| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_1707 |
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| Symbol | |
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| ID | 3997381 |
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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 | 1792043 |
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| End bp | 1796254 |
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| Gene Length | 4212 bp |
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| Protein Length | 1403 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637959454 |
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| Product | A-macroglobulin like protein |
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| Protein accession | YP_566350 |
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| Protein GI | 91773658 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.780753 |
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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 | ATGAAATATA ATGGGGTAAC AAAAAAAGGA TTCTGTTTAC TGGTCTTGCT ATCATGCATT
CTGCTGGCGG GATGTATCGG GCAGGACGAT GGAAATGTCC AAACTTCTTC CAATGAAGCT
CTCTCCTATG ATGAAGGAGG GACCTATTCC GAAGAGGATG AATATCTGGT GCTTGTGCCG
AAAGCACTGT TCTCAGGCGG GGAAAGTTCT GTAACGATGT CTGCTTTCCT GGATGATGAA
CCGGTCAGCA GGGGTGTTGA ATATACTCTT ACCAGTGCAG CAGGCGACAT AATCCCACTG
GTAAAGGCGG CTACGTCTGA ATCCGGTAAT AATGTAGCAA AATTCGATGT ACCGGATGTG
GAAGAAGGAA GCTATACACT GACCGCAACA CCCTCCGGTG CTGAAAGTGG TTTTACTACA
ACCGTTAAAG TGATGCAGAA CAATCCGATC TTCATCGAAA CTGACAAACC GATCTACAAA
CCCGGGCAGA TCATACATGT CCGTCTTCTC AGTTTGAACA ATAATCTCAT TCCTGTCGTT
CAGAACACCA CCGTTGAGAT AGCTGACGCA AAAGGAGTGA AGATCTATAA GGACGATCTG
GTCACCAACG AGTATGGGGT TGCCTTCTTT GACCTTCCGC TTGCCTCCGA ATTGAACCTT
GGGACATGGA AAGTGAAGGC AACATCAGGA AGTTCGATGT CTGAAGTGGA TATCAGGGTG
GAAAAATATG TCCTACCCAA GTTCGATCTC GAAACCTCCA CTGAAAAAAG CTGGTTCCTT
GCAGACGAAC CTATTACAGG AACTGTCTCT GCTAATTATT TCTTCGGAAA GGTCGTTGAA
GGTACTGTTG AGGTAAAGGC TTCCAGATAT GTAGGTGTCT GGGAAGAATA CTCAACGTCC
ACTGCTACTC TTAAAGACGG AAATGTAGAA TTTACACTTC CTGCTGTTGG ATATGTTGCA
GGTACCTTTG GAGCCGGTGG TCAGGGCAGT GTCATGCTGA ACGTGACCGT GACCGACACC
GGTGGGAATA GTGAGGAAAG TACCGAACTG CTCACCATAG CAGAACATCC GTTCATAATG
CAGATGATCC CGGAATCTAA TTCCATCAAA CCGGGAATGC CTCTTCAGGT CCTTCTTGTA
ACAAAGGACC CCGGAGGAGA ACCCCTTGAA AAAGAGGTTA CCCTTGTTGC AAATTTCAGG
GATGATAATT ACAACTACGA AGAGATCAAG GAGACCTACA CAACAGAGAC CGGTATTGCT
CTGGTAACAT TGGAAATACC CGAAGATGCT GTAAGTGTCG AACTGTCTGC TGCCTCTGAG
AAAGTTAAAG CTAGCAGTAC ATTGAATTCG GTATATTCCC CAAGTGCCAG TTTCCTGCAT
TTGAGCCAGG TAAGTGAAGG CATACCGGAA GTCGGGGACG TGATATCGTT CAAGGTGTAT
TCAACTAACG CGGGAACTGT ATTCTACGAT GTTTTCGCAA ATGGAAGGAC AGTTTATTCT
GCTACCAGTG ATGAGCCGCA GATAAACATC CTTGTCACAC CACAGATGAG CCCGTCAGCA
AAGGTCGTTG CTTATCTGAT AAATCCTAAC AATGAGGTTT CTGCCGATAG TCTGCCATTC
GATGTTAAGT TCAGCACACA GGTAGACCTT TCCACAGGGT TTGATGAGGA AATGGTTGCA
CCCGGTGATG CTGTCTCGGT CGAGCTGGAT GCAGGCACGA AGTCCATGAT AGGACTTTCC
ATTGTGGACG AATCCGTATA TGCATTGAGC GAGGGCAGGC TGAACCTGAA ACAGGTTTTC
GATGAGCTCG AAATCCGCTT CATGGAACCT CGGGTAGAAG CGCATCCTCA ATATTTTGGA
TACCAGACAA CTGCTTATGA TGTTCTCGAT GATGCCGGGA TGATAGTACT GGCATCTGGA
AGTCTTGAGA TTCCAAGATC ACAAACCAAT GATGCAAAGT TTATTGATTT CGCAGCAGCA
GTGTTTGAAA TGGATGGTAT GGAAGTTATG GACGAAGCTG TAATGGAGAT GCCGAGAGAA
GAGGCTGCAA TGGATGATGA AGCAGATTCA GGAGAACAGC TTGCGGAAGT CGAAAGAGTA
CGCCAGTTCT TCCCTGAAAC ATGGATCTGG ATGCCTGAGA TTCTTACAGA TGATAACGGA
CTGGCAACCC TTGATCTGAA TGCACCTGAC TCCATCACCA AATGGAGACT TCATGCAGTA
TCCTCAGGTC CGGAAGGTAT CGGAATCTCT GAAGCAGGCC TTACGGTCTT CCAGGATTTC
TTTATCGACC CTGATTTGCC CTATGCTGTT ATTCGTGGCG AGGAGTTCCC GGTTCAGGTA
CAGGTGTACA ATTATCTCGA CATGCCTCAG AACGTGAAGC TGACTCTTTC CGGTGCAGAA
TGGTTCGAGC TGGTAGGCGA TGATGTTGTT GAAGTGGGTG TGGATGCCAA TAGTGTGACC
CATGTAAGTT TCACCATTCG TCCCACCAGG GTCGGGGTGC AGACAGTTGA GCTGACAGGA
CAGACCACTG AAAAAGCGGA TGCTATTCGT AAGACCATTA TTGTTGAAGC GGAAGGGGTC
ACCAGAGAGA TAGTGGATAA TGGTATCCTT AAGAACGGTA CCGTTGAGCT GGATGCAACA
TTGCCTGATG CTATTGTACC GGATTCCGAG AAAGTCATAC TGAGCTTTAC GCCAAGCATC
GTAGCCCAGA CCATCAGCGG AGTCGATGAT CTGCTGGGCA TGCCTTATGG ATGTGGTGAA
CAGAACATGA TGTTGTTCTC CACCGATGTT GAGGTGCTAC GCTATCTCAA GGCCACCGGT
CAGCAGAATC CCGAGGTACA GGCTAAAGCA TTGACTTTCA TCACGACCGG ATATCAGAGA
GAGCTCACTT TTATGCATTC TGATGGCTCC TTTTCTGCTT TTGGGGAGAG CGATGGTGAA
GGCAGTTTGT GGCTGACATC CTTTGTGCTT TCTCAGTTCA GTGGTGCCAG GGACCTAACG
ACCATCGATG AGAATATTGT AAGGGAAGCA GCGGAATGGA TAGGTTCATA CCAGAAAGAG
GATGGTTCAT GGGAGGCTGT CGGCTTCGTT ATCCATGAGG ATATGATGGG AGGTGTGAGC
GGCACTTATG CACTTACGGC CTATGTGACA CTGGCACTCG ATGAATATGG CTATGCTGCT
CCTATAGTTA TGGAAAATGC CCGCAGCTAT CTGGAAGCAG AACTTGACAA GCAGGATGAT
CCATACGCCC TTGCCATAGG TACTCTTGCT CTTCAAAAGC TTGAAAGTGA CAGGGCAGAT
GAGTCCATGG AGAAACTGCT TGAGCTGGCG AAAGAGGATG AAAATGGCGT GTATTGGGGA
TACGATGATG TTATGCCTGA GCCTTACGAA TATGGCGGTT ATGGTTTCCA TCCTATCTCA
AGCAAGAACG TTGAAACGAC AGCCTATGCT ACACTTGCAT TGATCGAAAC GAATGACCCA
AGAGCAAGCT CATCATTGAA ATGGATAGCA GCCCAGCGTA ATTCCAATGG CGGTTTTTCA
AGCACGCAGG ATACTGTCAT GGCCTTCAGG GCATTGATGA CGGCGGCAGC GGTTGCAGGA
AGAGATGTGG ATGCTACTGT TACTGTCAGT GGGGATGGAG TGGAAATCAA GGGCCTTAGG
ATAACTTCCG AGAACTACGA TGTTGTGAAC ATCATTGAAG TTCCGGAAGG TGTTGAAGTT
CTCGAGATGG AGCTTTCCGG GTCCGGTGAG CTGAACTATC AGCTTGTCAG AAGGTTCAAT
GTGATCCTGC CTGAGATCAT TGAGCACGAA CAGATCGAGC TTGATGTTGA GTACGATTCA
ACAGATGTGG AAGTCGATGA TGTCGTAAAG GTCGATGTTC GCCTGAAATA CAATGGTATG
CCTGGTATCA GAGGTGTCAT CGAGTCCAGC GGAATGATGA TAGTGGATAT TGCAGTACCC
ACAGGCTTCA CCCCGGTAGG GTCCAGTCTC GAAGCCCTCA AGGAAGACGG CACTATCACC
CGATACGAAA TAGCCGGTCG CAAGATCATC CTTTACATCG ATGAGATGAT GCCCGGAGAG
GAAATGGAGT TCTCGTTGAA TATGAGGGCA ATGTTCCCGG TAAAGGCAAT GGTGCAGGAG
AGCAGTGCGT ATTCATACTA TAATCCGGAG GTGAAGGCGG AAGTGAAGGG TATGAACGTG
ACCGTTGTTT GA
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| Protein sequence | MKYNGVTKKG FCLLVLLSCI LLAGCIGQDD GNVQTSSNEA LSYDEGGTYS EEDEYLVLVP
KALFSGGESS VTMSAFLDDE PVSRGVEYTL TSAAGDIIPL VKAATSESGN NVAKFDVPDV
EEGSYTLTAT PSGAESGFTT TVKVMQNNPI FIETDKPIYK PGQIIHVRLL SLNNNLIPVV
QNTTVEIADA KGVKIYKDDL VTNEYGVAFF DLPLASELNL GTWKVKATSG SSMSEVDIRV
EKYVLPKFDL ETSTEKSWFL ADEPITGTVS ANYFFGKVVE GTVEVKASRY VGVWEEYSTS
TATLKDGNVE FTLPAVGYVA GTFGAGGQGS VMLNVTVTDT GGNSEESTEL LTIAEHPFIM
QMIPESNSIK PGMPLQVLLV TKDPGGEPLE KEVTLVANFR DDNYNYEEIK ETYTTETGIA
LVTLEIPEDA VSVELSAASE KVKASSTLNS VYSPSASFLH LSQVSEGIPE VGDVISFKVY
STNAGTVFYD VFANGRTVYS ATSDEPQINI LVTPQMSPSA KVVAYLINPN NEVSADSLPF
DVKFSTQVDL STGFDEEMVA PGDAVSVELD AGTKSMIGLS IVDESVYALS EGRLNLKQVF
DELEIRFMEP RVEAHPQYFG YQTTAYDVLD DAGMIVLASG SLEIPRSQTN DAKFIDFAAA
VFEMDGMEVM DEAVMEMPRE EAAMDDEADS GEQLAEVERV RQFFPETWIW MPEILTDDNG
LATLDLNAPD SITKWRLHAV SSGPEGIGIS EAGLTVFQDF FIDPDLPYAV IRGEEFPVQV
QVYNYLDMPQ NVKLTLSGAE WFELVGDDVV EVGVDANSVT HVSFTIRPTR VGVQTVELTG
QTTEKADAIR KTIIVEAEGV TREIVDNGIL KNGTVELDAT LPDAIVPDSE KVILSFTPSI
VAQTISGVDD LLGMPYGCGE QNMMLFSTDV EVLRYLKATG QQNPEVQAKA LTFITTGYQR
ELTFMHSDGS FSAFGESDGE GSLWLTSFVL SQFSGARDLT TIDENIVREA AEWIGSYQKE
DGSWEAVGFV IHEDMMGGVS GTYALTAYVT LALDEYGYAA PIVMENARSY LEAELDKQDD
PYALAIGTLA LQKLESDRAD ESMEKLLELA KEDENGVYWG YDDVMPEPYE YGGYGFHPIS
SKNVETTAYA TLALIETNDP RASSSLKWIA AQRNSNGGFS STQDTVMAFR ALMTAAAVAG
RDVDATVTVS GDGVEIKGLR ITSENYDVVN IIEVPEGVEV LEMELSGSGE LNYQLVRRFN
VILPEIIEHE QIELDVEYDS TDVEVDDVVK VDVRLKYNGM PGIRGVIESS GMMIVDIAVP
TGFTPVGSSL EALKEDGTIT RYEIAGRKII LYIDEMMPGE EMEFSLNMRA MFPVKAMVQE
SSAYSYYNPE VKAEVKGMNV TVV
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