Gene STER_1392 details

Gene Information

• Locus tag: STER_1392
• ID: 4438013
• 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: 1299362
• End bp: 1301233
• Gene Length: 1872 bp
• Protein Length: 623 aa
• Translation table: 11
• GC content: 41%
• IMG OID: 639677001
• Product: serine/threonine kinase protein
• Protein accession: YP_820752
• Protein GI: 116628133
• COG category: [K] Transcription; [L] Replication, recombination and repair; [R] General function prediction only; [T] Signal transduction mechanisms
• COG ID: [COG0515] Serine/threonine protein kinase

Plasmid Coverage information

• Num covering plasmid clones: 3
• 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

ATGATCCAAG TTGGCAAATT GTTTGCTGGA CGTTATCGAA TCCTTAAATC TATCGGACGT 
GGTGGTATGG CGGATGTTTA TCTGGCTAAC GACCTGATTC TGGATAATGA AAGTGTAGCT 
ATTAAGGTGC TACGTACCAA TTATCAAACT GATCAGGTTG CTGTGGCGCG TTTCCAGCGT 
GAAGCACGTG CCATGACTGA GCTTAGCCAT CCGAATATCG TTGCGATTAG AGATATTGGT 
GAAGAAGACG GTCAGCAGTT CTTGGTGATG GAGTATGTGG ATGGTTCGGA CTTGAAGAAA 
TTCATTCAAG ACCATGCACC ATTGTCTAAC CAAGATGTTG TGCGTATTAT GGGGGAAGTC 
CTTTCCGCCA TGACTCTTGC CCACCAAAAG GGTATTATTC ACCGTGACCT TAAGCCACAG 
AACGTTCTAT TAACTAAGGA TGGTAGAGCT AAGGTTACAG ACTTTGGTAT CGCAGTAGCA 
TTTGCTGAAA CCAGCCTGAC ACAAACTAAC TCAATGTTGG GGTCAGTCCA TTATTTGTCA 
CCAGAACAGG CACGTGGTTC TAAAGCCACT ATCCAAAGTG ATATTTATGC TATGGGGATT 
ATGCTCTTTG AAATGTTGAC AGGGCATATC CCTTTTGATG GCGATAGTGC AGTAACCATT 
GCACTTCAAC ATTTCCAAAA GCCCCTGCCA TCGATTTTGG CTGAGAACCG TAACGTTCCT 
CAAGCTTTAG AAAATGTTGT TATTAGAGCA ACTGCTAAAA AGCTTGAAAA TCGTTACAAC 
AGCACTTTGG AAATGAGTCG CGACCTAGCA ACTAGTTTGC ATCCTAGTCA TAGTCGTGAT 
TCTAAGGTAG TTTTTGATGA CATGACGGAT ACTAAGACCC TGCCAAAGGT TGATTCAGTT 
TCATCAGTAG GTCCTGAGAA AAAGATTTCT CCTAAACCAT CAGAGCCTAC ACCGGCTCCA 
AGCAAACAAC CGAGGGAAAA AGCTTCTCTA TCTAAAAAAA AGAAAAATCT CTTTTCAACT 
CTACTCAAGG TTTTACTAGG CTTCGTCTTT ATAGGAATTA TCATTTTTGC CTATCTTGTT 
TTTACCAATC CTGACAATGT CCAAGTACCA AATGTTGTAG GTCAAGAGTT GTCAACAGCT 
CAGACGAAAC TTGAAAGTGC AGGCTTTAAG GTTGGCGATG TTAAAGAAGT CGAAAATGAT 
TCAGTCAATA AGGGCAAAGT TATCAAGACC GACCCTACAG CTGGGACAAT GCGTAAAGAG 
GGAGCAAGCA TTGATGTCTA TGTTTCTTCT GGTAGCAAAG GTTTCACTCT GAAAAATTAC 
AAGGGGAAAA ATTATAAGGA TGCCATTGAG GATTTAACCT CGAATTATGG GGTTTCCGAG 
GATCAGATCG ATATTCAACA TGTCGAAGAC GATAATGCTA AAGAAGGCGA AATTCTATCT 
CAAAGTTCGG AGAAAAACAA GTCCTTCAAT CCTAAAGATA GTAAGGCAAA AATCAAGTTT 
CGTGTGGCAA CTCCTAAGCC TATAACTATG CCTGATGTGA CTGGTTTAAC TGTCTCGACA 
GCACTCCAAA CCTTGAATAG TAAAGACATT TCAAGCAGCA GTATTGAGTA TCATGACTAT 
AATACTGGTG TTAAGTTGGA TAAGAGTAAG GTACCTAGTA ATACAGAGGT CCTTTATCAA 
GATCCTCAAG TTGGTACTGC TGTTGATGGC ACAGTGATTC TCTATGTTTC AGTCGTAACT 
AAGAGTTCAA GTATTCAACA GTCAAGCTCA GCAAGTACGA CACAATCGTC GTCATCTACA 
AGTTCTAGTT CTGAAAGTAG TACAGCTTCT AGTACCGAAA CAGCTACAGA AGCTACTCAC 
ACAGAGCAAT AA 

 

Protein sequence

MIQVGKLFAG RYRILKSIGR GGMADVYLAN DLILDNESVA IKVLRTNYQT DQVAVARFQR 
EARAMTELSH PNIVAIRDIG EEDGQQFLVM EYVDGSDLKK FIQDHAPLSN QDVVRIMGEV 
LSAMTLAHQK GIIHRDLKPQ NVLLTKDGRA KVTDFGIAVA FAETSLTQTN SMLGSVHYLS 
PEQARGSKAT IQSDIYAMGI MLFEMLTGHI PFDGDSAVTI ALQHFQKPLP SILAENRNVP 
QALENVVIRA TAKKLENRYN STLEMSRDLA TSLHPSHSRD SKVVFDDMTD TKTLPKVDSV 
SSVGPEKKIS PKPSEPTPAP SKQPREKASL SKKKKNLFST LLKVLLGFVF IGIIIFAYLV 
FTNPDNVQVP NVVGQELSTA QTKLESAGFK VGDVKEVEND SVNKGKVIKT DPTAGTMRKE 
GASIDVYVSS GSKGFTLKNY KGKNYKDAIE DLTSNYGVSE DQIDIQHVED DNAKEGEILS 
QSSEKNKSFN PKDSKAKIKF RVATPKPITM PDVTGLTVST ALQTLNSKDI SSSSIEYHDY 
NTGVKLDKSK VPSNTEVLYQ DPQVGTAVDG TVILYVSVVT KSSSIQQSSS ASTTQSSSST 
SSSSESSTAS STETATEATH TEQ