| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccur_14100 |
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| Symbol | |
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| ID | 8375615 |
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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 | Cryptobacterium curtum DSM 15641 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013170 |
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| Strand | - |
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| Start bp | 1604579 |
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| End bp | 1607710 |
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| Gene Length | 3132 bp |
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| Protein Length | 1043 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 644994325 |
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| Product | exonuclease, DNA polymerase III, epsilon subunit family |
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| Protein accession | YP_003151764 |
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| Protein GI | 256827805 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1199] Rad3-related DNA helicases |
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| TIGRFAM ID | [TIGR00573] exonuclease, DNA polymerase III, epsilon subunit family
[TIGR01407] DnaQ family exonuclease/DinG family helicase, putative |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 127 |
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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 | ATGATAGAAA AATACCTCAC TGAAACGACG CCTCATCGGA TTGTCGAGCG CTATAAGGCA
CTAAAAGACC GCGCAGCAAC TGGCCGTTTC GGTGTACTTG ATAAAGATAT TGTTGTGATA
GATACCGAAA CGACGGGCAT CTCGTTCGTT CGTGATGAAC TAACGCAGAT CGCTGCAGCG
CGCATGGTAG AAGGAAAGAT TGTCGACTGG TTTGTTACCT TTGTAAACCC CGGTCGACCT
ATTCCTGAAG AGATATCTCA TCTCACCAGC ATTTATGAGA GCGATGTTGC TGATGCTCCC
AGCCCCGAAG AGGCCGTTTT CCAACTGGTC GACTTTGTGG GGGAAAGCTG CTTGGTTGCG
CATAATGCTG CATTTGACAA ACATTTCTGC ACCAAGCCCG CAACGGGAGA ATCGCTTACT
CATAACATAT GGATCGATTC GCTTGATCTG GCGCGTATTG CCTTGCCGCG GTTAAAGTCT
CACCGCTTGC TCGACCTTGT GCGTGCGTTT GATGCGCCCC TGTCGACTCA CCGAGCAGAT
GCTGACGTTG AAGCACTCTG CGCGGTGTTT CGTATTCTTT TGGCTGCCGT CGACGCTATG
TCCCAAGGTC TTATCGACGA AATTGCTGCA ATGGCAACTG AAGAAGAATG GCCGACGGTG
CACGTATTTA AGCAGTTTGC TTCGCAGGAT GCGCTGAACA GTGCGACAGG TGACACCACC
GATAGTGTCG CGACAGATGG TATGGCGATT CCCACAAATA GCGTCATGAA TGCCAAAAAA
AGCCACTTTG ACCTGCGTGC ACTACGCAAT CATACCGTTA AGCAAGAATG GGGTTCACCG
CGGGTGGATG CGGAAACGCT CGCAGCTGAC CCTCAGCGTG GCTTGCAATT TGCTTCATCA
GCTGAGATTC GCGAAGCATT TTCTTCGGCT GGTCCAGTTG GAAAGATATA CCCAGAATTT
GAAGCACGTG ACGAGCAGGT CACGATGGCC GAAGCGGTTA ACGATGCTTT TTCAACCGGA
AAGAATCTTG CAGTAGAGGC TGGCACCGGG GTAGGAAAGT CGATGGCATA CCTTGTGCCA
GCAGTGTTTA CGGCTCAGAA GAACGGTATT ACTGTTGGTG TTGCGACAAA AACAAATGCA
CTGCTTGACC AGCTGATGCA TCACGAATTA CCACGTTTGT CATCAGCGGT TGGGGGTATT
TCTTACTGCA GTTTGAAGGG CTTTTCGCAT TACCTGTGCT TGCGTAAGGT AGAACGCCTT
ATGCAGACAG GACCGCACAT GAAAACAGTG CAAGACCGAG AGTTGTCTCA AGCTCCTGCG
TTGGCGGGTG TTCTTTCCTT TATCGAACAA AGTGAATATG AAGACATCGA TGGCATGCGG
GTGGATTACC GACTGATGCC ACGATATGAA ATTACTACGA CGTCACACGA TTGCCTGCGC
AAGAAATGCC CGTTTTACGG ACAGCGGTGC TACGTACATG GCTCTCGGTT TAAAGCTGAA
GCAGCAGATA TTGTTGTGAC AAACCAAACC CTGCTCTTTT GTGATGTTGC GGCCGATGGG
GGATTGTTAC CTTCTATTCG ATATTGGGTT ATTGATGAGG CCCACAATGC AGAGGGAGAG
GCACGTCGTG CTCTTGGCAG TAGTATTGAA CTTGATGAGT TAGCACGGCG TGCCCAGCGG
GTGAGCCCGT CTTCTGCGAT GGGTCAAACG ATATTTGATC AGGCAGAACG AAAGCTTGTG
GGCAAAATTG ATGCTAATGA AGATGCATTC GCATCAACAG TTACCGCTGA CCTTGATGAA
ACCGCGCTGC TGCGCGATGA CTTAACCCTG AAGAGTCAGA ATGATCCAAT CAGTGGTCAG
ACGGGGCTAT CTGGCGGAGA CACGCTTTTA TTTGCCTTGA GCGGTAAAGC GAAACGCGCC
GGCGATGCTT TTGCTTGCGC GGTCGATGAA TTCACCCAGG CAGCTGAGAG TCTTCTTTAT
TTTGATACGT CATCGCGCTC AAAGAGCTAT GACCTTGTTG ATATATGGAT TAACGATCAA
GTTCGTTCAA GCGAAGTATT TCAGAGTCTT TCGACGGCAG GTCACGCTCT TGTTGATGCC
TCTGAGAAGC TTATCAAAGC ATGCCAAGAG ATGGTGGGGC TCATGGAAGA TGTTAAAGGA
GCTGCCGCCA TTCAGCGCGA TATTGCTTCA ATGGCCCTCT ATTTGAAGGA TGTCATTAAT
TCAATCGAGC TGATTGTATT TGAAGGTTCC GATACCTTTG CCTATTCTGT TCAGCTTGCG
CGCAAAAAAA ATACGTATTC ACGCAGGTCA GAAAAGCTCG ATGCTCTTAT GTTAAATGTG
GGTAATGAAC TTGCTGAACG TCTGTATGCG CGGACTCATA GCATTGTTTT TACCTCTGCA
ACGATGACGA TTGCTAATGC GTTTGATTCT TTCTTTACGG CGTTGGGCCT TTCTGAAGAA
GGGGAGCGCG CGACCGTGCA TTTGCAGTTA GGGTCCAGCT ATGACTTCGA TGAAAATATG
AAGATATATG TTGTCGAGGA TATGCCAGAA CCAAACGACG CGCGATATCT TGCAGCTCTC
GAACAGCTTC TTATTGATAT TCATCGGGCA AGTGCAGGTT CAACCCTTTC TCTGTTTACA
AATCGTCGGG AAATGGAGCG AGCGCACAGT ACAGTTCAAG CAGCCCTTAA GGGTGATGGC
CTGCGAGTTG TGTGTCAGAA GTGGGGCGTT TCAGTAAAAG GCTTGCGCGA TGAATTTATC
GCCGATGAGC ATCTTTCACT GTTTGCGCTT AAGAGCTTCT GGGAAGGTTT TGATGCTCCC
GGCGCGACGC TCAAGACGGT GGTCATTCCC AAATTGCCGT TTAGCAAGCC GACCGACCCA
CTCTCATGCG CCCGTGCGCA GATGGATGCC CAGGCGTGGT CGCATTATGT GCTTCCTCAG
GCGGTTATTG AAACAAAGCA AGCTGCAGGA CGGCTCATTC GGTCAGCGCA CGATACAGGG
TCTCTTATTT TGGCTGACAG GCGCTTAGTA ACAAAGGGCT ATGGGAAGGT TTTTCTAAAA
TCTATGCCGA GTCGCAATAT AACAATTTTG TCCGCTCGTG AAGTGGTTGC GGCATTATCG
CAGGATAGAT AG
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| Protein sequence | MIEKYLTETT PHRIVERYKA LKDRAATGRF GVLDKDIVVI DTETTGISFV RDELTQIAAA
RMVEGKIVDW FVTFVNPGRP IPEEISHLTS IYESDVADAP SPEEAVFQLV DFVGESCLVA
HNAAFDKHFC TKPATGESLT HNIWIDSLDL ARIALPRLKS HRLLDLVRAF DAPLSTHRAD
ADVEALCAVF RILLAAVDAM SQGLIDEIAA MATEEEWPTV HVFKQFASQD ALNSATGDTT
DSVATDGMAI PTNSVMNAKK SHFDLRALRN HTVKQEWGSP RVDAETLAAD PQRGLQFASS
AEIREAFSSA GPVGKIYPEF EARDEQVTMA EAVNDAFSTG KNLAVEAGTG VGKSMAYLVP
AVFTAQKNGI TVGVATKTNA LLDQLMHHEL PRLSSAVGGI SYCSLKGFSH YLCLRKVERL
MQTGPHMKTV QDRELSQAPA LAGVLSFIEQ SEYEDIDGMR VDYRLMPRYE ITTTSHDCLR
KKCPFYGQRC YVHGSRFKAE AADIVVTNQT LLFCDVAADG GLLPSIRYWV IDEAHNAEGE
ARRALGSSIE LDELARRAQR VSPSSAMGQT IFDQAERKLV GKIDANEDAF ASTVTADLDE
TALLRDDLTL KSQNDPISGQ TGLSGGDTLL FALSGKAKRA GDAFACAVDE FTQAAESLLY
FDTSSRSKSY DLVDIWINDQ VRSSEVFQSL STAGHALVDA SEKLIKACQE MVGLMEDVKG
AAAIQRDIAS MALYLKDVIN SIELIVFEGS DTFAYSVQLA RKKNTYSRRS EKLDALMLNV
GNELAERLYA RTHSIVFTSA TMTIANAFDS FFTALGLSEE GERATVHLQL GSSYDFDENM
KIYVVEDMPE PNDARYLAAL EQLLIDIHRA SAGSTLSLFT NRREMERAHS TVQAALKGDG
LRVVCQKWGV SVKGLRDEFI ADEHLSLFAL KSFWEGFDAP GATLKTVVIP KLPFSKPTDP
LSCARAQMDA QAWSHYVLPQ AVIETKQAAG RLIRSAHDTG SLILADRRLV TKGYGKVFLK
SMPSRNITIL SAREVVAALS QDR
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