Gene STER_0932 details

Gene Information

• Locus tag: STER_0932
• ID: 4437442
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Streptococcus thermophilus LMD-9
• Kingdom: Bacteria
• Replicon accession: NC_008532
• Strand: +
• Start bp: 862666
• End bp: 864498
• Gene Length: 1833 bp
• Protein Length: 610 aa
• Translation table: 11
• GC content: 42%
• IMG OID: 639676597
• Product: GTP-binding protein LepA
• Protein accession: YP_820351
• Protein GI: 116627732
• COG category: [M] Cell wall/membrane/envelope biogenesis
• COG ID: [COG0481] Membrane GTPase LepA
• TIGRFAM ID: [TIGR00231] small GTP-binding protein domain; [TIGR01393] GTP-binding protein LepA

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.0636523
• 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

ATGCCAAATA TTGAAGAATT AAAACAAAGA CAGGAGAAGA TTCGCAACTT CTCGATTATT 
GCTCATATTG ACCATGGTAA ATCAACGCTT GCTGACCGTA TCTTGGAAAA GACTGAGACT 
GTATCAAGTC GTGAGATGCA GGCACAACTC CTTGATAGTA TGGATCTTGA GCGCGAACGT 
GGTATCACTA TCAAACTGAA TGCCATTGAG CTTAACTACA AAGCTAAAGA CGGCGAGACT 
TATATTTTCC ACCTTATCGA CACACCGGGA CATGTGGACT TTACTTATGA GGTGTCACGT 
TCCCTTGCCG CCTGTGAGGG TGCTATCTTG GTGGTAGATG CAGCTCAAGG GATTGAAGCA 
CAAACACTTG CCAATGTTTA CTTGGCACTT GATAATGACT TGGAAATCTT ACCAGTTATC 
AATAAAATCG ACCTTCCAGC GGCAGATCCT GAGCGTGTAC GTACAGAGAT TGAAGATGTT 
ATCGGATTAG ATGCCTCGGA AGCTGTGCTT GCATCAGCTA AGGCTGGCAT TGGTATCGAA 
GAGATTCTCG AACAAATTGT TGAGAAAGTT CCTGCGCCCC AAGGTGATGT GGAAGCACCT 
CTCCAAGCCC TTATCTTTGA CTCTGTTTAT GATGCGTATC GTGGCGTCAT ACTCCAAGTG 
CGTGTGGTTA ACGGAATGGT TAAAACGGGC GATAAGATTC AAATGATGTC TAATGGCAAG 
ACCTTTGACG TTACTGAGGT TGGTATTTTC ACTCCTAAAG CTGTTGGCCG TGACTACCTT 
GCGACTGGAG ATGTTGGTTA TGTAGCAGCT TCAATTAAGA CAGTTGCGGA TACTCGTGTC 
GGTGATACAG TGACACTTGC GGATAATCCA GCCGCAGAAC CACTTCATGG TTATAAGCAA 
ATGAACCCAA TGGTCTTTGC TGGTCTTTAT CCAATTGAGT CAAATAAATA TAACGACTTG 
CGTGAGGCTC TTGAAAAGCT CCAATTGAAT GATGCCAGTC TTCAATTTGA GCCTGAAACG 
TCTCAAGCCC TTGGTTTTGG TTTCCGTTGT GGTTTCTTGG GCCTTCTTCA CATGGATGTT 
ATCCAAGAGC GTTTGGAACG TGAGTTTAAC ATCGATCTCA TCATGACTGC ACCATCAGTA 
GTTTACCATG TTAACACTAC TGACGGTGAA ATGCTTGAAG TGTCCAACCC ATCTGAATTT 
CCAGATCCTA CACGTATTGA TGCCATTGAA GAGCCTTATG TCAAAGCTCA AATTATGGTT 
CCTCAAGAGT ATGTTGGTGC TGTTATGGAG TTGGCGCAAC GTAAACGTGG TGATTTTGAA 
ACCATGGAAT ATATTGATGA TAATCGTGTT AACGTTATCT ATCAAATTCC ACTTGCTGAA 
ATCGTCTTTG ACTTCTTTGA TAAATTGAAG TCATCAACTC GTGGTTATGC AAGTTTTGAC 
TATGAATTGT CAGAGTACCG TCGTTCACAA TTGGTGAAAA TGGATATTCT CCTTAATGGT 
GATAAGGTCG ATGCCCTTAG CTTTATTGTC CATAGAGAAT TTGCCTACGA ACGTGGAAAA 
CTTATCGTTG ATAAACTTAA GAAAATTATT CCACGTCAAC AATTTGAAGT TCCTATCCAA 
GCGGCTATTG GTCAAAAAAT TGTTGCCCGT ACAGATATCA AAGCTCTTCG TAAAAACGTC 
TTGGCTAAAT GTTACGGTGG TGACGTTTCA CGTAAACGTA AACTCCTCGA AAAACAAAAA 
GCTGGTAAGA AACGTATGAA AGCCATTGGT TCGGTGGAGG TACCACAAGA AGCCTTCTTG 
TCTGTGCTTT CAATGGACGA AGATGAGAAA TAA 

 

Protein sequence

MPNIEELKQR QEKIRNFSII AHIDHGKSTL ADRILEKTET VSSREMQAQL LDSMDLERER 
GITIKLNAIE LNYKAKDGET YIFHLIDTPG HVDFTYEVSR SLAACEGAIL VVDAAQGIEA 
QTLANVYLAL DNDLEILPVI NKIDLPAADP ERVRTEIEDV IGLDASEAVL ASAKAGIGIE 
EILEQIVEKV PAPQGDVEAP LQALIFDSVY DAYRGVILQV RVVNGMVKTG DKIQMMSNGK 
TFDVTEVGIF TPKAVGRDYL ATGDVGYVAA SIKTVADTRV GDTVTLADNP AAEPLHGYKQ 
MNPMVFAGLY PIESNKYNDL REALEKLQLN DASLQFEPET SQALGFGFRC GFLGLLHMDV 
IQERLEREFN IDLIMTAPSV VYHVNTTDGE MLEVSNPSEF PDPTRIDAIE EPYVKAQIMV 
PQEYVGAVME LAQRKRGDFE TMEYIDDNRV NVIYQIPLAE IVFDFFDKLK SSTRGYASFD 
YELSEYRRSQ LVKMDILLNG DKVDALSFIV HREFAYERGK LIVDKLKKII PRQQFEVPIQ 
AAIGQKIVAR TDIKALRKNV LAKCYGGDVS RKRKLLEKQK AGKKRMKAIG SVEVPQEAFL 
SVLSMDEDEK