| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GSU3022 |
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| Symbol | |
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| ID | 2686805 |
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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 sulfurreducens PCA |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002939 |
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| Strand | + |
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| Start bp | 3316979 |
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| End bp | 3320353 |
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| Gene Length | 3375 bp |
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| Protein Length | 1124 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 637127715 |
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| Product | hypothetical protein |
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| Protein accession | NP_954064 |
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| Protein GI | 39998113 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4627] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGATCTGTC ACATTGCTTT CGAAAGCGAC TACTCTTTCG CGCTACACAA CCTGCTCTTG
AAACACTTCG ATATCAACGA GCATATTTTT CTGATATGCG GCAGAGCCTC ATGGGATTCG
ACGAAACAAT TTCAATACAG AAACAGCGTT AAGGTCGCAG ACCTGAACTC TCAGGAAGTC
CGGCGACTCC TCTGCGAGTC GGAACAGATT ATTATTCATG GCTTATTTTT CGGGGAAGTG
GTCGACTACT TTCACCGCAA CCAGGATCTT CTGCCCAAGA CCAGTTGGAA GCTCTGGGGC
GGCGACCTTT ACTGTTACAG GAATGCAGGA ACGACAGACT TTCCTGCTGA ATATGAGGAG
AAAAGGAGAC AGGTCATCCG GAACTTCGGT CGGATAATCT GTGTCTTAGA GGAGGATTAT
CAACTCGCCC GACAGGTATA CGACACCAAG GCCACCCGTG CACATGGGTT CTACCCGTTG
CTGCTCAATT ACGACTACCT TGATTCGCTA CGAAAACCTC GCGCTCCGTC GGAGATAATC
ACCGTTCAAG TCGGCAACTC TGCAACACGC GAAAACTGCC ACGAAGAAGC ATTCGAACAC
CTCATCCATC TCGACAACGA CAACATGAGA GTCTGCTGTC CCCTCTCCTA CGGTGACAAA
TCCTATGGCA ACGAGATTAT TCGGTTGGGG ATGAAACTGT TCGGAAGTCG GTTCTGCCCC
CTGACCGATG TTCTCCCATT CAAGGAGTAT TCCGACCACC TCAGCTCAGT TGATGTCGCC
GTTATGAACC ACAACCGTCA GCAAGGGCTC GGCAACACAG TAGCGTTGTT GTATCTCGGC
AGGAAAGTAT ATATGCGGCA TGACACGACG TCCTACAGTT GGCTGATGAA ACACGGAATC
ACCGTCTACG ATATGCGGAA TTTGGGGCAT GCTTCATTTG CCGAGTTTTC GCATATTGAA
GAGGATGTGG CGGCGCGAAA CACAGAGATC ATCGGCAGGG AATTCTCGGA CGATGCATGC
GTAAAGCTAT GGAAGTCAAT TTTCAGCTCA AAGGGAAGAC AATCTAAGAT GACGGTACCG
AATGAGAAGG GTTCACTAAT TCAAAAACTC AAGCACCAAT ATTTCCCCGG CTCCAACTTC
GTAGGCCCTT ACGAGCAAAA CGGCCACGCC CCATCCATCT ATGAAGAGCA GTGGCTGTGG
GCACATCGCC ATCTGATCAA AGGAACCGTC CTTGACATGT CCACACCCCG TTATTGGCAC
GAATTCATTC ATACCATGGA ATCGGTTTCT CGTGTCGTCA TCAGCGAGAT GGGATGCGAC
ACCGTAACCA AATACGGCAA GAGCTCATCG GTAGACATAG TAGCCGATTT CTGCGATCCG
AATCTGCCAG TGGCTCCGGA AACGTTCGAC ACCATCCTCT GCCTGAGCAT CCTGGAACAC
TGCACCAATC CCTTGTCCAT GGTAAATAAT CTTTACAAGT TACTCCGCCC CGGAGGCACC
GTTTTCTTCT GGGCACCCTT CGCCTACATC GATGGGCACC TTGAGCCTGA CTATTGGCGT
TTCGGGCGTG ACGGCTTCCG TCTTCTGGTC AAACAGGCTG GGTTTGAAAT CATGGAAGAA
GGAAACTTCG GGGACCTCGG AAAATATTTC CTCCAAGAAT TTGGATTTGA TGCATCAGCA
CGGAACGGTC ATCGTGGTGT GCCCTGCGCC AACTGGATTA TCTGCAAAAA ACCGCAGGAT
ACCAGGACCC TCCCCAAGCC TACACATGGG ATCTCGACGA GCGCGGGGAA CTCACCCCTC
CGCCTTTACG CCGGCGACAT CCCCAACCGC CCCGAGTACG AAGGCTGGCT CGGCCTCTCG
CTAACCCAGG AAAACGACCG CCATATCCGG CACGACATCA CCCGACCCCT TCCCTTCGCC
GACAACTCGG TGGACGCTTT CCAGGCTGAA GATGTGCTGG AGCATATCGC CTATGACCGG
ATCGTCCCCG TTCTTAACGA AATCCATCGT GTACTCAAAC CGGGCGCAGT GTTCCGGCTC
TCCGTCCCCG ACTATCGTTG CGATATCCTT GACGCCAGAA CGGAAAAGGA CGCAACGGGA
GCGCCCGTCT TCGATCCCGG CGGAGGAGGT ACCAGAGAAA ATCCGGGGCA CGCCTGGTTC
CCCCGCTACG AGACGGTTAA GACCCTGGTC GAAAAATCTA ATTTTGGAAC AGCGGGAGAA
ATTTCATTCC TTCACTACTA CGACGAGCAT AACCTTCCGG CGATGCGGGA GATCGACTAT
GCGAAGGGAT TTATTCAGAG GCCCCCGGAC CACGACCCGC GGGTGCAAAC ACCCTACCGT
CCGATGTCTC TAGTCGTAGA CCTGACAAAA AGAGACGTAA GAATATTTTC TTCATTCAAC
AACTCCGCAT CTCACGCGAA TACGAATGTT GGCGGCACCG ATGCTCACTC CATCGCCGAA
ACCGCAAGCC GAATATTGCA GGCGGGTGAA AAGCTCTATT CTGAAGGATA CACCGCAGAT
GCAGAGGGAT GCTTCAACGC TCTCCTCGTC ATGCAAGAGC CGCTTGCCAC CGCCCACAAC
AATCTTGGCG TAATCCACCA GGGCCGCCAT GAACTCGATA ACGCTCTTGA ACACTTCAGA
TCAGCACTGG CCCTCATGCC GTCACATCGG GAGGCACGTG AAAACATCAA AGCCACCCTT
TCATCTGAAA GCATCTATCC CTATGAGGGG AATCGGTCCA GATCCAATCA TTACAATGAA
GACTACTTCA ATTGGCAAAA GAACATCGGT GCGTTCGGCG GAAGAGCCAA CCTCTTTAAG
TTCAGCGAAT TCATAACACC TTCCGACACT ATACTCGACT TCGGCTGCGG AGAAGGATAT
CTCCTCTCAA ACATCACCTG TGCAAGGAAG ATCGGAGTAG AACTGAACGA AGCAGCCCGA
AGAACCGCAT GGGCACAGGG GGTAGAAGCA TTCGCGTCTC CGGAGGAGAT CCCCTTTGGA
ACTGCAGACC TGGTGATCTC CAACCACGCG CTGGAACATG TGCTGTCACC GCTCGAAACG
CTCCAAGCCC TGATCAAGAC GCTCAAGCCG GGGGGGATGA CCGTTTTTGT CGTCCCCCAC
CAGGATACAC GGGAAGAATA CAATCCCGAC GACATCAACA TGCACCTCTA CACCTGGAAC
CAGTTGACGC TGGGCAATCT GTTCCGGCAG GCAGGATTCT CTGTTGAACG CGTCGAGGCG
ATCCAGCACC AATGGCCGCC CAATTTCGCA GAGGTCTATG CCCAGGTCGG CGAAGCGGAA
TTTCACCGGA TATGCCGGCA AACGGCTATT CAGAACAATA ATTACCAGAT TCGGATAGTT
GCCCGCAGAA AGTGA
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| Protein sequence | MICHIAFESD YSFALHNLLL KHFDINEHIF LICGRASWDS TKQFQYRNSV KVADLNSQEV
RRLLCESEQI IIHGLFFGEV VDYFHRNQDL LPKTSWKLWG GDLYCYRNAG TTDFPAEYEE
KRRQVIRNFG RIICVLEEDY QLARQVYDTK ATRAHGFYPL LLNYDYLDSL RKPRAPSEII
TVQVGNSATR ENCHEEAFEH LIHLDNDNMR VCCPLSYGDK SYGNEIIRLG MKLFGSRFCP
LTDVLPFKEY SDHLSSVDVA VMNHNRQQGL GNTVALLYLG RKVYMRHDTT SYSWLMKHGI
TVYDMRNLGH ASFAEFSHIE EDVAARNTEI IGREFSDDAC VKLWKSIFSS KGRQSKMTVP
NEKGSLIQKL KHQYFPGSNF VGPYEQNGHA PSIYEEQWLW AHRHLIKGTV LDMSTPRYWH
EFIHTMESVS RVVISEMGCD TVTKYGKSSS VDIVADFCDP NLPVAPETFD TILCLSILEH
CTNPLSMVNN LYKLLRPGGT VFFWAPFAYI DGHLEPDYWR FGRDGFRLLV KQAGFEIMEE
GNFGDLGKYF LQEFGFDASA RNGHRGVPCA NWIICKKPQD TRTLPKPTHG ISTSAGNSPL
RLYAGDIPNR PEYEGWLGLS LTQENDRHIR HDITRPLPFA DNSVDAFQAE DVLEHIAYDR
IVPVLNEIHR VLKPGAVFRL SVPDYRCDIL DARTEKDATG APVFDPGGGG TRENPGHAWF
PRYETVKTLV EKSNFGTAGE ISFLHYYDEH NLPAMREIDY AKGFIQRPPD HDPRVQTPYR
PMSLVVDLTK RDVRIFSSFN NSASHANTNV GGTDAHSIAE TASRILQAGE KLYSEGYTAD
AEGCFNALLV MQEPLATAHN NLGVIHQGRH ELDNALEHFR SALALMPSHR EARENIKATL
SSESIYPYEG NRSRSNHYNE DYFNWQKNIG AFGGRANLFK FSEFITPSDT ILDFGCGEGY
LLSNITCARK IGVELNEAAR RTAWAQGVEA FASPEEIPFG TADLVISNHA LEHVLSPLET
LQALIKTLKP GGMTVFVVPH QDTREEYNPD DINMHLYTWN QLTLGNLFRQ AGFSVERVEA
IQHQWPPNFA EVYAQVGEAE FHRICRQTAI QNNNYQIRIV ARRK
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