Gene XfasM23_2002 details

Gene Information

• Locus tag: XfasM23_2002
• Symbol: mutL
• ID: 6203355
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Xylella fastidiosa M23
• Kingdom: Bacteria
• Replicon accession: NC_010577
• Strand: -
• Start bp: 2239612
• End bp: 2241471
• Gene Length: 1860 bp
• Protein Length: 619 aa
• Translation table: 11
• GC content: 58%
• IMG OID: 641703512
• Product: DNA mismatch repair protein
• Protein accession: YP_001830675
• Protein GI: 182682515
• 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: 30
• 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

ATGCCAATCC GTCAGCTACC CGAGATTTTG ATTAACCAGA TTGCCGCCGG GGAGGTGGTT 
GAGCGTCCCG CCTCGGTGGT TAAAGAGTTG GTTGAGAATG CAATTGATGC CGGTGCGACG 
CGTGTGGACA TTGAGTTGGA AGCAGCAGGG GTGCGCTTGA TTCGCATCCG TGACAACGGC 
CACGGTATGG CTGCTCAGGA ATTGCCGCTG GCAGTCTTGC GGCACGCTAC CAGCAAGATT 
GCCTCATTGG ATGATTTGGA AGCGGTCGCC ACCCTGGGTT TCCGTGGTGA GGCACTGCCT 
TCGATTGCTT CGGTGAGTCG GTTTACCTTG ATGTCGCGTC GTGCCACGGA TGAACACGGT 
GCGGTATTGC AGATTGAGGG AGGTACGCTG GGCGAGGTGA TCCCCCATGC GCATGCACCG 
GGGACCACCG TTGAGGTGCG TGAGTTGTTC TATAACGTGC CAGCGCGGCG TAAGTTCCTC 
CGTGCTGAGC GTACCGAGCT GGGGCATATT GAGGAATGGG CACGTTCTCT GGCGCTGGCG 
CATCCAGATT TAGAATTGCG TCTTTCACAT AATGGCAAAC TTTCGCGTCG CTATAAGCCG 
GGTGACTGGT ATTCAGATGT GCGCTTGATC GAGATTTTGG GAGAAGATTT TGCGCATCAG 
GCATTGCGTG TAGATCACAG TGGCGCGGGG TTACGTCTGC ATGGGTGCAT TGTGCAGCCG 
CATTACTCGC GTTTGAATGC GGATCAGCAA TATTTGTACG TCAATGGACG TCCAGTCCGT 
GATCGTAGTG TTGCTCACGC CGTCAAACAG GCTTACAGCG ATGTGCTCTA TCAGGGGCGA 
CATCCGGCGT ATGTGCTGTT TCTGGAGCTG GACCCGGCAC GTGTGGACGT GAACGTACAC 
CCGGCCAAAC ATGAGGTGCG TTTCCGTGAT GCACGGCTCA TCCATGATTT TGTCTACCGT 
ACTGTTCAGG GCACGTTGGC ACAGACGCGT GCGGGTACGC CGCCGTTGGC GGTGGGTGTG 
GGTGATGTGG AGGGGGAGGG TGCAAGGCCT CCTGGCCGTC ATGCGGTGTC GTTTTCAGGG 
CGGCGTGGTG GTGCCTCGCA TGTGCTGGGG AGCTACTCTG CCAGCACGGC TCCTCTGATG 
CAGGGTGTGC CAAGCGTGTC TGTGGCTGAC GCGCCCGCAG CGTATGCAGC CCTGTATGCT 
GCGCCACCGA CGCAGGTAAT GGATGCAGTG CCACAGATGC AGACGGGGCT ACCGCTGGCT 
GCTGGGGCGG GCGACGTACC GCTACTTGGC TATGCCATCG CACAGCTGCA TGGCATTTAT 
ATCTTGGCTG AGTGTGCCGA TGGGCTGATT GTGGTGGATA TGCATGCGGC TCACGAGCGT 
ATTGGTTACG AGCGCCTGAA GCGCGCCCAT GATGGTATTG GGTTACGTAC CCAGCCACTG 
TTGGTGCCGA TGACGTTGAT GGTTGCCGAG CGTGAGGCTG ATGTTGCTGA GTGTGAAGCT 
GAGACGTTGG CCAATCTTGG CTTTGAAGTG ACCCGCAGTG GTCCGGGTTC GTTACAGGTG 
CGTAGCATCC CGGCGTTGCT TTCCCAAGCG GAGCCAGAAA TGTTACTGCG CGATGTGCTC 
AGCGATCTGA GTGAACATGG CCACACCCGG CGTGTGGCTG AGGCGCGTGA TACGTTGCTT 
GCGACGATGG CTTGTCATGG TGCTGTGCGT GCTCACCGGC GCTTGAGCAT TTCCGAGATG 
AACGCGTTGT TGCGTGATAT GGAGGCTACG GAGCGCTCAG GTCAATGTAA TCACGGACGT 
CCTACCTGGG CGCGTTTTAG TTTGGCTGAG ATCGATCGTT GGTTTCTTAG GGGGCGGTGA 

 

Protein sequence

MPIRQLPEIL INQIAAGEVV ERPASVVKEL VENAIDAGAT RVDIELEAAG VRLIRIRDNG 
HGMAAQELPL AVLRHATSKI ASLDDLEAVA TLGFRGEALP SIASVSRFTL MSRRATDEHG 
AVLQIEGGTL GEVIPHAHAP GTTVEVRELF YNVPARRKFL RAERTELGHI EEWARSLALA 
HPDLELRLSH NGKLSRRYKP GDWYSDVRLI EILGEDFAHQ ALRVDHSGAG LRLHGCIVQP 
HYSRLNADQQ YLYVNGRPVR DRSVAHAVKQ AYSDVLYQGR HPAYVLFLEL DPARVDVNVH 
PAKHEVRFRD ARLIHDFVYR TVQGTLAQTR AGTPPLAVGV GDVEGEGARP PGRHAVSFSG 
RRGGASHVLG SYSASTAPLM QGVPSVSVAD APAAYAALYA APPTQVMDAV PQMQTGLPLA 
AGAGDVPLLG YAIAQLHGIY ILAECADGLI VVDMHAAHER IGYERLKRAH DGIGLRTQPL 
LVPMTLMVAE READVAECEA ETLANLGFEV TRSGPGSLQV RSIPALLSQA EPEMLLRDVL 
SDLSEHGHTR RVAEARDTLL ATMACHGAVR AHRRLSISEM NALLRDMEAT ERSGQCNHGR 
PTWARFSLAE IDRWFLRGR