| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tfu_1339 |
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| Symbol | |
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| ID | 3579311 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Thermobifida fusca YX |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007333 |
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| Strand | - |
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| Start bp | 1550904 |
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| End bp | 1554086 |
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| Gene Length | 3183 bp |
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| Protein Length | 1060 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 637685036 |
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| Product | hypothetical protein |
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| Protein accession | YP_289400 |
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| Protein GI | 72161743 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGAAGAAAA CCCTCTCCTA TACCGACGCC CTGCGGATCC TCGGCGGGGA AGACGGCTCG
TCCCTCGGGG AATTAGGAGA AGCACTCACC AAAGGGACCC TGAGCGCGCT GGGTGTCCCA
GACGTGCTGG GGTTGCACGA TCGCCTGATC CGACACGGCC AAAACGCCAT AACCGGCATC
CGGGAGAAAC TCACCGGGGT CAGCCGGTGG GACCGCACCG AACGTGTCGC CGCCGCTGAC
CTGATCCTGC GGATCACCGC GTTCTTCAAC GCGTTAGCGG AGCTCCTGGA GCAGCACCAT
TGCCCGTTCA CGCTGCGGGA CCTGCGTTTC ACCCGGAACG AGCAGTACCG CCTGTTCTCC
GATGTGCTGC GCGGGATCGA GCAGGACACG CCGACGCTGC CTCCAGCGTC GGGCGGCCCT
GAGCTGGCCA CGCCTTACCG TAAGGCCGCA GGCGTCCTCC TTCTGTTCCT CCGCGGACTC
GAGGTGTGGG ATCGTCTCGA CGACGCTGAA CGCACTCGCG TCACTGAGAC TCTGGAAGAA
CTCCCTTCGC GAGCGTGCCG CCGCCATATC GAGCTGTACC GAAAGCTCGC CGCGGACGTT
CCGGAATTCG GGGTGTGGGC CAATTTTTCT GCTCATGAGA AAACCCAGGA GCAGATTACG
GAAATCAGCA CCGGACTGGA TGAACTAGCC CAAATACTCC AGAAACTGAC GACATCCCGG
AGTCGACGCC GACTTACCGA ACTGGAAAAC CTCTACCAGG CGATACTGGA CAAACCAATA
CTCGACGCCA GTGAAGCCCC CAATGGGGTC GTTCTGCCAT CGGTGCGCGA CGCCTACCTG
GACCTGGGAG GTCTTCTCCG ATTCACCGAC GAGAACGCCA CCCCTTCGTC TGAGGCGTGG
TGGCACGAAG CCACCCGATA CGACAACTTG CAGCCCCTGT TGGCGTCGCT GCTCACCCAG
CGCGAATGCC TGCTGCGGCC GATCGTTCTA CTCGGCCATC CCGGGGCAGG CAAGTCACAG
CTCACCCGGA TGCTTGCTGC TCGGCTGCCG CTCGGGAACT TCCTGCCGTT GCGCGTGGAA
CTGCGCTCGG TTCCCGCTGA TGCTCCCATC CACACCCAGA TCGACGAGGG AATCTCCGCA
ACCTTGCACG CCCGCACCTC ATGGCGGGAT CTGGCCGACG AAGCCCAGGA TGCGCTGCCC
GTGGTGATCC TCGACGGCTT CGACGAACTC CTCCAAGCCA CCGGGGTCAA CCGGTCCGAC
TACCTCGAAC AGGTGCAACG CTTCCAGGAG CACCAAGCCG ACCTGGGTCG TCCCGTTGCT
GTGATCGTCA CTAGCCGAAC CGTGGTAGCT GAACGCACCC GCTTCCCCTT CGGGATACCG
GTGATTCGTC TGGAGCCGTT CACCGACGCG CAGATCGCCC ATCTGACAGA CGTCTGGAAT
CGGGCCAATA CTGCCGCGCT AGCCGAGCGG GGCTTGCACC CGATCACTGC CGACAGTCTG
CTGCGCTACC GAGACCTTGC GGAGCAGCCG CTGCTGCTCT TCATGCTGCT GATCTTCGAC
GCCGATGCGA ACGCACTCCA GCGGGAGACT GCCGACCTAG GTCGGGCAGG CCTCTATGAG
AAGCTCCTGA CTTCATTTGC GGAACGCGAG GTCCGCAAAC ACCATCCTCA CCTGTACGGA
GAGGAGTTGG CTCAGGCTGT CGAAGATGAA CTGCGCAGCC TCGAAGTCGT GGCCATCGCA
ATGTTCGCTC GCCACCAGCA GTGGGTGAGT GCCGAGCAAT TGGAAGCCGA CCTGGCAGCA
CTGTTTCCCG GAGCCGGGGT CCATGCCGAA GAAACTGGAT TAAGCGGTCA TATCACGACG
TCTCATCAAG TCCTGGGCCG GTTCTTCTTC GTACACGAAG CACGCGCCAT TCAACAGGGA
GATACTCGCA GCGTCTACGA GTTCCTCCAC GCCACGTTCG GGGAGCACCT GGTCGCGCGG
GCCGTCGTCA ATGAACTCGC CCGCTTGGTC GAGGACCGCG CCTACTACGC GCGTAGGCGC
GCCCCGCTCC CGGAGAACAG CGACTTCCTC TTCTACGCCT TCACCTCGTT TGCCGCACTC
GCGGGACGCG CAGCCATCGT TGAATCTGCC GCGGAACTGC TCGCTGTGAA AGCCGCCGAT
GCCCGGGAAC GCGCCGCATA CCGCTCCCTG TTGGTGGACA TGTTCCGGGA GGCTCCTTAT
CCGCGTCCCT TCCCGAAGCG GGATTACCAG CCCTTTAAGG CGACCATCAC GCACCGTCTT
GCTGCCTACA CCGCTAACCT CGTCACTCTG CTTGTGCTCA TCGCCGACGA GATTGACCTG
TCCGAACTGT TTCCTGACTC CGGGCCTCCC TGGCTGCCCT GGCGAGAACT GGTCGGAACG
TGGCGGTCCC TGCCCGGTGA TGACTGGTAC GGCTTGTTGG ACACGGTACG GATGCGTCAC
CTGGGGCACT GGGGTGAGGA CGAGACGCCG CGTGCCTTGC TCTGCCGAGA ACAGCGGACA
CCCGTGAATG TCGGCGAATG CGTGGGCTTC GAGCTGCGGG TCAACGCCAG CGGACGGTTG
GAGATCACTA ACCCGTACCG GCTCACGGTG CCCTACCCCA ATGAGACTTC GCGCATGCTG
CGCTCTGTAA GCCTCCTCAT GCAGGGGTGG TCGGCACGCC TGGTGCTCAT GGTGGGCCCC
TATTTGGAGC ATGGGGGATC CACCATAGGA ACCTGGGCTA TGGAGGAAGC TGTCTACTCG
GATCCTGACG AGGAAGAAGC TGAAGACGCT CACCTTCCTA TTCCGGTCTC GTGGATGCCG
AGCAGCGACA TCCTCGAACT CCGGCTGGGC CCTTGTGGGG TCCCGGAGAC CGCTGCAAGC
CGACTCTTCC GCTACCAGCG GATCTTGGAG TGGTCCCTCA GCAGGGGATT TGTACTAGGC
CGCCACGAAT GGGCAGCCCT ACGCCAGGCT GGGGAAGAAC TCGCTGCCAT ACAGGATGCG
ACCACAGATC CCGTGTTTCG GGAGGTTTAC CAAAACTTGC GTGTGATCAT CGAGGCCCAC
TTGCACCGCG TTGAAAAGGT CATGCCCAAA CGGAAACTCC TCGAGCCGGT ATTGGAGACG
CTCCGCCCTC ATCTGAACGA CCCTTCGGTC ATCGACCGGG TCTTAGACCT TGCTACTAGC
TAG
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| Protein sequence | MKKTLSYTDA LRILGGEDGS SLGELGEALT KGTLSALGVP DVLGLHDRLI RHGQNAITGI
REKLTGVSRW DRTERVAAAD LILRITAFFN ALAELLEQHH CPFTLRDLRF TRNEQYRLFS
DVLRGIEQDT PTLPPASGGP ELATPYRKAA GVLLLFLRGL EVWDRLDDAE RTRVTETLEE
LPSRACRRHI ELYRKLAADV PEFGVWANFS AHEKTQEQIT EISTGLDELA QILQKLTTSR
SRRRLTELEN LYQAILDKPI LDASEAPNGV VLPSVRDAYL DLGGLLRFTD ENATPSSEAW
WHEATRYDNL QPLLASLLTQ RECLLRPIVL LGHPGAGKSQ LTRMLAARLP LGNFLPLRVE
LRSVPADAPI HTQIDEGISA TLHARTSWRD LADEAQDALP VVILDGFDEL LQATGVNRSD
YLEQVQRFQE HQADLGRPVA VIVTSRTVVA ERTRFPFGIP VIRLEPFTDA QIAHLTDVWN
RANTAALAER GLHPITADSL LRYRDLAEQP LLLFMLLIFD ADANALQRET ADLGRAGLYE
KLLTSFAERE VRKHHPHLYG EELAQAVEDE LRSLEVVAIA MFARHQQWVS AEQLEADLAA
LFPGAGVHAE ETGLSGHITT SHQVLGRFFF VHEARAIQQG DTRSVYEFLH ATFGEHLVAR
AVVNELARLV EDRAYYARRR APLPENSDFL FYAFTSFAAL AGRAAIVESA AELLAVKAAD
ARERAAYRSL LVDMFREAPY PRPFPKRDYQ PFKATITHRL AAYTANLVTL LVLIADEIDL
SELFPDSGPP WLPWRELVGT WRSLPGDDWY GLLDTVRMRH LGHWGEDETP RALLCREQRT
PVNVGECVGF ELRVNASGRL EITNPYRLTV PYPNETSRML RSVSLLMQGW SARLVLMVGP
YLEHGGSTIG TWAMEEAVYS DPDEEEAEDA HLPIPVSWMP SSDILELRLG PCGVPETAAS
RLFRYQRILE WSLSRGFVLG RHEWAALRQA GEELAAIQDA TTDPVFREVY QNLRVIIEAH
LHRVEKVMPK RKLLEPVLET LRPHLNDPSV IDRVLDLATS
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