Gene OEOE_0807 details

Gene Information

• Locus tag: OEOE_0807
• ID: 4415867
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Oenococcus oeni PSU-1
• Kingdom: Bacteria
• Replicon accession: NC_008528
• Strand: +
• Start bp: 753405
• End bp: 755240
• Gene Length: 1836 bp
• Protein Length: 611 aa
• Translation table: 11
• GC content: 42%
• IMG OID: 639669017
• Product: stress response membrane GTPase
• Protein accession: YP_810397
• Protein GI: 116490853
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG1217] Predicted membrane GTPase involved in stress response
• TIGRFAM ID: [TIGR00231] small GTP-binding protein domain; [TIGR00485] translation elongation factor TU; [TIGR01394] GTP-binding protein TypA/BipA

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.0319085
• 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

ATGGCAAAAA CGAGAGAAGA TATTAGAAAT ATTGCGATTA TCGCCCATGT TGATCATGGT 
AAGACTACTT TGGTTAACGA AATGCTGAAA CAATCAGATA CTTTTGATTC ACATACGCAA 
ATTGCTGATC GAGCAATGGA TACGAATCCA ATTGAAAAAG AACGTGGAAT TACCATTCTT 
TCAAAAACGA CAGCAATCAG AGTTGGCAAT AAACAGATTA ACATCGTCGA TACACCGGGC 
CATGCCGATT TTGGCGGTGA AGTTGAACGT ATCATGACGA TGGTTGACGG TGTTTTGCTT 
GTCGTTGATG CTTTTGAAGG AACGATGCCA CAAACACGCT TTGTTTTAAA AAAAGCTTTT 
GAACAACATT TGACTCCAAT TGTAATCATT AATAAAGTTG ATCGTCCCGG TGCTCGTCCA 
CAAGAAGTGG TCGATGAGGT TTTGGATTTG TTTATTGAAT TGGGTGCTGA CGATGAGATG 
CTTGATTTCC CAGTTATCTA TGCATCCGCA ATGAATGGGA CAAGCAGCTA CTCGGCTGAT 
ATAAGCAAAC AAGAACATAC AATGAAGCCT ATTTTTGATA CGGTCTTTAA AACAATCCCG 
GCTCCAATCG ATAATTCTGA CGAACCAATG CAGTTCCAAG TTGCTATGCT TGATTACAAT 
GACTTTGTTG GTCGTATCGG AATTGGCCGT GTTGTTCGCG GAACAATCAA AGTCGGCGAT 
AATGTTACTG TTCTAAAACT TGATGGTTCA CATAAAGATT TTCGTGTGAC GAAATTAATG 
GGTTTTTTGG GCTTGAAACG AATTGATATA AATCAGGCCG AAGCAGGAGA TTTGATTGCT 
GTTTCCGGAA TGGAAGAAAT TAATGTCGGT GAAACAGTTG CTGCTTCCAG CCACCCTGAC 
GCTCTGCCTC CGCTGAGAAT CGATCCACCA ACTTTGCAGA TGATTTTTAG AACCAATGAT 
TCGCCCTTTG CCGGTCGGGA AGGAAAATTC GTAACCGCCC GTCAATTGGA AGATCGGTTG 
AAGCAGGAGC TTCATACAGA CGTTTCACTA CGAGTAGAAG ATACGAAAAC ACCTGGTGTC 
TGGACTGTTT CCGGTCGTGG AGAACTACAC CTTTCAATTT TGATCGATAC ATTGCGCCGA 
GAAGGATTTG AGTTGCAGGC TGGTCGTCCA AAGGTTATTT ATCGTGAGAT CGACGGAACG 
CGTTGCGAAC CGTTTGAAGA TGTACAAATC GATACGCCTG AAGAATATAC TGGTTCAATT 
ATTCAATCTT TGTCGGAACG CAAAGGAGAG TTATTGAATA TGGAACCACA GGGTAACGGT 
CAGACGCGTT TACACTTTGT TGCCCCTTCA CGCGGCCTGA TTGGTTATTC TAGCGAGTTT 
TTGAGTTCTA CTCGTGGATA TGGTATCTAT AACCATACAT TCTTGGATTA TCGCCCGGTT 
ATTACCGGAT GGAACCCGGG TCGTCGTAAT GGTACTTTGG TTGCAATTGG TCAGGGAACG 
GTTACGACTT ATGCAATCAT GCAGGTTGAG GATCGCGGTA CTATTTTTGT TGATCCCGGC 
ACCGAGGTTT ACGAGGGTAT GATTGTTGGT GAAAATTCCC GTGAAAATGA TATCTCAGTT 
AACATTACCC GTATGAAAGC GCAAAGTAAC GTCCGTTCTT CAAATAAAGA CCAAACGGCT 
ATTATCAAGA CGCCAACTCA TTTGACTCTT GAAGAGTCGA TCGAGTTCTT GAATGATGAC 
GAATTAGTCG AGGTTACCCC TGAAAATACC CGTCTTCGCA AGATAATTCT GAAGACCAAT 
GAACGTGAAA AAGTAGCTCG TCATCGAAAT AATTAA 

 

Protein sequence

MAKTREDIRN IAIIAHVDHG KTTLVNEMLK QSDTFDSHTQ IADRAMDTNP IEKERGITIL 
SKTTAIRVGN KQINIVDTPG HADFGGEVER IMTMVDGVLL VVDAFEGTMP QTRFVLKKAF 
EQHLTPIVII NKVDRPGARP QEVVDEVLDL FIELGADDEM LDFPVIYASA MNGTSSYSAD 
ISKQEHTMKP IFDTVFKTIP APIDNSDEPM QFQVAMLDYN DFVGRIGIGR VVRGTIKVGD 
NVTVLKLDGS HKDFRVTKLM GFLGLKRIDI NQAEAGDLIA VSGMEEINVG ETVAASSHPD 
ALPPLRIDPP TLQMIFRTND SPFAGREGKF VTARQLEDRL KQELHTDVSL RVEDTKTPGV 
WTVSGRGELH LSILIDTLRR EGFELQAGRP KVIYREIDGT RCEPFEDVQI DTPEEYTGSI 
IQSLSERKGE LLNMEPQGNG QTRLHFVAPS RGLIGYSSEF LSSTRGYGIY NHTFLDYRPV 
ITGWNPGRRN GTLVAIGQGT VTTYAIMQVE DRGTIFVDPG TEVYEGMIVG ENSRENDISV 
NITRMKAQSN VRSSNKDQTA IIKTPTHLTL EESIEFLNDD ELVEVTPENT RLRKIILKTN 
EREKVARHRN N