Gene Dred_1884 details

Gene Information

• Locus tag: Dred_1884
• Symbol: mutL
• ID: 4958264
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Desulfotomaculum reducens MI-1
• Kingdom: Bacteria
• Replicon accession: NC_009253
• Strand: -
• Start bp: 2067779
• End bp: 2069701
• Gene Length: 1923 bp
• Protein Length: 640 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 640181055
• Product: DNA mismatch repair protein
• Protein accession: YP_001113231
• Protein GI: 134299735
• COG category: [L] Replication, recombination and repair
• COG ID: [COG0323] DNA mismatch repair enzyme (predicted ATPase)
• TIGRFAM ID: [TIGR00585] DNA mismatch repair protein MutL

Plasmid Coverage information

• Num covering plasmid clones: 18
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

TTGTCAAACA TTACTATATT GGATGAAGCC ACGGCTAACA AAATAGCAGC TGGAGAAGTG 
GTGGAACGTC CGGTTTCTGT TGTTAAAGAA TTAGTGGAAA ACAGCTTGGA TGCCGGTGCC 
AATAGAATAA GTGTTGAGTT AACACAGGGT GGCATAACTG GCATTAAAGT GGTGGATAAT 
GGCTACGGAA TGCCAGCAGA GGATGTTCAG CTTTGCTTTC TGCGCCATGC CACTAGTAAA 
ATAAAAAGGG CAGAGGATTT AAATAGTATT TTAACCTTAG GGTTTCGAGG AGAAGCACTA 
CCCAGTATTG CTGCAGTCTC TAAGGTAACC CTAACCACTC GAACAGAAGA TGAACTGGCC 
GGTACAACCA TGCAAATTGA AGGTGGCTAT ATGCAAAATG TTGTGCCAAC GGGGTGTCCC 
GTTGGCACAA TCATTGAGAT AAAGGATTTA TTTTTTAATA CTCCGGCCAG AAGAAAGTTC 
CTTAAAACAG CCAATGCAGA GACCAGTCAG GTAAGTGATT TAATAACCAG GCTGGCCATG 
GCTCGTCCAG ACGTTCGTTT TGAATTACGC AGCGGTAACA GGGTGCTATT CTCAAGTCCG 
GGCACCGGGT CGTTAAAAGA CACGGCGGCG GTGATCTTTG GGCTGGATAA TGTGAGAAGC 
ATGTTGGAGA TAGGCTATCA GGGGAAACTG CTTTCAGTAG CTGGACTGAT TTCAAAACCT 
GTTCTAACTA GAGCCTCCCG GCATTATCAA AATTTCTTTA TCAATGGACG ATATATTCGA 
AGTGGTTTTC TTTCCTCTAT ATTACAGCAG GCCTACGATA CCTTGATTCC CGCGGGGCGT 
TTTCCCATTG CCATATTACA CATAGATATT GATCCTACCC AGGTTGATGT CAATGTACAT 
CCTACCAAAA TGGAGATTCG TATGGCAAGG GAAGGGGAGA TTCAGGAAGA GTTGTTGGCA 
GCCCTCAGTG ACTCCCTCAA TGTACCGACA GCTATTACCG GGTTATGGGA AATCATGCCC 
GGCAGGACAA AGAACACAGC AACGGATCAA AGGGCAGAAA ATCTGGAGGT TAAACCGGAT 
AGTAAGGAAA AGGAACTTCA ACCAAAAGAG TCCCAGCATC CAAGATTGGT TGCCTGTGAT 
TTACCCAGCG GCAAAATAAT GCCCCCCCGG CATGACCAGG AACAGCTTCA TTTTTCTTCC 
CGAAGGATTG CTCCTGTCAG GGGAAAAAAT AGCCTTCTAC CCGATGAAGG AAGTTCTATC 
AATAGAGAAG AGATCCCTCC GGTAGTGGAT GTTAAAGAAC AGCAATTGAA AGAAAACCCG 
AACACTTACC AACCCGCAGA GACACTGGGT TTTCCTGTCT TAGTACCCGC TGGTCAGGTA 
CCGCCAACCT ATGTTTTAGC CCACGGAGAA GGTGGCTTGT ATATCATTGA TCAGCATGCG 
GCACATGAAC GGGTGCTTTA CGAGAAATAT CTTTATCTTT TAGGCAATTA TGTAGAAGCG 
CAAATGCTTC TGGAACCCCT GACCCTTGAA ATTCCCCATC ATGAGGCTCA ATTGATTATC 
AAGCATATTG TGGACTTTAA TGAACTTGGC TTTATACTGG AGCACTTTGG TGGAGATACT 
TTTTTGTTGA GGGGTGTTCC CACAAACGCT ATAACAGAAC CCAAAGAGGT ATTTTTGGAC 
TTGTTGGCAA GATTGCAAGA AAATCCTTCC CAAAAAGTCG AAAAGAATCT GGTTTTGGAT 
CATCTGGCAG CAGCCATGGC CTGTCGGGAT GCGGTTAAGT CCGGACAGCA CTTTAGTGCT 
GTCGAAACGA AAGCGTTGCT GGATGGCTTG GCGAGGTGTC AAAAGCCCTA TACTTGTCCC 
CATGGTAGAC CAACTTTGAT TCAGATTAGT CAAGAGGAGT TGAAGAAAAG GTTCAAACGA 
TGA 

 

Protein sequence

MSNITILDEA TANKIAAGEV VERPVSVVKE LVENSLDAGA NRISVELTQG GITGIKVVDN 
GYGMPAEDVQ LCFLRHATSK IKRAEDLNSI LTLGFRGEAL PSIAAVSKVT LTTRTEDELA 
GTTMQIEGGY MQNVVPTGCP VGTIIEIKDL FFNTPARRKF LKTANAETSQ VSDLITRLAM 
ARPDVRFELR SGNRVLFSSP GTGSLKDTAA VIFGLDNVRS MLEIGYQGKL LSVAGLISKP 
VLTRASRHYQ NFFINGRYIR SGFLSSILQQ AYDTLIPAGR FPIAILHIDI DPTQVDVNVH 
PTKMEIRMAR EGEIQEELLA ALSDSLNVPT AITGLWEIMP GRTKNTATDQ RAENLEVKPD 
SKEKELQPKE SQHPRLVACD LPSGKIMPPR HDQEQLHFSS RRIAPVRGKN SLLPDEGSSI 
NREEIPPVVD VKEQQLKENP NTYQPAETLG FPVLVPAGQV PPTYVLAHGE GGLYIIDQHA 
AHERVLYEKY LYLLGNYVEA QMLLEPLTLE IPHHEAQLII KHIVDFNELG FILEHFGGDT 
FLLRGVPTNA ITEPKEVFLD LLARLQENPS QKVEKNLVLD HLAAAMACRD AVKSGQHFSA 
VETKALLDGL ARCQKPYTCP HGRPTLIQIS QEELKKRFKR