| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OEOE_0983 |
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| Symbol | |
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| ID | 4415690 |
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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 | Oenococcus oeni PSU-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008528 |
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| Strand | + |
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| Start bp | 914517 |
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| End bp | 918830 |
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| Gene Length | 4314 bp |
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| Protein Length | 1437 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639669184 |
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| Product | DNA polymerase III, alpha subunit ( type) |
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| Protein accession | YP_810557 |
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| Protein GI | 116491013 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2176] DNA polymerase III, alpha subunit (gram-positive type) |
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| TIGRFAM ID | [TIGR00573] exonuclease, DNA polymerase III, epsilon subunit family
[TIGR01405] DNA polymerase III, alpha chain, Gram-positive type
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGTCTGAAA ATTATTCTAA ATTACAAATA CTCTTGACGC AGATCGGTCA CGGGGACGAC
ACTTTTATAA ATCAGCTAGC AGGAATTTCT TTAGATGATG TGGAAGTTAT ACCTGAAGAC
CGCAAGTGGA TCTTTGAGTT TTCTACCGAT CGTTTTTTGG ATTCTACTTT ACTAGCGCGT
CTAATTTTAG ATACTAAAAA TACTTTTTCC AAAGAAAATA TCAATTGTGA TCTTATTTTT
AGAGTCTCGC AAAAATCTGG AGTTAACGAA CTGAATGAAT ATTGGCATTT GGTTTTAGCT
TTGATTGACC ACAGTACTCC CTATACTAAT GAAATTTCAA GAGGGATTAA CTTTGTTAAC
ACAGGCGAAA GAGTCGAAGC ATTATTGATG ACTCAGGCTG GAATTGACTA TTTTTCAAAT
ATTAAAGATT TAATCGCCCA AGCATATTTA TCCTTGGGTA TTGGAATACC CTTCGTTTTT
ACGATTGACA GCGAAAAACA GGCTGAAATT CAAGAACAGT TTGAAAATTC TCAGGCAGCC
GAAATTCATG AATCAGCTAC CGAAGTCGCT CAGGCAGCCG AACCCGAGTA CCATACAAAC
ATTTTATTGG GCAATCCAAT TCCCGACTCA ACGAAATTGT TGCCCTTGGA TGAAGTCAAC
GATGGAGACA ATGTTGTCGT TGAGGGCTAT TTATTTAAGT CTGATTACCG TGAAACCAAG
CGTGGTGGTG CAATTTTAAC GGTTGAAATA ACTGATTACA CAAATTCTAT TTCCGCTAAA
GTATTTTCCA GAAGTAAAAA AGATAATGAA ACCCTAAAAA ATATTCCGAG TAATCTTTGG
GTGAAAATCA GAGGTCGTGT CGCTGTTGAT GACTACATGG GCGGTGAACT CTCGCTGAAT
ATTAATGATA TGCAGACAAT TGAGAAGGAA AGCGACTCCG ATCCCATTGA TGAAAATCAG
AAACACCGAA TAGAGTTACA CGCCCACACG ACGATGACGA CCTTGAATGC TGTTAATTCC
GCTAGTGAAC TTTTTGCTCA AGCAGCAGAA TGGAATCAGG ATGCTTTGGC AATTACCGAT
AATGCTGATG TACAGGCTTT TCCTGAAGCT TCAGCATCCG CAAAAAAAAC TGGCGTGAAA
GCCATTTATG GATTGGAAGC CAATTACGTT GAAGATGGTG AAGCGATTGC CATTAATACC
AATCGTGAAA TCTTAAAAGA TTGTCAGTAT ACGATTTTCG ATATCGAAAC AACTGGCTTA
TCGGCTGTTA ATGATAAAAT AATTCAACTA TCAGCCGTAA AAATGAAAAA CGGCGTCGTT
TTGGATACTT TTGATCAATT TATTAATCCT GGTTTTCCTT TGTCGGAACA AACGATTAAT
TTAACCGGTA TTACTGATGA TCTTGTTAAA AACAGCAAAC CAGAAGCTGA AGTTTTAAAA
ATGTTCCAGC AGTTTTATGC TAGGACAATT TTAGCCGGTC ATAATGTTAT TAAATTCGAT
TATGGTTTTG TGAACCATGC TTTGGCAGTC CATAAGTTGC CCAAGATCAA TACTTTGGTA
ATAGATACAT TGAATTTAGC CCGTTGGCTT TATCCGAATT TCGGGCGTTA CACTCTTGAT
TTTCTATCAA AAAAATTTAG TGTTAATCTT GAACATCATC ACCGCGCAAT CGATGATTCA
ACTGCTACCG GAATGCTTTT ACATATTTTC TTGAAAGAAG CGGAAGAAAA TTATGGTGTT
GTTTATGATG AACAGTTAAA TGAACATACT GATGATCATG AAAGCTGGAG GCAGACCAGG
CCAACGCATT TATCCATCTT AGTTAAGAAC CAGACTGGTT TGAAAAATCT CTATAAATTG
GTTTCCGAAT CGAATATTAA TTATCATTAC CGCGTTTCTC GTGTTCCCAA AAGCCTTTTA
ACTAAGTACC GTAACGGTTT ATTGGTTGGT TCGGGAGATA TTGGCGGTAA TTTATTCGAT
ACTTTGGCTC GAGAGGGAAT TGATAAAGCA ATCGAATTGG CTGACAGCAT AAATTATGAT
TATATCGAGG TTCAGCCTTT AGAAAATTAT CAGCCAAGAA TCGAATCTGG TTTTATTAAA
GACCGAGCAA CACTCGAAAA ATTAATTAAG CAGTACGTTA AACTTGCTGA TATTTTAGAG
CTGCCACTTG TTGTTACAGG TGACGTTCAC TATCTTACGG AAAAAGATAG AATTTATCGA
ACGATTCTGC TCAATTCTAA AATCGCCCGG TCAGCTGCCG CTGGTGAAAC CCGTTACACT
TTAGCAGATC TTTCAATGAA AAAAACCCAA CATTTGCTTG ATGAATTCGC TTTTCTTGGA
AAGGAAAAAG CTTATGAAAT TGTTGTGGAA AATTCCCACA AAATCAATCA AATGATCGAT
GATGTTCAGC CTTTGAAAAA AGGGTTATCA ACACCGAAAA TTGAAGGTTC CGAAGATATT
TTAAGAAAAA AAGCTTATGC GCGCGCTAAA GAAATGTATG GGAATCCACT TCCTGATTTA
ATTCAAAAAC GTTTGGATAG GGAATTAAAT GCGATTATTG GCAACGGCTA CGCGGTTATT
TATGTTATTA GTCAACGCTT GGTTGATAAA TCCAATAAAG ATGGATATAT AGTTGGTTCT
CGAGGTTCAG TTGGATCTTC ATTGGTTGCA ACAATGATGG GCATTACCGA AGTCAACCCC
TTGCCACCGC ATTACCGCTC TGTAAATGGC AACTATACTG AATTTGTTGA AGATGCTAAT
GTTTCTTCCG GCTTTGATTT ACCGGAAAAA CGAAATCCGG TTGATGGAAC AATTTTAATT
GGTGACGGTC AGAACATTCC TTTTGAAACT TTCTTGGGTT TTAAGGGTGA TAAAGTTCCT
GATATCGATT TAAACTTTTC TGGTGATTAT CAACCAATTG CCCATAATTA CACTAAAGTC
ATGTTTGGCG AAAATAACGT TTTTCGTGCT GGCACAATTG GTACAGTTGC GGAAAAAACA
GCCTATGGAA TGGTCAAAAA TTACGAAGAG GCAAACGACG TTCACTATCG AAAGGCAGAA
GAGGATCGTC TATCCAATGG CATCACCGGT GTAAAACGGA CTACCGGTCA GCACGCTGGA
GGAATTATTA TCATTCCTTC GGATCATGAT GTTTATGATT TTACGCCGAT TCAATTTCCA
GCCGACGATA CAAAGTCCAA TTGGAAGACA ACCCATCTTG ATTACCATTC GATTCATGAT
AATGTTTTGA AAATGGATAT TCTCGGCCAT GATGATCCGA CCCTTCTCCG AGCTTTACAG
GATATGTCTG GAATTGATCC AAAAACAGTT CCGGTTAACG ACCCGGGAGT TCTGTCCTTA
TTTACTTCGA CAAAAGCTTT GCATGTTACC GAAGATGAAA TTATGTCCAA CACCGGTACT
CTTGGAATTC CTGAATTCGG AACCAACTTT GTTCGTGGCA TGCTTGAACA AACCAAACCA
CATAATTTTG GCGAGCTTCT GCAAATTTCC GGCCTTTCGC ATGGTACAAA CGTTTGGAAT
GGAAATGCGG ATGAGTTAAT CAAGAACGGC CAAGCCAACA TCGGTACAGT TATAGGGACC
CGTGACAAAA TTATGACTGA TTTAATGTCT TTTGGTTTGG AATCATCCGA TGCTTTTCAG
ATTATGGAAA AAGTCCGTAA AGGTAAAGGA ATTTCTCCCG AACATATGGA AATTCTTAAA
GCTCATCCGA AGGTTCCTAA TTGGTACATT GATTCGATGC TGAAAATTCA ATATATGTTT
CCGCGTGCCC ACGCAGCTGC TTATGTGATG TCGGCACTTC GAATTGCTTT CTTCAAAGTA
TACTTTCCTG CGATTTATTA CGCTGCTTTT TTCTCTGTTA GGGCAAAGGA TAAAACAATC
GATGCCGTTG GAATAACTCA GGGGAAAACA AAGGTTCAAG CATTGGTTAG GAGTTATCGT
AGTAGATATA ACGATTTGAA TAAAGAAGAG TCTAAGACTC TGGCCATTTA TGAAATCGCC
AACGAGGCAT GGCAACGAGG AATTGAATTT AAAATGGTCG ATCTATATAA GTCGGAAGCT
TTTGACTGGA AAATCGATGG TAACCAAATT ATTTTGCCTT TCGTTGCTTT GCAAGGTTTA
GGGGATAACG TTGCTAAAGC GATTGTTGCC GCCCGTGCCG AACATGAATT CATTTCCAAA
GAAGATTTAG CAAAGCGTGG TTCTGTTAAT AAAACGCTGA TCGATTTCAT GGATCAAAAT
CATATGCTCG ATGGAATGAC TGATGCCAAT CAAATGGACC TATTTGCCAT TTAA
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| Protein sequence | MSENYSKLQI LLTQIGHGDD TFINQLAGIS LDDVEVIPED RKWIFEFSTD RFLDSTLLAR
LILDTKNTFS KENINCDLIF RVSQKSGVNE LNEYWHLVLA LIDHSTPYTN EISRGINFVN
TGERVEALLM TQAGIDYFSN IKDLIAQAYL SLGIGIPFVF TIDSEKQAEI QEQFENSQAA
EIHESATEVA QAAEPEYHTN ILLGNPIPDS TKLLPLDEVN DGDNVVVEGY LFKSDYRETK
RGGAILTVEI TDYTNSISAK VFSRSKKDNE TLKNIPSNLW VKIRGRVAVD DYMGGELSLN
INDMQTIEKE SDSDPIDENQ KHRIELHAHT TMTTLNAVNS ASELFAQAAE WNQDALAITD
NADVQAFPEA SASAKKTGVK AIYGLEANYV EDGEAIAINT NREILKDCQY TIFDIETTGL
SAVNDKIIQL SAVKMKNGVV LDTFDQFINP GFPLSEQTIN LTGITDDLVK NSKPEAEVLK
MFQQFYARTI LAGHNVIKFD YGFVNHALAV HKLPKINTLV IDTLNLARWL YPNFGRYTLD
FLSKKFSVNL EHHHRAIDDS TATGMLLHIF LKEAEENYGV VYDEQLNEHT DDHESWRQTR
PTHLSILVKN QTGLKNLYKL VSESNINYHY RVSRVPKSLL TKYRNGLLVG SGDIGGNLFD
TLAREGIDKA IELADSINYD YIEVQPLENY QPRIESGFIK DRATLEKLIK QYVKLADILE
LPLVVTGDVH YLTEKDRIYR TILLNSKIAR SAAAGETRYT LADLSMKKTQ HLLDEFAFLG
KEKAYEIVVE NSHKINQMID DVQPLKKGLS TPKIEGSEDI LRKKAYARAK EMYGNPLPDL
IQKRLDRELN AIIGNGYAVI YVISQRLVDK SNKDGYIVGS RGSVGSSLVA TMMGITEVNP
LPPHYRSVNG NYTEFVEDAN VSSGFDLPEK RNPVDGTILI GDGQNIPFET FLGFKGDKVP
DIDLNFSGDY QPIAHNYTKV MFGENNVFRA GTIGTVAEKT AYGMVKNYEE ANDVHYRKAE
EDRLSNGITG VKRTTGQHAG GIIIIPSDHD VYDFTPIQFP ADDTKSNWKT THLDYHSIHD
NVLKMDILGH DDPTLLRALQ DMSGIDPKTV PVNDPGVLSL FTSTKALHVT EDEIMSNTGT
LGIPEFGTNF VRGMLEQTKP HNFGELLQIS GLSHGTNVWN GNADELIKNG QANIGTVIGT
RDKIMTDLMS FGLESSDAFQ IMEKVRKGKG ISPEHMEILK AHPKVPNWYI DSMLKIQYMF
PRAHAAAYVM SALRIAFFKV YFPAIYYAAF FSVRAKDKTI DAVGITQGKT KVQALVRSYR
SRYNDLNKEE SKTLAIYEIA NEAWQRGIEF KMVDLYKSEA FDWKIDGNQI ILPFVALQGL
GDNVAKAIVA ARAEHEFISK EDLAKRGSVN KTLIDFMDQN HMLDGMTDAN QMDLFAI
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