| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1289 |
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| Symbol | |
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| ID | 3924970 |
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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 | Methanospirillum hungatei JF-1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007796 |
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| Strand | - |
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| Start bp | 1460122 |
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| End bp | 1462719 |
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| Gene Length | 2598 bp |
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| Protein Length | 865 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637896929 |
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| Product | ATPase AAA-2 |
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| Protein accession | YP_502751 |
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| Protein GI | 88602573 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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| TIGRFAM ID | [TIGR03346] ATP-dependent chaperone ClpB |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.00235636 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 6 |
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| Fosmid unclonability p-value | 0.153454 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATTATGA ACTTCAACAA TTTTACACTC AAATCACAGG AAGCAATTCA GAAAGCGATG
GATATCGCTG CTGGTAAACA GAACCAGGCG ATAGAACCTG CTCATATTCT CAAAGGGATG
CTTATTGTAG ATGAGAATGT CATCCCCTAC CTCCTCAAAA AACTCAATGT CAATCTTGAC
CGGTTAAACC AGGTTCTGGA TCGAAATATT GAGGCATTAC CAAAAATTAC TGGAGGGGAA
CAGTACCTTT CACACGATTC ATCAAAAGCC CTCCAGAAAG CGAGTGGATA TGCCCAGGAA
TTGAAGGATG ATTTCGTCTC GATTGAACAT CTCCTTCTCG GTATTCTCTC GGTGAATGAG
CCAACTTCGC GACTGCTCAA AGAATTTGGC GTGACTGAAA AGGATCTGAA AGAGGCTATC
CGAATTTTGA GGAAAGGGTC CACAGTTAGC AGCCAGACTG CAGAAGAGAC CTATAATGCC
TTAAATCAGT TTGCACGGAA TCTGAATGAA CTTGCATTCT CCGGAAAACT TGATCCGGTC
ATTGGCCGGG ATGATGAGAT CAGAAGGGTC TTACAGATCC TATCACGGAG AACAAAGAAT
AATCCGATAC TGATCGGTGA GCCTGGTGTT GGAAAGACTG CAATTGCAGA AGGTCTTGCA
CACCGGATTA TTGACGGTGA TGTTCCTGAT AACCTGAAGA CGAAGCAGAT CTTCTCCCTT
GACATGGGTG CCCTGATTGC AGGAGCGAAA TACAAGGGAG AATTTGAGGA ACGACTCAAG
AGTGTGGTAA AAGAGGTTGT CTCATCAGAC GGCGAAATCA TCCTCTTCAT TGATGAGATT
CATACCCTTG TCGGTGCCGG GGCTGGTGAA GGGGCAATGG ATGCCGCCAA TATCTTAAAG
CCCGCTCTTT CCAGGGGAGA ACTGCATGTC ATTGGTGCAA CGACCTTAAA GGAATACCAG
AAGTACTTTG AGAAAGATAA GGCCTTGGAA CGACGGTTCC AGCCGGTGAT GGTAAACGAG
CCTGATACCC TGGATGCGAT ATCCATCCTC CGTGGTATCA AGGAAAAATA CGAGACACAT
CATCATGTCC GGATCAAGGA TGAAGCCATA ATTGCAGCCG TTGAACTCTC GCAGCGGTAT
ATCTCCGACC GGTTCCTCCC TGACAAGGCG ATTGACCTGA TCGATGAAGC AGCGTCAAAA
CTCCGGCTTG AGATAAACTC CGTTCCTGAA GAACTTGAGA TAATTGAGCG GAAGATCAGG
CAACTGGAGA TAGAGCGGGA AGCCATTAAA CGGGAAAAGG ATCAGGTTAA ACTTGATGCT
CTCAATGAGG AGATTGGAAA TCTTACCGAG GAGCGGAACC GGCTGAAGGC AAAATGGCAG
TCAGAGAAGG ATATTGTCGA ACAGATACAG TTGCTGAAAA ATCAGATAGA AGATCTCAAA
TTTGAGGCAG AAAGTGCCAA CCGGGCCGGA GACCTCGGAA AGGTTGCTGA GATCAGATAT
GGCCGGATCC CTGAGAAAGA AAAGATCATC GAGGGTCTGA AGCAACAACT GACCGACCTG
CAGAAAGATT CGGCCATGGT CAATGAAGAG GTGGATGCAG AAGAGATAGC CGAAGTGGTT
TCCAGGTGGA CCGGCATTCC GGTTAGCAGG ATGCTGCAGA GTGAGAAACA AAAACTCCTC
ACCCTGGAGG CAGAACTTCA TAAGCGTGTT GTCGGTCAGG ATGAAGCTAT CCGGGCGGTA
TCTGATGCCA TACGCCGGAG CCGTGCAGGT CTGTCAGATT CAAAGCGGCC AATCGGATCA
TTCATCTTCC TCGGAACAAC CGGTGTCGGG AAGACAGAAC TAGCTAAAGC CCTTGCAGAA
TTTCTCTTCA ATAATGAGAA CAGCATGGTC AGGATTGATA TGTCCGAGTA CCAGGAACGG
CACACGGTTT CCAGGCTGGT TGGTGCTCCG CCTGGATATG TCGGATATGA GGAATCGGGT
CAGCTGACTG AAGCGGTCCG GAGAAAACCC TACTCTGTGG TATTACTTGA CGAGATAGAG
AAGGCCCATC CGGATGTCTT TAATATCCTG CTTCAGGTTC TGGACGACGG CCGACTGACT
GACAATAAGG GGCGGACGGT AGACTTTAAG AATACCATCA TCATTATGAC CTCAAACATC
GGGTCACATA TCATCCAGGA AAACCTGGAA CATGTCACTG ACAAAAACAG GGAGGAGATC
TATGATCAGA CCAAAGACCT GGTGTTTGAT CTTCTCAAGA AGACGATTCG TCCGGAGTTT
CTGAATCGGA TTGATGAAGT CATCATGTTC AGGCCACTGA CCATGGATGA GATTCGTACG
GTCGTCAAAC TGCAGCTTGA TATCGTCAGG AAGATGCTTG AGAAGAATGA TGTCAGGTTC
ACCGTCACAG AGAAAGCAAT CGGTCATATA GCAAACCTCG GGTTTGATCC CCTGTTCGGA
GCACGTCCCA TCAAACGGGT TATCCAGAGA AACCTGCTCA ATGAACTCTC GAAGATGATA
CTTGCCGGAG AGGTTACGAA AGAGAAAGAG ATCATTGTGG ATGAAAAGGA TGGGTCCCTG
GTATTTCGAA ATACCTGA
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| Protein sequence | MIMNFNNFTL KSQEAIQKAM DIAAGKQNQA IEPAHILKGM LIVDENVIPY LLKKLNVNLD
RLNQVLDRNI EALPKITGGE QYLSHDSSKA LQKASGYAQE LKDDFVSIEH LLLGILSVNE
PTSRLLKEFG VTEKDLKEAI RILRKGSTVS SQTAEETYNA LNQFARNLNE LAFSGKLDPV
IGRDDEIRRV LQILSRRTKN NPILIGEPGV GKTAIAEGLA HRIIDGDVPD NLKTKQIFSL
DMGALIAGAK YKGEFEERLK SVVKEVVSSD GEIILFIDEI HTLVGAGAGE GAMDAANILK
PALSRGELHV IGATTLKEYQ KYFEKDKALE RRFQPVMVNE PDTLDAISIL RGIKEKYETH
HHVRIKDEAI IAAVELSQRY ISDRFLPDKA IDLIDEAASK LRLEINSVPE ELEIIERKIR
QLEIEREAIK REKDQVKLDA LNEEIGNLTE ERNRLKAKWQ SEKDIVEQIQ LLKNQIEDLK
FEAESANRAG DLGKVAEIRY GRIPEKEKII EGLKQQLTDL QKDSAMVNEE VDAEEIAEVV
SRWTGIPVSR MLQSEKQKLL TLEAELHKRV VGQDEAIRAV SDAIRRSRAG LSDSKRPIGS
FIFLGTTGVG KTELAKALAE FLFNNENSMV RIDMSEYQER HTVSRLVGAP PGYVGYEESG
QLTEAVRRKP YSVVLLDEIE KAHPDVFNIL LQVLDDGRLT DNKGRTVDFK NTIIIMTSNI
GSHIIQENLE HVTDKNREEI YDQTKDLVFD LLKKTIRPEF LNRIDEVIMF RPLTMDEIRT
VVKLQLDIVR KMLEKNDVRF TVTEKAIGHI ANLGFDPLFG ARPIKRVIQR NLLNELSKMI
LAGEVTKEKE IIVDEKDGSL VFRNT
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