| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Htur_4630 |
|---|
| Symbol | |
|---|
| ID | 8745234 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Haloterrigena turkmenica DSM 5511 |
|---|
| Kingdom | Archaea |
|---|
| Replicon accession | NC_013745 |
|---|
| Strand | - |
|---|
| Start bp | 208675 |
|---|
| End bp | 212892 |
|---|
| Gene Length | 4218 bp |
|---|
| Protein Length | 1405 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 48% |
|---|
| IMG OID | 646515142 |
|---|
| Product | peptidase S8 and S53 subtilisin kexin sedolisin |
|---|
| Protein accession | YP_003406089 |
|---|
| Protein GI | 284172707 |
|---|
| COG category | [O] Posttranslational modification, protein turnover, chaperones |
|---|
| COG ID | [COG1404] Subtilisin-like serine proteases |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 10 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGATAGTTA ACGATCCCAA AGTATATAAA ATTAGAAGCA TAATTCGAAT TTTAACTCTA
GTTTTTCTCA TATCCGTGTT GTCTTTTCAG ATGTCTGGTA TTGGAACTGC TTCTGTTGTT
CAGTCCGAAA CGGGTAATAT TCCAACAACA GGAGATAATA TCACGTCAAA CGTAACTACT
GCATTTCTCA GTAGCGATAA TATAAGCCAA AGTCAAATAG AGAAACTTAC GCTCATTACT
GGAGACATAG TTGCTATAGA CAAGCGTGGT CTAGAACCGA CGTATCGACT TCTTGGAAAC
AAGTCAGCAA CGAAATTCGA GACTCGAACT GGTGTTCACA TCGTACCAGA AGGAGTTGAC
CTCACGAAAT TTGATAAAAG CTTATTCAAC ATCGACTTAC TCCGAGAACA AGATATAACG
GACGCCGAAT CAGATTCGAT TCCAATCATT GTTGAATATA CTGAGCGTGA TGCGATGAAC
GACGGTGTGC CTACCAAGCA GCGAGGCGAT ATCAGAAATC ATCGGCAATT AGAAACGGTT
AATGGGACAG CGGTGTCTGT CTCGAAGTCT GCCACAGACG AAACGTACCA GCGGTTAGCA
AGCGCACGAA ATGTTAAATC AGTGTATTAT GATGCGACGG TTAAGGGTGC CGGGACCACT
CCTCGTTCAA ATATAGATTT GGAGTCGGCT CATGATCAAT ACAATGTGAC CGGTGAAGAT
GTCACAGTTG CAGTTCTCGA TACCGGAATC AACGAATCAC ATCCAGATAT TGGCGATTCA
GAGGTTAGAG AAATCGACCT AGTGGACGAC GGAAAAACCG GAGATCTCCC TAACCATGGG
ACACCAGCAG CTGGACTTAT TACTGGAGAT GGTACCTCTA ACGATACGTA TGTAGGAGTT
GCCCCAGACG CTGATGTCAT TGATGTTCGA GTATTAGACC GGACCGAGTC TGGGAAGATA
TCCACGGTCA TTGACGGGGT TGAGTATGCT ACCCAACAAG ATGCGGATGT AATCTCGATG
AGTTTCGGTA TCCAACCATC GACAATTCGG ACGAATGATC CATTTCGCAG CACCATCAAA
GATGCAGTGA AAAGGGATAC AACTGTCGTT GCTGCAGCCG GTAACAACGC TGGCTATGGA
TCAATCACCT CGCCAGGAAC ATTGCGTGAC GTAATCACTG TTGGGTCAAG TGTGAACGAA
TCGGAGGTAC CATCGTTTTC TAGGCAAGGA CCGACTCCGA TCGGTCGGTA TGTGAAACCA
GATCTCGTCG CTCCTGGGGA TGGTGTTACG GCACCAGATG CTCGTACTAC TGGATACCGT
TCGACTGAGG GGACATCATT CTCAACTCCG ATAGTAGCTG GAACCGCCGC GCTTCTCCAT
GAGAAACACC CCGGATGGAG CGAGCAGCGG GTGAAGAATG CGATTACGTC GACAACTGAT
TCCCTCGGTT CACAGGACAT CTACACGCAG GGAAGTGGCG AACTCAACGT GACGGCAGCA
CTCAGTCCCG ACATTGTAAT TGATCCGACG ACTATCGACT TCGGACAATT TCCTGCCGGG
GAAACAGTGA CGAAAACGGT TACTGTCCGG AATTTGGGCT CAGAGCGTCG ACAAGTGAAT
GTTTCTGCGA AGGCAGTGGC CATTCAGTCG TCCGATCCCG GGACTGTATC GGTGAATCGA
TCGTCAATGA CTCTCAAACC AGGTTCTACA GCTAGTTTGG CATTGACAGT CAACACCACT
AATGACCTGT CAAAACCTCA CTCTGGGAGA CTTCATGTGG GCGATACGAC TGCGATCTTT
GGATACGTTC CGAAACGGCA GGTAACGGTC AAAAAACACG GACTCGGATC GATAGATGGT
GATCGTATTA CACTCATGCA CACTAAGACG AATAGAGTAT ATGGTCCAAA AGAGTTTGAC
GGCTCTACAG CTCATTTTGC CATTGAACAA CCGGGTGAGT ATGTCGCGGT TTCGTCAGGC
CGTCACAATG GACAGCCGGT GATCACAGCG AAATCAGAGT ATATTGATGG GCTCGAGACA
ATTATCTTAG ACGAATCTCA GACTGTCACC CAGACGGTCG ATACTGGCAC ACTCCCACAG
AGCGGTGATG AATTACAGAA CCGAACAGTG ATCGTGAACG CCACATTGGA TAGTGGGCCT
ATTGATGAAC GTGTAGTCGC TGAAAATGCG CCAACAGCTG CAGTTCGGAT CAGTCCGACT
TCGGACATGA ACTACGCGGT CCGTCGCGTG ATTACGGCTC CTCAAGGTGA GAAAGCATAC
AATACATCGA CGGTTTATCA CCTAAAGCAT ACCAAGCAGC ATGTATCTGG TCTCCACACA
GTCAGTATTG ATGTAGACGA TTTGAACACA CACACCGTTC GATACTACAA AGGGACGCCT
GACGAAACGT ACTCTGCTAC ACTCGCAGCT GATGACTTCG ATAATGTGCC GATATATCAG
TCATATATGC CTGCTGGTCT GGGAACAATA TTCAATCAGA CTATCTATGT CTCGCCAACT
ATCGCACACT ACCATGATGC CTTCGCAGAA GGATCATTCG GATACACCGA ATGGAGCGCA
ACGCCACAGC AGGTCATCCA AGAATTCGAC AATGACTCGT CACTAACAAC AGCGGTAAAG
AAGCATCCCT TCCGGTCAAA GTTGATGCGC TGGTCGCTCT CAGAGCATCA CTTTAATAGC
ACAGTATTTC CAACAGTCGG TCAGCCGCCG AATGGTTACG TAATCAGTGA CAGCCCATCA
GAACAGTATG ATCTCTGGAT AAATGGCGAT AAGACTCACT CTTTCACCGA GAATTCAGCA
GATGTTCCGA TTTCATTAGC CAGAAGAAAT ATCAGTTCGG TCCGACTCCG TGTCCAGGAC
CAACATGGCA TGTCACCGCT GTCGAATAAT ACCGTCACCA CGTTCAAGGC CACGACTGAC
ACCTCGGACA CACGACCACC AACTGTTCCT AGTATCTCCT TTGAGTCGCA CGGAAGAACG
AACGTAGTCC CTACTGGATC GCTTAATGTC ACCGTCTCAA CGTCGGACAC AAGGAGCTCT
GTCCAGAACG TCACACTCTA TACCGCCAAA CGAGATAGTA ACGGAGTTCC GTCAACAACA
CCGTTTGCCA ATGAATCCAA CTGGGAGCAC GTCCCACTTA CAAAAGCAAA TAGCGGAAAC
TATACGACGA CTCTGGAGTT GGGCCCGTAT CGGGGGACCC TTAGCGTAGC TGTAAGAGCC
GTTGACGACG CTGGCAATTC CGTAGAGACA ACGGCGACTA ATGCTGTTGT AGTTGGAAAT
CGATCGCCAA CTCCAAAGAT GACAGCGAAT GCCTCGCTGG TGAAAGCAGG TACTCCTGTT
CACTTTGACG CAAGTGGATC ATATGACGAT TCGAGCGTAT CAGCCTATCG GTGGGACTTT
GACGGCGATG GCACAGTAGA CGAAACTACC GCTGATCCAA CGGCAACACA CCAGTACACA
CAGACTGGAA AAGTAAAGCC TGCGCTCACG GTTGCTGATT CACAGGGGTT CACGAACACT
ACACAACCAC TTTCGATTTC CGTCGCTTCT TCTCTTCCAC AGCACCTAGA TGAAATAGAT
AGTCGCACAA AAGCTGACAT TCAGAGTGCA GTTCAAATAG GACAGATACA GGTTGAATCT
AGGCGATTGA ACGGAAAACA GGAAATTGGA AAGGAATCAA TGTTCGTCGC TCGTGGTGAT
ATGAACGGAG GTTTCGAAGG TGGTAATGGT AGTACAATAG TTATTCAGGA GGGCCGTGTT
AACGGTCACG CTGAAGGCCA CAATGTGATT GCTCGTGACA CTCAATTCAA TGGTGGTGTA
GAAGCCACTG GAACCGTCAC GGCAACTCAA GGTTCGGTAA CTGCTAGAGG AGGGATTGAA
GCATCCGAAT CTATCACGGT CCTTCCAGAT ACAGCCCTAA CTGTGCGTGG TGGAATGGAA
ACCAAGGAGT TGATTGTTGA AGAGAACAGC TCACTTGTCA TTCACGGCAA GATAGAGGTA
GACGAATTTA TACTGGAGAA CGGATCAAGC GCTCGTATTT GGGGCAGCCT ACATTGTAAC
GAAAATAGTG TCGAACCATC CGCAACCGTA AATGTGAACG GCGAAAACGG ATGTATGACA
GAAGATATGG GAGGTCAAGA TAACGGTCAA ACAGAGAAAC TTTCAGGTGT TGATATAAAG
ATAGGGAGAG CAACATAA
|
|---|
| Protein sequence | MIVNDPKVYK IRSIIRILTL VFLISVLSFQ MSGIGTASVV QSETGNIPTT GDNITSNVTT
AFLSSDNISQ SQIEKLTLIT GDIVAIDKRG LEPTYRLLGN KSATKFETRT GVHIVPEGVD
LTKFDKSLFN IDLLREQDIT DAESDSIPII VEYTERDAMN DGVPTKQRGD IRNHRQLETV
NGTAVSVSKS ATDETYQRLA SARNVKSVYY DATVKGAGTT PRSNIDLESA HDQYNVTGED
VTVAVLDTGI NESHPDIGDS EVREIDLVDD GKTGDLPNHG TPAAGLITGD GTSNDTYVGV
APDADVIDVR VLDRTESGKI STVIDGVEYA TQQDADVISM SFGIQPSTIR TNDPFRSTIK
DAVKRDTTVV AAAGNNAGYG SITSPGTLRD VITVGSSVNE SEVPSFSRQG PTPIGRYVKP
DLVAPGDGVT APDARTTGYR STEGTSFSTP IVAGTAALLH EKHPGWSEQR VKNAITSTTD
SLGSQDIYTQ GSGELNVTAA LSPDIVIDPT TIDFGQFPAG ETVTKTVTVR NLGSERRQVN
VSAKAVAIQS SDPGTVSVNR SSMTLKPGST ASLALTVNTT NDLSKPHSGR LHVGDTTAIF
GYVPKRQVTV KKHGLGSIDG DRITLMHTKT NRVYGPKEFD GSTAHFAIEQ PGEYVAVSSG
RHNGQPVITA KSEYIDGLET IILDESQTVT QTVDTGTLPQ SGDELQNRTV IVNATLDSGP
IDERVVAENA PTAAVRISPT SDMNYAVRRV ITAPQGEKAY NTSTVYHLKH TKQHVSGLHT
VSIDVDDLNT HTVRYYKGTP DETYSATLAA DDFDNVPIYQ SYMPAGLGTI FNQTIYVSPT
IAHYHDAFAE GSFGYTEWSA TPQQVIQEFD NDSSLTTAVK KHPFRSKLMR WSLSEHHFNS
TVFPTVGQPP NGYVISDSPS EQYDLWINGD KTHSFTENSA DVPISLARRN ISSVRLRVQD
QHGMSPLSNN TVTTFKATTD TSDTRPPTVP SISFESHGRT NVVPTGSLNV TVSTSDTRSS
VQNVTLYTAK RDSNGVPSTT PFANESNWEH VPLTKANSGN YTTTLELGPY RGTLSVAVRA
VDDAGNSVET TATNAVVVGN RSPTPKMTAN ASLVKAGTPV HFDASGSYDD SSVSAYRWDF
DGDGTVDETT ADPTATHQYT QTGKVKPALT VADSQGFTNT TQPLSISVAS SLPQHLDEID
SRTKADIQSA VQIGQIQVES RRLNGKQEIG KESMFVARGD MNGGFEGGNG STIVIQEGRV
NGHAEGHNVI ARDTQFNGGV EATGTVTATQ GSVTARGGIE ASESITVLPD TALTVRGGME
TKELIVEENS SLVIHGKIEV DEFILENGSS ARIWGSLHCN ENSVEPSATV NVNGENGCMT
EDMGGQDNGQ TEKLSGVDIK IGRAT
|
|---|
| |