Gene STER_0014 details

Gene Information

• Locus tag: STER_0014
• ID: 4436886
• 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: 14027
• End bp: 15994
• Gene Length: 1968 bp
• Protein Length: 655 aa
• Translation table: 11
• GC content: 40%
• IMG OID: 639675781
• Product: cell division protein
• Protein accession: YP_819605
• Protein GI: 116626986
• COG category: [O] Posttranslational modification, protein turnover, chaperones
• COG ID: [COG0465] ATP-dependent Zn proteases
• TIGRFAM ID: [TIGR01241] ATP-dependent metalloprotease FtsH

Plasmid Coverage information

• Num covering plasmid clones: 5
• 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

ATGAATAATA AAAATAATAA TAGCTTCTTA CGGAATGCTT TCCTTTACAT CGTAATGATT 
ATTGCGGTTG TAACGGCAGT ACAGTATTTT GTTGGAGGAA GTCAAAGTCC AAGTCAACAA 
TTATCTTATA CCCAGTTGAT TAAGAAAATT GAAGATGGTA AGGTAAAATC AATTACCTAT 
CAACCTAATG GTAGTATCAT TGAAGTTAAA GGAGACTACA AAAAGGCTGA AAAGGTTGAT 
AATGACCTAA GTTTGCCATT TTTAGGTGGA GCATCGTCAG AGACACAAAG ATTTACATCA 
ACTGTGCTTC ATAATGAAAC GATAATACAG GCATTACAGT CAGCTTCAGA AAAAGCTAAT 
GTTAATATCA AAATGATACG TGAAAGTTCA AGTGGTACTT GGATTTCGTA TCTCTTTAGT 
TACCTTCCTT TGATTGGTAT TGCTATTTTT TTCATTTTTA TGATGAATCA AGGTGGTAAT 
CGCGGTGCCA TGAACTTTGG CCGTAATCGT GCTAAAGCTC AGTCAAAAGA AAATATTAAA 
GTTCGCTTTA CAGATGTAGC CGGTGCAGAA GAAGAAAAAG AAGAACTTGT AGAAATAGTA 
GATTTCCTCA AAAATCCACG TAAATATAAA GCTTTGGGTG CACGTATTCC TAAAGGAGTC 
CTCCTCGAAG GCCCTCCAGG AACAGGTAAA ACCCTCCTTG CTAAAGCTGT GGCTGGTGAA 
GCTGATGTAC CATTCTTTAG CATCTCAGGT TCTGATTTTG TTGAAATGTT TGTCGGTGTC 
GGAGCTAGCC GTGTACGTAG TCTGTTTGAA GATGCTAAAA AGACAGAGCG TGCTATTATC 
TTTATTGATG AAATTGATGC TGTTGGTCGT CGTCGTGGTA CCGGAATGGG AGGTGGCAAT 
GATGAGCGTG AACAAACCCT TAACCAATTG TTGATAGAGA TGGATGGGTT TGATGGTAAT 
GAGAATATTA TTGTCATTGC TGCAACCAAC CGTAGTGATA TTCTTGATCC AGCCCTTCTA 
CGTCCGGGAC GTTTTGACCG TAAAGTTCTT GTTGGACTCC CCGATGTAAA AGGTCGTGAA 
GCCATCTTGA AAGTACATGC TAAGAATAAA CCATTGGCTG AAGATGTCAA CCTTAAGGTT 
GTTGCTCAGC AAACTCCAGG TTTTGTTGGA GCTGACTTAG AGAATGTCTT GAATGAGGCT 
GCTTTAGTTG CGGCACGACG TGGTAAGACT AAGATTGATG CTAGTGATAT TGATGAAGCA 
GAGGATCGTG TCATTGCTGG ACCATCTAAG AAAGATCGCC AAGTTTCGGA ACATGAACGT 
AAAGTTGTTG CCTACCATGA GGCTGGTCAC ACGATTGTTG GATTAACACT CTCTAGTGCT 
CGTGATGTTC ACAAAGTTAC TATTGTTCCC CGAGGTCGTG CGGGTGGCTA TATGATTTCT 
TTACCAAAAG AAGATCAAAT GTTGTCATCT AAAGACGAAC TGAAAGAACA ATTAGCGGGA 
TTGATGGGAG GACGCGTTGC AGAAGAAATT ATTTTTAATC TTCAAACTTC TGGTGCTTCC 
AACGACTTTG AGCAGGCAAC ACAGTTAGCA CGTGCAATGG TTACTGAATA TGGTATGAGT 
GAAAAACTTG GACCAGTCCA ATATGAGGGG AACCACGCGA TGAACCCAGG TCAATTCACG 
CCAGACAAGT CTTACTCAGC TCATACAGCT CAACTCATCG ACGAAGAAAT TCGATCACTT 
TTAGTTGAGG CACACGACAG AGCAGCTGAA ATTATCAATG CAAACCGAGA CACACATGCT 
CTTATTGCAG AAGCTTTGCT TAAGTATGAA ACACTTGACG CTGCACAAAT TAAATCAATT 
TATGAGACTG GTAAGATGCC GGTAGATTCA GAAGAAGATA ACCATGCTTT ATCCTTTGAT 
GAAGTTAAAA AGAGACTTGA AAACAAAAAT AAAGATGAAG AAGAGTAG 

 

Protein sequence

MNNKNNNSFL RNAFLYIVMI IAVVTAVQYF VGGSQSPSQQ LSYTQLIKKI EDGKVKSITY 
QPNGSIIEVK GDYKKAEKVD NDLSLPFLGG ASSETQRFTS TVLHNETIIQ ALQSASEKAN 
VNIKMIRESS SGTWISYLFS YLPLIGIAIF FIFMMNQGGN RGAMNFGRNR AKAQSKENIK 
VRFTDVAGAE EEKEELVEIV DFLKNPRKYK ALGARIPKGV LLEGPPGTGK TLLAKAVAGE 
ADVPFFSISG SDFVEMFVGV GASRVRSLFE DAKKTERAII FIDEIDAVGR RRGTGMGGGN 
DEREQTLNQL LIEMDGFDGN ENIIVIAATN RSDILDPALL RPGRFDRKVL VGLPDVKGRE 
AILKVHAKNK PLAEDVNLKV VAQQTPGFVG ADLENVLNEA ALVAARRGKT KIDASDIDEA 
EDRVIAGPSK KDRQVSEHER KVVAYHEAGH TIVGLTLSSA RDVHKVTIVP RGRAGGYMIS 
LPKEDQMLSS KDELKEQLAG LMGGRVAEEI IFNLQTSGAS NDFEQATQLA RAMVTEYGMS 
EKLGPVQYEG NHAMNPGQFT PDKSYSAHTA QLIDEEIRSL LVEAHDRAAE IINANRDTHA 
LIAEALLKYE TLDAAQIKSI YETGKMPVDS EEDNHALSFD EVKKRLENKN KDEEE