| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_3430 |
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| Symbol | |
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| ID | 5663816 |
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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 | Shewanella pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | + |
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| Start bp | 4192692 |
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| End bp | 4197641 |
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| Gene Length | 4950 bp |
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| Protein Length | 1649 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 641238086 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_001503278 |
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| Protein GI | 157963244 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01451] conserved repeat domain
[TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.433791 |
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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 | ATGTCGAGTG CTCAAGCATT CGATGCTGAG CGCATAAAAT CTATCAACAT CATGGAGCTA
TACCAGGCTC AACAAGAAGC AAAGGCCAAG AGCAGCGAAT TACCTATAAA GCCACTAAGA
CGCGGTGACA TGAGTAATAT CCACTTCACC CCCAAACAGG CCAAAGACAA AATTCAAATA
GAGAAAGATC TCGTCGGACA ACACACCTAT ATCGTGCGCC TACACGGCAG TTCTGTGGCA
ACCTATGAAG GTGAAATTCC TGGATTGCAA GCCACGAAAT CAACGCTGAA CTCTCAGAGT
AAGAAACTCT TTCGTGCAGG CCAGCCAACC GAAGGCCGTG GCGCAGCCAT CGATGCTTAC
ACCAACCATC TGTTAAATAA ACAGCAAGAC TTTATCCAAA AATCTGGCGT TGAGGTAAAA
CAACAATTCA CGCTGGCGGC GAATGCCGTC ACCGTTGAAA TGACGCAAGC AGAAGCTCTA
CAAGTCGCTA GCATGTCTGA AGTCGCTTAT GTTCAGCGAT CTAAAATCTA TCAATTACAT
ACCGATATAG GCCCTGAGCA CGTAGGTGCA AGCGGTGTAT GGGATGGCAC CAAAACCAGC
GATGGTAACG CTTATCTTGG TGAAGGCATG ATCGTCGGCA TCATAGATAC AGGCATCAAT
ACCGATCACC CCTCATTTGC GGCAGTCGAT GGTGATGGCC ATGCCCATAC CAACCCTCTC
GGCCAAGGTA ACTACTTAGG TGATTGTGCC TTAGAAGAGT TTGCTAACCG CTGTAATGAC
AAGCTCATTG GGGTCTACAC CCACAAAGAC ATTACCGCCG AATACAGCGA TGAATGGGGT
AATAAGCTAG CACCTGATTT TGGTGAAGAC TTCCAAGGCC ATGGTAGCCA CGTTGCCAGT
ACTGTCGCAG GTAACATCCT CTATGATGTT GATGTTGTAG GCTCTCAATT AGGCGGTGGT
GAGGGTAAGC CTATTGGGGT TCAGATGCCA AAAATATCCG GCGTTGCTCC TCGCGCTAAT
ATCATCTCTT ATCAAGTCTG TATGGTAAGC GGAGGCTGTT CTGGTGACGC TATGCTATTT
GCCATTGAGC AAGCTATCAA AGACGGCGTC GATGTCATTA ACATGTCGAT TGGTGGCTCT
GAAAGTTTTC CTTGGGATGA CGCTTTTGAA ATGGCTTTCT TATCGGCCCG AGAAGCAGGT
GTTGCTGTAG CTCTGTCTGC AGGTAACTCT GGTGCCGCTT ACGGCACAGA CTCTCTATAT
ACAGTCGATC ACACCTCCCC TTGGGTGCTT AATGTGGCAG CCACGACCCA TGCTCGCTCT
ATCGTTATCG AAGACAAAGC CCTAGATAGT TTTGTGGGGG GCGATGCCTC ACTTATGCCC
TCAAGAATAG AGGCTGCAGG GATCTCAAAG GCCTTCAGCG GTGAATTTGT TATTGCTGCG
GATTATGGTG ATGCTCGCTG TAATAGCCCT TTCCCTGCCG GCACATTTGA ACCTACACAT
ATCGTCATCT GTGAACGTGG CGACATTGCC CGAGTTGATA AGGCCGCAAA CGCTGCAGCA
GGTGGCGCTG GTGCGTTTGT TCTCTATAAC ACATGGGATG AAGGTGACAG TGTCGTCAAT
GATACCTATG TGATCCCCGG GATCCATATT TCGGCCAAAC AATGGTACGG AAACTGGCAG
GTAACGGGCC TTCAGCCTTG GCTGGCGTCG GGTACAGGTC TTGAAGGAAC GATCACTGCT
TCAAATGCGA ACCGTGTCAT TACTCCCGAA GATGCAGACT GGTTAGCCAG TTTCTCCTCA
CGGGGTCCAT CGAGTACTGT CGATGAGATC TTCTCTCCGG GTATTGCGGC CCCTGGCGTC
GATATTTTTG CCGCCTGGAA TGATGAAAAC CCATTGAACC CTCAAGCTGA TACTCGTAAC
TACAACAGCA TCAGCGGAAC TTCGATGGCC AGCCCACATA TTGCGGGCAT TATGGCCTTA
GTTCGTCAAG CAAACCCTAG CTGGTCCGCA TCAGAGGTGC AATCGGCACT ACAGATGACA
GCTGATAGTC AGGCAATAAA GACCCATCAC CCTCTTGATC AAAAAGTCGA AGTGGCGGGG
CCGTATCGTG CAGGTCACGG TTTAGCTAAT ATCGAGCGAG CGATCAATGC AGGCCTTATC
ATGGATGAGT CTGCAGTTAA CTTCCGCCGA GCTAATCCAC AAAATGGTGG TCAGGTTCGA
GAGCTTAATC TTCCACAATT AATCAATAAG GATTGTGGCC TAAGTTGTAG CTGGATCCGT
ACGGTTAAAG CAACTCAAGA TGGTACTTGG ACCGTTAACA CCAACTACTC CGATAGAGAT
CCTCTCTACT GGAATTTCAC CTTAGACCCT ACCGCCAAAG TATCGGTGAC ACCATCAACC
TTCACCCTAA AAGCGGGTGA AACCATAGAT TTAACGGTAA CCAGTCTGTT TAAAGAGTCT
GATATGGCTT GGTACGATGG CACAGTACAG ACGGCTGCGG GTTCGATTGA GTTTGTGTCG
AGTGATACCA AGATCCCGAG TGCTCATTGG CCTTTCTTGA CCACCTATAA AGGCAAAACC
CTGCCCAACA CGATCAACAT CACCGCCCAT GATGATGAGT CTAAGCATGT GATTGCCGAT
GTACCTTTTG GCGCACCGGG ATCCAGCTTA ACTGGCGTTG CATATACTCC GGTTGAGGCA
ACGACGACTG AGTTCAGCCT CTCTAGAATG CAGTTTGGGA TCTCTATGAT GGATGATGAG
TTCTATTGGG ATACAAGCCA GCCTAATATC AAGACTTTTG ATGTAACGGT ACCAGAGAAC
AGCGCCGTAT TTAGAGCCGA ACTACTGGGT CGAGTGAGTT CAGAGATAGA TCATGCCCTC
AATCAATACC TTGATTCCAG TATCTACATC TTTAAAGACT TCAATAACGA TGGCCGCCTA
CACCAGTCTG AAGCCATTTG TGCCTCTATG CGTGGACAAA CGACTAAGGG CGAATATTGT
GCGTTAGAAA ACCCTGAGGC AGGTGAATAT ACCATCATGG TGATGAGCGC TTACCCACTA
TTCCCTTGGG AAAACGTTGA TACGATTGAG ATGGCTCATG TGGTCATTCC CAAAGAGCAA
ACATCCTCTA TCAGTCTTAA CTTTGAGGAC ACGAGTGAGC GTAACTCTAA CCTGACTATC
GACTGGAACA TGGAGATGGA ACAGGGTAAG CGTTACTACT CTGCAGCCGC TATTTCTGCA
GGCGATAATG CTGAAGGCTC TCTTGCCATG GTGCCTCTTA ATATTACTCG CGGAGTAAAT
AGTGTCTCGG TCGAAAGCTC TCAAGACGCC GCTCGTGTTG GCGATATCAT CGACATTAGC
GTTACCGTAC AGCCGAATCT ATCGGGCAGT GACAGAGAAG TTGAACTATC AGCTGTGTTA
TCTGATGGCT TAAAGCTAGT ACCGGGTTCC ATCACTTCCG TTGAAGGGGT GACCGAAACC
GAAAACGGCT TCTCTCTATT GAGAACTCAA CTGAATACTG CAGCTAAAGA AACCAACTAC
AAGGTTACCA CTAACCTTGA AGATGCAATG TGTCGAACTC CTCTCGATTT TAATTACCCA
GACGGTACAC CTATCGATGG TGGCTATGTA GACTTAGCAA GGTTTGGGTT TGACGTGACT
TGGGGAAGCT TCTATGACGT CAATGAGTGG GGCTGGGGCA ACTGGGTTCA CGATACTGAG
ATCCCATTGA TGGCTGGAAC ATTGGCACCG TTTGATAATG CCGATTACTT CACTACCGAC
AGTATTATTC TAAGCTCTAA AGGTTGGCTA CAGCTGGATG TTTGGAACTA TAACCCTTGG
GACTATATTC CTATGGATAT GTACCTAGAG TTACCTACTA ACGATTACGC TACGCCACCG
GATTTCATCG TAGCACCATT TTGGGGAGGT AAAGATGCAG CAGGCGATAT CTTTATTGAT
CAGAAGTGGA ACCTCGCCAT GTATGAACCC AACTGGAACC CAAGTGAAAG TAAGGGTGTT
ACTCTCGCTT ATGCCGATGA CTACACCATT ATCGAATGGA ATAAAGCTGC CACACACGAT
AAGAGCTGGG ATGAAAACTG GAACACGATT ATTACACCAC GTGAGGATAG CTACGACTTC
CAGGTATTCC TAAAAGCGAA TACCAGCCAT AAACCTGGCG GATATGAGAT AGTGATGGCC
TATGCCAACA TCGACTTTGC TGGCGAAGCG GGTGAAGGTT CTATCGGTGT TCGTGGTTAC
AATGGTCCTC GTGGTACCTA TGGTCCTCTT AAAGGCCATA CAGGCCAGAG TTACGCCTAT
AACGATCTGA CCGATAAGGT CTCAAGTGAT TTAGTTGTCT GTTATGACAT CAGTGGTCCT
AGCGACAGCA TCGTGGTGGT TAATATGCAG GCTGAAGTCA CCCATGATTC ATTAGGCATA
GACCAAACGG TAACAGTGAC TGGCGAAGTC GAAGGGATCT CCGATGCCAA TAGTCAGCAG
GTTATCGCTG TTGCCTCTAA CATCATCATG TCAGCCATTA GTGATAAAGT TGTCCCAGAG
AATACAAGCC TAGAGGGCAT TGTAGTGAGC TATGCGGATA ACGATGGTGG ACTGTCGGCC
AATACCATTA CTGTAACGGG TGAGAATATT ACGGCACAGG TCAATGGCCA TACGTCAGGC
TCAACCTTTG ATATCACGCC TAATGCAGAC TTCTGGGGAG AAACCATGGT CACTGTTACT
GTGTCTGATA ATCTCTTCCC TAATGATGCA GCCTCTCAAA GCTTTATGCT GACGGTTACC
TCTGACGGCG TAGAGCCAAC ACCGCCGCCG GTAACTGAGG AGCCCGCTCC TGCGCCAGAG
TCTGACTCAG GTGGTAGCCT TGGATGGTTA GGTCTGCTCG CACTAGGCTT AATGAGCCTA
AGTCGCCGTA AACTTGGCTC TGCTAAATAA
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| Protein sequence | MSSAQAFDAE RIKSINIMEL YQAQQEAKAK SSELPIKPLR RGDMSNIHFT PKQAKDKIQI
EKDLVGQHTY IVRLHGSSVA TYEGEIPGLQ ATKSTLNSQS KKLFRAGQPT EGRGAAIDAY
TNHLLNKQQD FIQKSGVEVK QQFTLAANAV TVEMTQAEAL QVASMSEVAY VQRSKIYQLH
TDIGPEHVGA SGVWDGTKTS DGNAYLGEGM IVGIIDTGIN TDHPSFAAVD GDGHAHTNPL
GQGNYLGDCA LEEFANRCND KLIGVYTHKD ITAEYSDEWG NKLAPDFGED FQGHGSHVAS
TVAGNILYDV DVVGSQLGGG EGKPIGVQMP KISGVAPRAN IISYQVCMVS GGCSGDAMLF
AIEQAIKDGV DVINMSIGGS ESFPWDDAFE MAFLSAREAG VAVALSAGNS GAAYGTDSLY
TVDHTSPWVL NVAATTHARS IVIEDKALDS FVGGDASLMP SRIEAAGISK AFSGEFVIAA
DYGDARCNSP FPAGTFEPTH IVICERGDIA RVDKAANAAA GGAGAFVLYN TWDEGDSVVN
DTYVIPGIHI SAKQWYGNWQ VTGLQPWLAS GTGLEGTITA SNANRVITPE DADWLASFSS
RGPSSTVDEI FSPGIAAPGV DIFAAWNDEN PLNPQADTRN YNSISGTSMA SPHIAGIMAL
VRQANPSWSA SEVQSALQMT ADSQAIKTHH PLDQKVEVAG PYRAGHGLAN IERAINAGLI
MDESAVNFRR ANPQNGGQVR ELNLPQLINK DCGLSCSWIR TVKATQDGTW TVNTNYSDRD
PLYWNFTLDP TAKVSVTPST FTLKAGETID LTVTSLFKES DMAWYDGTVQ TAAGSIEFVS
SDTKIPSAHW PFLTTYKGKT LPNTINITAH DDESKHVIAD VPFGAPGSSL TGVAYTPVEA
TTTEFSLSRM QFGISMMDDE FYWDTSQPNI KTFDVTVPEN SAVFRAELLG RVSSEIDHAL
NQYLDSSIYI FKDFNNDGRL HQSEAICASM RGQTTKGEYC ALENPEAGEY TIMVMSAYPL
FPWENVDTIE MAHVVIPKEQ TSSISLNFED TSERNSNLTI DWNMEMEQGK RYYSAAAISA
GDNAEGSLAM VPLNITRGVN SVSVESSQDA ARVGDIIDIS VTVQPNLSGS DREVELSAVL
SDGLKLVPGS ITSVEGVTET ENGFSLLRTQ LNTAAKETNY KVTTNLEDAM CRTPLDFNYP
DGTPIDGGYV DLARFGFDVT WGSFYDVNEW GWGNWVHDTE IPLMAGTLAP FDNADYFTTD
SIILSSKGWL QLDVWNYNPW DYIPMDMYLE LPTNDYATPP DFIVAPFWGG KDAAGDIFID
QKWNLAMYEP NWNPSESKGV TLAYADDYTI IEWNKAATHD KSWDENWNTI ITPREDSYDF
QVFLKANTSH KPGGYEIVMA YANIDFAGEA GEGSIGVRGY NGPRGTYGPL KGHTGQSYAY
NDLTDKVSSD LVVCYDISGP SDSIVVVNMQ AEVTHDSLGI DQTVTVTGEV EGISDANSQQ
VIAVASNIIM SAISDKVVPE NTSLEGIVVS YADNDGGLSA NTITVTGENI TAQVNGHTSG
STFDITPNAD FWGETMVTVT VSDNLFPNDA ASQSFMLTVT SDGVEPTPPP VTEEPAPAPE
SDSGGSLGWL GLLALGLMSL SRRKLGSAK
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