| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cwoe_1968 |
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| Symbol | |
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| ID | 8732409 |
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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 | Conexibacter woesei DSM 14684 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013739 |
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| Strand | - |
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| Start bp | 2067719 |
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| End bp | 2071132 |
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| Gene Length | 3414 bp |
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| Protein Length | 1137 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 646502585 |
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| Product | KAP P-loop domain protein |
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| Protein accession | YP_003393769 |
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| Protein GI | 284043429 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4928] Predicted P-loop ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.624623 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCAGGCA CGCCCTATCT CACCGACACG CGTCAGCCTC TCTCTGATTC GACCGATGCG
TTCGGTCACC GCGACTACGC CGCAGCGCTT GTCCACGCCC TCACGAGATC GCAACCCCCC
TTCACCGTCG GCCTCTTCGG CGACTGGGGC GTCGGGAAGA GCACTGTGTT GGCGGAGGTC
GGGCGCCAGC TCGACGGCGA AGGCGTCGTC TACGTGCAGT TCGATGCTTG GCGATATGAA
GGTGAGGCGT TCCGCCGCCA GTTTCTGAAA GACGTTGGTG CTCAGCTGAC GAGAGCCGGC
GCTCTCGACA AGTCCTTCGA TCCAGCGGAA GGCTTGAGAG ACCTCTACCA GTCCGTCCAG
ACGCAGGGCA AAGAGACATG GCGCCTGAAC AAAGCAGGCT TGCTCAAGCT CGCCCTCTTC
TTTGTCCTTC TTATCGCCCT TGCGTTCGTC ATCGGCGTCG GTCCCGGCGA TCTCTTCGAT
CAGAGCAACT ACAGATCAAC CACTGTCGGG GCGTTGTTTC TGGCGTTCGT CGGTCTCGTG
GGAGCGATCT TGGTGCGCGT CGACAACACG CTGGAGGTAA CACGCGACGC GATCACCAAG
CATCGCTTGG AAGAGCCAGA GCGGTTCACC GAGCAGTTCA CGCGGATGCT CGGAGCCGTC
AAGGCGGAGC GCCTGGTCAT CGCCATCGAC AATCTCGACC GTCTCAACGC TGAGGACGCG
GTGATGTTCC TCAACACGGT GAAGACATAT CTGGAGCCCG TCATCGAGTC GAGCAGGGAC
GCGCACTCAG CACCGTCGGT CGTCATCCTG ATTGCAGCTG ACGACCGAGC GCTGCGGCGA
CACCTTCTCA GTCGGACATC CGCGCTTGCC GACGAGAGCG AAGCGTTGAT CTATGCGGAC
GAGTATCTGC ACAAGTTTTT CAACGCTTCG ATGCACATGC GGCCCGTGTT GCCTGACGAC
ATGCGGGAGT ACATGAGAGC GCACCTGACC GCCTACGCGG AACGATGGAA TGCTCCTGGT
GATCTCCCGA ACCTCGTCCG CATCGCGAGC GCCGGACTGC GTCATAACCC TCGGCGTGTG
AAGCAATGGG TGAACAGCCT GGAGCTGCGA ACACGGCTGA TTCGAGAGCG CGAGCGGACC
AGCAACGATC ATGTTGCGAG ACTCGATCCG CCTATCACGA AGAACCTTCC GATGGTCGCC
AAGCTTGCTT TGATCGAGGA GGAATGGCCG GAGGCGTTTG CGAGCTTGCA ACGCGCTCCG
AAGCTGCTGA AGGAATGGCA CGCGCAGGCA GACTTGGGGA GTGACGCGAT ACCGCCGTCG
TGGGGTCGAG AGGACTGGCG GAAATGTGCG GCGTTCCTCC GAGCTACAAG CCATATCTCG
GTCGACAGCA TTCGACCGTT TGTTCGACTG CGACGGTCCG TCGCCGAACG TGATCTTCCC
CGATATGACG AAATCCACGA CGCTCTCACG GGCGGAAATA CGCGACTCGT GGAGGAGGTC
TTCTCCGGGA TCTCTGCGAC GGCTCGTGCT GCCTATGCCC AGCGGCTCGA CGACATCGTT
GAAGAGGAGC TTGACGCCGG GAACGTCGAC GGCGCGCGAC ACGTCATCCA AACGGCCATC
ACAGCCGAGC CGCTTCGCGA GTCGGCTGGG GTAGCCAGGG TGCTCAGCCG AGCCGCAGTC
GAACCCGACC TGCGGGAGGC GCTTCCCCAG CTTCCGCTCG AAGCCCTCGC GACAGCGACC
TCGCAATCGG CTGAACCTAT GGCCGCTAAG GCGATTTGGA AGCGGATCTT CGATGCGTTG
GTTCAAGACC GCTCCACGGA CGGTCACAGC AAGGCGCGAA GCGTCGTGCT CGCGAGAGCG
CTCACGGAAG GCCGTCTCGA CGCAGAGCTT TGTCGACAGA TAGGACGCTG GCTGGAAACC
GAGCAGCAGC GTGATCCAGA GTTGGGGGAA CGCCCAGATT TTGGGACGCT TACGCCGCTC
GTTCGAGCAC ATCCCAGCTG GTTGATCGAA CAAGGGTTTA ATGCTGCGAC ACGACAGCTT
GACCAGGACA CGAGCGCGGC TCGCTTCAAC AGCGAGCAGT GGGAGATCAT GCTTCTCGGA
CTCAGAGAGG CCGTCGTCGC CCTCGCCACG GCTGAGGAAG TAGGCACGAG ACTCACTGAC
ATCATCATCA ACCACGCCGA TGGCGAGGAC ACGAGCTACC TCGTCAGACC GTGCAGCGAT
TACGTCGAAG CCGTGCTGAC CGGCGGGTAC AGCGTCGACA CTTTCGCCGC CGGATGCAGT
TCGCACCTCG GTCGGCTGTG GCCCACGAAG GACCGCGAGC CATCTCCCGC TGACCCTGAC
GAGCACGAGT GGGCAGCGCT CGGCTTCAAG CTCTTTCAGT CAGCTGATGG CAACCAAGGA
GATGTCGGGG ACCACGTAGT GCAGCAGTTT GCGACCCAGA CGATGGCTCT CGCGAACGCG
ATCAATGCTG GCGCGCTCCC GATAGGCACC CCTTCGGTAG AGAACACAGG GAGCTTCTAC
CATCATCTGG CGATCCAGCT GCGCACATCG CTTCACGGGA ACGCTCAGGA AGCGCGAGAG
ATCATCGCGG CCATCTCAAC CATAGACGCC GAACATGCGC CCGATCACGT TGCTGAGGTG
CTGTCAGCGT CCGCATCGAA CGGATACGCC GAAACGATCC AAGTCGTCTG GGAAACGCAG
AAGCCCCTCG TGCTGAAGTC GGCTGAGTCG GTGGCGAGCA CGATCGCCGC CAGACTCGAG
ATCGGAACCG ATACCGAGAC AGCGGTCGCC CTTCTGAACA TGATGCCGGA GATTCTGCCT
CATGCATCCG CCGATGCTGC CGCGCGGCTT GCTTCCGTTG TCTGGACCAT CTTCAGAAGC
GAACCCCAGC ACGTCAGCCG CGACACCGCT AGAAGCGCGA TCCTCGCCAC GGCAGCGCAG
CGCGGCGCAA CGGATGCCCT GTCCACCTGG CTCGGCACAG CGCACGCCGA CCTCGTCTCT
CCTTCCGAGG ACGACGCCGA TCGAGCGGCA GCGATGCTCA CGCAGCTGGC TGATAACTTC
AACAAAGAGC AGCGTTCGCA ACTTGCGCAG CAGTTGACAG TCTGGGTTCA AGACCAGCAG
GTGTCGCTCG AACGCGTTGC CCGGATCGCT GCCAGCTTGA GCAGGCTGCG CGTCGAACTA
GCCGAACCGC TCATGAATGC GCTGATCGAA CGCGACGCCA GCCTCCCCCG CGACAACACC
CGAGACCGCG CCCCTGTCGT CCGTGCGGCT CTTCACCTCG GACGCTCAAG CCGTTCGTCG
CGGCTCAGGG GGGCGGCAAC GGCCTTCGAG AGACGACTGG TCAACAGCGG CTTTCCCGAA
GACAGAGCCG TTATGGAAGA AGCGCGCCAG GCACCTAATA CGCCCGAGAA CTGA
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| Protein sequence | MPGTPYLTDT RQPLSDSTDA FGHRDYAAAL VHALTRSQPP FTVGLFGDWG VGKSTVLAEV
GRQLDGEGVV YVQFDAWRYE GEAFRRQFLK DVGAQLTRAG ALDKSFDPAE GLRDLYQSVQ
TQGKETWRLN KAGLLKLALF FVLLIALAFV IGVGPGDLFD QSNYRSTTVG ALFLAFVGLV
GAILVRVDNT LEVTRDAITK HRLEEPERFT EQFTRMLGAV KAERLVIAID NLDRLNAEDA
VMFLNTVKTY LEPVIESSRD AHSAPSVVIL IAADDRALRR HLLSRTSALA DESEALIYAD
EYLHKFFNAS MHMRPVLPDD MREYMRAHLT AYAERWNAPG DLPNLVRIAS AGLRHNPRRV
KQWVNSLELR TRLIRERERT SNDHVARLDP PITKNLPMVA KLALIEEEWP EAFASLQRAP
KLLKEWHAQA DLGSDAIPPS WGREDWRKCA AFLRATSHIS VDSIRPFVRL RRSVAERDLP
RYDEIHDALT GGNTRLVEEV FSGISATARA AYAQRLDDIV EEELDAGNVD GARHVIQTAI
TAEPLRESAG VARVLSRAAV EPDLREALPQ LPLEALATAT SQSAEPMAAK AIWKRIFDAL
VQDRSTDGHS KARSVVLARA LTEGRLDAEL CRQIGRWLET EQQRDPELGE RPDFGTLTPL
VRAHPSWLIE QGFNAATRQL DQDTSAARFN SEQWEIMLLG LREAVVALAT AEEVGTRLTD
IIINHADGED TSYLVRPCSD YVEAVLTGGY SVDTFAAGCS SHLGRLWPTK DREPSPADPD
EHEWAALGFK LFQSADGNQG DVGDHVVQQF ATQTMALANA INAGALPIGT PSVENTGSFY
HHLAIQLRTS LHGNAQEARE IIAAISTIDA EHAPDHVAEV LSASASNGYA ETIQVVWETQ
KPLVLKSAES VASTIAARLE IGTDTETAVA LLNMMPEILP HASADAAARL ASVVWTIFRS
EPQHVSRDTA RSAILATAAQ RGATDALSTW LGTAHADLVS PSEDDADRAA AMLTQLADNF
NKEQRSQLAQ QLTVWVQDQQ VSLERVARIA ASLSRLRVEL AEPLMNALIE RDASLPRDNT
RDRAPVVRAA LHLGRSSRSS RLRGAATAFE RRLVNSGFPE DRAVMEEARQ APNTPEN
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