| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_1976 |
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| Symbol | |
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| ID | 3996928 |
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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 | Methanococcoides burtonii DSM 6242 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007955 |
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| Strand | + |
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| Start bp | 2074844 |
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| End bp | 2078947 |
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| Gene Length | 4104 bp |
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| Protein Length | 1367 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637959717 |
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| Product | hypothetical protein |
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| Protein accession | YP_566605 |
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| Protein GI | 91773913 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.000800417 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGGTGCCGC TATCCCCCAA GAGATCATTC ATTAAAAACA CAGATGGAGT TTCTGTTGTT
GTTGGTGAGA TAATGATGAC TGCTATCGTA GTAATAGCAG TATCTTTCAT TGCAGCTTCT
GTTCTTTCTT ATGAAGGTCC TTCCGATGTG CCCAATGTGG ATGTAATTGG GTGGGTAGAT
GTTGGGGCAG ATACTGTGAA TTTCAGGCAC ACCGGTGGTG AAACCGTTGA TGGTCAAGAC
ATTAGACTGA ACCTTAACTT GAATGGTTCT GCTATCAAGC TATCTTCTCA GGAAATACAG
TCTATATACG GGAAACCACA ATGGGAACTT GGGGATATTA TTTCCATTAA TGCTTCATCT
TTGTGGGGAC TAAACATCAG CGATGATGAC TATGTGTCTT CTGCGCTAGT ACATACTCCT
TCAAATATTG TTATCATGAG TGGTCCTCTT CTTGGGGATG AAATCAGTTC AGGTGGTAGT
CTTGGTAGTC TGCCACAGGT CCTTATCTCT TCTGGCTGGC CTTTTAATGA AAATGGTGGA
ACTATTGCTT ATGATGCCGT TAATGACAAT GATGGCACAT TGACCGGGGT TGACTGGGTA
TCCGGTATAA GTGGTTCAGG TATTAGATTC CACGATGATA GTGACGTGGT TCGCGTGGAA
AATAGCATTT CATTAAATCC AAAATCTGAA ATAACTCTGG AAGCATGGGT CAAATGGGCA
ATAGATCCGA ACGATGGTGA AAATTGGGCT AACATCCTTA ACAAGGATGG TGAAGACCAG
TACCAGTTGC AACACACCTA TGGCAATAAT CGGTTTGAAT TTGCTGTTAA TACCGATGAT
GGAAGGGACT GGATAAGTTC CACTACAGCA CCTCAAAAAG AAATCTGGTA TCATGTTGTA
GGTGTTTACA GTTCTTATGA TCAGGAGATC GCCATATACG TCAATGGGGT TAAAGAAAGA
TCTGCTGTAC ACGAAGGGGA TATTGCTATA TCAAGTGCCC CTTTTTTGAT AGGGGAACAT
CTCATTTCTG ACCGCAGTTT CAATGGTATT ATTGATGAAG TGTGGGTATA TAATACAAGA
CTCACGGATG AACAGATAAA GGCAAGACAT GATCTGAACA AACCCACGGT CATCAATAGT
GCATACTGGA CATTCAATGA GGATAGTGGT ACTGTCGCTT ACGATTCGAT TGGTGATCAC
GATGGTGATG TAATGGGCGC TACATGGGTA TCCGGTCTTA ATGACAGTGC ACTTGAGTTC
GATGGTAGCA ATGATCATGT GAGTGTGGAT TCTTCGATAA TTGAAAATTA TCCTTTTTCA
GTCAGTGCAT GGATAAAGAA CTCCGGGTCC AATAAAGATG AGGTTATTAT CAGTATGGCA
GATAGTTCTG CTACAAATGC ATATTATGGT ATGTATCTCG ATAAGACGAA AGGACTTACA
ATTGCTGCAA AGAACACAGC CTTAAAAGAA GTTTCCAGTA CAGTAGATGT AACGGATGGT
AACTGGCACT ATGTCGTTGG AGTGTTCGCC TCTGCGATCG ACAGGAAACT CTATGTTGAC
GGTGTGCTCA ATGGGACTGA TACACGCACA GTTCCATTCA ATAGTGATTT TGATAGATGG
AACATTGGTC GTTGGGCCGA CAAAACTCCT TCAGCATATT TCAACGGGGT TATCGATGAA
GCCAGCATAA CCGACAGGGA GCTGAGTGCA TCTGAGATAA TGAACAATTA TTTGCAATTG
AAACCTCAGG AGGTGACAAT ACCTGTGACT ACATTCACGT CCTTCTGGGC ATTCAATGAG
GGGACAGGTA TCAATGTTGT TGATTCTATG GGCGGTAATG ATGGAACTCT CAAATCTGGT
GCATCATGGG TATCAGGTGT CAACGGTACT GCTCTTTCTC TTGATGACAG GACTGAATAT
GTGGTCGTAA ATGACAATAG TTCACTTGAT CTTAGTACGG AAGGTAGTAT TGATACATGG
ATAAAACTGA ATTCTCATAT TGCAAACGCC GGTATCGTGC ATAAGGGCGA CCGTAAATCA
AAATCTGACA AAGCATATTC TCTTGAGTTT GATAATGACG AACACGTAAG TCTCGTCCTT
TACAATTCAT CAGGTTCATT CCAGCAAGTA ACTTCTGTCA CCAAACTTGA GCTGGATAAA
TGGTATCATC TGACGGGTAC CTGGAATTCC TCTTCTATTG AAGTTTATAT CAATGGTATA
CTTGATAGGT CTGAACAGAA CACAATTGGT GCTGTCCGGA ATACAGATGG TACATTGCAG
ATAGGTGCAA AGATCACTCA AAATGATGGA GCTAATAAAA AGTACGGTCT TGACGGCACT
ATTGATGAAG TTTATCTATC TAACAAAAAG ATGACTTTAT TTGATATCAG ATCAAGGTAT
GAAATGAACA AACAAGACGA AATATCAGAA GGCACCTATG CATCTCAGAT CATTTTTAAC
AAGCCTAACA AAGGCGGTGT CATTAAAGAC GGTGGTTACA TAAGCTTTAC AAATGGCAAT
GATCATCGTC ATGTTCGTAT AGATGGTACA AAATATGATC TGGAAACCGG CGATTCTGTT
AAGCTTGAAG TTGTAAATGA TCAGACTTCA GCTACTATCT CCATGAATGA TGTAAGTTCA
CAGATATCAG ATTTTGACCT CAATGTTAAA TTGTATATAA ATGGTGACCT TAAAGATACT
GGTAGGGTTA CTAGCATTTA TGCCAATCCG ATGTCAGATT TTAGTTCCAC TTTAAAATAT
GAACTTCCTT CTCATAACAG CCAGTCTTAT TTGAAAGCTG ATGAGATTAC AATAATTGAC
TGGCATCCGG TAAACGATTC GGGTATCATT ATCTCAAACA TCGGGTTTTA CAGCTCAGCC
GGAACTGTCC TTACTTTGAC CCCTTCGAGA ACTTACTTAA AATCCAGTGG TTACTATCAA
TTAGTAACAA ATGATCCTGT TATGTCATCC TTCTGGACTT TCAATGAAAA CTCCGGAACC
ACTGTCCATG ATTCTATTTC CAATCTGAAC GGCGATGTTG AAGGTGCTGC ATGGACCACT
GGTTCTAATG GAAGTGGGCT AGACTTTGAT GGGACAAATG ATCATGTGTT TGTCCCGAAT
TCATCAGATT TTAAGTTCAC TGATTCCATT ACCATGATGG CATGGGTCAA TTCGGACGTA
TCAAATACTG CAAAGATAGT TCAGAAAGGT GACTGGGGGG GATATGGACT GGGCCTCGAT
ATCTGGAATG GATGGGGTGC TTCTGTATAT TTCGATGGAT CCGGCTCCCA ATCCCTCCGG
TGGGGTAGTG GTGTTCCTGA GAATGGTCGC TGGTATCATG TAGCTTTTAC TTATGATGGA
TCCGCTATGA GACTCTATGT TGATGGCAGG GAGGTTAATA ATGCAACAGT TTCAGGAGAT
CTTAAAGTCA ACTCAAAGGA TATCTACATT GGATCAGATG GAGTTACTCA AAAGTTCTTT
GATGGTAAGA TCGATGAGGT AGGGGTGCAT CAAAATGCAT TGACAGGAAA TGAGATATAT
GAGATATACA ATTCCTCCCG GCCAGTCACT ACTAATGGCA CAAAATACGT TTTATATAAA
GTAAATTCAT CTTATAATGA TGCTGAAGAG CGAATTTCAA ATGGAGCAAT GGTCAGGACC
AGTACAGATC TTGAATTGGT TCGTGAATCC ACTGATCAGG AGGTCGGTGT CAGGTTTACA
GGTGTGGCCA TTCCACAAGG CAGCACCATC GAATCTGCAA CTCTTGTGTT CGTTATTGAT
GAATATGAGT CAATGACTAC GAATTTGAAT ATCTATGCTC ACGATGCTGA TGAATCTCCG
AAGTTTGGTA GCAGACGTCA TGATATCACA CGTAGGGGAA AAACAACTCA ATATGTTCAG
TGGAACAGTA TTCCTGCTCC TGCAGTCGGG GGGATTCTGG TCTCGCCGGA TATATCTGAT
GTGGTTCAGG AAGTTATCGG CAGGCCTGGA TGGTCTTCCG GCAATTCTCT TTCCATTATC
ATTAATGGTA ATGGTAGAAG AACAGTTGAG TCCTATAATG GTGTTCCTTC CAGTGCACCA
TTACTGAACA TAACATATAG TTGA
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| Protein sequence | MVPLSPKRSF IKNTDGVSVV VGEIMMTAIV VIAVSFIAAS VLSYEGPSDV PNVDVIGWVD
VGADTVNFRH TGGETVDGQD IRLNLNLNGS AIKLSSQEIQ SIYGKPQWEL GDIISINASS
LWGLNISDDD YVSSALVHTP SNIVIMSGPL LGDEISSGGS LGSLPQVLIS SGWPFNENGG
TIAYDAVNDN DGTLTGVDWV SGISGSGIRF HDDSDVVRVE NSISLNPKSE ITLEAWVKWA
IDPNDGENWA NILNKDGEDQ YQLQHTYGNN RFEFAVNTDD GRDWISSTTA PQKEIWYHVV
GVYSSYDQEI AIYVNGVKER SAVHEGDIAI SSAPFLIGEH LISDRSFNGI IDEVWVYNTR
LTDEQIKARH DLNKPTVINS AYWTFNEDSG TVAYDSIGDH DGDVMGATWV SGLNDSALEF
DGSNDHVSVD SSIIENYPFS VSAWIKNSGS NKDEVIISMA DSSATNAYYG MYLDKTKGLT
IAAKNTALKE VSSTVDVTDG NWHYVVGVFA SAIDRKLYVD GVLNGTDTRT VPFNSDFDRW
NIGRWADKTP SAYFNGVIDE ASITDRELSA SEIMNNYLQL KPQEVTIPVT TFTSFWAFNE
GTGINVVDSM GGNDGTLKSG ASWVSGVNGT ALSLDDRTEY VVVNDNSSLD LSTEGSIDTW
IKLNSHIANA GIVHKGDRKS KSDKAYSLEF DNDEHVSLVL YNSSGSFQQV TSVTKLELDK
WYHLTGTWNS SSIEVYINGI LDRSEQNTIG AVRNTDGTLQ IGAKITQNDG ANKKYGLDGT
IDEVYLSNKK MTLFDIRSRY EMNKQDEISE GTYASQIIFN KPNKGGVIKD GGYISFTNGN
DHRHVRIDGT KYDLETGDSV KLEVVNDQTS ATISMNDVSS QISDFDLNVK LYINGDLKDT
GRVTSIYANP MSDFSSTLKY ELPSHNSQSY LKADEITIID WHPVNDSGII ISNIGFYSSA
GTVLTLTPSR TYLKSSGYYQ LVTNDPVMSS FWTFNENSGT TVHDSISNLN GDVEGAAWTT
GSNGSGLDFD GTNDHVFVPN SSDFKFTDSI TMMAWVNSDV SNTAKIVQKG DWGGYGLGLD
IWNGWGASVY FDGSGSQSLR WGSGVPENGR WYHVAFTYDG SAMRLYVDGR EVNNATVSGD
LKVNSKDIYI GSDGVTQKFF DGKIDEVGVH QNALTGNEIY EIYNSSRPVT TNGTKYVLYK
VNSSYNDAEE RISNGAMVRT STDLELVRES TDQEVGVRFT GVAIPQGSTI ESATLVFVID
EYESMTTNLN IYAHDADESP KFGSRRHDIT RRGKTTQYVQ WNSIPAPAVG GILVSPDISD
VVQEVIGRPG WSSGNSLSII INGNGRRTVE SYNGVPSSAP LLNITYS
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