| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gmet_2092 |
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| Symbol | |
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| ID | 3739543 |
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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 | Geobacter metallireducens GS-15 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007517 |
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| Strand | + |
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| Start bp | 2353432 |
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| End bp | 2356647 |
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| Gene Length | 3216 bp |
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| Protein Length | 1071 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637779386 |
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| Product | hypothetical protein |
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| Protein accession | YP_385046 |
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| Protein GI | 78223299 |
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| COG category | |
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| COG ID | |
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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 | 0.0999239 |
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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 | 67 |
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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 | TTGCAATTTA AAGACGAATC CATGCAACAA TTCGTTGCTG AGATCATTTC AGAAAATGAC
ATCCTTCCTT TTTGGAACGA TGAACTTTGG ATATCCATTC TTCTTTCAGA TCATTCAGCA
ACGTTTTTTG TATTATTCAA AGAAGAATTG CTCAGCAATG ATCAGGCACT ATTAAAAAGA
CTGACCTTTC TGTTAAGGCT TGCCTGTAAG GATGTTGACA ATGACTTGCT CAAGCTACTA
GGGGTAGACG ACTTAAATCT GTTATCAATT AAATATGTGC TGACCAAACC TAAGGGTTCA
GGCTGGCAAA ATGCCATACG ATTTATACAT GATAATTTGG AAAAAATAGG CATTAAGAAT
ATTCATTTTG CTCTCCCATT AATCCATGAA TGGAATCAAA AGAATAGGCA GGGAGAGACA
ACAAAATCAT CGAGCCTGAT AGCCCTTAAA TATTATCAAT GGACAATTGA AGAGGATGTT
TACCTGTCGA GAGGCGATGA TAAAGAAAAG ATATTGCAAA CCATTCTCAG CGGAGCTTCC
GAAATTAAGA CTGAATTGGA GGGGATATTC AAGGAAGTTC TAGAAAATAA GTGGAACAAT
CATAGAGACC CTTATTATGA TCTGATGAAA GTAATTCTGA AGGAGATGGA TGCTCTTCCA
GTTTGGGCTA TTTTCCCGGA ACATGTCTTG GAAATAGCCG ACTTATTTTG GTTCTATATT
CCTCAAAAAT ATAACCATTA CTACCATCGG ATGGATATTG AAGACGAATT TTGTTTAAAT
CATAGTCATT ACGATTATTT CCCATCAAGT CCGTATCAAA CACCCATCTA TTGGCTACTT
CAGTGTTCGC TCCAAAAAAC CGTGGACTTC ATCTTATCTT TCACAAACAA GACTGTTGAA
TGTTTTGCTA GTTCTAGTGT TGGAAAGAAT GAAATAGAAG AAGCTGTCGT TATTATTGAT
GATCTTTCAA TAAAACAATA CATATGCAAC AAACTTTGGT GTATGTACAG AGGCACACAG
GTTTCCACGC AGCTTCTTGA ATCAATTCAC ATGGCTTTAG AAAAGTTCTT CCTTGAATCA
GCCAAGAAGC AAGATTCAAA AATACTCGAA AGCTGGCTGA TATATATTTT GAAGAACTCA
AAATCTGCTT CGCTGTCAGC AGTAGTTACC AGCATAGTAT TAGCGTATCC AGAAAAGACA
TTTAATGTCG CTAATATACT TTTCCAGACA AAGCTTTTCT TTCTATATGA TGTGAATAGG
TTCAGTTTGG ATCAGTCTCA TAAAAGCTCT CTTCTCATGC TGAAAAAGAA TTTTGGAGGA
GGTAACTATA AAAATGCTCC CCATGAAGAA GAGAGAATAA AATCTTGCGA TGAACCACAT
AGAAAAGTGC ATCTTGAAAA TTTGGCATTA AATTATCAGT TTTTCAGGAG CGAAGAAACA
AGCGAGGACG AGGCCAACGA GAGACAACGG GTCATTTGGT CTGTCTTCGA CAAATATTAT
AGCGAGTTGC CCGATGAGAC TAAAGAGAAT GATGGCGATA AGACATGGAG ACTCTTTCTT
GCAAGAATGG ATCGACGCAA GATGAAGCCA ACAACCGAAG CGACAAATGA TGGAGTTCTG
ATCAATTTCA ATCCTGAAAT TGATCCAAGG CTTAAGGAAT ATAGCGAAGA GGCTGTTAAG
AAAAGTTCCG AGCCAATGAA ATACATGTCG TTGAAATTAT GGGCAAGTTA CAAGAAGGAC
AAGGATGAAC GCTTTAAGCA ATATGTGCAG TATGAAAACA GCCCTCAACT CGCTTTAAAG
GAAGTGAAGG AAATAATCGA CAGGTTTAAA AAAGGAGAGG ATGAAAGCTT CCATCTTTTC
AATCGTTCCA TACCGGGAGA AGTTTGCTCT ATCTTAGCTA AACATCATTT CGACAAACTT
TCTGAAGATG AAAGAAATTT TTGCAAAGAT GTTATTCTGG AGTATGCGCA AGCCTCACTA
ACGCCTAATT ATCATTACCA GATTTCTGAT GGAACCGACT CGGCTATTTC GGCATTGCCG
ACACTTCTGC AATATTATCC AGAAGAACGC GACGGCATAA AAATGATTCT GCTCCTTACC
TTGTTTGATA ATTCCTCGAT TGGGATGTGG GGAGGCCATT ATAGCGTTTT CCCCAGCATG
GCAATTCATC AATTGTGGGA AAGCCATTTT GATGACATGC AATCCTTGCT TATCGGATAT
CTGCTGCTTA AGCCCAGGCA TGTAGAGATG AGGAGGAAGC TTCAACTGGA TGGCTACGAG
AACGGGGTAT ATGAGATTCC CGATGGGCAG GACCTCCGGA ACTTCTTTCA AGAATATGAG
CCTGTTCTGG AAAGAGTTGC GGAGAACAAG GTATCAATAT CTGATCTGAA GGATATTGAG
CAAACAGATT TATACATCCT GAACACAGCC TTTCAACTTA TTCCCTTGAA GACAATCCAC
GCCGAACATA TAAAGTTAGC ACTGACCATA ATTGCAATCT TCGCCAGCCA TCTATTGTCT
CGCGATAAAA AGGACAAGGT TGACTATTCT GTCCGGCATT CATTCTTGGA AAGATTTACT
TACCTTGTTC TGAATTCTTC CGAACAAGAT GTTTCGGAAT ATCTGAAACC GTTCCTGGAT
AATTTCAACG GTTCAGAAAC GGCGGCTGAG CTACTAGAGC AATTTGTTTT AGCCCAAGAC
CGGATAGATG CTTATGACCG GTTTTGGCAA GTTTGGACCC TATTTTTTGG GAAAATAGTC
GCTCTGTGCA AAGATGGCGA TGGATATTGG TACGTCGACA GGATTGTAAG GAGCTATCTA
TTCGCACAAA CTCAATGGAA AGAAACGGCG ACGGATTGGC ATACTTTTAA GGACGGCAAT
AGCAAATTTT TCGCGGATGT TGCTAAAAAT ATCGGTCATT GTCCATCAGT CTTATACTCG
CTTGCGAAAT CGTTAAACGA TATAGCAAGC AGATATCTTA ATTTTGGAAT TTCGTGGCTG
TCAGGGATGA TGACCGCCCA TAAGCAATTG TGGACTTCAA AGTTGGAAAC TAACACTCAA
TACTATCTTG AAAATCTTGT TAGGAAATAT ATCTACAAAG AACGCGAAAA AATAAGAAGG
ACTAAGCAGT TAAAAGAAGA GGTTTTGGTA ATATTAGAAT TTCTAATTGA GAGAGGCTCC
GTTGTTGGAT ATATTCTGCG AGAAAATATC CTATAA
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| Protein sequence | MQFKDESMQQ FVAEIISEND ILPFWNDELW ISILLSDHSA TFFVLFKEEL LSNDQALLKR
LTFLLRLACK DVDNDLLKLL GVDDLNLLSI KYVLTKPKGS GWQNAIRFIH DNLEKIGIKN
IHFALPLIHE WNQKNRQGET TKSSSLIALK YYQWTIEEDV YLSRGDDKEK ILQTILSGAS
EIKTELEGIF KEVLENKWNN HRDPYYDLMK VILKEMDALP VWAIFPEHVL EIADLFWFYI
PQKYNHYYHR MDIEDEFCLN HSHYDYFPSS PYQTPIYWLL QCSLQKTVDF ILSFTNKTVE
CFASSSVGKN EIEEAVVIID DLSIKQYICN KLWCMYRGTQ VSTQLLESIH MALEKFFLES
AKKQDSKILE SWLIYILKNS KSASLSAVVT SIVLAYPEKT FNVANILFQT KLFFLYDVNR
FSLDQSHKSS LLMLKKNFGG GNYKNAPHEE ERIKSCDEPH RKVHLENLAL NYQFFRSEET
SEDEANERQR VIWSVFDKYY SELPDETKEN DGDKTWRLFL ARMDRRKMKP TTEATNDGVL
INFNPEIDPR LKEYSEEAVK KSSEPMKYMS LKLWASYKKD KDERFKQYVQ YENSPQLALK
EVKEIIDRFK KGEDESFHLF NRSIPGEVCS ILAKHHFDKL SEDERNFCKD VILEYAQASL
TPNYHYQISD GTDSAISALP TLLQYYPEER DGIKMILLLT LFDNSSIGMW GGHYSVFPSM
AIHQLWESHF DDMQSLLIGY LLLKPRHVEM RRKLQLDGYE NGVYEIPDGQ DLRNFFQEYE
PVLERVAENK VSISDLKDIE QTDLYILNTA FQLIPLKTIH AEHIKLALTI IAIFASHLLS
RDKKDKVDYS VRHSFLERFT YLVLNSSEQD VSEYLKPFLD NFNGSETAAE LLEQFVLAQD
RIDAYDRFWQ VWTLFFGKIV ALCKDGDGYW YVDRIVRSYL FAQTQWKETA TDWHTFKDGN
SKFFADVAKN IGHCPSVLYS LAKSLNDIAS RYLNFGISWL SGMMTAHKQL WTSKLETNTQ
YYLENLVRKY IYKEREKIRR TKQLKEEVLV ILEFLIERGS VVGYILRENI L
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