Gene Tter_2318 details

Gene Information

• Locus tag: Tter_2318
• ID: 8640347
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thermobaculum terrenum ATCC BAA-798
• Kingdom: Bacteria
• Replicon accession: NC_013526
• Strand: +
• Start bp: 469629
• End bp: 471620
• Gene Length: 1992 bp
• Protein Length: 663 aa
• Translation table: 11
• GC content: 61%
• Product: hypothetical protein
• Protein accession: YP_003324039
• Protein GI: 269839347

Plasmid Coverage information

• Num covering plasmid clones: 34
• 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

ATGGGGAACC TGGACTTGCC TTACAGGCAG ATACACCTGG ACTTTCACAC ATCCGCCGCG 
TGCGAGGATG TGGGCAGGGA CTTCGACCCT GAAGAGTTCG TGCGCACCCT CAAGATGGGC 
CAGGTGGAGT CCATCACGAT ATTTGGCAAG TGTCACCACG GCTTCTCTTA CTACCCGACG 
CAGCTGGGGA CCCAGCACCC CAACTTAAGC TTCGACCTGA TGGGCGAGCA GCTCAGGGCG 
CTGCACGGCG CCGGCATCAG GGCTCCCATC TACGTGAGCA TCATGTGGGA TGACTTGGCC 
GGCGAGCAGC ACCCTGAGTG GGTCGTGGTG GATAGGGAGG GCAGGATGGT GATGCGCCCG 
CCGCTGACCA ACTATTCGCC GCTGGAAGGC AAGACGGGGT GGACCACCCT GGACGTCTCC 
TCGGGCTACG GGGACTACGT GGTATCCCAA ATAGCGGAGA TCTGCGACAG GTATCCGGTC 
GACGGTTTCT TCTTCGACAT ATGCTTTCCT CTCCCCAATT ATTCACCTTG GGGGCAAGCC 
AGGATGCGCG CTGCAGGGGT GGACTTGGCC GATGAGAGGG CGGTCTCGAG GTACGCCTGG 
GACAGGTTGT GCGAGTTCTT CGAGCGCGTA TCCTCGCTGG TGCGGGCCAA GGCGCCAGAT 
TCCACCATCT TCTACAACGG CACCGTGTCC CCGCACCTAG CTAAGGTGCT TGGATACCAG 
ACGCATGTGG AGATAGAGAG CTTGCCCACG TCAGGGCTCT GGGGTTACCT GCACTACCCA 
ATAGCGGCAA GGCATGCCAG GGCGCTGGGG GCCCAGTTCG TGGGGATGAC GGGCAGGTTC 
CACAAAGCCT GGGCAGACTT CGGGGGGCTC AAGACGCGCA ACCAGCTGGA CTACGAGTGC 
GGTGTTATAG TGTCTGCAGG CGGCAGGATA TCCGTGGGAG ACCAGCTGCA CCCCAACGGT 
AGGCTTGACC CAGCGGTGTA TAGGCTGCTT GGGCATGCCT TTGGTAGGAT AGCTGCCCTC 
GAGTCTTGGC TCCGCGGTGC TCGTCCCACG GCGGAGGTGG GCGTTCTGGC CGGTCCCGAC 
TCACAGGCGC CGATGCGTTA CAGCCCGGGG ACGGAGGGAG CCGCCCAGAT GTTGCTTGAG 
GCCGGCATTC AGTTTGATCT GGTCGATCAC GAGGCTGTGG ACATAACATC GTACAGGGTG 
ATCCTGCTTC CCGAGGATGT CTCCGTTGGG CGGGAGTTGG AGGCTAAGCT GCAGCTGTAT 
CTGGAGAAGG GCGGGCACTG CATAACGGCA GCCCCTCAGC GGTTGTCCTT CTTGCCTGTG 
GAGTCGTTGG AGCCTAGTCC CACCACCCCC TCCTACTTCA GGGTGCCGAC CGCTCTCGTA 
GGTGGCAGTG AGCTTGCCAC GGATTACGAT TACGTGTTCT ACGATACGGC CTATGTGGTT 
CGCCCTAGAC AAGGGGCATA TTATGATGGT GACCTGCGCA GGGCACTATT CAATCGTACG 
TGGGAACATT TTACTAGCCA CGCGCACGCT CCCGTGGGCG AGTCCCTGAG CGCCCCCCTC 
ATAGTGATGG CTGACCAGCT GTCGTACATC GCGCTGCCGA TATTCGGCGC CTACCACAGG 
CACGACTACT GGGCCTACCG GGCTGTGGCT GTCAACGCCT TGCTGAGGCA TTTGCCAGAT 
CCTGTTGTGA GGTACGCAGG CCCTGGCTGG GTAGAGGTGT CGGTGCATGA GCAGGAGCTT 
GCTGGGTTGG AGCGTAAGAT TGTGCACCTC GTGACGTACA CCCCGCGCAG GACCTCCCAC 
CCCATACCGC ATGTGGATAG CGGTGGGCAG GTGGTGGGTA TCAGCCTAGG TGTACGCAAC 
GACGGTAGGA CCCCGAGCAG GGTCTACCTG GCCCCAGATG GAGCCGAGCT GGGGTTTACC 
GTGGAAGGTG GCTACACCCA GGTGCAGCTA CCTGGGGTAG GCCCCCACAC GGTGATCGTG 
TTGGAGTACT AG 

 

Protein sequence

MGNLDLPYRQ IHLDFHTSAA CEDVGRDFDP EEFVRTLKMG QVESITIFGK CHHGFSYYPT 
QLGTQHPNLS FDLMGEQLRA LHGAGIRAPI YVSIMWDDLA GEQHPEWVVV DREGRMVMRP 
PLTNYSPLEG KTGWTTLDVS SGYGDYVVSQ IAEICDRYPV DGFFFDICFP LPNYSPWGQA 
RMRAAGVDLA DERAVSRYAW DRLCEFFERV SSLVRAKAPD STIFYNGTVS PHLAKVLGYQ 
THVEIESLPT SGLWGYLHYP IAARHARALG AQFVGMTGRF HKAWADFGGL KTRNQLDYEC 
GVIVSAGGRI SVGDQLHPNG RLDPAVYRLL GHAFGRIAAL ESWLRGARPT AEVGVLAGPD 
SQAPMRYSPG TEGAAQMLLE AGIQFDLVDH EAVDITSYRV ILLPEDVSVG RELEAKLQLY 
LEKGGHCITA APQRLSFLPV ESLEPSPTTP SYFRVPTALV GGSELATDYD YVFYDTAYVV 
RPRQGAYYDG DLRRALFNRT WEHFTSHAHA PVGESLSAPL IVMADQLSYI ALPIFGAYHR 
HDYWAYRAVA VNALLRHLPD PVVRYAGPGW VEVSVHEQEL AGLERKIVHL VTYTPRRTSH 
PIPHVDSGGQ VVGISLGVRN DGRTPSRVYL APDGAELGFT VEGGYTQVQL PGVGPHTVIV 
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