| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_4137 |
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| Symbol | mutS |
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| ID | 3522668 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | + |
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| Start bp | 4352552 |
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| End bp | 4355170 |
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| Gene Length | 2619 bp |
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| Protein Length | 872 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637286580 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_270792 |
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| Protein GI | 71282195 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0249] Mismatch repair ATPase (MutS family) |
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| TIGRFAM ID | [TIGR01070] DNA mismatch repair protein MutS |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.757749 |
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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 | ATGACCACTG CCACAAAAGA TCTTTCATCA CACACCCCTA TGATGCGCCA GTACTTAACT
ATTAAGGCTG AATTTCCACA TACTTTGATC TTTTATCGCA TGGGTGATTT TTATGAATTA
TTTTTTGACG ATGCCAAAAA AGCTTCTGAC TTATTAGATA TATCACTTAC CGCTCGGGGT
AAAACTGGCG GTAATGCTAT TCCAATGGCG GGTGTGCCAT ATCATGCGGC TGAAAACTAC
TTAGCGAAGC TAGTCGCCCT AGGTGAATCG GTCGCTATTT GTGAGCAAAT TGGCGATCCT
GCCACGAGTA AAGGCCCAGT AGAGCGAAAA GTCGTACGTG TTATTACACC CGGTACTGTT
AGTGATGAAG CACTGCTAGT CGACAGGCAA GACAATCTCA TTGTTGCCAT CGTCGATAAT
CAATCCCCAA ATGCAAAACT AAAAACAAGC TCAGCACCCG CTTTTGGTCT TGCTTATTTA
GATATGGCCA GTGGTCGATT TGTACTCACT GAACCACAAA CTGCTGAACA ACTCCAAGCT
GAACTTCAAC GTTTATCTCC TGCAGAATTA CTTTATAGTG AATCTCTACA AGACTTTAGT
TTAATCGAGC AAAGAAAAGG TTTACGTCGT CGTCCAGAGT GGGAGTTTGA TCTTGATACT
GCCATTAGTT TATTGAATAA GCAGTTCGAT ACCAAAGAAT TAACTGGTTT TGGTGTTGAT
GACAAGCCTT TAGGTCTGGC TGCTGCAGGT TGTTTATTTC AATACGTTAA AGATACTCAA
CGTACTGCCC TGCCTCATAT TCGCGCCATT GTTTGTGAGT CTGCCAATAA AGGTGTGGTA
CTTGATGCAG CCACTAGACG AAATTTAGAA CTGACCCAAA ACTTACATGG CGGTTTAGAT
AATACCCTTG CTGCTATTTT AGATAAATCT TCCACACCAA TGGGGTCTCG TTTACTTAAA
CGCTGGTTAC ACTTTCCATT ACGTGATTTA ACGGTTCTTA ATAACCGCCA AAATACGGTG
AGTGATATCA TAGCATTAGA TCTTATCGCG CCTATTCAGC CATTATTAAA AGGCTTGGGT
GACATTGAAC GTATTGTTTC TAGAATCGCC TTAGGCTCTG CAAGGCCTCG TGATTTTGCT
CGTTTACGTC ATGCTCTACA ACAATTACCA GAGTTACAGA ATGAGTTAAA AAGTGGATTA
ACAGAATCCC CTACTAACTA CTTAGCCACT ATTGCTCAGC AAAGCCAGCC AATGCCTCAA
CTAGAAGGCT TGCTAGTACA TGCCATTGTT GAAAACCCAC CCGTACTAAT ACGTGATGGT
GGTGTTATCG CACCAGGTTA TAATAACGAG CTTGATGTAC TACGCGATTT AAGTGATGGT
GCGACTGAGT TTTTAGCGCA ACTTGAACAA CGTGAGAAAG AACGTACTGG CATCCACTCA
TTGAAAGTAG GTTATAACAG GGTTCATGGC TTTTTTATTG AAATGAGTCG TACCGCCGCC
GTTGATGTAC CTGATGATTA CATTCGCCGT CAAACATTAA AAAATAATGA ACGTTTTATT
ACCGAAGAAT TAAAGCAACA TGAAGAGAAA GTACTTAGCG CTCAAAGTAA GTTTTTAGCC
CTAGAGAAAT CACTCTATCA AGAGTTATTC GATAAAGTAT TACCTGATTT AGCGCAACTG
CAGCAATTAA GTCAAGCCAT TGCTGAGCTC GATGTATTAA CTACCTTCGC AGAACGTGCA
TTAGCGCTAA ACTACGTAAA ACCTAGCTTA GTTGAAGAAC CAGGCATTAG TATTGATGCT
GGTCGTCATG TTGTCGTTGA ACAAATGACT AACGATGCCT TTATCGCCAA CCCAGTGTTG
TTAACAGAAC AGCGAAAGAT GTTAATTATT ACTGGTCCAA ATATGGGCGG TAAATCTACC
TATATGCGCC AAACGGCCTT AATAGTTTTA CTTGCTCATA TAGGTTGTTA TGTGCCTGCT
GACAACGCGA CCATAGGTTT AGTTGATAGG ATATTTACCC GAATTGGTGC TTCCGATGAT
TTAGCCAGTG GCCGCTCAAC CTTCATGGTC GAAATGACTG AAACGGCAAA CATTTTACAC
AACGCTACGG ATAAAAGTTT AGTGCTGCTT GATGAGATTG GCCGTGGAAC TAGTACTTAC
GATGGCTTAT CACTCGCTTG GGCTTGTGCT GAAATGTTAG CACTTAAAAC CAAAGCTTTT
ACTTTATTCG CGACCCATTA TTTTGAGCTG ACTTTACTTG CCGGTCAAAT TTCAACCTTA
GCCAATGTGC ACTTAGATGC CATGGAGCAT GACGATAACA TCGTCTTTAT GCATGCAGTA
CAAGAAGGAG CGGCTAGCAA AAGTTTTGGT TTGCAGGTAG CACAGTTAGC AGGTGTACCA
AAAACAGTGA TCAAGCGTGC TAAACAAAGG TTAAGTGAAT TAGAGCAACA GCAAACGCCA
AGCATACTAC CAGCACCTAT ACAAAATGAT GCCTTTGAAC AGCTCAGTTT CGCCCCTGAA
GAGCATTCAG TGGTAACAAC ACTTATTGAT ACCGATATTA ATGAGCTAAG CCCGAGACAG
GCACTAGACT TATTATTTAG CTTAAAAGAA CAACTCTAA
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| Protein sequence | MTTATKDLSS HTPMMRQYLT IKAEFPHTLI FYRMGDFYEL FFDDAKKASD LLDISLTARG
KTGGNAIPMA GVPYHAAENY LAKLVALGES VAICEQIGDP ATSKGPVERK VVRVITPGTV
SDEALLVDRQ DNLIVAIVDN QSPNAKLKTS SAPAFGLAYL DMASGRFVLT EPQTAEQLQA
ELQRLSPAEL LYSESLQDFS LIEQRKGLRR RPEWEFDLDT AISLLNKQFD TKELTGFGVD
DKPLGLAAAG CLFQYVKDTQ RTALPHIRAI VCESANKGVV LDAATRRNLE LTQNLHGGLD
NTLAAILDKS STPMGSRLLK RWLHFPLRDL TVLNNRQNTV SDIIALDLIA PIQPLLKGLG
DIERIVSRIA LGSARPRDFA RLRHALQQLP ELQNELKSGL TESPTNYLAT IAQQSQPMPQ
LEGLLVHAIV ENPPVLIRDG GVIAPGYNNE LDVLRDLSDG ATEFLAQLEQ REKERTGIHS
LKVGYNRVHG FFIEMSRTAA VDVPDDYIRR QTLKNNERFI TEELKQHEEK VLSAQSKFLA
LEKSLYQELF DKVLPDLAQL QQLSQAIAEL DVLTTFAERA LALNYVKPSL VEEPGISIDA
GRHVVVEQMT NDAFIANPVL LTEQRKMLII TGPNMGGKST YMRQTALIVL LAHIGCYVPA
DNATIGLVDR IFTRIGASDD LASGRSTFMV EMTETANILH NATDKSLVLL DEIGRGTSTY
DGLSLAWACA EMLALKTKAF TLFATHYFEL TLLAGQISTL ANVHLDAMEH DDNIVFMHAV
QEGAASKSFG LQVAQLAGVP KTVIKRAKQR LSELEQQQTP SILPAPIQND AFEQLSFAPE
EHSVVTTLID TDINELSPRQ ALDLLFSLKE QL
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