| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01097 |
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| Symbol | |
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| ID | 6776170 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 1167972 |
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| End bp | 1170764 |
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| Gene Length | 2793 bp |
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| Protein Length | 930 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 642754534 |
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| Product | DNA polymerase III subunits gamma and tau |
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| Protein accession | YP_002125405 |
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| Protein GI | 196155916 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2812] DNA polymerase III, gamma/tau subunits |
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| TIGRFAM ID | [TIGR00678] DNA polymerase III, delta' subunit
[TIGR02397] DNA polymerase III, subunit gamma and tau |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0856876 |
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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 | ATGAGTTATC AGGTACTGGC AAGGAAGTGG CGACCAGGCA AGTTCAGTGA ACTTGTAGGT
CAAGAGCACG TAGTGTCTGC TATTTCAAAT GCGCTCGATA ACGACCGTTT ACACCATGCT
TATCTTTTTA CAGGTACGCG TGGTGTTGGT AAAACGACCA TTGCTCGTAT TTTTTCAAAA
AGCCTTAACT GTGAGGAAGG GCAAGGGGCA AACCCTTGCG GTCAATGCAA TACCTGTAAA
GAAATAGAGC AGGGTAATTA CGTTGACTTG CTTGAAATTG ACGCGGCATC AAGAACCAAA
GTGGAAGACA CTCGAGAGCT TCTTGATAAC GTACAATACA AGCCAACCCG CGGGCGCTAC
AAAGTGTACC TTATCGATGA GGTACACATG CTTTCTAAAC ATAGCTTTAA TGCGCTGTTA
AAAACGCTAG AAGAGCCGCC TCCGCATGTA AAGTTCTTGT TGGCGACAAC AGATCCACAA
AAACTCCCCA TCACCATTTT ATCGCGATGC TTGCAGTTTA ACCTGAAAGC GATGTCGCGA
GAGCAAATAG TCGGTCAGCT TACTCATATA CTTCAGCAAG AGCAGCTTGC TTTTGAGGCG
CCTGCTTTGG CTTTGCTGGC TAGGGCGGCA CAGGGCAGTA TGCGTGATGC GCTGAGTTTA
ACCGACCAAG CAATTGCTCA GGGTGGGAAT CAAGTAATGG CGTCGGTTGT TACCGACATG
CTTGGCCTGA TGGACAAAAA CCAGCTTTTG AAAGTAATTC ATGCGGTGGT GAATAAAAGC
CCTGCCGAGG TTTTGCAGTT GGTTAACGAC ATTGCTGAAC AAGCACCTGA TTATGACAAT
GTGCATAGTG AGTTGGCGAG CTTGCTTCAC CAAATTGCGT TGACGCAATG GGTGCCAGAA
GCCTGCAAGC TTGAAACCAC GTCGGCAAAA GCGATATTTC AATTAGCCAA AACTATTTCT
GCAGAACAAG TACAGCTACT TTATCAAATT GCATTGCAAG GCAGAAAAGA TTTACCTTTT
GCTGCCGATG GTAAAAGCGC GTTTGAAATG ACGCTAATGC GTATGATGGC CTTTGCACCA
AACGCGCCAA TAGCTGAAAC CGTAGACGAG ATAGAAAACG GGAGGAGTGA GCATAATTTA
CCTGTAAACC ATGCTTCTCC CAGTGGTGGC CCGGGAAACG TTAGTAAGCA GGAGGAACCG
CCTTTAAGCG AAACTTCTGC AACGATAGAC CAAGGCGAAG CGCCAATTGA AGCGCAGCCA
GAGCATGAAC CTACTTCACC TAAGACACCG CCACAGAGTC CTATAGCTGA TGCGTCGACG
GATCTTCCGT CATCAGCTCC CGCTGAAACC GTAGCGAACG AAGAAGAGCC CACCGCGGTT
TCTAATACGC AAACAAATAC GGCCGCTGAA ACTGATATAG CGTTTGAAGC GAATCTTTCC
AGCGCCAGTG CATCTGAGGC ACAAGAGCCT CAGAGCAATG CATCAGTTGA AGACGAAGAA
GCAAGCCCTG TTGCTCAATA TTTTGATGAA CCACCGCTAG ACGCTTATAT GGATGACATG
CCACCTCTAC AGGATGAGAG TGGCCATTAC GAATTGGACA CGCCCGAAAG CGAGCGTATA
GTTGAGCCAT CGCCGTCAGC AGAAGAACAG TTAACCTCTA CCGCCGATAT GCTGGCATTG
CGCCAAAAAC TCAAACAAAA AAAAGCGCAA GATGCTGACG CAAAAAGTAA TAGTGCGGCT
AATGCTAAAA CGCAAAGCGC TAGTGAAATA CAAGCGCGGT TTACTAGAAG TAAAACGGAC
TCTGCTAGCA CAGTGGCTGA TGAAAAGAAC AGCCCTGAGC CGATTAACAG CCCTGAGCCG
ATTAACAGCC CTGAGCTAAG TAACAGCCCT GAGCTAAGTA ACAGTCCTGA ACCCATTAAC
AGTCCTACGC TTGAAGCCGC TCCAGAGTCC GAACAAAGCC AAGACAGTAT AACTGACCAT
CAGAGTGCCA ATACGCTTAA CGACGGTAGC GATACACAAT TACTTGGTGG TAGTGAACAG
GCAAGCACAA ATGCTGACTT TGCAGATAAC AATGATTCCG GTCATGATGC CTTTGCCCTA
GATGATTTTG AAGAGGATAT GCCTTTTTCA AATGATGAGA GTGACGCAAA TTATAACCCT
AACCCGCACG TAGAAGATGC TCCGCCTTGG GATACAGGGA AGTCAGTTCA AGACGGACAT
TCAGTTGAGC CGTCACTTAC GCCTGTTCCT CGCGCCAATG AACTCGAGAG CAAGGAACAC
GGCTTTTATG AGCGTGGTGA AAATGCCGGT GAACGTTCAT TTACTAGGGA CGCATTAGAT
TTTGATACGC CCTTAAGTAC AACTTATGAG GGTAGTTTAC AAGCTTATCT TTCCGATGGA
AGTAAGCTGA CTCACGCCAG TCAAATTGAT GACTGGAGCA ACTTGGTTGA GCAAATGCCG
GTAGCAGGCT TGCTTAAGCA GTTGGTATTA CATGCAGCAT TTTCGCGAAA TGGCAATCAC
GTGTCCCTTG AAATTCACCA TAGTCAGACG CATTTATTAA AAGACAGTGC TAAAAAGCAG
TTAGTTGATG CAATTCATCA CGGCCTGGGT GAAAACGTAG AAGTTAGTAT TACGTTGGGT
GAACCGTCAT CCACGCCGTT TGCATTACAG CAAGAAATTC ATGCCATGCG ACACGCGCAT
GCGCACTCGG TTATTAAAAC CGATGAGACG ATTCAAGCAT TGCTATCGAC TTTCGATGGG
TCAGTGCTAA CCGATACGGT TAAAGCGCGA TAG
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| Protein sequence | MSYQVLARKW RPGKFSELVG QEHVVSAISN ALDNDRLHHA YLFTGTRGVG KTTIARIFSK
SLNCEEGQGA NPCGQCNTCK EIEQGNYVDL LEIDAASRTK VEDTRELLDN VQYKPTRGRY
KVYLIDEVHM LSKHSFNALL KTLEEPPPHV KFLLATTDPQ KLPITILSRC LQFNLKAMSR
EQIVGQLTHI LQQEQLAFEA PALALLARAA QGSMRDALSL TDQAIAQGGN QVMASVVTDM
LGLMDKNQLL KVIHAVVNKS PAEVLQLVND IAEQAPDYDN VHSELASLLH QIALTQWVPE
ACKLETTSAK AIFQLAKTIS AEQVQLLYQI ALQGRKDLPF AADGKSAFEM TLMRMMAFAP
NAPIAETVDE IENGRSEHNL PVNHASPSGG PGNVSKQEEP PLSETSATID QGEAPIEAQP
EHEPTSPKTP PQSPIADAST DLPSSAPAET VANEEEPTAV SNTQTNTAAE TDIAFEANLS
SASASEAQEP QSNASVEDEE ASPVAQYFDE PPLDAYMDDM PPLQDESGHY ELDTPESERI
VEPSPSAEEQ LTSTADMLAL RQKLKQKKAQ DADAKSNSAA NAKTQSASEI QARFTRSKTD
SASTVADEKN SPEPINSPEP INSPELSNSP ELSNSPEPIN SPTLEAAPES EQSQDSITDH
QSANTLNDGS DTQLLGGSEQ ASTNADFADN NDSGHDAFAL DDFEEDMPFS NDESDANYNP
NPHVEDAPPW DTGKSVQDGH SVEPSLTPVP RANELESKEH GFYERGENAG ERSFTRDALD
FDTPLSTTYE GSLQAYLSDG SKLTHASQID DWSNLVEQMP VAGLLKQLVL HAAFSRNGNH
VSLEIHHSQT HLLKDSAKKQ LVDAIHHGLG ENVEVSITLG EPSSTPFALQ QEIHAMRHAH
AHSVIKTDET IQALLSTFDG SVLTDTVKAR
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