| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_0937 |
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| Symbol | |
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| ID | 3996551 |
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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 | 1007099 |
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| End bp | 1011154 |
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| Gene Length | 4056 bp |
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| Protein Length | 1351 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637958713 |
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| Product | KP-43 peptidase |
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| Protein accession | YP_565629 |
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| Protein GI | 91772937 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.215277 |
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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 | ATGTCCAATT TTAAAATATC CGTTCTATCC ATCATTTTAG TCTTGGTATT CTCGATATTT
TCATTATCTA TCATTGCATT GTCGCAACCC TCTGAATCAT CCCTCACAAT GGGTGATCTG
GTTTCTGATC AAGATCTTCA TATATTGCTT AAAAATTCAC AGTTTTCTAC GGGAAGTATC
TCTGAAACTG AGTTTTCTAG TTCTATATTT GTTAGTTCTA TCTCATCACA GAATATAGAG
AATTATTATA TTGTTCAGTT CAAAGGACCT GTTCTCGAAG AATGGAAGCA TGATGTTGTA
GATACTGAAG CTGTAATATT TGATTATGTT CCAAACAATG CTTTTATTGT ACGAATGAAT
ATTTCCGTAA AAACAAAAGT TGAGGACCTT GATTCTGTGG GATGGGTAGG TTTTTACGAG
CCATCATATA GTATTAGCTC ATCTCTTTCT TCAACGCCTG AGCTGACCGG ATCTGAAGAC
GTTATAGTAA TGCTTTTTGA TCCTACTAAA AATGAAATGA TCTCAAATAA GGTCACACTT
CTTGGTGGTG AAATTCTTGA GAATAGTGGA AGCATACTCA AGGTAAAGAC TGATCGTTCC
TTGATTGCTG ATATTGCTTC TATTAATGGT GTAAGCTGGG TTGATCTATA CGTGCATCCA
GTCCTTTTCA ATGATGTTGC ATCAGGAATA CTTGGAGTTC CTGCTGTTGA CAATAAGCAT
GGTCTGAATG GTAGTGGTCA GATAGTTGCG GTTGCAGATA CTGGGTTAGA TACTGGCCTT
AACGATGAAA CAATGCATGA TGATATTGAA GGGAGGGTCG TAGCATTACA TGCATGGTGG
ACAGCAGCTC ACAATCTCAG TGCTGATTAT GGTGATTCTG GTGCAGAGGA TCTGAATGGA
CATGGAACAC ACGTTGCTGG TTCTGTACTT GGGAATGGTA ATCGTTCTTC AGGTTTGTAT
TCCGGAACAG CACCAGGGGC AAAACTTGTT TTTCAGGCAT TGCAGTATGA AGGGATCCAA
ACAGCAAATA ATGGTCGTCT GCTAACGCCG TCAAATTTGG AAATTCTTTT CCAAGAATCT
TATGATAATG GTGCAAGGAT TCATACTAAC AGTTGGGGTA CCTCAGATTC ATATCCTGAA
TTCTTTGGAA ACTATTCTCC TAAATCAGTA GCAATTGATA CATTTATGTG GGATCATCCA
GAAAGCCTTA TTCTTTTTTC TGCCGGAAAT AGTGGTTCGG GAGCGACTAC AGTTTCAGAC
CAGGCAAGTT CTAAAAATAT ATTAACCGTT GGAGCTTCAG AAAATAACAG ACCGTATAAA
GGCACTTCAT CAGATAACAT TAATGAAATT GCTGACTTTA GTAGCCGTGG TCCTACCTTG
GATGGGCGTA TAAAACCAGA CGTCGTTGCT CCTGGTACAT TTATAAATTC CACTGCTTCT
TCACTCGTTT ATAACACTAA TTACACTTAC ATGAGTGGTA CAAGCATGGC AACACCACTA
ACTGCGGGAA CAGTTGCTCT TGTTAGGCAG TATTATACCG ATATCAAATC AACAACTCCC
AGTGGTGCAC TTTTAAAAGC AACCTTGATA AACGGTGCTA CTGATCTGGG GTATGCCTCT
TCTGCGCAGG GATTTGGTCG AGTGAATGTT TCGGAGTCTC TTTTTCCAGA TTATCCTAAA
GTCTGGATGT ATGCTGATAA TACAACTGGT CTAAGTACAA ATGAGTTCTG GAATCGTACT
TATGCTGTCT CAGATATATC TGACCTTAAA GTAACGTTGG TATGGACTGA TTACCCAGGG
ACTGCTTATG CAGCTACTTC TCTGGTAAAT GATCTCGATC TTACAGTTAC TGGTCCAAAT
GGGACTTCAT ATGGAAATGG TGCAGTTGAT TCTATTAATA CTGTAGAACA GGTTTCTATT
AACTTACCAA GTGTGGGTTA TTATGATGTG AAAGTAAGTG CTCCTAATGT TCCAAATGGG
CCTCAGCCCT TTGCGGTAGT TATCTCTGCC AATTTTTCGG ATTTCACTCC ACCGGGAAAT
GTATCCAACT TAAATGCAAC TGTTGGGGAG CGCTGGATCA CATGGACATG GGACAATCCA
TCGGAGGGGG ATTTCTCACA CACCGAAGTT TATTTGAACG GTAGTTTTCA AGAAAACATA
TTTGTAAATT CCTTTACGGC TCTTGATCTT ATTCCTAACA CCACGTATGT ACTCAGTACA
CGTACGGTCG ACATCTATAA TAATATCAAT TTAAGCTGGT CGAATAGTTC AATTAATACA
ACTCCTGACA CAACTCAGCC ACTTGATGTT AGTAACTTAG ACTATAGTGC CGGTGAGAGG
TGGATTAATT TAAGCTGGAC AAATCCGGAT GATCCTGATC TATCTCATTC CGATGTATAT
GTCAATGGTT CTTTCCGGTC TAATGTGACT GGTAATTCTC ATCTCGTATC GGGTCTTGAT
CCATCCACTA ATTATAGTTT CAATGTTTAT CCGGTCGATG TTTTCAATAA TACTAATACA
AGTGGTAATG CTCTTCTTGC AAACACAACT TTTGATACAA CTCCTCCACT TGATGTTAGC
GACCTGAGTT TTACTGCCGG CGAGAGGTGG GTAAATCTAA TTTGGACAAA TCCCGATGAT
CCTGATCTAT CGCATGCTGA TGTATATATT AATGGCTCTT TCCTGTCTAA TGTGACTGAT
AATTTCTATC TCATATCTGG TCTTGATCCA TCTGCCAGCT ATAGCGTCAA TGTCTATTCA
GTAGACGATT TCAATAATGC CAATACAAGT AGTAGTGCTT TTCTTGCCAA TACAACACCT
GACATCACTT CTCCTTTTAG TGTAACGAAT TTATCAGCTG AAGCCGGAGA TCACTGGATA
AATTTAAGCT GGATAAATCC TAATGATATT GATCTTTCTT CCATTGATGT TTATGTTAAT
AACTCTCTTT TAGGTAATAC CAGTGGTAAC TTCTTTTTTG TTAACTACCT TGACGCTAAC
GCTAGTTACA ATTTAAGCAC ACATACGGTT GATACAACAG GTAATACAAA TTCTACGGGT
GTCTATGTTA TAATGAATAC TACAGTTGAT AACACACCAC CGGGGAGTGT CTCCAGCCTG
AGTTCGTCTT CATCTGAAAG TTCGATAACG TGGAGCTGGT TAAACCCTTC AGATGTCGAT
AATTCCCATG TGGAGCTTTA TCTTAATGCC ATCTTCCAAT CCAGTTCCAA TGGTACTTCT
TATTCTGTTG TCGGTTTGAA TTCAAGTTCT GTATATAATC TTAGCACACG TACTGTTGAT
ACCTCTGGCA ATGTAAATTC CAGTTGGGTC AATCTCAGCA GTAGTACAAC TGCACCGGCA
TCAAATCAAA GATCCGGAAG TAGCAGTAAT GGTGGTGGTG GAAGTACGAC CAATGAGTAT
TTTGAAAATA TCTATCATAA AGAAGTAGTT ACTGAATATG TTTCCCGTGA TGTTGAAACT
ACATTCATGT TCAGTGAAGA TGCACGAATT GAGTATGTAG TCTTGTTAGC GGATTCAAAT
GTTGGTTCTG TCAAAGCCAT TATTGAAGTG CTTGTTAATA CTTCTACGTT GGTTCCGAAT
AAACCTGATG GTGAGGTATA TCAGAATCTG AATATCTGGG TGGGGAACTA TGGATTAAAA
AAGAATATTG TATCTTCCAG TGTGGGCTTT AAGGTACGGA ATGATTGGAT CGATGAAAAT
GGAATTGAGG CGGATTCAAT TTCGATGAAG ATGTACTATA ATGATGTATG GGTGGCTTTA
CCTACTAAGA TTATTGGTAA AGATGATGGT TTTGTCCATT ATGAAACAGA TACGAGTGTT
GATATTCTGG CTCCTTTTGC AATAGTTGGG CATTTTCCTG TTGATGGGCC AGATACAAGA
ACATTCTCTT TCGACCCTGA TCAAATGGCT GGAACATCAA GTTTGGATAA TGGTTCCTCA
ACTGTATCTG ATGAAGGCAA GGGGCAGATC TCCAATTTCC TTCAGGGATT TGTTGATCGT
ATAATTGACC TTTTCAGCAA GCTTTTTGGT AGTTAA
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| Protein sequence | MSNFKISVLS IILVLVFSIF SLSIIALSQP SESSLTMGDL VSDQDLHILL KNSQFSTGSI
SETEFSSSIF VSSISSQNIE NYYIVQFKGP VLEEWKHDVV DTEAVIFDYV PNNAFIVRMN
ISVKTKVEDL DSVGWVGFYE PSYSISSSLS STPELTGSED VIVMLFDPTK NEMISNKVTL
LGGEILENSG SILKVKTDRS LIADIASING VSWVDLYVHP VLFNDVASGI LGVPAVDNKH
GLNGSGQIVA VADTGLDTGL NDETMHDDIE GRVVALHAWW TAAHNLSADY GDSGAEDLNG
HGTHVAGSVL GNGNRSSGLY SGTAPGAKLV FQALQYEGIQ TANNGRLLTP SNLEILFQES
YDNGARIHTN SWGTSDSYPE FFGNYSPKSV AIDTFMWDHP ESLILFSAGN SGSGATTVSD
QASSKNILTV GASENNRPYK GTSSDNINEI ADFSSRGPTL DGRIKPDVVA PGTFINSTAS
SLVYNTNYTY MSGTSMATPL TAGTVALVRQ YYTDIKSTTP SGALLKATLI NGATDLGYAS
SAQGFGRVNV SESLFPDYPK VWMYADNTTG LSTNEFWNRT YAVSDISDLK VTLVWTDYPG
TAYAATSLVN DLDLTVTGPN GTSYGNGAVD SINTVEQVSI NLPSVGYYDV KVSAPNVPNG
PQPFAVVISA NFSDFTPPGN VSNLNATVGE RWITWTWDNP SEGDFSHTEV YLNGSFQENI
FVNSFTALDL IPNTTYVLST RTVDIYNNIN LSWSNSSINT TPDTTQPLDV SNLDYSAGER
WINLSWTNPD DPDLSHSDVY VNGSFRSNVT GNSHLVSGLD PSTNYSFNVY PVDVFNNTNT
SGNALLANTT FDTTPPLDVS DLSFTAGERW VNLIWTNPDD PDLSHADVYI NGSFLSNVTD
NFYLISGLDP SASYSVNVYS VDDFNNANTS SSAFLANTTP DITSPFSVTN LSAEAGDHWI
NLSWINPNDI DLSSIDVYVN NSLLGNTSGN FFFVNYLDAN ASYNLSTHTV DTTGNTNSTG
VYVIMNTTVD NTPPGSVSSL SSSSSESSIT WSWLNPSDVD NSHVELYLNA IFQSSSNGTS
YSVVGLNSSS VYNLSTRTVD TSGNVNSSWV NLSSSTTAPA SNQRSGSSSN GGGGSTTNEY
FENIYHKEVV TEYVSRDVET TFMFSEDARI EYVVLLADSN VGSVKAIIEV LVNTSTLVPN
KPDGEVYQNL NIWVGNYGLK KNIVSSSVGF KVRNDWIDEN GIEADSISMK MYYNDVWVAL
PTKIIGKDDG FVHYETDTSV DILAPFAIVG HFPVDGPDTR TFSFDPDQMA GTSSLDNGSS
TVSDEGKGQI SNFLQGFVDR IIDLFSKLFG S
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