| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1756 |
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| Symbol | |
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| ID | 3924706 |
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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 | 1984858 |
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| End bp | 1988142 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637897376 |
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| Product | hypothetical protein |
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| Protein accession | YP_503196 |
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| Protein GI | 88603018 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1483] Predicted ATPase (AAA+ superfamily) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 13 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCATTAT CAAATTACGA CAGAGTGGGG AGGGCAATGG ATCAGCTCAA AACCGGACTT
ATGCGGTTTG TTGAGCGGGA AATGAAATCT GCATATGGTG AAACCTGGCA GGAGATGGTT
ACAGATATTC CTCCACGGGA TGGCTGGGTG GATTACTGGG ATGTCCAGAA ATTGCTGCTT
GTCATGTGGG ATCAATGGGC AAAGGTCTTC TCACAAATAT TAGGTCATAC CGAGAGAAGC
CTTGTTTCAG AACTCAGGGA GACCAGAAAC CAGTGGGCCC ACCAGAAACC ATTCTCTACG
AATGATACTC TTCGTGCCCT CGACAGCACC GCCCGCCTTC TCAATGCAAT ATCAGCATCT
GCAGAACATG CCGAAGTGGA AAAGATGCGA ATGGACCTCC TTCGACTCCA GTTTGAAGAG
ATGCGAAGGA ATGAGATGCG AAAATCATCA TTCCAACCAA CCGAAGGAAA ACCAATGGGG
GGCCTTAAAC CCTGGAGGGA AGTCATCACC CCTCACCCTG ATGTAGCCTC CGGGCGATAT
CAACAGGCTG AATTTGCCGC TGATCTCTGG CAGGTATACC TGGGAGAAGG ATCTGATGAA
TATAAACACC CGACAGAATT CTTCCGCCGG ACATTCCTGA CTGAAGGACT CAGACAACTT
CTCGTGAAAG GTCTGGAGAG ACTTGCGAAT AATGGCGGAG ATCCAGTAGT TGAATTACAG
ACGAACTTTG GTGGGGGGAA AACCCACTCA ATGCTTGCAC TCTGGCATAT CTTTTCCGGA
AGTCCGGCAT CAGACCTTCC GGGGGTTGAA GAACTCCTCA AAGATAGAGC CGTAACAATA
CCTCATAATG TCAGAAGGGT CGTTCTTGTG GGTACAAAGA TATCGCCCGG TCAGCCGGTT
ACAAAACCTG ACGGCACTCT AGTCCGGACC CTCTGGGGAG AAATTGCATG GCAACTTGGC
GGCAAAGAAG GCTATGCAAT GGTCAAAGAG GATGATGAAA AGGCGACCAA CCCTGGAGAC
CGGCTTCGTG AACTTTTTAA CAGGTACTCT CCCTGTCTTA TCCTTATAGA TGAATGGGTT
GCCTATGCCA GACAACTCCA TGAAGGAACC AATCTTCCGG CTGGAACTTT TGAAACACAA
TTCACCTTTG CCCAGGCCCT TTCTGAATCA GCAAAGGCCG CAAAAAACAC CATGCTCGTG
GTCTCAATAC CGGCATCTGA CAACGAAATT GGTGGAGAAT GGGGGAAAAA GGCACTTGAG
CGGTTGAAGA ATGCAATCGG GAGGGTAGAA TCTCCCTGGC GTCCGGCAAG CCAGGATGAG
GGATTTGAGA TCGTCAGGCG TCGTCTGTTT CAGCCACTTA CCCATGAGCA GGCAGTCCAC
CGTGACGCAG TAGCCAGGGC ATTTATTGAT TTTTACGGAA CTCACACTAC GGAATTTCCG
ATTGAATGCC GGGAAGGGGA GTATGAGCGA CGGATAAAGA TGGCATACCC CATTCATCCA
GAACTCTTTG ACCGGCTCTA TAACGACTGG TCAACGCTGG ACAAATTCCA GAGAACCCGT
GGTGTCTTAC GGCTCATGGC TGCAGTCATC CATTCCCTGT GGGAGAGACA GGATGCCAAT
CTCCTCATTA TGCCTGCAAC GGTCCCGATT GATGATTCAA ATGTTCAGTT TGAATTGACC
AGGTACCTTG AAGACCAGTG GGTCCCGGTC ATTGAGAAAG ATGTTGACGG GCCACACTCT
CTTCCGCTCA GTCTTGACCG GGATAATCCA AACTTAGGGA GATTCTCTGC ATGCAGGAGA
ATAGCACGTA CCATTTATCT TGGTTCAGCC CCGACTATCC GGGCATCAAA TCGCGGCATC
GACGAAAAAC GGGTGAAACT TGGATGTGTC CAACCGGGAG AGACGGTCCC GACATTTGGT
GATGCCCTCC GAAGACTGAC TGATAAGGCA ACCTATCTCT ATGTTGATGG AACCCGGTAC
TGGTATTCCA CACAACCCTC TGTAACCAGA ACGGCTGAGG AACGGGCTGA AAGAAAATCT
CCTGAAGATG TATGGGATGA GATTCAACAG AGACTGAACA AACACGCGAG AACACGAGGG
GATTTTTCAA AAGTTCATGT CTGTACGCGG TCACAAGATA TCCCGGATGA ACGGGATGCC
AGACTCATAG TACTGCATCC TAAATTTGCA CACACCGGAC GAGAAGATTA TAGCCCTGCG
ATTGAGGAAG CAACAAATAT TTTGTCTTTT CGGGGTTCAA GTCCTCGAAC GTACCGGAAT
ACTCTGGTGT TTTTAGCTCC TGATTCGACC AGACTCTCTG ACCTGGAAAG TGCGGTGAGA
TATTATCTAG CCTGGAGTAG CATTCTCCAT GATCAGGAAG AATTAAACCT AGATAACTTC
CAGAAACGGC AGGCAGAGAC GAAGAAGAAA TCAATGGATG ATACCATTGA GGCGAGAATT
CCTGAGACAT ATCAATGGCT CATAGTTCCA ACTCAGCCAG ATGTAAGGGG AGAGATTGAA
TGGGAAACTC TTCGCCTGCA AGGGCAGGAT GAACTAACCA TCCGGGCTTC AAAGAAGCTG
AAAACTGATG AGATGCTGCT TACCGAAATG GGAGGAGTCC GACTACGACT GGAGTTAGAT
AGGGTACCAT TATGGAGAGG AGATCATGTC TCAATCAAAC AACTTATCGA GGATTTCGCA
ACATACCTCT ATCTTCCACG ATTAAGAGAT GAACAGGTCC TCATATCAGC GATTAAAAAT
TCTCTGAACA CTATATCAGT TAATCCTGAT ACTTTTGTGT ATGCTGCCGG TTTTGACGCT
GAGAAAAATG AGTATCTGGG ACTCCAGTTC ATGGCAAATG GGGCGGTTTT CTCTGATAGT
ATGAGCCTGT TAGTAAAACC GGGAATTGCA CAAGCACAGT TAGAAAGAAA GGAAAAATTA
ATCATTGATG ACTCAGGAAA CCTAAAGCCA ATAAATAATC CTACTCCCGA AACTGATGGG
GGAGGCATTC CAACTAGAAT TAATCCCCCA TCTCCTGTTG TAAAACCAAA GGTATATCAT
CGGTTCCATG GGCATGTCAC GGTTGATGCA GAACGGGCAA TACGGGACTT TGGTACCATA
AAAGAAGAAA TTATCAATCA ATTTACAAGC AAAATTAAAA CAAAAGTTAA GATTACAATT
TATATTGATG CGGATATAGA GAATGGTGCA GACGAAAAAC TGATTCGGGA TGTATCCGAA
AATTGTAAAA TATTACATTT TGATGCCTGT GAGTTTGAAG ATTAA
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| Protein sequence | MALSNYDRVG RAMDQLKTGL MRFVEREMKS AYGETWQEMV TDIPPRDGWV DYWDVQKLLL
VMWDQWAKVF SQILGHTERS LVSELRETRN QWAHQKPFST NDTLRALDST ARLLNAISAS
AEHAEVEKMR MDLLRLQFEE MRRNEMRKSS FQPTEGKPMG GLKPWREVIT PHPDVASGRY
QQAEFAADLW QVYLGEGSDE YKHPTEFFRR TFLTEGLRQL LVKGLERLAN NGGDPVVELQ
TNFGGGKTHS MLALWHIFSG SPASDLPGVE ELLKDRAVTI PHNVRRVVLV GTKISPGQPV
TKPDGTLVRT LWGEIAWQLG GKEGYAMVKE DDEKATNPGD RLRELFNRYS PCLILIDEWV
AYARQLHEGT NLPAGTFETQ FTFAQALSES AKAAKNTMLV VSIPASDNEI GGEWGKKALE
RLKNAIGRVE SPWRPASQDE GFEIVRRRLF QPLTHEQAVH RDAVARAFID FYGTHTTEFP
IECREGEYER RIKMAYPIHP ELFDRLYNDW STLDKFQRTR GVLRLMAAVI HSLWERQDAN
LLIMPATVPI DDSNVQFELT RYLEDQWVPV IEKDVDGPHS LPLSLDRDNP NLGRFSACRR
IARTIYLGSA PTIRASNRGI DEKRVKLGCV QPGETVPTFG DALRRLTDKA TYLYVDGTRY
WYSTQPSVTR TAEERAERKS PEDVWDEIQQ RLNKHARTRG DFSKVHVCTR SQDIPDERDA
RLIVLHPKFA HTGREDYSPA IEEATNILSF RGSSPRTYRN TLVFLAPDST RLSDLESAVR
YYLAWSSILH DQEELNLDNF QKRQAETKKK SMDDTIEARI PETYQWLIVP TQPDVRGEIE
WETLRLQGQD ELTIRASKKL KTDEMLLTEM GGVRLRLELD RVPLWRGDHV SIKQLIEDFA
TYLYLPRLRD EQVLISAIKN SLNTISVNPD TFVYAAGFDA EKNEYLGLQF MANGAVFSDS
MSLLVKPGIA QAQLERKEKL IIDDSGNLKP INNPTPETDG GGIPTRINPP SPVVKPKVYH
RFHGHVTVDA ERAIRDFGTI KEEIINQFTS KIKTKVKITI YIDADIENGA DEKLIRDVSE
NCKILHFDAC EFED
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