| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG2101 |
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| Symbol | hexA |
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| ID | 1014912 |
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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 | Streptococcus agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | - |
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| Start bp | 2080174 |
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| End bp | 2082750 |
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| Gene Length | 2577 bp |
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| Protein Length | 858 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637317266 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | NP_689086 |
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| Protein GI | 22538235 |
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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 | 7 |
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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 | 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 | ATGGCCAAGC CAACGATATC ACCGGGAATG CAACAGTATC TGGATATAAA AGAGAATTAT
CCAGATGCTT TTTTGCTTTT TAGAATGGGT GATTTTTATG AATTATTTTA TGATGATGCG
GTAAAAGCAG CACAAATCCT GGAAATTAGC TTGACTAGTC GAAATAAGAA CGCAGAAAAG
CCAATCCCAA TGGCAGGAGT TCCCTATCAC TCAGCTCAAC AGTATATTGA CGTTTTAGTT
GAATTAGGTT ACAAAGTAGC CATTGCTGAG CAGATGGAAG ATCCTAAAAA AGCTGTGGGA
GTGGTCAAGC GTGAGGTAGT GCAAGTTGTT ACCCCAGGAA CGGTTGTGGA GTCAACGAAG
CCGGATAGTG CTAATAATTT CTTAGTAGCG ATTGATTCGC AAGATCAACA AACATTTGGT
CTAGCATATA TGGATGTCTC AACTGGAGAG TTTCAGGCAA CCCTTTTAAC AGATTTTGAG
TCCGTCCGTA GTGAAATACT AAATTTAAAA GCTCGTGAGA TTGTAGTAGG ATATCAATTG
ACGGACGAAA AAAATCACCT ACTGACGAAG CAGATGAACT TGCTTTTATC ATACGAAGAC
GAACGACTTA ATGATATTCA TTTGATTGAT GAGCAGTTAA CTGATTTGGA AATATCTGCT
GCGGAAAAAC TTTTACAATA TGTGCATAGA ACACAAAAGC GTGAACTTAG TCATTTACAG
AAAGTAGTTC ATTATGAAAT AAAGGACTAT TTACAAATGT CATATGCAAC GAAAAATAGT
CTAGATTTAC TGGAGAATGC TAGAACAAGC AAGAAGCATG GAAGTCTTTA CTGGTTGTTA
GATGAGACTA AAACAGCGAT GGGAACTCGA ATGCTGAGAA CTTGGATTGA CAGGCCTTTG
GTAAGTATGA ATCGAATCAA GGAACGTCAA GATATTATTC AAGTGTTTCT TGATTATTTT
TTTGAGAGAA ACGATCTCAC AGAAAGTTTA AAGGGTGTAT ATGATATTGA ACGCCTAGCA
AGTCGAGTAT CTTTCGGAAA AGCCAACCCT AAAGATCTAT TGCAACTCGG ACAGACCTTA
TCACAAATTC CTCGGATTAA AATGATTTTA CAGTCCTTCA ATCAACCTGA GCTTGACATC
ATTGTCAACA AAATTGACAC TATGCCTGAA TTAGAAAGTT TAATTAATAC GGCGATAGCC
CCAGAAGCAC AGGCTACTAT CACTGAGGGA AACATTATCA AGTCTGGATT TGATAAGCAA
TTGGATAATT ATCGAACAGT GATGCGTGAA GGTACAGGTT GGATTGCTGA TATTGAAGCT
AAGGAAAGAG CAGCAAGTGG TATCGGTACT CTTAAAATTG ATTATAATAA AAAAGACGGT
TATTACTTCC ATGTTACCAA TTCCAATTTA TCACTAGTAC CGGAGCATTT TTTCCGTAAA
GCGACATTAA AAAATTCTGA ACGCTATGGA ACAGCTGAAC TAGCCAAAAT TGAAGGTGAA
ATGCTCGAAG CTCGCGAGCA ATCTTCAAAT TTAGAATATG ATATTTTTAT GCGTGTTCGT
GCCCAAGTAG AATCTTATAT TAAACGTCTT CAAGAGTTAG CAAAGACGAT TGCAACCGTT
GATGTTCTAC AGAGTTTGGC AGTAGTTGCA GAAAATTATC ACTATGTTCG TCCCAAATTT
AATGATCAAC ATCAGATTAA GATTAAGAAT GGGCGTCATG CAACTGTTGA AAAAGTGATG
GGAGTGCAAG AATATATTCC CAATAGCATC TATTTTGATA GTCAGACAGA TATCCAGTTG
ATTACAGGAC CAAATATGAG TGGTAAGTCG ACCTATATGC GCCAGTTAGC TTTGACAGTT
ATTATGGCAC AAATGGGAGG TTTTGTATCG GCAGACGAAG TTGATTTGCC TGTATTTGAT
GCAATATTTA CTAGGATTGG TGCTGCTGAC GACTTAATTT CTGGGCAATC AACCTTTATG
GTAGAAATGA TGGAAGCGAA TCAAGCTGTA AAACGAGCCA GTGATAAATC TTTGATTCTT
TTTGATGAAT TAGGTCGAGG GACAGCCACT TATGATGGTA TGGCATTAGC TCAATCGATT
ATAGAATATA TTCATGACCG TGTTAGGGCA AAAACAATGT TTGCGACTCA TTACCATGAG
TTGACAGATT TATCTGAACA GTTGACAAGG CTTGTCAATG TACACGTGGC TACTTTAGAG
AGAGATGGAG AAGTTACCTT CTTACATAAA ATTGAATCTG GACCTGCGGA TAAGTCTTAT
GGGATACACG TCGCAAAAAT AGCTGGTTTA CCAATTGACT TATTGGATAG GGCAACTGAT
ATTTTATCAC AGTTGGAAGC TGATGCAGTA CAGTTGATCG TATCGCCCTC CCAAGAAGCT
GTTACTGCTG ACTTAAATGA GGAACTAGAT TCTGAGAAGC AACAAGGACA ATTATCGCTT
TTTGAAGAAC CTTCAAATGC AGGTAGGGTT ATTGAGGAGT TAGAAGCGAT AGATATAATG
AATCTAACTC CAATGCAAGC TATGAATGCT ATATTTGACT TAAAGAAATT ATTATAA
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| Protein sequence | MAKPTISPGM QQYLDIKENY PDAFLLFRMG DFYELFYDDA VKAAQILEIS LTSRNKNAEK
PIPMAGVPYH SAQQYIDVLV ELGYKVAIAE QMEDPKKAVG VVKREVVQVV TPGTVVESTK
PDSANNFLVA IDSQDQQTFG LAYMDVSTGE FQATLLTDFE SVRSEILNLK AREIVVGYQL
TDEKNHLLTK QMNLLLSYED ERLNDIHLID EQLTDLEISA AEKLLQYVHR TQKRELSHLQ
KVVHYEIKDY LQMSYATKNS LDLLENARTS KKHGSLYWLL DETKTAMGTR MLRTWIDRPL
VSMNRIKERQ DIIQVFLDYF FERNDLTESL KGVYDIERLA SRVSFGKANP KDLLQLGQTL
SQIPRIKMIL QSFNQPELDI IVNKIDTMPE LESLINTAIA PEAQATITEG NIIKSGFDKQ
LDNYRTVMRE GTGWIADIEA KERAASGIGT LKIDYNKKDG YYFHVTNSNL SLVPEHFFRK
ATLKNSERYG TAELAKIEGE MLEAREQSSN LEYDIFMRVR AQVESYIKRL QELAKTIATV
DVLQSLAVVA ENYHYVRPKF NDQHQIKIKN GRHATVEKVM GVQEYIPNSI YFDSQTDIQL
ITGPNMSGKS TYMRQLALTV IMAQMGGFVS ADEVDLPVFD AIFTRIGAAD DLISGQSTFM
VEMMEANQAV KRASDKSLIL FDELGRGTAT YDGMALAQSI IEYIHDRVRA KTMFATHYHE
LTDLSEQLTR LVNVHVATLE RDGEVTFLHK IESGPADKSY GIHVAKIAGL PIDLLDRATD
ILSQLEADAV QLIVSPSQEA VTADLNEELD SEKQQGQLSL FEEPSNAGRV IEELEAIDIM
NLTPMQAMNA IFDLKKLL
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