| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Plim_2039 |
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| Symbol | |
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| ID | 9138742 |
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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 | Planctomyces limnophilus DSM 3776 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014148 |
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| Strand | - |
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| Start bp | 2642765 |
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| End bp | 2647261 |
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| Gene Length | 4497 bp |
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| Protein Length | 1498 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | |
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| Product | amidohydrolase |
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| Protein accession | YP_003630066 |
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| Protein GI | 296122288 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 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 | TTGTCTATTC TCGCCATCGT TTTTAAACGC CGGGTTTTCT GCGCACCAGC AATTCTACAG
CGGGCATTGC TCACTGGCTT AATCCTCACC GTCACCGGAG GAACTGCTCA GCTGACGGCT
CAGGAAGCGG TGCCGCATCC CTTTCGGCAG CTAGCCATTG AAGGAGGCAT CTGGCATCTC
AATACGCCGG ACGAAAAAGT CATGGCCGAC GCTTCGGCTA AGACTGAAAA GAGCCGGCTG
ATTCTCTCCC GGGATGGTGT GATTACGGAT ATCAGTCAGA ACAGCGTGAT TCCTCCCGGT
ACATCGATCC TTAATGCCGC TGGTTTGCAC ATCTATCCGG GATGGATTAA CGCGGGCCTT
CCCAGTGGCC TGGAGCAGAA TATACCTCTC ATGCCCATGC AGGAAATGGG GCTGGAACAG
ACTTCCCTCG CCCATCTCCC CAGTGATCTT CGCACCGGAT TTACTCCTGA TTTCGATGTT
ATGTCCCGGC TACCCCGAGA ATTTGCCGGT ACTTCGAAGC TACGCGGAGC GGGTTTTACG
ACAGTCGCGA TCTGGCCTTC GGGGAGAATC TGTAGTGGCC AGGGTGTGCT CCTCCAGTTG
GGCGATAAGC CACCCCGTGA AGAATGGTTA GGTACTGGCG CAGGACAGGT CTTTGAATTC
TCGCCGCAGT CGTTTGGTGT CTATCCATCC ACAGTCATGG GTCAAGTGGC TCTTTTCCGT
CAGGTCTGGC TCGACGCCAT GCGACACGAG CAGCATTTGA AATTAGCTGC CAGCGGAACC
CCGGGGCTCA GTCGTCCACC CAAAGATGCC GGTTTGGAGT CGCTGATCGA GTTCAAGAAA
TCGGGGCGGC CGGCGGTCAT CATTGCGGAT ACGGCCAACG ACATCGAGCG CGCGATTCGA
CTGGGTGAAG AGCACGGCCT TAAAGTCATC ATCTGGGGTG GTAAAGAAGC CCGTCAGCAG
ATCGAACTGC TCAAATCGAC ACAGACGCCG GTTATCCTCG CACTCAATGC CGATGATGCA
CCAAAAGTCG AAGAGTCGCC TGCAGGTCTC GCGGGACGAG GCAAAAAACC TCCCAAAGAC
GTTCAGGAAA ATTCACTTCT TGAATACCAG GAGGAACTTG ATCTGGCAGG AACACTTCTT
CGCAGTGGAA TCAGAGTGGG TCTCTCCAGC CGGAGATTCA GCGACCAACC ACAGAAGTTT
CTCGGTGTGA TTCGGAAAAT GATCGAGCGC GGGCTCAAAG AGGAAGAAGC AATTGCCCTG
TTAACTTCGG AACCGGCGCA GATTCTTGGT CAAGAACAGC AACTGGGTTC GATTGCTCCG
GGGAAGCTGG CCAACTTTAC GATTCTCAAT GGGCCAATCT CAAACGCTAA AAGCGTGGTT
CGATATGTTG TCATTGGAGG CCGGGTCTTC GAGTTTTCTC ACGAGGCCAA GCCACTGAGT
GAGTCCGGAA AAGCCGACGA CGGCAAGGCT ACTGGCAGTG ATTCGAACAA CGCAGGGCTG
GTGAGTGGTG AGTGGCGTGT GAAGAGTACT GCCACAGAAA ACTCACTGAT GGCCACGTTA
TCGATTGTGC AGACGGGTGA TCGATTGACG GGTCGATTCT CCAGTGAACA GGGAGATGGT
CGGATTAAAC AAGGGACGGT CAAAGGCCAG GAGGTCGAGT TCGTGGTCTC GATTGGGGCT
GGTGACCGGG ATGTGACCTT GGAATTCAAA GGGACTGTTC GTGGCAACAC GATGACAGGC
AAATTGAAAT CGCTCTTTGG AACAGCGATT GACTTCACTG CCGAGCGAAA GCCTCAATCG
ACAAAGATCG ATGGGAGTGC CGCTTTGCAG GCGATTGAAG TCACCACGAT CGAAGAATCG
GGTGATTCGA AGAATGAGAA ACCACAAAAA CCGGCAGATG CTTTGAAACC GATGCATCTG
GAGACCGCCC AAAGCGAAAA AGATGCTCAA GAGAAAGTGG CGGTTGCCAA AAAGCCTCCC
GTGGAACTGA AGGCCGATCG TCAAAGACGT CCCCCGTCAA CGGGTGGAAA CGTGCTGATC
AAAGGCGGTA CTGTGCTGAC TGGGACGGGG CAATCGCTCG CAGGTCATGC GGTGTTGATT
CAGGCGGGTC GCATCACGGC GATTGGAACA GACATTCCTG CTCCCGATGG TACGACGGTC
ATTGATGCCA CGGGCCAATT CGTCGTTCCC GGCCAGATTG ATACGCACAG CCATATGATG
ATGGGCCGCG GGCTGGGAGG AGTGAATGAA GCCACCAACT CGATCACCTG CGAAGTCCGT
GTGCGGGATA TTGTGGATGG TACAGATCCT GATTCGTATC GCTGGCTGGC GACAGGGTTG
ACCACGGCCC GCCTGCTCCA TGGTTCGGCG AATACAATCG GCGGGCAGGA CGCGGTCGTT
CAAATGAAGA TCGGGGCATC CACCCACGAT CATCTCTTCC CTTTCTCTCG CCAAGGTGTG
AAGTTTGCCT TGGGGGAAAA TGTGAAACGC AAAAATGGGC GTTTCCCGAA TACGCGGCTG
GGAGTCGAAG CTACGATCAC CAGGGCTTTT GTCGAATCGC TCGATTATCG CTCCCGCTGG
ATGGCTTATG ATCGGCTCTC TGCAGAAGAA AAGGCCAAAA CTCTTCCACC AAGGCGCGAT
CTGCGACTGG AAGCCTTATC AAAGATTCTG GCTGGCGAGA TCCTGATCCA CTCGCATTGT
TACCGGTCTG ATGAAATCCT CATGCTGCTC CGGGTTGCCA GTTCCCACGG AATTCGCATT
CAATCCCTGC AGCATGTCCT TGAGGGATTC AAGATTGCTC CGGAAATTGC AGCCCATGGG
GCCAGCACCA GTACCTTTGC TGATCACTGG GCCTACAAAG TGGAAGCTTA TGATGCCACC
CCTTACAACG CGGCTATGTT GCTGCAGGCG GGGGCCAGTG TGGTGATCAA GAGTGATTTC
CCTGTCACTC CCAATGCTCT GAACCATGAG GCCGCAAAAT CTATTAGACA TGGAAATGTG
CCTCCGGAAG TGGCACTTCA GTTTGTGACG AGAAATCCCG CTCGAGAGCT GGGAATCGAT
GAGCATGTGG GGACCATCGA AGTCGGCAAA CTGGGCGACG TTGCGATCTT CAACACGCAT
CCCATGAGTG GATTCTCCCG TTGCGAGAAG ACGTTCATTG GTGGCGAGTG GTACTTCGAT
CGATCCAGGC AACCGGCAGT CATGTCGGAG GTAGCTGCCA AAGCCTCTGA AAAAATTCCG
GCACCAGAAT GGCCTCCTGC GGAAAAGCGT TTGCCAGTGA TGGAATGGCC TGAAAATCTG
GGCAACGAAT ATCTCCTGGT CAATTGTGAG ATTCATCCCG TCGATCAAGC GAAAATCAAG
CAGGGAATGA TTCACATCAA AGAGGGAAAG ATTCTCGCAC TGGGTGAGAA GCTTGAGGCC
GAACCGTCTA TTACGAGAAT TGATCTCCAG GGAAGACGAG TTTTCCCGGG GATGATCGAT
GCCAGCACAA CTGTCGGAAT TACAGAGATC AGCCAGCTTT CCGTCACTTC GGATTACTCC
GAGATTGGTC AGTTCCAACC TGATCTCGCC GCAGCAGCGG CTGTGAATCC TGACTCTGAG
CATATTTTCA CCGCAAGATC AGGCGGAATT ACTCTGGCGG GTTTGAGTCC CCAAGGTGGT
CGCATCAGCG GGCAGAACTC GATCATTGCT CTCCAGGGCT GGACATCGGC TGAGATGACA
CTTCTTCGGG ATGCGGGTTT GCAGATCCAG TGGCCAGGTG GCGATTCAAA TGAGGGAGCA
ATTCGTGAAT TGAAAGCGAT GTTTACTGCT GCCCGAACGT ATGCAGCAGC GATGTCGAAA
TCACCAGAAT CTTTACTGAC GCAAAGGGAT CTGCGCCTGG AGGCGATGAT CCCCTATGCC
TCTGGCGAGA AGAAGGTGTT TATCGAAGCC AATACAGAGA AACAGATTGC GGAAGCACTC
CTGTTTATCG AAGCAGAGAA GCTCCAGGCC GTGATTACCG GTGGGGCAGA TGCCTGGAAA
CTGGCTGACG AACTCGCAGC CCGGAAGATT CCTGTGATTG TGGGTGGCGT CATCCGGCGG
CCCATTCACT CCTGGGATCC ATTTGATGCC TGTTACGCCA ATGCCGGGCG TTTGCACGAA
GCCGGAGTCA AGATTGCGTT TCGTTCCGAT GGGGCACCAG ATAGTCGCAA TACACCGTTC
CATGCGGCTA CATCCGTGGC TTACGGATTG CCGGAAAATG AGGCCATTAA AGCGATCACG
ATTTCTGCCG CCGAGATTCT GGGAGTCGGT GAGCTGACCG GATCGATCAC GCCCGGTAAG
CGAGCCGATC TGGTGATTGC TGATGGCTCA ATTCTTCTGC AGGGGACGCA GATTCATGGC
GTTCTGATCG GGGGATCTGC AGTGCCGATT GATTCCCGAC AACATCGTCT GGCAAAGAAG
TACCAGGCTC GTTTGCCCAA ACCTGCCCAG GGTGGTTTTG AAGTGCGAAT TCCCTGA
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| Protein sequence | MSILAIVFKR RVFCAPAILQ RALLTGLILT VTGGTAQLTA QEAVPHPFRQ LAIEGGIWHL
NTPDEKVMAD ASAKTEKSRL ILSRDGVITD ISQNSVIPPG TSILNAAGLH IYPGWINAGL
PSGLEQNIPL MPMQEMGLEQ TSLAHLPSDL RTGFTPDFDV MSRLPREFAG TSKLRGAGFT
TVAIWPSGRI CSGQGVLLQL GDKPPREEWL GTGAGQVFEF SPQSFGVYPS TVMGQVALFR
QVWLDAMRHE QHLKLAASGT PGLSRPPKDA GLESLIEFKK SGRPAVIIAD TANDIERAIR
LGEEHGLKVI IWGGKEARQQ IELLKSTQTP VILALNADDA PKVEESPAGL AGRGKKPPKD
VQENSLLEYQ EELDLAGTLL RSGIRVGLSS RRFSDQPQKF LGVIRKMIER GLKEEEAIAL
LTSEPAQILG QEQQLGSIAP GKLANFTILN GPISNAKSVV RYVVIGGRVF EFSHEAKPLS
ESGKADDGKA TGSDSNNAGL VSGEWRVKST ATENSLMATL SIVQTGDRLT GRFSSEQGDG
RIKQGTVKGQ EVEFVVSIGA GDRDVTLEFK GTVRGNTMTG KLKSLFGTAI DFTAERKPQS
TKIDGSAALQ AIEVTTIEES GDSKNEKPQK PADALKPMHL ETAQSEKDAQ EKVAVAKKPP
VELKADRQRR PPSTGGNVLI KGGTVLTGTG QSLAGHAVLI QAGRITAIGT DIPAPDGTTV
IDATGQFVVP GQIDTHSHMM MGRGLGGVNE ATNSITCEVR VRDIVDGTDP DSYRWLATGL
TTARLLHGSA NTIGGQDAVV QMKIGASTHD HLFPFSRQGV KFALGENVKR KNGRFPNTRL
GVEATITRAF VESLDYRSRW MAYDRLSAEE KAKTLPPRRD LRLEALSKIL AGEILIHSHC
YRSDEILMLL RVASSHGIRI QSLQHVLEGF KIAPEIAAHG ASTSTFADHW AYKVEAYDAT
PYNAAMLLQA GASVVIKSDF PVTPNALNHE AAKSIRHGNV PPEVALQFVT RNPARELGID
EHVGTIEVGK LGDVAIFNTH PMSGFSRCEK TFIGGEWYFD RSRQPAVMSE VAAKASEKIP
APEWPPAEKR LPVMEWPENL GNEYLLVNCE IHPVDQAKIK QGMIHIKEGK ILALGEKLEA
EPSITRIDLQ GRRVFPGMID ASTTVGITEI SQLSVTSDYS EIGQFQPDLA AAAAVNPDSE
HIFTARSGGI TLAGLSPQGG RISGQNSIIA LQGWTSAEMT LLRDAGLQIQ WPGGDSNEGA
IRELKAMFTA ARTYAAAMSK SPESLLTQRD LRLEAMIPYA SGEKKVFIEA NTEKQIAEAL
LFIEAEKLQA VITGGADAWK LADELAARKI PVIVGGVIRR PIHSWDPFDA CYANAGRLHE
AGVKIAFRSD GAPDSRNTPF HAATSVAYGL PENEAIKAIT ISAAEILGVG ELTGSITPGK
RADLVIADGS ILLQGTQIHG VLIGGSAVPI DSRQHRLAKK YQARLPKPAQ GGFEVRIP
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