| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0775 |
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| Symbol | |
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| ID | 6315757 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | + |
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| Start bp | 804106 |
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| End bp | 807447 |
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| Gene Length | 3342 bp |
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| Protein Length | 1113 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642643150 |
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| Product | MukB N-terminal domain/M protein repeat protein |
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| Protein accession | YP_001916950 |
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| Protein GI | 188585405 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.0308162 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGATCAC TGACCAAGGT TAAACTAGTT AACTGGCACT TTTTTTCCGA TGAAACCATG
GAAATGGATA ATAGTGTGCT GATAACCGGT GACAATGGAG CGGGAAAATC AACACTAATT
GATGCCCTTC AAGTTGTGTT GGTAGGAAAC CTGGCAAAAG TTAGGTTTAA CTCTTCAGCC
TTTGAGGAAA AGACCACCAG AAACATCAAA GGTTATCTAA AAGGTAAAAC CGGGACGGAA
GGGGAGACGG TTTTTCTAAG AGATGATCAT GATTTTACCA GTTATATTAT CATGGAAATT
TTCCATTCCA AAACCAAGAC ACCGTACCTG GTAGGCGTGT TATTTGACTA TTATCAAAAT
CGAGAAGACT TTGAGCATGT GTTTTTTAGA ATAGATAATG AGGAGTACCG GGATGAGTTA
ATTTATAAAG AAGAGAACTT ACCCAGGAAT CGGGATGAGT TCTTTCGCTA TCTAAAAGGA
CAGGGTATCA AATTTAAACA TTACAAAAAC GACCTGTCTG GTTATTTGAA TGACCTTCGC
CAACTCTTTG GCGGTGTTAA ACAGTCATTC TTTTCCCTGA TTCAAAAAGG AATAAGTTTT
AGTCCTATAA CCCACCTGCG AAGCTTCGTG TATGACTATA TTCTAGAAGA ACGCCAGGTT
GACGTAGAGA CCATGAGAGA CTACTTTGAA AAATTCCGGG AACTTGAAGA ATACATTGAA
GATACCAAAA AAGAAATGTC AGCACTAGAA CAGATTGATA AAACTTATCA AGAAATCAAG
CAAAAACAAG CTAATCTGGA TACTGCCAAA TACATGATCT ACAGAGGTGA ACTCGAAGAT
AGAAAAGCCC GTCTACAAAC AAAGGAGCAA GAACGTACCC AGGAAGAACA GAACCTATCA
AAGTTGTTAC AAGATATTAA TACTAAAGAA AAAGAGAAAA CAGAACTGGA TAATAAGATA
AAACAAGTAC ATCAGCAGAT CGCCCAGAAT AGTATTACTA TAAAAATCGA GAACTTGAAA
AAAGAAATTC ACAATAAGCA AGTGGAAGAA CAAGAGCTAT CTAAACTCCA GGAAAATCTC
CGTCATCAAA TTAACTCTGA AGCAGAAGAA TTTGAAGTCC TGAAAAAGCT ACTAACAACT
GCTGATATTG ACAGTGAATT TTCCAATTAT CAGTTATTAA AGCAAATTAT CCAGGAAATG
AGGGATCTGG CTAAATCTCT AAAGGAAAAT GACAACCCAG AAGATATATC CAGGGCTTTT
TCTAATTCTC TAGAAGATAT GGCTGCTACC TGGAAAGATA TCCATAGAAA GATTTCTAGT
ACTCTGTATT CCCTGAGAGA AGAACAAAAA CAACTACAAA ACGATAAAAA CCAATTAGAG
CAAGAAATTT CTGATCTGGA GAAAAACCAA ATCCTTCGAA GTGATTCTCC TACTATGAAA
CTCAAAAAAA TCCTGGAAGA ACATCTGGTT AATGACAGAG GCGAACCTGT CCCCGTGGAC
ATATTTTGCG AAGCCATGGA TATCAAGGAT AAAGAGTGGC AAAATGCCAT TGAGGGTTAT
CTACATACCC AGAGATTCGA CCTTTTAGTA GAGCCTGGCT ATTTTGACGA TGCCCTAGAA
CTATATGAGC GCTATAAATT CTCCCAGGGA ATAGACCGGG TAGGACTGGT GAATACAGAT
AAACTCATGG AGTCAAAGAT AAAAGTCGAA GACAAAGCCT TATCACAAGA AATTCATGCT
AAAAAACCTC ATATCAAGGC TTATGCCGAG TTCCTTTTAG GCCGAATAGT AAAATGTGAC
CATGAACGGG AACTAAAACA ATACAGGCGA GCCATTACCA AGACCTGCAT GTTGTATCAA
AACTATACTG CCAGGCAAAT TCCCAAAAAT AGATACCAGC CCCCCTATAT CGGTAGTGAT
GCACTAAGAA TCCAGTTAGA AACCAAAAAA CAAGAACTGG CAAAATTGAA AGACAAACTA
AGTCAGGTAG ATCAAGTTAT TTCTCAGTTA AAACAGATAG AAGACTATCC CGATGATAAA
CGGGACCGGT TTTCGAATCT CGAATCAGCC TATGAAAGGA TTTCTGTCCT TCCCCAGCTC
AGGCGAGAAT TACAGGAATT GAATCAACAA CTAATGAGTA TGGACACCTC GGAAATAGAT
CGTCTTAAAA AACAACAAAA ACAACTGACT AAAGAGTATA ATGAAACCGA TGAAGAGCTC
GGGAAACTTC AAACTAAAGA AGGACAGACA AGATCCAATA TAGACTACTT GAAAGAACAG
ATTAAAGAGC TCACTGACAA GGTAGAAACT GCCAGCTCAG AATTGGACAA TTATCTAGAA
CTGATAGATG AGAATCAGCG AAGCAACTGG AAGACCAAAT GGGATTCGGA AGTTCAGACC
AAACCCCCCG AGACTCTAAA AGCCAACTAT GAAGTACAGA AAAACAGGTT AACTACCATG
ATAAACGAAG ACTGGAATAA ACTTATTCAA AAGAGAAGTG ATTTTAACCA TGAATTTGAC
TTTCCAGCTA ATCCTCAGAG TAAGACTAAT GACAAGTACC AACAACGCTA TCAAAACTTA
AAGGATAGCC ATCTGGTGGA GTATCAGTCC CAGGCTAAAG ATGTCAGGGA AAAGGCTGAA
CAGAGTTTTC GAGAACACTT TGTAGCAAAG CTCAGAGAAA ATATTGAAAT TGCCAAACAA
GAGGTAGAAG AACTAAATAG GGCCTTGAAG AATATGAAGT TTGGAACTGA TTCATATAGA
TTCAAACTAT CACCTAAACA AGAACTCAAG GGATATTATG ATATGATTAT GGATCCTCAA
CTTCATGAAG GCCATAATTT ATTTACTGAA AGTTTCCGTG AAAAACACGG AGAAACAATC
AATGAATTGT TTAGAGATCT CAATGCTGAA GAAGATGCCT TCCAGGAAAA AATGCAGGAA
CTCACCGATT ACAGGTCCTA TCTAGATTTT GAAATAGTAA TCACTGATGA AAACGGTAAT
CAGAGTTATT TCTCCAAGGT AGCCCGGGAT AAAAGTGGAG GGGAAACTCA AGTCCCTTTT
TACGTGGCTA TTCTAGCTTC TTTTTATCAA GTATACGGCA TGTATCGTAA TTCTGACACC
CTAAGACTGG TTATCTTTGA TGAGGCCTTT AATAGAATGG ATGCAGATCG AGTTGAAGAA
GCCATTCGAT TCATCGATAC CCTGGGTTTT CAGCCACTAA TTGTAGCACC AACGGGTAAA
ATCCAGTTAA TTGCTCCCCA TGTTCATACT AACTTGATTG TTATGAAAGA AAAGTTCACA
AGTTTTGTAG AACGAGTGTC CAGGAAGGAG CTGCTTGAGT AA
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| Protein sequence | MRSLTKVKLV NWHFFSDETM EMDNSVLITG DNGAGKSTLI DALQVVLVGN LAKVRFNSSA
FEEKTTRNIK GYLKGKTGTE GETVFLRDDH DFTSYIIMEI FHSKTKTPYL VGVLFDYYQN
REDFEHVFFR IDNEEYRDEL IYKEENLPRN RDEFFRYLKG QGIKFKHYKN DLSGYLNDLR
QLFGGVKQSF FSLIQKGISF SPITHLRSFV YDYILEERQV DVETMRDYFE KFRELEEYIE
DTKKEMSALE QIDKTYQEIK QKQANLDTAK YMIYRGELED RKARLQTKEQ ERTQEEQNLS
KLLQDINTKE KEKTELDNKI KQVHQQIAQN SITIKIENLK KEIHNKQVEE QELSKLQENL
RHQINSEAEE FEVLKKLLTT ADIDSEFSNY QLLKQIIQEM RDLAKSLKEN DNPEDISRAF
SNSLEDMAAT WKDIHRKISS TLYSLREEQK QLQNDKNQLE QEISDLEKNQ ILRSDSPTMK
LKKILEEHLV NDRGEPVPVD IFCEAMDIKD KEWQNAIEGY LHTQRFDLLV EPGYFDDALE
LYERYKFSQG IDRVGLVNTD KLMESKIKVE DKALSQEIHA KKPHIKAYAE FLLGRIVKCD
HERELKQYRR AITKTCMLYQ NYTARQIPKN RYQPPYIGSD ALRIQLETKK QELAKLKDKL
SQVDQVISQL KQIEDYPDDK RDRFSNLESA YERISVLPQL RRELQELNQQ LMSMDTSEID
RLKKQQKQLT KEYNETDEEL GKLQTKEGQT RSNIDYLKEQ IKELTDKVET ASSELDNYLE
LIDENQRSNW KTKWDSEVQT KPPETLKANY EVQKNRLTTM INEDWNKLIQ KRSDFNHEFD
FPANPQSKTN DKYQQRYQNL KDSHLVEYQS QAKDVREKAE QSFREHFVAK LRENIEIAKQ
EVEELNRALK NMKFGTDSYR FKLSPKQELK GYYDMIMDPQ LHEGHNLFTE SFREKHGETI
NELFRDLNAE EDAFQEKMQE LTDYRSYLDF EIVITDENGN QSYFSKVARD KSGGETQVPF
YVAILASFYQ VYGMYRNSDT LRLVIFDEAF NRMDADRVEE AIRFIDTLGF QPLIVAPTGK
IQLIAPHVHT NLIVMKEKFT SFVERVSRKE LLE
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