| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_0105 |
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| Symbol | |
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| ID | 4069480 |
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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 | Candidatus Koribacter versatilis Ellin345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008009 |
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| Strand | + |
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| Start bp | 109913 |
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| End bp | 114349 |
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| Gene Length | 4437 bp |
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| Protein Length | 1478 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 637982105 |
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| Product | protease-like |
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| Protein accession | YP_589184 |
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| Protein GI | 94967136 |
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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 | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 1 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.34808 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCGTT TCTTCGTTCG GGCCCGACTG CTCTCAATTT GCCTCGCACT GCTTTGGATT
GCTTCCTACG CCGGCGCACA GGCTGTAAAA AATCCTTCTC GCATCACGCA AAAAATCGAC
AACACGGCGC GTGTCACCTT AAGTGGAACG GTACCCAAAG CGGCGAAGAA CGCGCACGAT
CTCGGTGAAG TGGACGGCGG CATGAAGTTG CAGCGCATGA TGCTCGTGCT GAAGCCCAGC
GCAGAGCAAC AGGCCTCGTT GCAACGCCTG CTCGACAGCC AGCAGAACAA GAAATCTCCC
AACCATCACA AGTGGCTGAC GCCCGAAAAA TTCGCGGCGA GTTACGGACC TTCCGAAGAG
GATGTTGCGA AGGTGAAGAA CTGGCTCGAG TCGCAGGGAA TGTCGGTCAG CAAAATCGGC
AACGGTCGCC AGTGGATTGA GTTCTCCGGA TCCGCGCACC AGGTGGGAAC TGCGTTCGGC
ACATCGCTTC ACTATTTCGA AACCAATGGC GAGCGCCACA TGGCCAACGC CACCGAGATC
TCGATACCGC GTGCGATCTC GCCGGTGGTG AGCGGCGTTC TCTCGCTGCA TAACTTCCAC
AAGCAGCCGA ATACCTCGAA GCTGTCGAAA GTGAAGTTGG GCGACGATGG CAAGTTGGCG
CCCGTCGATC CGGCGTGGAC CTATCGTGAC TACAACCTGA ATCCCTACTA CTACCTTGCA
CCGACGGACG CGCAGAAGAT CTACAACGCT TCGCCGCTGT TGAACGATGG CGTGGACGGA
ACCGGAATCT CGATTGCAGT GGCGGGCCGC AGCAACATTT ATCTCAGCGA CGTGCAGTTG
TTCCGGAACG TTTTCGGCCT CAAACAGAAC GACCCCAATT TCATCGTCAA CGGGCCTGAT
CCGGGATATC CGTTCGGCGA CCTGGTGGAG AACACGCTGG ACGTGGAATG GGCCAGCGCG
ATGGCTCCGG GCGCGACGAT CAACTTCGTC GCCAGCGGCA GCACGGACAC CACGGACGGT
GTTGATCTCT CAGCCGCATA CATTGTGGAC AACGCCGTAG CACCGATCGT CACCGTGAGT
TACGGGCTTT GCGAAGCGCT CATGGGCCCG GCGAGCAACC AGTTCTACAA CTCGTTGTGG
GCGCAAGCGG CGGCGCAAGG TATGACGGTG TTTGTATCTA CCGGCGACGT GGGCGCGGCG
GAATGTGATG GCGATCTGCA GCGCGCCGGC TATGACCCGC CGGGGCCGGC GCAGTATGGC
CCCACCATCA GCGGATTGTC TTCCACTCCT TACAACGTCG CCGTCGGTGG CACACAGTAC
AACGAGGGCA GCAACTTCGG ACAGTACTGG TCCCCTAACA ACGACTCCAC GTTCGGCTCG
GTACTCGGCT ACGTGCCGGA ACAGGCGTGG AACGAAAGCT GCGATCCGAA CCTTCCGCAG
GAAGGAACGA ACTGCGTCTA TGGACAGACA AACTACAACC TCGATGGCGG TGGCGGTGGT
CCCAGCAATT GCAGCCAATC GACGGTGGAC GATCAGGGGC TCATCACCTG CGTTGCGGGA
ACTCCGAAGC CGTCGTGGCA GACCGGATTA GGTGTGCCGA ACGACGGTGT GCGCGATACG
CCGGACCTCT CGCTGAACGC ATCGCCGGAT GACGATGGTT TCCTGTTCTG CCTGATCGGA
GGCTGTCAGA CCACGACGGT CAACGGCCAG ACGATATTGA CCAACGCCAG CACGATTGGA
GGCACATCGG CATCGACACC GGCGATGGCC GGCATCATGG CGCTGATCGA GCAGAAAAAC
GGCGCCTTCC AGGGGCAGGC GAACTACATC TTCTACAAAC TCGCCGCGAT GGACGATCAA
GCGGCTTGCG ATTCGTCGAA GCGGACGGAT CCAACAGCAA CGAGCACGTG CAACTTCAAC
GACGTAACGA TGGGCAGCAA CAGCGTGCCC GGACTGCCCG GTTATGGCAC GGACAGCGCG
GAGTGGAGCG CGACGACCGG CTATGACATG GCTACCGGCC TCGGCACGGT GAATGCAGCG
AACATCGCAA CCAACTGGGC GAAGGTGACG TTTGCAGCCT CGTCCACAGC ACTCACGGTC
GGCGGTGGCA CGGTCGCTCA CGGCGATCCG GTAACGGTAA ACATCGCGGT GACAGCGACG
GACGGCGGCA GTTCTAAGCC GACGGGGCCG GTGTCGCTGG TCACGGACAA GTACGGTGCA
GTTGGCCAGG TCACGCTCGA TGCGAACGGC AGCTACAGTG GTCCGGTAGC GAACCTTCCG
GGCGGTAGCT ACAGCTTGAC CGCGCAGTAC GGCGGAGACG GCACCTTCGG CGCGAGCACA
TCGGCGCCAG CTGCGGTGAC GGTCACGCCC GAAGACAGCA CGACGACGAT CATCGGTCTC
TACACGGTTG ATCCCAATAC GAGCCGCGTG ATTCCGTACA CCGGTTCGGC GCAATGGGCC
TACCCGCTGT GGATTAGTGT GAAGGTCGAC GGCAAGTCCG GCGAGGGACG GGCAACCGGC
ACCGTCAACG TGCTTCGGAA CGGAACCGTC GTGATGAGCG CACCGCTCAA CAGCGATGGC
TCCGCGTACA TCCAAACCGG CAACGGAATG TCGTACACGT TCCCTGCGGG CGATAGTGAT
CTCTCGATTC AGTACTCCGG CGATAGCGGC TTCAACGCGA GTACGTCGGG GGTGACGAAA
ATCTCGTTCA CGCCACAGAA GGTCTGGTCC ACCATCCAAA TCAGTTGGTG GCAGGTCCAG
GCAGGACAGC CGGTGCTCCT CACCGCAGGT GTCCGTGCAT TCGGCACACC GGTACCGACT
GGGACCATGA CCTTCTACGA CAACGGCAAG AAGCTGAGTG ATGCAATTCC CCTCGCGACC
GACGGACCTT ACGGTCCAAC TGTTCCCGAG GTGACGTACA CGGCGAAACT CACCACGGTG
GGAGACCACT GGATCACTGC GGAATACAGT GGCGATGCCA ACTACGCGGC CGTTGCTCAG
GATGATCCGA CGTATTCTTG GGGCAGCAGC TACACGGTCA TCCCCGCTGC GGGTGAAACG
ACGACGACCA CCGTCACTCA GTATCCGGCG GCAGTTTCGT TCGGACAATG GATCAACTTC
CTCGTGAACG TGAAGCCGGC GAAAGCAGGC GGAGCGGCGC CGACCGGCGA GGTCGTGCTC
ACTTCCAACG GCCAGGTGAA CGGGCAGGGC AACCTGGTCA ACGGACAAGT CACGATCTCG
GTACAAGCTG GTGCTCAAAC TGCCGAAGTC TATGCGCAGT ACCAGGGCGA CAGCACGTAC
GCCTCGTCTT CGAGCGGCGT TTTCAAAACG ACGATTGCGA AACTCGATTC GACCGTATCA
TTGACGACCA CCGGCGCCTA CGTTCTGGCT GGACAACAGA CCAGCCTCAA CTTCGTGGTG
CAGGGCTACT ACTACAACTC CACGTCGTGG TATCAACCGC AGGGCAGCGT GCAGTTCTTC
GACGCGGTGA ACGGCGGAGC ACCCCAGGCC ATCACCGCAC AATTGGGGAT GACCGGGATG
AATCCGTGGG CGAACAGTGG CTTGAGCCTT CGCGAGACTC TGCCCGCGGG CACGAACGTC
ATCACCGCGC AGTACTCAGG CGACTCCTAC TTCAATCCGG CGACCACGGC TGCAGTAACC
GTGGTGGTTT CGCCACCGGA CTTCACGGTC AGCTCCGATC CTTCGGCGTT GACCATTTCG
GCCGGAGGCA CGACGTCAGC AATACTTTCA GTGGCTCCGA TCCTGGGATT CTCAGGAGCG
GTGACGCTGA CTTGCGGCGA CGGCTTGCCC GCGGGAACAA CCTGCAGCTT CTCACCCGCC
ACGCTCGACG CCAGCGGTGG ACAATCTACG ATGACCGTCA CGATGAAGGG CCCGTTCACC
AACGCGGCTG CAAATCATGT TTCGGGATGG TGGATGCTTA CCGGCGGCTC CGGCGCTCTC
GGGTTCTTCC TGCTCGGGAT TTCCGGAAAA CGCCGGAAGT ACCTCGCGGG CATGCTGGCT
ACGATCGCGC TCTTCGGGCT GATGATGGCT TGCGGCGGCG ACAGTCATCC ACCGGCGGCA
ACTACGTCGG TGATGCTGGA GTCTTCGCAA CCGAAGGTGG CAGCAGGTGC CAGCGTGACG
TTTACAGCCG ATGTGAGCGG CGGCAATAAC GGTGCGACCG GCAGCGTCAC CTTCTATGAC
GGAACCACCG CACTGGGCAA TGCCGTGGAT GTTTCCAACG GACAAGCGAC TCTGGCAGTA
AACACGCTGA CCGTCGGAAC CCATGCGATC ACCGCCAAGT ACACCGGCGA TTCTTCGCAT
GCGGCATCGG TTTCGCAGCC CATGTACCAG GCCATCACCG GCACCACGAC GTTGGCCGTC
ACAGCAACCT CGGGTTCGAC GAGCCACGTG TTGAACCTCA ACCTGACCGT GCAATAA
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| Protein sequence | MNRFFVRARL LSICLALLWI ASYAGAQAVK NPSRITQKID NTARVTLSGT VPKAAKNAHD
LGEVDGGMKL QRMMLVLKPS AEQQASLQRL LDSQQNKKSP NHHKWLTPEK FAASYGPSEE
DVAKVKNWLE SQGMSVSKIG NGRQWIEFSG SAHQVGTAFG TSLHYFETNG ERHMANATEI
SIPRAISPVV SGVLSLHNFH KQPNTSKLSK VKLGDDGKLA PVDPAWTYRD YNLNPYYYLA
PTDAQKIYNA SPLLNDGVDG TGISIAVAGR SNIYLSDVQL FRNVFGLKQN DPNFIVNGPD
PGYPFGDLVE NTLDVEWASA MAPGATINFV ASGSTDTTDG VDLSAAYIVD NAVAPIVTVS
YGLCEALMGP ASNQFYNSLW AQAAAQGMTV FVSTGDVGAA ECDGDLQRAG YDPPGPAQYG
PTISGLSSTP YNVAVGGTQY NEGSNFGQYW SPNNDSTFGS VLGYVPEQAW NESCDPNLPQ
EGTNCVYGQT NYNLDGGGGG PSNCSQSTVD DQGLITCVAG TPKPSWQTGL GVPNDGVRDT
PDLSLNASPD DDGFLFCLIG GCQTTTVNGQ TILTNASTIG GTSASTPAMA GIMALIEQKN
GAFQGQANYI FYKLAAMDDQ AACDSSKRTD PTATSTCNFN DVTMGSNSVP GLPGYGTDSA
EWSATTGYDM ATGLGTVNAA NIATNWAKVT FAASSTALTV GGGTVAHGDP VTVNIAVTAT
DGGSSKPTGP VSLVTDKYGA VGQVTLDANG SYSGPVANLP GGSYSLTAQY GGDGTFGAST
SAPAAVTVTP EDSTTTIIGL YTVDPNTSRV IPYTGSAQWA YPLWISVKVD GKSGEGRATG
TVNVLRNGTV VMSAPLNSDG SAYIQTGNGM SYTFPAGDSD LSIQYSGDSG FNASTSGVTK
ISFTPQKVWS TIQISWWQVQ AGQPVLLTAG VRAFGTPVPT GTMTFYDNGK KLSDAIPLAT
DGPYGPTVPE VTYTAKLTTV GDHWITAEYS GDANYAAVAQ DDPTYSWGSS YTVIPAAGET
TTTTVTQYPA AVSFGQWINF LVNVKPAKAG GAAPTGEVVL TSNGQVNGQG NLVNGQVTIS
VQAGAQTAEV YAQYQGDSTY ASSSSGVFKT TIAKLDSTVS LTTTGAYVLA GQQTSLNFVV
QGYYYNSTSW YQPQGSVQFF DAVNGGAPQA ITAQLGMTGM NPWANSGLSL RETLPAGTNV
ITAQYSGDSY FNPATTAAVT VVVSPPDFTV SSDPSALTIS AGGTTSAILS VAPILGFSGA
VTLTCGDGLP AGTTCSFSPA TLDASGGQST MTVTMKGPFT NAAANHVSGW WMLTGGSGAL
GFFLLGISGK RRKYLAGMLA TIALFGLMMA CGGDSHPPAA TTSVMLESSQ PKVAAGASVT
FTADVSGGNN GATGSVTFYD GTTALGNAVD VSNGQATLAV NTLTVGTHAI TAKYTGDSSH
AASVSQPMYQ AITGTTTLAV TATSGSTSHV LNLNLTVQ
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