| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BTH_I3143 |
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| Symbol | |
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| ID | 3847100 |
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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 | Burkholderia thailandensis E264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007651 |
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| Strand | - |
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| Start bp | 3585806 |
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| End bp | 3588997 |
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| Gene Length | 3192 bp |
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| Protein Length | 1063 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637842809 |
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| Product | helicase domain-containing protein |
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| Protein accession | YP_443638 |
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| Protein GI | 83718564 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4889] Predicted helicase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.833808 |
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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 | TTGCGGAATG AAGCCACGTA CCGCGATCTA TACAGCGATG TCTGGACCTA TGCGGAATGG
GCGGACCTGC AAGGGCTGGA CAAGCGGGAC ACCGGCATTG ACCTTGTGGC GAAGACGCGG
GGCACGGACG AGTTCCATGC GATCCAGTGC AAGCTGTTTG CACAGGGCCA CAAGGTCCAG
AAAAGCGACA TCGACAGCTT CTTCACGGCA TCGGGCAAGA AGCCATTCAC GCGCCGGATC
ATCGTCGCCA CGACGAATCA TTGGAGTGAA CACGCCGAAG ATGCCTTGCT GGATCAGCAA
CCGCCAGTCA GCAAGATCGA CCTGACCGCC CTTGAAGAAA GCCAGATCGA TTGGGGCCAG
TACCGTCCCA AGGCCATGCC GGTCATCAAG GCGAAGAAGG AACTGCGCCC GCACCAGACC
AGTGCGCTTA ACGCAGTCGT GCATGGTCTG GCCGATGCCG ACCGTGGCAA GCTGATAATG
GCATGCGGAA CCGGCAAAAC GATGTCCGCG CTGAAGATCG CCGAAACGAT GGCCGGTGCG
GGCAAGCGCG TACTTTTTCT CGTACCGAGT CTGTCGCTAC TTTCCCAGAC TTTGACGGAA
TGGACGCAAG AAAGTGAGAC GCCGCTTCAC AGCTTTGCGG TTTGCTCGGA CAGCGACGTT
GGCAAGAAGC GCAAGAAAGA AGACGACATG GTGCAAACCT TCGTCCATGA ACTACGCTAC
CCGGCCACGA CCGATTCGGC CCGACTGGCG GCAGAGATGG TGAAGCGGCA CGACACGTCG
CACATGAGCG TCGTTTTCTC GACCTATCAC TCGATTGATG TCATCAGCCG TGCGCAGAAG
CAGTTCGGGT TGGCTGACTT CGACCTGATT GTCTGCGATG AAGCGCACCG CACGACCGGT
GCGACGTTTG GCGACGATGA CGAAAGCACC TTCGTTCGGG TCCACGACGC CGACTACATC
CGCGCTGCCA AGCGCCTGTA CATGACGGCC ACGCCGCGTA TCTATGGGGA TTCGGCCAAG
GCCACGGCGG AACGTGACAA CGTTGCGCTT TGTTCGATGG ACGACACGGC CCTGTACGGT
GACGAACTGT TCGTCATCAC CTTCTCGGAA GCCGTGAAGC GCGGGTTGCT GGTGGATTAC
AAGGTGATCG TGCTGGCGGT CGAAGAGACG CACGTCAACC GGCGTCTGCA AGACCTGCTG
AAGGATGAGA ACAACCAGTT GAAGGTTGAC GACGCTGCCA AGATCGTTGG CTGCTGGAAG
GCACTGTCGA AACAGGGATT GACGGAAGAT TTGGTTGGCG ACGGCGATCC TATGAGCCGT
GCGGTGGCCT TCTGTCAGGT CATCGAAGTC TCGAAAGGGG CCAAGACTCA CAAGGTTAGT
TCGAAACAGA TCGCCGGAAT GTTTCAAGCG GTCGTTGAAG CGTATCAGGA ATCTGAAGAG
ACCGAAGAAT TCGAACAGGC GGCCCGACTT CACTGCGAAG CCGAACACGT TGACGGCGGC
ATGAATGCCA GTGAGAAGGA AGCGAAGCTG GCATGGCTGA AGGCAGAGAC GCCCGAAAAC
ACCTGTCGGA TTCTCAGTAA CGTCCGTTGC TTGTCCGAAG GTGTGGACGT ACCGGCATTG
GATGCCGTGC TGTTCCTGAC GCCGCGTAAC TCGCAGGTTG ACGTGGTGCA GTCGGTCGGT
CGCGTCATGC GCAATGCGCC GGGCAAGACG CGCGGGTATG TGGTCCTGCC GGTCGTGATT
CCGGCTGGTG TCGAACCACA CGAAGCCCTG AGCGACAACA AGACCTATGC CGTCGTCTGG
CAGGTCCTGC AAGCCCTGCG TTCGCACGAT GATCGATTCG ATGCGATGGT GAACAAGCTC
GACTTGATCG GCAAGGACAC CAGCAAGATG GAAGTCATCG CGATCACTGA CAAGATTCAG
AAGAAGCAGC AGAAAACCAA CGGGACGAAG AACAAGGACG CTGGTAAGGG CGGCTTCACC
ATCGGTGAAG CGGTCAAGAA GCGCACGCCG CAGGAACAGC ACGAACTGCA ATTCGAGATC
GGCGAGATCG AGAAGGCGAT CTACGCGAAG CTGGTCCAGA AGGTCGGCAA CCGTCACCAT
TGGGAAGATT GGGCGAATGA CATTGCGAAG ATCGCGCGGA CCCACATCGA CCGCATCACC
GGCATCATCG AAAACCCGGA GAACACGAAG GAACGGGAAG CGTTCGATTC ATTCGCCGCT
GAACTGCGTG ACGACCTGAA CGGCAGCATC ACGGATGGCG AGATCATCGA GATGCTGGCG
CAGCATCTCA TCACGAAGCC GGTGTTCGAT GCCCTGTTCG CCGACTACAG CTTCGCGAAG
CACAACCCGA TGTCGCTGGC GATGCAGAAC GTGCTGGATG TGCTGCACGA ACACCGGCTA
GACAAGGAAG CAGACACGCT GGAAAAGTTC TACGACAGTG TGAAGCTCCG GGCGGAAGGG
ATCGACAACG CGGCGGGCAA GCAAAAGATC GTCGTCGAAC TCTACGACAA GTTCTTCCGC
AACGCCTTCC CGAAGATGAC CGAGCGTCTA GGGATCGTCT ATACGCCGGT CGAAGTCGTG
GACTTTATCA TTCATAGCGT CGGTCACGTG TTGCAAGCCG AGTTCGGCCA GACCTTGGGT
AGCAAGGGCG TTCACATCAT CGACCCGTTC GTCGGTACGG GTACGTTCGT GACGCGTCTG
CTGCAAAGCG GGCTTATCAC GCCGGAAGAA CTACCGCACA AGTACAAGCA CGAAATCCAT
GCGAACGAAA TCGTGCTGCT GGCGTATTAC ATTGCTTGCA TCAACATCGA AGCGGTATAT
CACGGCATGG TCGGCGGTAA GTACCAGCCG TTCGAAGGCA TCTGCCTTGC GGATACCTTT
CAGCTTTACG AGAAGGAAGA CTTGGTTGAT GCCGTACAGG CAAGTAACAG CGCCCGTCGT
AAGAAACAGA AGAAGCTCGA TATCCGGGTC ATCTTCGGCA ATCCGCCCTA TTCGGCCGGT
CAAGACAGCG CAAATGACAA CAACCAGAAT GTGGCGTACC CACATCTCGA CAGTCGCATC
CGAAGCACCT ATGCCGAGCG GTCCAGCGCC ACGAACAAGA ACGCGCTGTA TGACAGCTAC
ATTCGTGCGA TCCGCTGGGC CAGCGACCGG ATCGTAAGCG AGTCGCCGGT ACCGTCTCGA
CGGTGTGAAT GA
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| Protein sequence | MRNEATYRDL YSDVWTYAEW ADLQGLDKRD TGIDLVAKTR GTDEFHAIQC KLFAQGHKVQ
KSDIDSFFTA SGKKPFTRRI IVATTNHWSE HAEDALLDQQ PPVSKIDLTA LEESQIDWGQ
YRPKAMPVIK AKKELRPHQT SALNAVVHGL ADADRGKLIM ACGTGKTMSA LKIAETMAGA
GKRVLFLVPS LSLLSQTLTE WTQESETPLH SFAVCSDSDV GKKRKKEDDM VQTFVHELRY
PATTDSARLA AEMVKRHDTS HMSVVFSTYH SIDVISRAQK QFGLADFDLI VCDEAHRTTG
ATFGDDDEST FVRVHDADYI RAAKRLYMTA TPRIYGDSAK ATAERDNVAL CSMDDTALYG
DELFVITFSE AVKRGLLVDY KVIVLAVEET HVNRRLQDLL KDENNQLKVD DAAKIVGCWK
ALSKQGLTED LVGDGDPMSR AVAFCQVIEV SKGAKTHKVS SKQIAGMFQA VVEAYQESEE
TEEFEQAARL HCEAEHVDGG MNASEKEAKL AWLKAETPEN TCRILSNVRC LSEGVDVPAL
DAVLFLTPRN SQVDVVQSVG RVMRNAPGKT RGYVVLPVVI PAGVEPHEAL SDNKTYAVVW
QVLQALRSHD DRFDAMVNKL DLIGKDTSKM EVIAITDKIQ KKQQKTNGTK NKDAGKGGFT
IGEAVKKRTP QEQHELQFEI GEIEKAIYAK LVQKVGNRHH WEDWANDIAK IARTHIDRIT
GIIENPENTK EREAFDSFAA ELRDDLNGSI TDGEIIEMLA QHLITKPVFD ALFADYSFAK
HNPMSLAMQN VLDVLHEHRL DKEADTLEKF YDSVKLRAEG IDNAAGKQKI VVELYDKFFR
NAFPKMTERL GIVYTPVEVV DFIIHSVGHV LQAEFGQTLG SKGVHIIDPF VGTGTFVTRL
LQSGLITPEE LPHKYKHEIH ANEIVLLAYY IACINIEAVY HGMVGGKYQP FEGICLADTF
QLYEKEDLVD AVQASNSARR KKQKKLDIRV IFGNPPYSAG QDSANDNNQN VAYPHLDSRI
RSTYAERSSA TNKNALYDSY IRAIRWASDR IVSESPVPSR RCE
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