| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Msed_1369 |
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| Symbol | |
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| ID | 5103428 |
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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 | Metallosphaera sedula DSM 5348 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009440 |
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| Strand | - |
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| Start bp | 1339265 |
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| End bp | 1343080 |
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| Gene Length | 3816 bp |
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| Protein Length | 1271 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640507258 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_001191451 |
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| Protein GI | 146304135 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG4934] Predicted protease |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.255631 |
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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 | ATGAAACTTG CGTTATTGTT GGTGCTCGTG ATTGTTCTTG CCCAATTAGT TCCCATTCAA
GCGAAATCAT ATGCTACATA TTACGGACCC CAGTATCAGG GTATCCTTCA AGGACAGTTA
CCCTCAACAG CTCAAGTCTG CATTTCTATT TTCATACCTC CAAAGAACAT GAACTACCTG
TACCTACTGG TGCAGGAGAT AGGTAATCAT CAGATACATC CTTTAAACAG GTCAGGGATC
ATATCCATGT TCGGTAACGT TCAAAAGGAG AAACAGATCA TGAGCTATCT GGAAGCTCAC
GGCTTCCAGG TCGTGTACAG CAGTCCATTC TCTGTAATGG CAGTCTCTAA CGCATCTAAC
GTGGAAAGGG TCTTCGGTAC CTCTCTCTCG ATCTATAAAA CTGGAGGTCT CCTTTATTAC
AGGCCAGCTA CGTCGCCAGT GATTCCCGGA GCTCTTAGTA ACTCTCTCAT AATGGGACTC
ACCAATTACA CCTTGATAAA GCCAGACCTG GTAGTCCTGG GAAACATAAG CAATGGAGGA
CTTAGGCTAT CCTCACCTTC AGGCTACTAT GGGTTCCAGT TCTCCGCGAC ATATTATACG
GGAAGGGAGA TCTCACAGGC CTATGGAGCA ATGCCAGGAG GTAAGAACGT AACTGTAGCT
GTCATTGATG CCTATGGAGA TCCCGAGTTA ACTCAGGACC TTAAGGCATT CGATATGCAG
AATGGTCTTC CCCCCATAAA TCTCACGATA CTGCCTGTGG GTCCATATCA CCCTATCTAT
GGAATTTTCA CCTCCTGGGA TGTCGAGACG GCTCTCGATG TGGAGGCAGT TCACGCGATG
GCTCCTTACG CCCATGTGAT AGCAGTGGTA GCATCCAACT CTGGGTCAGC CCTGTTTGAG
GCTGTAGATC TTGTGGTGTC TCAGGACCTT GCCCAGGTGG TATCCATGAG CTGGGGTCTC
CCCGAGAACC TGATCGGCGC ATCAGGATTT TACGCGTATT TTCAGGGTAG TACTCCCAAT
TATCCTTACC TAGACTACTA CTTCGCACTT GGGACTGCAG AGGGGATTTC GTTCTTCGCC
TCTTCCGGTG ATAATGGGGC CTATGGCGGA ACCTTAACAA GTTACGGTGG AGTTAACTTT
CCAGCATCTT CACCCTTTGT CACTGCGGTG GGAGGTACAT CACTTTACGT TAACTCCACG
TCCGGTTCCT TAGAAAACAA GGATGCGAAT GTGACCTATG GATTTGAAAC TGCCTGGGGA
GTCCTTCCAC AGTACTTTGA GCCAGGAGTA ACCAGCGTTT CATCAGGAGG GGGGATGAGT
ACCCTTTTCC CAGCACCTTG GTATCAGAAT CAGTATCTAA ACGCCTCCTA TAGGGAGGTC
CCTGACGTGA GTGCAGATGC AAATCCCTAC ACTGGATTGG TGATTTACGC TGAGGGTGTC
GAGGAGGTTA TTGGTGGAAC AAGCTTAGCC TCTCCTCTCT GGGCTGGCGT GACAGCAGAC
CTAGATTCTC AACTTAATGA GTCCCTCGGT CTTCTCAACC CCATACTATA CTGGATATAT
TCCAATTCAA CTTCAACTCT GTATTCCCAG GCCTTCCATC AGGTGACGGT GGGCTTCAAC
GGAATTTACA CCGCAACCTC AGGTTATAAC ATGGTGACAG GTCTTGGTAC CCCCAACTAT
CCGGGACTTC TCAAAGCTGT CAAGGAATAT CTGAAACAGC CACAGCTCAA GATCTCAGTA
TCCACCTTCT CTACCAATCA AACCTACCCA TGGTATCCCT ATAATTCCAC AGTGAGGATA
GTTTCATACA TCACCAATGA GAGCGGTGAC ATTGTGAACT CCGGAAACTT TACTGCCTAC
ATCTATACGA CTAATGGCCT ACTCATGAAA GTTCCCCTGC AGTTTAACGG GACTTACTGG
AACGGTATGT TTGAGGTGCA AGGAGGTCCA CCCAACATCT GGTCCATTGT GGTTAAGGGG
TCGTCTAACG GTATTTCAGG CGTAGCACAA ACCGATGTAG ACGTGGGTGA TTCAGTGGTT
ATCTCGCAAC CGATTCCCTT CCCCTACTCC CTCCCCATAC CTCCCAACGA ACCTGTACCT
GTCCAGGTTC AGGTAACGGC ACCTAATGGG ACACCGCTTT CGAATATGTC CGTAACAGGT
TATCTCATAA AGAACGGGAA GGCTCTGCTT AACTTCACCC TACTACAATC GCAAATGCCT
GGCATCTATA ACGGTCAGTT CTCCCTACTT CCTAACATGC CTCAGGGGAT ATATCTCTTA
GTGGTCAATA CCACGGGCGG GTCAACTTAT ACATACCTTT ACTTTGGGGA CGCAGTTTAC
GGGACAGTAT ATCCATCGAC AATCTCAGGA ATGCCAGGTG TATCCCCTGG CGAGAACGTG
ACTTTCTTCG CTGAGACCAT AAGTAGCTTC GGGCTAGGTC TATTCTCCTC AAACGTAACG
GCATACGTGT ACCAAGGGAA TAGGTTAGTT GCTCAAGTTC CCATGATCTC TGCCCCTGAT
ACGGCACAAT ATGGTGTGTT CATACTTTTC GGGTTAAAGG AGGCTAACTT CACGATACCT
AGCAATTTCA CGCCTGGAGT GTACAAGGTC GTATATCATG CTGTGGTTAA CACATCCGTG
GGTCTAGAGG ATGGGAACTT CACTACCTGG TTTTACGTAT CACCTTCCGT TAAATCCACC
ATCCTGATGC CAACTTACCT ATATCAGGGT GAAAACGTGC CCATTAAGGT CAAGATAACC
TACCAGAATG GGACTCCCGT CACCCAAGGA ATGTTTACCC TGACCCTAAT GCCCTCTGGG
ACCACGTTCG AATCTCTTCT GAATGAGGTG AACTACGAGG TACCTCTGCA GTATAACGCG
AGTCTGGGTG AGTGGGTTGG GAACTTCACT GTTCCCTACT TCTCAGGCAG TGCCCAATTC
AGGGGGAGCC AGCCAGGGGT CATCCAGGGT CCTTGGGTTG CGGTAGTTCA GGGAAGCTCT
GCCCTAGGCT CTCCAACTTT CTCGACAGAG AACCTATACG TCACCGACCA AACCTATATG
GGACCAATGA CTATCCGAGG AAACTCGTCA TTACCTTACG CAGTACAGGA CGGAAACACC
TACTCCCTTT ACCAGGTGTA TTCGCCAAAC CTCACAGTTT ACGGAACCTC GGTTAACATA
GTGGGATCGA CCGTGAGTGA GCTGAGGGTG ATAAACTCCA ACGTCACGGT GTCGTCATCT
GAGATAGGAC AGATATACGC GATTAACTCC ACCTTGACCA TTGTGAGCTC TAGCGTCAGG
AACCCTAACG TTGCCCTTAC CTTGATAAAT TCTGACGTGA ACCTGATCTC GTCTTTAGTT
AACTCGACCT ACGCCTTCAA CGTGACAGGT GGAAATGTGG TTTTACAGGG CTCAACCATA
GTCTCGTCCC ACCTCTCGAC TAGCTCTCCA CCAAGGATTG TAGAGCTAAC AAGCAACGTC
ACGTCGTCTT TCGAGGTAGT GAATGTTACA ATCTCGCCTA CCCTTAAGCC AATCTCAGTG
TACTTGAACG GACAGGCTCA GAACTTTACC TACTCCGAGA GCAATAATTC CTTAACACTG
CATATTCCAT TCCATGCCTC CTCTCTGCCC GCCGGAATCT ACCATTACGT AGCAGTCCTG
AAGAATGGAC TCGAGTACAA CGTCTCCTTT ACCGTGAACA ATCTTTATCC GGAGGCCGTA
CTTCATCAGG AAATAACTTA CCTGGAAGTG GGCATAATAG CCCTGGCTAT CGTGGTGGTT
ATCCTGTTGA TCCTTGTTCT GAGGGTGAGA AAATGA
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| Protein sequence | MKLALLLVLV IVLAQLVPIQ AKSYATYYGP QYQGILQGQL PSTAQVCISI FIPPKNMNYL
YLLVQEIGNH QIHPLNRSGI ISMFGNVQKE KQIMSYLEAH GFQVVYSSPF SVMAVSNASN
VERVFGTSLS IYKTGGLLYY RPATSPVIPG ALSNSLIMGL TNYTLIKPDL VVLGNISNGG
LRLSSPSGYY GFQFSATYYT GREISQAYGA MPGGKNVTVA VIDAYGDPEL TQDLKAFDMQ
NGLPPINLTI LPVGPYHPIY GIFTSWDVET ALDVEAVHAM APYAHVIAVV ASNSGSALFE
AVDLVVSQDL AQVVSMSWGL PENLIGASGF YAYFQGSTPN YPYLDYYFAL GTAEGISFFA
SSGDNGAYGG TLTSYGGVNF PASSPFVTAV GGTSLYVNST SGSLENKDAN VTYGFETAWG
VLPQYFEPGV TSVSSGGGMS TLFPAPWYQN QYLNASYREV PDVSADANPY TGLVIYAEGV
EEVIGGTSLA SPLWAGVTAD LDSQLNESLG LLNPILYWIY SNSTSTLYSQ AFHQVTVGFN
GIYTATSGYN MVTGLGTPNY PGLLKAVKEY LKQPQLKISV STFSTNQTYP WYPYNSTVRI
VSYITNESGD IVNSGNFTAY IYTTNGLLMK VPLQFNGTYW NGMFEVQGGP PNIWSIVVKG
SSNGISGVAQ TDVDVGDSVV ISQPIPFPYS LPIPPNEPVP VQVQVTAPNG TPLSNMSVTG
YLIKNGKALL NFTLLQSQMP GIYNGQFSLL PNMPQGIYLL VVNTTGGSTY TYLYFGDAVY
GTVYPSTISG MPGVSPGENV TFFAETISSF GLGLFSSNVT AYVYQGNRLV AQVPMISAPD
TAQYGVFILF GLKEANFTIP SNFTPGVYKV VYHAVVNTSV GLEDGNFTTW FYVSPSVKST
ILMPTYLYQG ENVPIKVKIT YQNGTPVTQG MFTLTLMPSG TTFESLLNEV NYEVPLQYNA
SLGEWVGNFT VPYFSGSAQF RGSQPGVIQG PWVAVVQGSS ALGSPTFSTE NLYVTDQTYM
GPMTIRGNSS LPYAVQDGNT YSLYQVYSPN LTVYGTSVNI VGSTVSELRV INSNVTVSSS
EIGQIYAINS TLTIVSSSVR NPNVALTLIN SDVNLISSLV NSTYAFNVTG GNVVLQGSTI
VSSHLSTSSP PRIVELTSNV TSSFEVVNVT ISPTLKPISV YLNGQAQNFT YSESNNSLTL
HIPFHASSLP AGIYHYVAVL KNGLEYNVSF TVNNLYPEAV LHQEITYLEV GIIALAIVVV
ILLILVLRVR K
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