| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Plim_3147 |
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| Symbol | |
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| ID | 9139861 |
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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 | 4070068 |
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| End bp | 4072749 |
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| Gene Length | 2682 bp |
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| Protein Length | 893 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | |
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| Product | CRISPR-associated helicase Cas3, Anaes-subtype |
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| Protein accession | YP_003631161 |
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| Protein GI | 296123383 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGTTTGATT TCAGCGCCAA ATTCGAACAA CTGACTGGCA GCCCACCTTT CCCGTGGCAA
GCAGCTCTTT TCGAAAGAAT GACCACCGGC AAGGAGGTCG ATATCCCTTC CGTTTGCCAC
ATTCCCACGG GATTAGGCAA AACCTCGATC ATTGCCATCT GGTTGCTGGC TCTTGCCAGA
CGACCGAATG ACCTTCCCAC ACGCCTGGCT TATGTCGTCA ACCGCCGCAC AGTCGTCGAT
CAGACAACGA CCGAAGTGGA ACGCATTAAG AAAAATCTCT CTGCGGCGAA CCTCGGCATC
CGCGATCTGA TGATCAGCAC ATTAAGAGGG CAGTTTGCCG ATAATCGGGA GTGGTCGAAG
AATCCCGCCT TACCCGCTGT CATCTCTGGC ACTGTGGATA TGATCGGCAG TCGGCTCCTC
TTCTCCGGCT ACGGTGTTGG CTTTAAGGCG CGGCCACTCC ATGCCGGTTT TCTCGGACAG
GACACACTGT TAGTTCACGA TGAAGCGCAC CTGGAACCAG CTTTCCAGAA ACTGCTTGAA
TCGATCATGA GTGAGCAGCA GCGAGAACGA TCGACCTCGG ATGTTCCCTG GCGACCGCTG
CAAGTCATGC AACTTTCAGC CACCATCCGT TCGGATGATG ACAAAAGCAG CCAGAAATCG
CCCCCCTTCG GGCTCAGCCC GTCGGATGAA AAACATCCGG TTGTGAAACA GCGTCTTCAA
GCCACTAAGA CCATGACCTT GCAGGAAGTC GCTGATGAGA AAAAACCTCT CGTGGAGGCC
GTTGTCGCTC GCGCTCTCGA ACTTCGGGAT TCAAATCGCA CAGTGATTAT CTTCCTTCGC
AAACTTGACC ATGTTGAAAG TGTTCAAGGA GAACTCGAAA AGAAGAAACT TTCGGTACAA
TTTCTGACAG GGACACAGCG AGGTTACGAA CGTCAGCAGA TGGCCGATCC GACATCACCC
ACCGGCTGCC CGATCTTCGC CCGCTTTCTG CCCCCCCCCA AAGCCAATGA CTCGCAAAGT
CCATCGTGGA AGGTAACGCC TGCAGCAGGG ACTGTTTACC TCATCTGTAC CAGTGCCGGT
GAGGTGGGTG TCAATCTCTC TGCCGACCAT CTCATTTGTG ATCTTTCCAC CTATGAAAGT
ATGGCCCAGC GCTTCGGCCG CGTAAATCGG TTCGGCGATC GTGACGACAG TTCGATTCAC
GTGATCTATC CCTCGACATT CACCGGCGAA GATGTATTTA GCCCACCACG GGAAAAGACA
CTTCTGCTCC TTCGGCAACT TGAAGGCGAT GCCAGCCCGG CGGCTCTATC GAAGCTTTAC
AATGCACGAT CAGAAGAGGT TCATCAAGCA TTCACCCCGC TTCCGACCAT ACTTCCCGCA
ACCGATATTC TCTTTGATAC CTGGGCACTG ACATCCATCA AGGGAGAACT CCCGGGGAGA
CCACCCGTCG AACCTTACCT CCATGGAATT GAAACCTGGG AGCCACCACA AACCACCATC
GCGTGGCGCG AGGAAGTCGA TCTCCTGAAT GCAGAAGTTC TCAAAGAGCA CCCTCCCGAA
CAATTGCTCG AAGAGTTTCC CTTATTGCCT CATGAACTCG TCGTCAATAC CAGCGAGCGC
GCGTTCAAGC ATCTGGCAAA GCTGGCCGAA CGACATCCCG AAACCATCGT GTGGATGATC
GACCGCAAAG AGAAACTCAC GCTCGTCCCA CTGAAGGAAG TAGCCAACAA GGATCGCAAG
GAACGCATTG AACACTGCAC CATCCTCCTG CCACCTTCGA TTGGCGGCCT GAACAGTGGC
CTCCTCGATG GCGACTCTGA AGCACCTGCA CTTGATGTCT CCTGCAAATC ACCGACCTCA
GAAAACAAGC AACGCTCACG ACTGCGGGTT ACAGAAGATG AACTCCCATC TTTCCTCAAA
CAAACTAGGG AGATGCGAGT CGTTCGACAG ATCGTGCTGG AAGTGGATGA ATCGGATACG
ACCACGCCCG TATCACAAGT TAATACCCAG GAATCATCGA CGCTTGATGA TCTGGAAACC
GAGTCAACCA CTTCACCCGC GAACGGAAAA ATCTGGCTCT GGCTGGCAAC CCCTGCTCGA
ACAGGCTTAG GAACGCTGGG TTCAAAGGCA CCCATCGGGT TGCAACACCA TGTGGACGAT
GTCGTGCGTG AAACAGAACA GATTCTCAAA GAATTGAAGC TCCCTGAGAA GTTGAAGGCT
GCTGTCCGCT TGGCTGCGAA GTATCACGAT GAAGGCAAAC GAAGACCTTT CTTTCAGATG
ATGCTGGGAA ATCGAAATTT TCCCGATGTT CTGTTGGCCA AGTCTCAGAC CGGCACTGGG
CGAATTACAG AAACTTATCG TCACGAATTC GGTTCACTCA GAGATATCAC ACATGATGCG
GAATTCAACG CATTGGAGCC CCATGATCAA GATATCGTGC TTCATTTGAT TGCTGCCCAC
CATGGCCGGG CCAGGCCTCA TTTTTCGGCT GATGAAGCCT TTGATCCTTT TGCGCTGGAG
AGTGAATCCA TCGCTTTCGC TACAGAAATC CCCCGTCGCT TTGCAAGGTT ACAACGCCAC
TACGGCCGCT GGGGTCTGGC TTATCTGGAA TCGATCTTAA GGGCAGCCGA TTACGCCGCC
AGTGCTCACC CTTCTTCACG CGAGGAGCCT GTTCATGAGT AA
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| Protein sequence | MFDFSAKFEQ LTGSPPFPWQ AALFERMTTG KEVDIPSVCH IPTGLGKTSI IAIWLLALAR
RPNDLPTRLA YVVNRRTVVD QTTTEVERIK KNLSAANLGI RDLMISTLRG QFADNREWSK
NPALPAVISG TVDMIGSRLL FSGYGVGFKA RPLHAGFLGQ DTLLVHDEAH LEPAFQKLLE
SIMSEQQRER STSDVPWRPL QVMQLSATIR SDDDKSSQKS PPFGLSPSDE KHPVVKQRLQ
ATKTMTLQEV ADEKKPLVEA VVARALELRD SNRTVIIFLR KLDHVESVQG ELEKKKLSVQ
FLTGTQRGYE RQQMADPTSP TGCPIFARFL PPPKANDSQS PSWKVTPAAG TVYLICTSAG
EVGVNLSADH LICDLSTYES MAQRFGRVNR FGDRDDSSIH VIYPSTFTGE DVFSPPREKT
LLLLRQLEGD ASPAALSKLY NARSEEVHQA FTPLPTILPA TDILFDTWAL TSIKGELPGR
PPVEPYLHGI ETWEPPQTTI AWREEVDLLN AEVLKEHPPE QLLEEFPLLP HELVVNTSER
AFKHLAKLAE RHPETIVWMI DRKEKLTLVP LKEVANKDRK ERIEHCTILL PPSIGGLNSG
LLDGDSEAPA LDVSCKSPTS ENKQRSRLRV TEDELPSFLK QTREMRVVRQ IVLEVDESDT
TTPVSQVNTQ ESSTLDDLET ESTTSPANGK IWLWLATPAR TGLGTLGSKA PIGLQHHVDD
VVRETEQILK ELKLPEKLKA AVRLAAKYHD EGKRRPFFQM MLGNRNFPDV LLAKSQTGTG
RITETYRHEF GSLRDITHDA EFNALEPHDQ DIVLHLIAAH HGRARPHFSA DEAFDPFALE
SESIAFATEI PRRFARLQRH YGRWGLAYLE SILRAADYAA SAHPSSREEP VHE
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