| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfum_1618 |
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| Symbol | |
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| ID | 4460087 |
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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 | Syntrophobacter fumaroxidans MPOB |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008554 |
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| Strand | - |
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| Start bp | 1975402 |
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| End bp | 1978803 |
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| Gene Length | 3402 bp |
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| Protein Length | 1133 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 639702387 |
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| Product | FG-GAP repeat-containing protein |
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| Protein accession | YP_845740 |
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| Protein GI | 116749053 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0457] FOG: TPR repeat |
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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 | 16 |
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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 | ATGCGTCAAT CATCAGATCG AACTTGCCTC CACTGCAAAC AAGCGATTCG GATTCTGACC
CTGACTGCCT TCTTTACGTT CTCCGCGGCC GCATTCTGCT CGACTCCCGC TTCAAGTCCG
GCCGGCGGGC TTGATTCCGC CGCCGTTGCC GTCCACAACA GGGGGGTGGG CCTGATGGGG
CAGTTCGACT ATGAGGCCGC TCGGCGCGAA TTCAGCGCCC TGGCTCAGCA GCACCCCGAC
AACGATGACA TCCAGGTCAA CCTGGCCATC GCCACCTTCA ACCGTCAGAC AAAGGGTGAC
GAAGACCTGG CCTTGTCCAT TCTTGCCGGG GTTTTCAAGC ACAATCCCGA GCACCTGCGC
GCCCTGTACT GCACCGGCCT TTTGGAACTG CGGGTGGGGC GGCCCGCGGA AGCGGCGGAA
TATTTTAGAA AGGTGATTGC CCTCGATCCC CGCGACGCGG AAGCGGCTTA CTTTCTGGGC
CAATGCCTCA TGCAACTTTC CCGCTATGAA GAAGCCCTCG GTTGGTTCAG GAAATCGATC
GAAGGGGACC AGCTCCTTCG AAGCGCATAC TACAATGTAT TCATGGCCCT CCAGCGCCTC
AACAGAAGAG ACGAAGCGGC CGCGACGCTC AAGGATTTCA ATCGCCTCAA AGAAGACCCT
CGGGCGCGCC TGCTTGAATT CAAGTACAGG AACATGGGGC GGAAAGCCGA AGTGACGGCC
GTGGGGGTCG ATGCCGTCCA GCCGGTTCCC AAGCCTGCCG GGCCGGTTTT TGGCGCTGCG
ATCCCCCTGG GGAAAGCCCT CGAGTCGGTC GCCTGGACCG ACGCAGGCCA GGTGAGCTTC
ATCCCCGTGC ACATGAGCGT GGTCGACCTG AACGGTGACG GTCATCCGGA TATTTTCATC
GCAGGAGCGA TCCAAACTTC GGACGGAACG GTCAACGCGA TTCTGGTGAG CGGGAGCGAC
GGTGCCGAAT ACACGCTCCG GATGGATCAC CCGCTGTCAA GGCTCCGGAA CGTCAACGCC
GCCCTCTGGG GCGATTATGA CAACGATGGC CTGACCGACG TCTATTTTTG CAGGCAGGGT
CCGAACCAGC TGTGGCGGCA GGTTTCCAGG GATCAGTGGC GGGACGTCAC CGATGAAACA
GGCACGGCGG GCGGGTCTCT GAACACGGTG GACGGCGCAT TTTTTGATGC GGACCATGAC
GGCGATCTCG ATTTTTTCCT CGTCAATGCC GACGGGCCAA ACGAGTTTCT CAACAACAAC
CGCGACGGCA CGTTTCGTCC TCTGGCGGCG GAGCGGGGCC TTGGGGGAAG CGGCAGCCAC
AGGTCCGTCG TCGTGGCCGA CCTGGACGGC GACCGCGATC TGGACTTGAT CGTGATCAAC
CGGAAGCCGC CTCACGAAGT CTACGTGAAC GATCTCTTCT GGGAATACCA CAAGGCGCAG
GGCTGGGAAG CGTTCCAGGC TGCCGACGTG CAGGCGGCTG TGGCCGCTGA CGTCGATTCC
GACGGTCGGA CGGAGGTCTA TTCCATAGAT TCAGCGGGAA CAATCACGCG CTGGCAACGA
GAGCCCGACA ACACCTGGGG CGGAACTCCC CTGAACAGGG GCCTGGAGAC CGAAGCATTC
CGGGTGACGG GTTCAGTTCG CATGGCCGTG GCGGACCTGG ACGGCGACGG TATCCTCGAT
TTGGTCGTCT CGCATTCCTC GGGGTGGTGG GCGGCATCCA TGGGGTCGAA AGGGCTCACA
CCTCTTTTCG AACACCGGGG CGGCGAGGGG GCCGGCCTCG ATGCCTGGAC CCTGCTTTCG
TCCGTCAACG GTCCGCACCT GGTTGCGTGG TCTCGAGGCC GTCCTCCGTA TGAGTGGCCT
CCGGGTGCCG GGCGTTATCC CTTCGTGACC CTGGCGTTGT CGGGGATGGA AGAGAAAGGT
GCGTCTCTTC GGTCCAACTC ATCGGGCATC GGTGCAAGGA TAGCGGTGCG CACAGGTTCG
CGCTGGATTG TGCTCAATAC CCTTCGAAAC GATTCGGGGC CGGGGCAGAG CCTCCAGCCC
TTGCCGGCAG GGCTCGCGGG AGCGGGGAAA ATCGATTTCG CGGCTATTGA CTGGCCCGAC
GGAGTCTATC AGACCGAACT CGACCTGCAG GCCGGAATGT TCCACCGGAT AACGGAAACC
CAGCGTCAGC TTTCGAGCTG CCCGGTGCTG TTTGCCTGGG ACGGAACGGC ATTCCGGTTC
GTCACCGATC TCCTGGGCGT GGGCGGTCTG GGGTATGCTC TGGGACCGCG GAAGTACGCC
GAACCCCGCC CTTGGGAACA CCTCATGCTG CCGGGCGGAA TTCTCAAGCC CGACGAGGGG
CGGCTCATCT TCAAGCTCAC CGAACCCATG GAGGAAATCA CCTACCTGGA CGCAGTGTCC
CTGGCGGCCT ACGACCTTCC TCCAGGCTGG TCCTTGACGC TTGACGAACG TATGGCCACC
GGGGAGCCCG AACCGGACGG CAGCCCGGTC TTCTATCGGT CGTTCGTACT TCCCGCCAAG
GCGGAAAACG GCCTGCACCA GGACGTGACC GCGGCAGTAT CGACAAGGGA TCTGACGGCG
GCTCCCCCGG GGGAGATAGA CCGGCGTTTC ATAGGCAGGC TCGAACAAGA TCATGTTTTG
ACGCTCACTT TCTCCGAGCC GTTGGATTCC CGTGCGGGCC GGCCGGTTCT CATCGCGGAC
GGCTGGGTGG AATATCCGTA TTCCCAGACC AATTTCGCCG CCTGGCAGGC GGGGGCCGAC
TACCGTGCGC CCACGATCGA GGCTCGAGGG GCCGATGGGC ATTGGCACAG GATCCTTGAC
CGATTCGGCT ATCCCGCCGG GATGCCTCGC CAGATGTCCG TGCCGCTGCC GGGTCTTCCC
GAGGCGACCA GGGAGTTGCG CATCGTTACG AATCAGGAAA TCTATTGGGA CCGGCTCGGC
ATCGCCTTCG CAGAAGACTG CCCCTTGGTC GCGCGCCGTG AATTGCCGCT GGTTGCCGCG
CGTCTCGACG AGATCGGATT CCCCGCGCGA ACCGACGGGC CCCAGCGTCT CCCCGGCTAC
AACTACGAAC GGCGGCGCCC CAGGTGGGAT ACGCACTTCA TGGAAGGCTA CTACACGAGG
ATCGGTCCGG TGGAGGAACT GTTGAAAGCC CGCGACGACG CGCTGGTTGT CTTTGGCCCG
GGTGACGGGG TCACGCTCGA GTTCGGCGAG GGTCTCGGAC CGCCGGAGAC GGGCTGGACG
AGAGTCTATG TGCTTGAGGC TCACGGGTGG TGCAAAGACA TGGATCTTTA CACCGGTAAC
GGCGACACGG TCGAGCCGAT GCCGCATTCG GGCGGAAAAA GCGCCGACAG GGACATCCTG
CATGAGACAT ACAACACGAG GTATCAGTCC GGGAGGGAGT GA
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| Protein sequence | MRQSSDRTCL HCKQAIRILT LTAFFTFSAA AFCSTPASSP AGGLDSAAVA VHNRGVGLMG
QFDYEAARRE FSALAQQHPD NDDIQVNLAI ATFNRQTKGD EDLALSILAG VFKHNPEHLR
ALYCTGLLEL RVGRPAEAAE YFRKVIALDP RDAEAAYFLG QCLMQLSRYE EALGWFRKSI
EGDQLLRSAY YNVFMALQRL NRRDEAAATL KDFNRLKEDP RARLLEFKYR NMGRKAEVTA
VGVDAVQPVP KPAGPVFGAA IPLGKALESV AWTDAGQVSF IPVHMSVVDL NGDGHPDIFI
AGAIQTSDGT VNAILVSGSD GAEYTLRMDH PLSRLRNVNA ALWGDYDNDG LTDVYFCRQG
PNQLWRQVSR DQWRDVTDET GTAGGSLNTV DGAFFDADHD GDLDFFLVNA DGPNEFLNNN
RDGTFRPLAA ERGLGGSGSH RSVVVADLDG DRDLDLIVIN RKPPHEVYVN DLFWEYHKAQ
GWEAFQAADV QAAVAADVDS DGRTEVYSID SAGTITRWQR EPDNTWGGTP LNRGLETEAF
RVTGSVRMAV ADLDGDGILD LVVSHSSGWW AASMGSKGLT PLFEHRGGEG AGLDAWTLLS
SVNGPHLVAW SRGRPPYEWP PGAGRYPFVT LALSGMEEKG ASLRSNSSGI GARIAVRTGS
RWIVLNTLRN DSGPGQSLQP LPAGLAGAGK IDFAAIDWPD GVYQTELDLQ AGMFHRITET
QRQLSSCPVL FAWDGTAFRF VTDLLGVGGL GYALGPRKYA EPRPWEHLML PGGILKPDEG
RLIFKLTEPM EEITYLDAVS LAAYDLPPGW SLTLDERMAT GEPEPDGSPV FYRSFVLPAK
AENGLHQDVT AAVSTRDLTA APPGEIDRRF IGRLEQDHVL TLTFSEPLDS RAGRPVLIAD
GWVEYPYSQT NFAAWQAGAD YRAPTIEARG ADGHWHRILD RFGYPAGMPR QMSVPLPGLP
EATRELRIVT NQEIYWDRLG IAFAEDCPLV ARRELPLVAA RLDEIGFPAR TDGPQRLPGY
NYERRRPRWD THFMEGYYTR IGPVEELLKA RDDALVVFGP GDGVTLEFGE GLGPPETGWT
RVYVLEAHGW CKDMDLYTGN GDTVEPMPHS GGKSADRDIL HETYNTRYQS GRE
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