTLVL
VNSKRRHRAA LVSIGGSGTQ GPDIATIPTA AIKTVEVLRD GAAAQYGSDA IAGVINFQLK
DNTEGGSFTA DYGTYYEGDG DQITVTGNKG FALGDDGFLS ISAEYSDSEA TFRGEQYCEP
WFCVDEQSEQ YIADATAMAN SVHGSDVVQP WGQPNTSGTR VFVNAGYALS PEAELYAFGN
YSESEGDGSF YYRYPGNGTI EDIRLEDGSI WNPTEFFPGG FTPRFFGDVT DYSFVGGIKG
MSGDLTYDIS GRYGNNEISY TLANTINPSL GNMSPTSFEP GDLTNEETQI QADFTYDLSE
YVLAFGASYL DESYEISEGE EASYFAGPYA TSDPYGFCDG TTATAAGLSV IAAGSSLDCS
DPDDAVYTVV GVGSNGFPGY SPDYSGSYER DSYAVYTDIS GDITDELFAQ AALRYEDYSD
FGSEVVYKVA GFYQLTDDVG FRSSFGTGFR APTPGQQGTT NVSTRLPDGF PVATGLFPAG
GDVAQALGAE ALSPEKSTNF TLGMTANYGD LTLTVDYYNI KLEDRLYSVS TRDVSTTVVS
DPDADGYDAY QNYLALSGAN VSGAESIGGV FFFQNAFDTV TEGVDVVATY KMESKYGATV
LTGSVNYNKT EFDSDPSEYL DAEDQFDFEN SRPEMRGVFS VTHSYDVWSA VARLSYFGEY
ENAGSDDGEN ATSIQTFGDE FMFDIEGSYL INENLTLSVG VRNLFDNYPD VSTNGDACCG
EVYDSGSVVD WQGGYYYTRL AARF
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