| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dbac_2556 |
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| Symbol | |
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| ID | 8378235 |
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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 | Desulfomicrobium baculatum DSM 4028 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013173 |
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| Strand | - |
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| Start bp | 2913350 |
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| End bp | 2916763 |
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| Gene Length | 3414 bp |
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| Protein Length | 1137 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 645001777 |
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| Product | hypothetical protein |
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| Protein accession | YP_003159049 |
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| Protein GI | 256830321 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1874] Beta-galactosidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | ATGCAGGCTA TTTGTGTAAA ATATATTGAG ATATTAATTT TGAACGAAAG CAAAAAATAT
AAAATGAAAT TCACAAAAGA ATCACTGATG CTTTTATTGG TGTCAATCAT TGTTTCTTTT
TATTCATCGC ATGCTAGTGC TTCAGGTCAA AATTTAAAAG ACCTTGAGAT TGATCATGAT
TTAACATTAT CTTTTGAAAC ACCTCATACT AAATGGGCAA AGCCTTATGC TGGTGGAAGA
ATTAAAGTTC TATTTTTTTC AAGTACTGAA AATAATACTG TTCGTGAATG TGTTGAGCTT
ATTCAACGTT TTGATATCGA ATGTAAGGCA ATTTTTTGGA CAAAAATAAG TGGTGATAAG
AAAAGAGAAA TTAATTGGCA TGGAGGTAAT CTAGGTAGAC AGAGAATGAC TAATTTGCTG
AAAAATAAAT GGGATTGTTT CGTTTTTTTC GGGGTTAGTG TAAGTGATCT TCCGGCGATA
CAAAAAGAAA TGGTCATGAA TGCTGTTACT CGCGGTGCTG GATTGGTGTC TGTTGAAGCT
GATAACCAGA AATTGCGTCT CAAAAAAAAC GGTGAATTGC CGATATCTGA TTTTATAGTT
GATGAAAATA CAAGAAAAGC TACTTTGTTG GGTAAAGGTA GAGAAATAGT TGTCTCTGCA
TGCCCTCAAC TTAATTTTAC TGAGGGGTGG GAGATTACCT ACGACTACTG GCAGGAAAGT
CTTGGTCGAG CAGTTCTGTG GGCAGCCCAA CAAGAGCCTA TGACTCGTCT CAGGCTGGAT
GTCACTGCGG GTGAAGCCTA TTCAGGTCAA AGCCGGGAGA TACAGGTTGG AAGGCCTGCC
ACTTTGAATG CTGATTTTTC TGGAAAACCA TTTGGGACTG ATCATCGTAT ACGGATTTCA
GTGCGGAAAC CGGGTCATGC TGCTCGTGTT TTGCCGGAAC AAAGCATCAC ATTTGGAGCG
ACCGCCGTAT TTAAATTACC AAGTCTTCCT GAAGGCATTT GGCGTGCAGA TGCGGTTGTG
GTGGGAAGCT TAGGTGTTGA AACTTGGGCC AGTCAACCGT TCGTAGTATC GTCTGAAAGA
ACCGTTACAG GCTTGAGTGT AAGTAAATAT TGGGCTGAGC CAGGAGAATC AATTTCTGGG
AAAGTTTTCG TTTCCGGAGT CCCGTTAATA AATGAAATTG TTCGGATACA ACTTCTAGAC
AGTCGTCGGC GTGAACTGGT TCGCCAAGAC ATTCCTGCAA ATGGTAATGA AGTAGAATTT
GTATTTGATA TAGCAAAGTG GATGCCTATG CTCGTTACCG TTGAGGCACG TCTGCTATCC
AATAATGTGG AGATTTCTCG AACACACAGG TATGTTCGAG TTGCCAAGCG TCAGCGGGAC
CGCTTTAATT TTCTCATATG GGGAGTACCA AAAGGCACTC TGGCTCCCTA TGCAGAAGAG
AGTCTCGCAC GGCAGGGGGT TACACTTCAA CTTGACTGGG AGAACCCACC ACTCCACGTT
GCGGCCAATG ACATTTCTTG GATCCCCTTC ACCACTCATA TTCCGGCAGA GAAAAAATCG
AATGGCGTCA TGAAACCATT CTGCTGGAAT GATGGCTTGG CGGTCTGGAA ACAAACCGCA
ATGCTCGCTT CTATACACAG AAGATCACGA GAACATGGCG TCTTTGTGTA TTCTATAGGA
GATGAGAACA AGACAAAAGG ATCTTGTATA TCTAAATTTT GCACTAATAC ATACCAAGTT
TTTCTTCAAG AGTCATATAG TACTTTGGAT GCTCTCAATC GCTCTTGGGG TACTGATTTT
GAACGGTGGA AAGATGTAGG TCTATTAAAT TCCACCGATG ATGATGAATT GGCATCGTTA
GCTTTAAAAA ATTACCCTCG CTGGTTTGAC CGCCAGGCCT ATAAGTCTTG GAATTACGTT
CAGTACTGTC TGAAATACTC CAAAGCATAC AAAGGTATTG ATCCGCAAGC TAAGACCGGT
TTTGATGGTG CTGCTGGATT TGCGACTGGG GATGATATAG ATTTGATCAT ACGTAGCCTT
GATTCCTGGG TCCCCTATCA AAGTATTGCA GACGAGGTCA TACGCTCAAT TGCACCAAGA
GAATTCATCC GATCTAACTG GATTGGTGGG CGTGACAAAA CATCCGGGCC CCTGTTGTAT
AAGTATTGGC GGCTTGTAAA TTTGGGCGCG GACTCGATCT GGTGGTGGAT GTGGAGTTGT
ATTGGAGACC TGCGCGGTTT TCTCGCTCCC GATCTCAGGC CATTTCCTGA AATCGAGGAG
GTTGTCGAAG ATACACGTAT GGTCAGGGAT GGTTTGGGGG ACTTGCTGCT CCAATCTGTA
ATGCTGGATG ACGATATTGC AATACTCTAT TCTTATCCTT CAGTCTTTGC TCATAAGTTG
GATGAGGGAG CTTCCTTTGG TTCATATGAG GAAGCTCATT CTTCACTCAT AAAATTTATA
CGAAATTCGG GGTACCAGTT TCGCTATATA ACTGATCGGA TGCTGCGCCA AAGCGAGACG
GATCTGTCTA AGTTTAGAAT GCTCTTTCTC CCACGCGCTG AGGCTATAAG TGACAAGGAG
GCGGAACTAA TCCGACAATA TGTTGCCGGT GGCGGAACAG TGGTCGCGGA TTTGAGACCT
GGGCTTTATG ATGATCATTG TAAAAGGCGT GAAAAGGGGA TTCTTGATGA CATGTTTGGA
ATCAAACAGG CCGAAAAAAA CAAAATTTTT ACGTTAGGAC AGGTGATAGT TCGTAGCGTG
GGTAAGGGGC GTGCCATTCT TCTCAATAAC AAAATGAGCA GCTTGCCCGC GTTAATGGCC
GGAGAGACTC TCATCAGAGA TTTTTGGGGG GGCGCCCCTG CGATTAAAAT TCATGGAAAA
ATGAACGGCT TGGAGGTTAC GCGGTGGCGC AATCAGGGGA TTGAGATTTT ATCCTTGCTT
CGCGAGGGAG TCGAAGTGGA AGGAGTAACG GTTTCCTTGC CAAAGTCGAA ATACATTTAC
GATCTGCGAG CCTTTCGCTC CTATGGCCTG ACCGACCATT TCGACACGAA TATTATTCCC
AATCGAGCTT CGTTTTTTGC TCTGACAGAC AGGCACATAG CGCAGCCTGT AGTAAGCCTC
CATCTTTCAG AGGCGCGCCA AGGTATGATG GCACAAATGG TAGTAGAAGT GCCAGACGCG
GAGGGCAAGC ACGCACTCAA GATGGGTGTT AAGGTCGATG GCAATCATGT TGACTGGTTT
GATAAGGTCG TACTGGTGGG CGCAGAGCCT GTCACTGTAG AATTGCCGAT AGCGTACAAT
GATCCTGTTG GGAATTACAG CATCGAATTT ACCGATCTTT TCTCTGGTAA GAAGTCTCAG
GTAAAATTTA ACGTTAGTTC GTTTGGTCAG AAAGAACTTT CGCAGGCTGA TTAG
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| Protein sequence | MQAICVKYIE ILILNESKKY KMKFTKESLM LLLVSIIVSF YSSHASASGQ NLKDLEIDHD
LTLSFETPHT KWAKPYAGGR IKVLFFSSTE NNTVRECVEL IQRFDIECKA IFWTKISGDK
KREINWHGGN LGRQRMTNLL KNKWDCFVFF GVSVSDLPAI QKEMVMNAVT RGAGLVSVEA
DNQKLRLKKN GELPISDFIV DENTRKATLL GKGREIVVSA CPQLNFTEGW EITYDYWQES
LGRAVLWAAQ QEPMTRLRLD VTAGEAYSGQ SREIQVGRPA TLNADFSGKP FGTDHRIRIS
VRKPGHAARV LPEQSITFGA TAVFKLPSLP EGIWRADAVV VGSLGVETWA SQPFVVSSER
TVTGLSVSKY WAEPGESISG KVFVSGVPLI NEIVRIQLLD SRRRELVRQD IPANGNEVEF
VFDIAKWMPM LVTVEARLLS NNVEISRTHR YVRVAKRQRD RFNFLIWGVP KGTLAPYAEE
SLARQGVTLQ LDWENPPLHV AANDISWIPF TTHIPAEKKS NGVMKPFCWN DGLAVWKQTA
MLASIHRRSR EHGVFVYSIG DENKTKGSCI SKFCTNTYQV FLQESYSTLD ALNRSWGTDF
ERWKDVGLLN STDDDELASL ALKNYPRWFD RQAYKSWNYV QYCLKYSKAY KGIDPQAKTG
FDGAAGFATG DDIDLIIRSL DSWVPYQSIA DEVIRSIAPR EFIRSNWIGG RDKTSGPLLY
KYWRLVNLGA DSIWWWMWSC IGDLRGFLAP DLRPFPEIEE VVEDTRMVRD GLGDLLLQSV
MLDDDIAILY SYPSVFAHKL DEGASFGSYE EAHSSLIKFI RNSGYQFRYI TDRMLRQSET
DLSKFRMLFL PRAEAISDKE AELIRQYVAG GGTVVADLRP GLYDDHCKRR EKGILDDMFG
IKQAEKNKIF TLGQVIVRSV GKGRAILLNN KMSSLPALMA GETLIRDFWG GAPAIKIHGK
MNGLEVTRWR NQGIEILSLL REGVEVEGVT VSLPKSKYIY DLRAFRSYGL TDHFDTNIIP
NRASFFALTD RHIAQPVVSL HLSEARQGMM AQMVVEVPDA EGKHALKMGV KVDGNHVDWF
DKVVLVGAEP VTVELPIAYN DPVGNYSIEF TDLFSGKKSQ VKFNVSSFGQ KELSQAD
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