Gene Tter_1045 details

Gene Information

• Locus tag: Tter_1045
• ID: 8645532
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thermobaculum terrenum ATCC BAA-798
• Kingdom: Bacteria
• Replicon accession: NC_013525
• Strand: -
• Start bp: 1120930
• End bp: 1123020
• Gene Length: 2091 bp
• Protein Length: 696 aa
• Translation table: 11
• GC content: 46%
• Product: translation elongation factor G
• Protein accession: YP_003322783
• Protein GI: 269926160

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

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

GTGAGAGCTT ATCCTACAAG TAGAATCAGA AACATAGGGC TATTCTCACA TGGAGGCACG 
GGTAAAACCT CTCTCGCAGA AGCTCTGCTA TTTGCCAGTG GCAACTCCAA GAGGCTTGGA 
AGAGTTCTTG AAGGTAATAC TATAAGCGAC TATGATCCGG ATGAGATCAA GAGGCATTCT 
TCGATCAGTT TGTCGCTAGT ACCAATAGAA TACCAGGATC ACAAAATCAA CTTGATAGAT 
ACACCTGGCT ATTCGGAATT CATAGGTGAC ATGCAATGTG GCCTAAGAGT CGCTGACACA 
GCATTGATAC TAGTAGACGC ACATACTGGT ATAGAGGTGG GCAGTGATCT CATGTGGTCT 
GCAGCATCCT CTCTGGGACT GCCAAGAGTC ATTGTAGTCA ATAAAATGGA CCGCGAGAAC 
AGTGACTTTG ATCAGGTAGT CGAACAGACT AGAAGTCAGT GGGGATCAGC TGCCACCCCC 
CTGTTCGTGC CTATAGGTAG AGAGCAGGAT TTCAGAGGTA TAGCTAGTAT TCTTACAGAA 
AAAGCATATA TTTATAAGAT CGACACCGCT GAGTTCCAAG AGGTAGATAT ACCACCGGAA 
GTAAGGGAGA GCTTCGAAAG GTATAAGGAT GACCTAATAG AAAGAATAGC TGAAACCAGC 
GATGATCTTA CGACCAAGTA CCTTGAAGGA GAACCGCTGT CAGCAGACGA GATTACGAAT 
GGTTTGAAGG CTGGAATACT ATCATGTTCA ATATTCCCAA TAGTTCCAGT ATCAGCCCTT 
CACGTAATCG GAGCTAGTCA GATACTTGAC TTCGTTGTCG ATTTCCTACC ATCTCCAGAT 
ACAAGATCTT GTAAGGTATT ACAGGATGGC AAAGAGATAA ACCTACAACC ACAATCTTCA 
GGAGAACTAG CGGCACTCGT CTTCAAGACT ATAGCAGATC CATTTGTAGG TAAACTTAGC 
TACTTCAGAG TCTATAGCGG CACTATTAAA AGCGATACAC ATGTGTTTAA CCCAAGAACG 
GGTAAAGAAG AGCGTATAGG TCAGCTGTTC TTCGTAAGAG GTAAGGAACA GAAGCCTACA 
GATAGGATAG AAGCTGGAGA TATAGGGGCG GTTGCGAAGC TAGCAGAGAC CCTAACTGGT 
GACACGCTAA CTAGCCAGTC CAAGCCAATA CAGCTTCCCA AGATAGAATT CCCACACCCA 
ATTTATACTG CTTCTATCAG ACCTAAGACT AAGGCTGATC TCGATAAGAT GGGCAGTGCA 
CTGCAGAGAA TGCTTGAGGA AGATCCTACG CTTCATGTCA GCAGGGATCC CCAAACAGGA 
GAGACTCTAG TAAGCGGTAT GGGAGAATCC CATATAGAGT TGATGGCGGA AAGAATGAAG 
CGTAAGTTCG GCGTAGAAGT CGAGATAGGT ATACCAAGGG TCCCTTATAG GGAGACTATC 
ACAGCTTCAG CTAGAGCTGA ATACAAGCAT AAGAAGCAGA CCGGAGGGCA TGGGCAGTAC 
GGTCACGTTA TACTTCAGAT CGAACCTAAT CCGAACTCAG AATTTGAGTT TCAATCCACA 
GTAGTAGGTG GTGCGGTTCC TAAGCAATAC TTCCCTGCAG TGGAAAAGGG TGTACAAGAG 
GCCATGCAGG AAGGAACCGT AGCTGGTTAT CCTGTGGTTA ACGTGAAGGT TACCCTGACC 
GATGGTAGCT ATCACTCAGT GGATTCTTCA GAAATGGCCT TCAAGCTGGC AGCATCGCAG 
GCATTCAAGA GAGGGATGAG CGAGGCTAAG CCGGTCCTAC TGGAACCTAT TATGGAAGTA 
TCCATATACG TACCGGACCA ATTTGTAGGA GACGTGATGA GCGATCTCAA CAGCCGCCGT 
GCAAGGGTAG AGGGAATGGA CCCCTCAGGT GCTGGGTTCA CCGTAATTAG AGCTCAAGCA 
CCTCTGGCTG AGATGCAGAA ATATAGCAGC CAGTTAAGAT CGATAACACA GGGAAGAGGA 
ACCTTCACAA TGGAATTCTC GCATTATGAG GAGGTGCCTC CACATCTAAC CGATCAAATA 
GTGCAGGAAG CCAAGGCATA TAGGGAGATG CAAAACTCAG GACATCACTA G 

 

Protein sequence

MRAYPTSRIR NIGLFSHGGT GKTSLAEALL FASGNSKRLG RVLEGNTISD YDPDEIKRHS 
SISLSLVPIE YQDHKINLID TPGYSEFIGD MQCGLRVADT ALILVDAHTG IEVGSDLMWS 
AASSLGLPRV IVVNKMDREN SDFDQVVEQT RSQWGSAATP LFVPIGREQD FRGIASILTE 
KAYIYKIDTA EFQEVDIPPE VRESFERYKD DLIERIAETS DDLTTKYLEG EPLSADEITN 
GLKAGILSCS IFPIVPVSAL HVIGASQILD FVVDFLPSPD TRSCKVLQDG KEINLQPQSS 
GELAALVFKT IADPFVGKLS YFRVYSGTIK SDTHVFNPRT GKEERIGQLF FVRGKEQKPT 
DRIEAGDIGA VAKLAETLTG DTLTSQSKPI QLPKIEFPHP IYTASIRPKT KADLDKMGSA 
LQRMLEEDPT LHVSRDPQTG ETLVSGMGES HIELMAERMK RKFGVEVEIG IPRVPYRETI 
TASARAEYKH KKQTGGHGQY GHVILQIEPN PNSEFEFQST VVGGAVPKQY FPAVEKGVQE 
AMQEGTVAGY PVVNVKVTLT DGSYHSVDSS EMAFKLAASQ AFKRGMSEAK PVLLEPIMEV 
SIYVPDQFVG DVMSDLNSRR ARVEGMDPSG AGFTVIRAQA PLAEMQKYSS QLRSITQGRG 
TFTMEFSHYE EVPPHLTDQI VQEAKAYREM QNSGHH