| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmar10_1504 |
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| Symbol | |
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| ID | 4284388 |
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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 | Maricaulis maris MCS10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008347 |
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| Strand | + |
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| Start bp | 1650702 |
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| End bp | 1654967 |
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| Gene Length | 4266 bp |
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| Protein Length | 1421 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 638140989 |
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| Product | cadherin |
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| Protein accession | YP_756734 |
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| Protein GI | 114570054 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.0750801 |
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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 | 42 |
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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 | ATGTTGTCGA AATTCAGTTC CTTGCAAAAG AGACCATTTG CTGCAATCGG CGCCGGCGCG
CTGGCCATTC TGGGAATTAG CGTGCCATCC AGCGCCCAGT CGAATTCGCA AATTCCCGAC
GGTTTTCGAG CATTGAAGAG TTTGGACAGC GTTAGCGCCT ACGAGGTCAT GCCAGATGGC
TCAGTGCGCT TAACTCTTGT CGATGGCTCT CACTTGCTTG TGCCTGCAGA TTGGGTGCGG
ATCGAACAAG GCAATGTCTT CATCTCTGAG TTCGCCTTCA CCGAGCTGGG TTTGGCTGCG
ACATCTGGCA CTACCGCGCT TTTGGCTGCG GCTGGAGTAG GGGCTTTGAG CCTTGCAGAG
GCAGAAAGCA CTACAGATGA AACTTCTACT CTCCAGAACA ACGCGCCAGT GGTCTCATCA
GCCAGCCAGA TCAGCGTCGC TGAGAATGTG ACCGGAACGG TCTACACAGC CACCGCCTCG
GACGCAGATG GGGACACTGT CACCTTCAGC CTGTCAGGGA CCGACGCCAA CCTCTTCACT
ATCGACCCGG CCACAGGTGA AGTCAGCTTC CACACCGCAC CGGATTATGA GGCTCCAGCC
GATGCTGATG GCGATAACAC CTACGACATC ACCATCCTCG CCTCTGACGG AACCCAGACA
TCCAGCCACG TCGTAACCAT CACCGTCACC AATGAGAATG ACAACGCGCC AGTGGTCTCA
TCAGCCAGCC AGATCAGCGT CGCTGAGAAT GTGACCGGAA CGGTCTACAC AGCCACCGCC
TCGGACGCAG ACGGGGACAC TGTCACCTTC AGCCTGTCAG GGACCGACGC CAACCTCTTC
ACTATCGACC CGGCCACAGG TGAAGTCAGC TTCCACACCG CACCGGATTA TGAGGCTCCA
GCCGATGCTG ATGGCGATAA CACCTACGAC ATCACCATCC TCGCCTCTGA CGGAACCCAG
ACATCCAGCC ACGTCGTAAC CATCACCGTC ACCAATGAGA ATGACAACGC GCCAGTGGTC
TCATCAGCCA GCCAGATCAG CGTCGCTGAG AATGTGACCG GAACGGTCTA CACAGCCACC
GCCTCGGACG CAGACGGGGA CACTGTCACC TTCAGCCTGT CAGGGACCGA CGCCAACCTC
TTCACTATCG ACCCGGCCAC AGGTGAAGTC AGCTTCCACA CCGCACCGGA TTATGAGGCT
CCAGCCGATG CTGATGGCGA TAACACCTAC GACATCACCA TCCTCGCCTC TGACGGAACC
CAGACATCCA GCCACGTCGT AACCATCACC GTCACCAATG AGAATGATGT CATCACAGGT
ACGGCTGGTG CGGATACGCT TGACGGCACG AACGGCTCGG ACACGATCCA CGGCCTGGAC
GGGGATGACA CGCTCAACGG TCTGGGCGGC AATGACACGC TCAACGGCGA TGGCGGCAAT
GACACACTCG ACGGCGGTTC CGGCTCCGAC ATTCTCAATG GCGGCAGCGG AGACGACCGG
CTCGATGGCG GTCTCGGTAG TGACACGCTG AATGGTGGCA ATGGCCACGA CACCTTCGTG
TACTCTGGCG CCAGCGGCGA CGGTGCTGAT GCCATGCACG GCGGCTCTGG AGACGACACC
TTCTCCATCA TCAATCCGGA TGCACCGGGC GGCGCTGCCT TCCTCACCAT CACCGGCGGC
ACCGGAAATG ATCATCTGGA GGTTCTGGCT ACGCACCTGA ACGGGGTCAG CTTCGATGCC
GGAGACGGGG ACGACCATGC GGAAATCCGA GCGGGCCGCG CCCAGACGAT CACATTGGAC
ATGGGAGCCG GTGCCGACAC GGTGGAGCTG GGACGCTGGA GAGGGTTCGA CGGGGGCATC
GGCGGTAATG TCACACTGAC CTTGGGTGCA GGCCAGGACA CCGTGATCTT CGCCAACGCG
CCAAGCTCGA CGACGATCAC CGACTTCGAA ACCGGGTCCA CCGGCGACAC GCTGCAGATC
AACGACTATC TCGGTCGCAC CCTGTCCTCA TGGGATGGTG GCAATCCCTT CGCTTCCGGA
CACCTCAGAC TGGTCCAGAG CGGTTCTGAC ACCATCCTCC AGATCGACAC CAATGGCGGC
GGCGACAACT GGAGCGACCT CATCACCTTC CAGAACACAA CCGCCTCCAC CTTCACCACA
AACAACTTCG ATGGATACAA TCCTGACGGA TCGCCGATTG CAGGGCAGAC GATCACAGGT
ACGGCTGGTG CGGATACGCT TGACGGCACG AACGGCTCGG ACACGATCCA CGGCCTGGAG
GGGGATGACA CGCTCAACGG TCTGGGCGGC AATGACACGC TCAACGGCGA TGGCGGCAAT
GACACACTCG ACGGCGGTTC CGGCTCCGAC ATTCTCAATG GCGGCAGCGG AGACGACCGG
CTCGATGGCG GTCTCGGTAG TGACACGCTG AATGGTGGCA ATGGCCACGA CACCTTCGTG
TACTCTGGCG CCAGCGGCGA CGGTGCTGAT GCCATGCACG GCGGCTCTGG AGACGACACC
TTCTCCATCA TCAATCCGGA TGCACCGGGC GGCGCTGCCT TCCTCACCAT CACCGGCGGC
ACCGGAAATG ATCATCTGGA GGTTCTGGCT ACGCACCTGA ACGGGGTCAG CTTCGATGCC
GGAGACGGGG ACGACCATGC GGAAATCCGA GCGGGCCGCG CCCAGACGAT CACATTGGAC
ATGGGAGCCG GTGCCGACAC GGTGGAGCTG GGACGCTGGA GAGGGTTCGA CGGGGGCATC
GGCGGTAATG TCACACTGAC CTTGGGTGCA GGCCAGGACA CCGTGATCTT CGCCAACGCG
CCAAGCTCGA CGACGATCAC CGACTTCGAA ACCGGGTCCA CCGGCGACAC GCTGCAGATC
AACGACTATC TCGGTCGCAC CCTGTCCTCA TGGGATGGTG GCAATCCCTT CGCTTCCGGA
CACCTCAGAC TGGTCCAGAG CGGTTCTGAC ACCATCCTCC AGATCGACAC CAATGGCGGC
GGCGACAACT GGAGCGACCT CATCACCTTC CAGAACACAA CCGCCTCCAC CTTCACCACA
AACAACTTCG ATGGATACAA TCCTGACGGA TCGCCGATTG CAGGGCAGAC GATCACAGGT
ACGGCTGGTG CGGATACGCT TGACGGCACG AACGGCTCGG ACACGATCCA CGGCCTGGAG
GGGGATGACA CGCTCAACGG TCTGGGCGGC AATGACACGC TCAACGGCGA TGGCGGCAAT
GACACACTCG ACGGCGGTTC CGGCTCCGAC ATTCTCAATG GCGGCAGCGG AGACGACCGG
CTCGATGGCG GTCTCGGTAG TGACACGCTG AATGGTGGCA ATGGCCACGA CACCTTCGTG
TACTCTGGCG CCAGCGGCGA CGGTGCTGAT GCCATGCACG GCGGCTCTGG AGACGACACC
TTCTCCATCA TCAATCCGGA TGCACCGGGC GGCGCTGCCT TCCTCACCAT CACCGGCGGC
ACCGGAAATG ATCATCTGGA GGTTCTGGCT ACGCACCTGA ACGGGGTCAG CTTCGATGCC
GGAGACGGGG ACGACCATGC GGAAATCCGA GCGGGCCGCG CCCAGACGAT CACATTGGAC
ATGGGAGCCG GTGCCGACAC GGTGGAGCTG GGACGCTGGA GAGGGTTCGA CGGGGGCATC
GGCGGTAATG TCACACTGAC CTTGGGTGCA GGCCAGGACA CCGTGATCTT CGCCAACGCG
CCAAGCTCGA CGACGATCAC CGACTTCGAA ACCGGGTCCA CCGGCGACAC GCTGCAGATC
AACGACTATC TCGGTCGCAC CCTGTCCTCA TGGGATGGTG GCAATCCCTT CGCTTCCGGA
CACCTCAGAC TGGTCCAGAG CGGTTCTGAC ACCATCCTCC AGATCGACAC CAATGGCGGC
GGCGACAACT GGAGCGACCT CATCACCTTC CAGAACACAA CCGCCTCCAC CTTCACCACA
AACAACTTCG ATGGATACAA TCCTGAAAAC AGCTCAGGTT CATTTACCTC GAACATTCAC
CAGTACGATA ACCGATGGTT CGAAATCACT GTGCCTACGG AAACCAACGG ATTTGAACAG
CTGACCGAAG ACAAAGATAA TCTCCCACTC GGTTCTTTTC CCCGGCCGAC TGCAAACGAC
TTAGTGCTTG TGATCGACGG GACGTCAACT TTTGAGGCCC CGCCACCAAT CGAGTGGACA
GACCAGACAG ATGTCGATGC AAACCCTTAT GCTTGGGCGC CATTTTTCGA AGATCACTGG
CTCTAA
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| Protein sequence | MLSKFSSLQK RPFAAIGAGA LAILGISVPS SAQSNSQIPD GFRALKSLDS VSAYEVMPDG
SVRLTLVDGS HLLVPADWVR IEQGNVFISE FAFTELGLAA TSGTTALLAA AGVGALSLAE
AESTTDETST LQNNAPVVSS ASQISVAENV TGTVYTATAS DADGDTVTFS LSGTDANLFT
IDPATGEVSF HTAPDYEAPA DADGDNTYDI TILASDGTQT SSHVVTITVT NENDNAPVVS
SASQISVAEN VTGTVYTATA SDADGDTVTF SLSGTDANLF TIDPATGEVS FHTAPDYEAP
ADADGDNTYD ITILASDGTQ TSSHVVTITV TNENDNAPVV SSASQISVAE NVTGTVYTAT
ASDADGDTVT FSLSGTDANL FTIDPATGEV SFHTAPDYEA PADADGDNTY DITILASDGT
QTSSHVVTIT VTNENDVITG TAGADTLDGT NGSDTIHGLD GDDTLNGLGG NDTLNGDGGN
DTLDGGSGSD ILNGGSGDDR LDGGLGSDTL NGGNGHDTFV YSGASGDGAD AMHGGSGDDT
FSIINPDAPG GAAFLTITGG TGNDHLEVLA THLNGVSFDA GDGDDHAEIR AGRAQTITLD
MGAGADTVEL GRWRGFDGGI GGNVTLTLGA GQDTVIFANA PSSTTITDFE TGSTGDTLQI
NDYLGRTLSS WDGGNPFASG HLRLVQSGSD TILQIDTNGG GDNWSDLITF QNTTASTFTT
NNFDGYNPDG SPIAGQTITG TAGADTLDGT NGSDTIHGLE GDDTLNGLGG NDTLNGDGGN
DTLDGGSGSD ILNGGSGDDR LDGGLGSDTL NGGNGHDTFV YSGASGDGAD AMHGGSGDDT
FSIINPDAPG GAAFLTITGG TGNDHLEVLA THLNGVSFDA GDGDDHAEIR AGRAQTITLD
MGAGADTVEL GRWRGFDGGI GGNVTLTLGA GQDTVIFANA PSSTTITDFE TGSTGDTLQI
NDYLGRTLSS WDGGNPFASG HLRLVQSGSD TILQIDTNGG GDNWSDLITF QNTTASTFTT
NNFDGYNPDG SPIAGQTITG TAGADTLDGT NGSDTIHGLE GDDTLNGLGG NDTLNGDGGN
DTLDGGSGSD ILNGGSGDDR LDGGLGSDTL NGGNGHDTFV YSGASGDGAD AMHGGSGDDT
FSIINPDAPG GAAFLTITGG TGNDHLEVLA THLNGVSFDA GDGDDHAEIR AGRAQTITLD
MGAGADTVEL GRWRGFDGGI GGNVTLTLGA GQDTVIFANA PSSTTITDFE TGSTGDTLQI
NDYLGRTLSS WDGGNPFASG HLRLVQSGSD TILQIDTNGG GDNWSDLITF QNTTASTFTT
NNFDGYNPEN SSGSFTSNIH QYDNRWFEIT VPTETNGFEQ LTEDKDNLPL GSFPRPTAND
LVLVIDGTST FEAPPPIEWT DQTDVDANPY AWAPFFEDHW L
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