| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_3707 |
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| Symbol | |
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| ID | 4841747 |
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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 | Shewanella baltica OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | + |
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| Start bp | 4330304 |
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| End bp | 4332949 |
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| Gene Length | 2646 bp |
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| Protein Length | 881 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640120974 |
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| Product | SMC domain-containing protein |
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| Protein accession | YP_001052050 |
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| Protein GI | 126175901 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1106] Predicted ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGGCATCAG CAGAACACGA TTATCAGCTT TTTATTCAAT GGCTTCATCA ACCTGACAGA
GAGACGCCAG AGGACGTTCG CCGCTTTGCT CGGCTCGTAC TGGACAACTT TGAAAGCGTC
TGTGCAACTA CCCGTCATCG CAGTCAACGG TCAGTACATT TGGTTGACCT AGCACGTCAA
CGGTTCACCA CGACAGATCC AGATCAACCT CAGATGGACG CCATTGCGGT AGGGGCTGGA
TGGAGCTGGC AGACATTGTG CCATATCTCT CTTGGACCAT TCAGGGGCTT TAGGAATGTT
GAAGACTTTG ATCTCTCACG ACGCATAGTA TTGTTTTATG GCCCCAATGG CAGCGGCAAG
ACAAGTCTTT GCGAGGCGCT CGAGTTTGCC CTGCTCGGAG CAGTTGATGA GGGGGCACAA
AAACGGATCG ATGCAACTCA GTACCTAAGC AATATCCATG AAGGTCGGTT TGTACCTCCT
CAGTTAGCGG CATTGGACGC ACAAGGTCAG CGAGTTGTCG TTCAAGCGGA TGCCGATGCA
TATCGTTTTT GCTTCATTGA GAAAAACCGT ATTGACTCCT TCTCTAGGAT TGCTGCAAAA
CCTACAGGCC AGAAAACCGA GCTAATAGCA GCGTTGTTCG GTATGGACGA CTTCAATGAG
TTTGTAGGGC AATTTAATGA ATCGATTGAT ACACAGCTCT CGATTCAGCC TGTGCAAGGT
CAGGAGCTAA CACAAAGACG CCAAGCAATT GCTCATGACA CCGAACTACT TGTTGGTGAA
GCAGCCTCTA TCGCAGCATT CGAGCGGGTT GAGCGAGAGT ACGCAGATGC TTTCCAGACA
GGATTGACAT ATGCGCAGTT GCAACAGGCG GTGGGTTCTG CCGAGGTTCC CAGTCGATTA
CAGACTTTGA TAGAAATATT AAATCAACCT GCGCCAGCCC TTTACGGCAT ACGGCATCAG
GACCTCCTTG CTGCATTTAG TGTTGCAGAT GAGGCTCAAA AGCTCGTTGA GGAGCTTGTT
GGCAAGTTGG CATTACAGCA AGATGGTGCA GCATACCAAA ACCTCTACTG CGCAGTTCTT
GAACTACAGG CACTTTCTCC TGACCATTGC CCAGCATGCG ATACTACAAT TGTTGGGGAA
CTACACGTTC ATGCCAATCC TTTTATAAAG GCTGAACAAG GTCTGGTACA TCTGCGGGAG
CTGACTCTGC TCAAACAACG ATACCAAGCA GCTATTGATC AAAGGCGAGT CGCCTCAGAT
AACTTGCGCA GGTACTTCGC TAATTTTTCC CAGCGTGTTG GAGCCACTGT CAATAGTGAG
CATGAGCTAC TCCGCTATCT GGCAAATCCA GGTTTTCAAC CTGATACTGC ATGGTGGAAG
ATCGGGTACA ACCCTACTGC CGGAGGCGTA TCGCTATCAC AACAGGCGGT CAACTACGCA
CTTCAGTTAG AGGCGGCTGA TACCGCTATC CAGCAAAATC TTAAGCAACG TGCCCAACTT
ATTACTGAGC GAGATCGTCT TTTCGAAGCG CGTATCGCAT TGGCTGAGCA TGCTGAACGA
CGCAAACAAG CTAGTGTAGC AATTGCAAAG GCTCGTCAAC GCGTCGATGT TTTTGAAGCA
CAAAATACGG CACTGATCAC TGCAGTTGTG GAGGAGGAGA CCCGCATTGC AGCGGAGGTA
AGAATTCAAG TTGCCTACAA TAAATTATTG AGTCTGCTAC GGCATTACCG CTCGGAGTTA
CCTGGAACGT TGATGGCGGG TTTGAACGAC TTGGCTATGG AGCTGTACAA CGAATTCAAT
GTCCGTGATG CAGCAGAAGA TAAGCTGGCA GCTCTACACC TCCCTGTTAC TGGGGACGGT
CGTATTGAGT TGAGCTTCCA AGGCTCTCCA GAAGCTCGTG TTGATGCTCT TCAGGTTCTG
AGTGAAGGGC ATGTCAGATG CCTTGGGTTG GCCATCCTAT TAGCAAAAGC TTCTCACATC
AAGGCACCTA CAGTGATCTT CGATGATGCA ATAAATGCTA TCGACCATGA GCATCGTCAG
GGTATTCGGG AGGCATTGTT CCAGAGCGAG CGCTTTGCCA ATACGCAGAT CATCGTGACC
TGCCACAGCA ATGAATTCAT CAAAGACATC CAGAATCATA TTGATCGTGC CCAGTGGTTA
TCTTACACGT TCCGTCATCA CACTGGGGAT CATCATCCGC GTGTTCTGCG GGATTTGCCT
GCACAAGCCT ATCTTATAAA CGCTAGGGCT GCTATTGACC GAGGTGACCA TCGTGGGGCT
CTTCAACCAT GTAGACAGGC GTTAGAAATG CTCGCTAACA AGATATGGCG ATGGCTCGGG
CAGTGTAACC AAGGCGTAAT TAGTGTCAAG TTGGCAGGCA TCGGAGATCA ACCCTCGCTA
CGAAATTTGT GCGACGGTCT TCGCGCAAGA CTGAATGGTG CACGCACATT CGAACATGTT
GATAAACAGC CTTTACTTGA TGCAATTAAT CAAATTCTCG GAATACCTGA GCAGACATTG
CTATGGCAGT ATTTAAATAA AGGGACACAT GAGGAGCAGG ATCGAGAAGA TTTTGATGAA
GGTGTGGTTG AACAGTTGGT TGCTTTAATG GAGACAATAA ATAGTTTGAG GCTACGTAAT
CCCTAA
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| Protein sequence | MASAEHDYQL FIQWLHQPDR ETPEDVRRFA RLVLDNFESV CATTRHRSQR SVHLVDLARQ
RFTTTDPDQP QMDAIAVGAG WSWQTLCHIS LGPFRGFRNV EDFDLSRRIV LFYGPNGSGK
TSLCEALEFA LLGAVDEGAQ KRIDATQYLS NIHEGRFVPP QLAALDAQGQ RVVVQADADA
YRFCFIEKNR IDSFSRIAAK PTGQKTELIA ALFGMDDFNE FVGQFNESID TQLSIQPVQG
QELTQRRQAI AHDTELLVGE AASIAAFERV EREYADAFQT GLTYAQLQQA VGSAEVPSRL
QTLIEILNQP APALYGIRHQ DLLAAFSVAD EAQKLVEELV GKLALQQDGA AYQNLYCAVL
ELQALSPDHC PACDTTIVGE LHVHANPFIK AEQGLVHLRE LTLLKQRYQA AIDQRRVASD
NLRRYFANFS QRVGATVNSE HELLRYLANP GFQPDTAWWK IGYNPTAGGV SLSQQAVNYA
LQLEAADTAI QQNLKQRAQL ITERDRLFEA RIALAEHAER RKQASVAIAK ARQRVDVFEA
QNTALITAVV EEETRIAAEV RIQVAYNKLL SLLRHYRSEL PGTLMAGLND LAMELYNEFN
VRDAAEDKLA ALHLPVTGDG RIELSFQGSP EARVDALQVL SEGHVRCLGL AILLAKASHI
KAPTVIFDDA INAIDHEHRQ GIREALFQSE RFANTQIIVT CHSNEFIKDI QNHIDRAQWL
SYTFRHHTGD HHPRVLRDLP AQAYLINARA AIDRGDHRGA LQPCRQALEM LANKIWRWLG
QCNQGVISVK LAGIGDQPSL RNLCDGLRAR LNGARTFEHV DKQPLLDAIN QILGIPEQTL
LWQYLNKGTH EEQDREDFDE GVVEQLVALM ETINSLRLRN P
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