| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gura_0162 |
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| Symbol | |
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| ID | 5163219 |
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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 uraniireducens Rf4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009483 |
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| Strand | + |
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| Start bp | 221951 |
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| End bp | 225001 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640547661 |
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| Product | hypothetical protein |
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| Protein accession | YP_001228951 |
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| Protein GI | 148262245 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | GTGGATGAGG TCATTGGTGT ACCGCATGCC TCGGCCATGA GGATCGGGTT CAACAAATTG
AACCTATCCG GTTTTTTCTG CATAGACACC ATTCCCACCA TTGCATTTCT TTCTCAAGAA
CGAATCAATC GACTCGAAAT AACCAGGGTA CACAATGCCC TCTGGAACCA GGGACTGGTC
AGCCTCCTTT TGGTCACGCT CCCCGACGAG GTCCGTGCTT ACTCTCTGGC CAGGAAACCA
ACCGCAGCGG ACGAAGACCT CGACGACGAC AAAAAAGACA ACCGTCTTAT TGATTGCCTT
GATCTATTGA AAGATGCGCT TGAAATCTCG CATCTGATTA CCGGGGTTGA ATCCGGCCGA
TATTTTCAAA AGAATAAAGA GTACTTTGCA CAAAATGAAA AGATCGATGC ATTACTTCTG
TCAAATTTAA GGGCCACGGA AAACGAGCTG ACCTCTGCGC CACTCAATCT GTCAACCGAA
TCCGCTCAGG CACTGCTGCT GCAGATTACC TTTATTGCCT ATCTCGAAGA CCGGGGGATT
ATCGATCCTG ACTATTTCCG GGAGGCATTG AAAGGCAAGG GGATATCTAC TTTAGAACAG
TTGCTGGACG AAAATGATCC TGAAAACCTG AATTCGCTTT TCGAAAAGCT CCATGGAAAT
TTTAACGGCG ACATATTCTT TGCGCCATGT GCATTTGACG GCGAAGCAAA GGCACCAGTA
CTCAATGCGG GCCATCTGCG AAGTCTTGCG GAATTCAGAA AAGGGGGTGT CGATAAGACT
ACCGGCCAAG GTCGTTTCTG GCCGTATAAC TTCAAATATA TCCCCGTTGA GTTGATAAGC
GCCATTTACA ACCGCTTCCT TGGCGACAGG CCGGTGGAGC GCAAAGTGAG CGGAGCCTTT
TATACTCCTC ACTTCCTCGC CGATTTAACG GTCAACCAAT TGTGGGAAGA ATTGACGCCG
GCAATCCGAT CAAGTCAAGA CTTCACGGTG CTGGATCCGG CCTGCGGCTC TGCGATATTC
CTTGTCAGAA TTTTTCAACG AATGGTGGAG GATTGGCGTT TTCTTCATCC CGGCGGGACT
CCCGACTGGG ATACTCTGGT TGCCATCGTC GAAAGACTCA ACGGTTGGGA CAAAGAAACC
AGCGCTGTAC GCATCGGCAT TTTCTCCCTC TATATTGCTT TGCTTGAAGA AGTCGAACCA
GCTGCAATTC TCAAACTGTT GGCGGAACGG AAATTGTTGC CCCCACTTTT CAGGAAGACG
ATGTGCGACA GGGATTTCTT TGGCAAAGAT ACGCCAAATA CCAAATTCGA TTTGGTATTT
GGCAATCCTC CATGGGTAAG CCGTAAGGAA GATCAGGTCG TTTCTGCCAC TGAATGGTGC
AAAGCACACG AACTACCGAT GCCGGCGAAA GAACTGGCCT GGGCCTTTGT CTGGAAAAGC
ATCCAACATA CTAAATCAGA GGGGATGATC GGCTTACTGC TGCCGGCCAT GGGCGTTTTA
CTCAACCATA GCGAACCTTC CATTCAAGCC AGGGGGCTGT GGCTGAAACA GGTACTTCTG
AGTAAAGTCA TCAATTTTTC TGATATCTGC TTCCTTCTGT TCGACGGCGC CAAGCGACCG
ACGGCTTTGT GTATCTTTCG ACCGTCCGAC AAAAAGCTTA GCGATTATCG GTTCGACTAC
TGGTGCCCTA AAGCCGACCC GTTGCTGCAA CAAACCCGCA TGCTTACGTT GAACAGAGGC
GATAAGCTAT CGTTTAAACT ATCCACGGTG CTCCATGATC CGGGCTCTTG GGGGCGGCAT
CTCTGGATGA CAAATCGTGA CATGAAACTG CTCGGCTGGA TTGGCGGGTT GTCTCGTCTG
GAGAGAAAAT TAGCCACCTA TAAAGAATCA CAGCAGAAAG AGTTCGATAA GAAAACAAAA
GTTTGGATAA TTGGACAAGG ATTCCAGCCT TATAATAGTG AAAGAAGCAA CAAGAATACT
AAACCGAAAA AATCTAACCG GGTCGAAAAA GTTCCATTTT TGGATGCAAA TAAGTTTAAC
GAATATATTA TCCCTACGAT TTTAATTGAC AAGCCTTGGC ATACTTCCTT AGTTCGTAGA
CTTGGGAATC AAGATGGTTT TATTGGACCG CATGTCCTTA TACCAAAAGG CGTACGAAGG
AAAACTGGAT TATTGAGAGC GGCATACGTA GAGCATGATT TATGTTTTAC AGATGCAATA
CAGGCGATCA ATTTTCCTGA GACAGATATT CAAAGACTTA AACTGCTAAC GGTTATACTG
AATAGTCATT TTGCAGCATG GTTCTATTTT CATGAAACCG CTAGCCTTGG AGCTGACCGT
GCCTTGGTTC ATGAAGAACA GCTATTGGCG CTACCCTTTC CAGAAATAGA CGAGTTGCCT
GATCCAAAAG CGGCCAGAAA TGCTGCGGAT AAGATTGTCA TGATTTTTGA TGATCTGCTT
TTGCATAAAG ACACATATTC ACAAGGCCAA TTCCCCGACA ACGAAACAAT TGAAGAGGTT
AACCGGCTCG TCTATCAATA CTATGGCCTC ACTGAATCGG AATTCATACT CATAGAAGAC
ACCCTCAACT ATATTCTGCC AAGCATTCAG CCTCGAAACA AAAGCTTCCC GCATCTTTGG
AACAAAGCCG GCAAGAAGCA ATGGCAAGAA TACATGATCA CTCTCTTGTC CGCTCTTGAA
GAATGGCTGG ACAACGGGAG CCACCTGTCC GCTACATTGA TTACCGACAA CCCAGACGTG
CTGCTGCTCG GCCTGAAAAT CGAGCAAAGC CGCCCCAAGC AGTCCATTAC CTTCTGTGAA
CAGGGGGGCG ATTTCAACAA AACGCTTTCA AAAATCAATG AAGAGCTTAA ACAGCAGGTG
TCGAGAAACA TTCAGCTCAT GCCCGATCTC CGCATTTTCA TCGCCGACAC CCTCTACCTG
TTAAAGCCGC GCACCATGCG CTATTGGCTT AAGAGCACGG CTCTGAACGA TGCTGATGCA
ATTATTGCCG ATCTTCAAAT CCAGAAATTC CATCATGGGT ACAAAGGATA G
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| Protein sequence | MDEVIGVPHA SAMRIGFNKL NLSGFFCIDT IPTIAFLSQE RINRLEITRV HNALWNQGLV
SLLLVTLPDE VRAYSLARKP TAADEDLDDD KKDNRLIDCL DLLKDALEIS HLITGVESGR
YFQKNKEYFA QNEKIDALLL SNLRATENEL TSAPLNLSTE SAQALLLQIT FIAYLEDRGI
IDPDYFREAL KGKGISTLEQ LLDENDPENL NSLFEKLHGN FNGDIFFAPC AFDGEAKAPV
LNAGHLRSLA EFRKGGVDKT TGQGRFWPYN FKYIPVELIS AIYNRFLGDR PVERKVSGAF
YTPHFLADLT VNQLWEELTP AIRSSQDFTV LDPACGSAIF LVRIFQRMVE DWRFLHPGGT
PDWDTLVAIV ERLNGWDKET SAVRIGIFSL YIALLEEVEP AAILKLLAER KLLPPLFRKT
MCDRDFFGKD TPNTKFDLVF GNPPWVSRKE DQVVSATEWC KAHELPMPAK ELAWAFVWKS
IQHTKSEGMI GLLLPAMGVL LNHSEPSIQA RGLWLKQVLL SKVINFSDIC FLLFDGAKRP
TALCIFRPSD KKLSDYRFDY WCPKADPLLQ QTRMLTLNRG DKLSFKLSTV LHDPGSWGRH
LWMTNRDMKL LGWIGGLSRL ERKLATYKES QQKEFDKKTK VWIIGQGFQP YNSERSNKNT
KPKKSNRVEK VPFLDANKFN EYIIPTILID KPWHTSLVRR LGNQDGFIGP HVLIPKGVRR
KTGLLRAAYV EHDLCFTDAI QAINFPETDI QRLKLLTVIL NSHFAAWFYF HETASLGADR
ALVHEEQLLA LPFPEIDELP DPKAARNAAD KIVMIFDDLL LHKDTYSQGQ FPDNETIEEV
NRLVYQYYGL TESEFILIED TLNYILPSIQ PRNKSFPHLW NKAGKKQWQE YMITLLSALE
EWLDNGSHLS ATLITDNPDV LLLGLKIEQS RPKQSITFCE QGGDFNKTLS KINEELKQQV
SRNIQLMPDL RIFIADTLYL LKPRTMRYWL KSTALNDADA IIADLQIQKF HHGYKG
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