| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_4844 |
|---|
| Symbol | uvrA |
|---|
| ID | 2854937 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus thuringiensis serovar konkukian str. 97-27 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_005957 |
|---|
| Strand | - |
|---|
| Start bp | 4890179 |
|---|
| End bp | 4893055 |
|---|
| Gene Length | 2877 bp |
|---|
| Protein Length | 958 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 40% |
|---|
| IMG OID | 637516279 |
|---|
| Product | excinuclease ABC subunit A |
|---|
| Protein accession | YP_039153 |
|---|
| Protein GI | 49480381 |
|---|
| COG category | [L] Replication, recombination and repair |
|---|
| COG ID | [COG0178] Excinuclease ATPase subunit |
|---|
| TIGRFAM ID | [TIGR00630] excinuclease ABC, A subunit |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 24 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | GTGAGTAAGA GCAAGGATTT TATCGTTGTA AAAGGTGCTA GAGCGCATAA CTTAAAAAAT
ATTGATGTAA CCATTCCGAG AAACCAACTT GTCGTTGTAA CAGGATTGTC TGGTTCGGGG
AAATCATCAT TAGCATTTGA TACGATTTAT GCAGAAGGGC AACGCAGATA CGTAGAATCG
TTATCTGCGT ATGCACGTCA ATTTTTAGGA CAAATGGATA AGCCGGATGT AGATACGATT
GAAGGTTTAT CTCCAGCAAT TTCAATCGAT CAAAAAACGA CGAGTCGTAA TCCGCGTTCA
ACTGTTGGAA CGGTAACGGA GATTTATGAT TACTTACGTT TATTATTTGC GCGAATTGGT
ACGCCAATTT GTCCGAATCA TGGCATTGAA ATTACATCAC AAACAGTAGA GCAGATGGTA
GACCGTGTAC TTGAGTACCC TGAACGTACG AAATTACAAG TGTTAGCTCC TATCGTTTCT
GGGCGTAAAG GTGCACATGT AAAAGTACTT GAAGATATTA AGAAGCAAGG TTATGTTCGT
GTACGTGTTG ATGGTGAAAT GCTCGATGTG TCTGAAGATA TTGCGTTAGA TAAAAATAAG
AAGCATTCTA TTGAAGTTGT AATTGACCGT ATTGTTGTAA AAGAAGGAAT CGCAAGCCGT
CTTGCTGATT CTCTTGAAAG TGCATTAAAG CTTGGCGGGG GACGAGTGTT AATCGATGTT
ATGGGAGAAG AGGAGCTTCT ATTTAGTGAA CATCATGCTT GTCCGCATTG TGGTTTTTCA
ATTGGAGAAT TAGAGCCGCG TATGTTCTCA TTCAATAGTC CGTTCGGTGC ATGTCCTTCT
TGTGATGGGC TTGGATCAAA GTTAGAGGTA GATTTAGAAC TTGTTATTCC GAACTGGGAT
TTATCATTAA ATGAGCATGC GATTGCGCCT TGGGAACCGA CAAGTTCACA ATATTACCCA
CAGCTTTTAC AATCTGTATG TAATCATTAT GGCGTGGATA TGGATGTGCC TGTAAAAGAT
ATACCGAAAG ATTTATTTGA TAAAGTGTTG TACGGAAGCG GTGAAGAGAA AATTTACTTC
CGCTATGTAA ATGAATTTGG TCAAGTAAAG GAAAATGAGA TTTTATTTGA AGGTGTTATT
CCAAATATTG AACGTCGTTA TCGTGAAACG AGTTCGGATT ACATTCGTGA GCAAATGGAA
AAGTATATGG CAGAACAAGC TTGTCCGAAG TGTAAAGGCG GACGCTTAAA GCCTGAAAGT
TTAGCTGTTT TCGTTGGCGG AAAAACGATT GCCGATGTAA CGAAGTATTC TGTTCAAGAA
GTACAGGAAT TCTTCTCAAA TGTGGAGTTA ACAGAGAAGC AACAAAAAAT TGCTCATTTA
ATTTTAAGAG AAATCCAAGA GCGCGTCGGG TTCTTAGTAA ACGTTGGTTT AGACTATTTA
ACGTTAAGTC GTGCCGCAGG AACTTTATCA GGTGGTGAGG CGCAGCGTAT TCGTTTAGCA
ACGCAAATTG GTTCGCGTCT GACTGGCGTA CTGTACATTC TTGATGAGCC TTCTATCGGT
TTGCATCAGC GCGATAACGA CCGTCTTATT CGCACATTGC AAGAAATGCG TGATTTAGGA
AATACGCTAA TTGTCGTTGA ACATGATGAA GACACGATGA TGGCTGCTGA TTATTTACTT
GATATCGGGC CTGGCGCAGG TATTCACGGT GGACAAGTCG TATCAGCGGG TACACCAGCT
GAAGTGATGC AAGATGAGAA TTCACTAACA GGTAAGTATT TAAGCGGTAA AGAGTTTATT
CCAGTTCCAC TTGAAAGACG TAAAGGTGAT GGACGTAAAG TGGAGATTGT TGGTGCAAAA
GAGAATAACT TAAAGAACGC AAAAATGTCA TTCCCGCTTG GTACGTTTGT AGCGGTAACG
GGTGTATCTG GATCAGGTAA AAGTACGATG ATTAATGAAG TACTATATAA ATCGTTAGCG
CAAAAGTTAT ATAAAGCGAA AGCGAAGCCG GGTACTCATA AAGAAATTAA AGGTCTTGAG
CATTTAGATA AAGTTATCGA TATTGATCAA TCGCCAATCG GGCGTACACC ACGTTCTAAT
CCAGCGACAT ATACAGGTGT ATTCGATGAT ATTCGTGATG TGTTTGCACA AACGAATGAA
GCGAAAGTGC GCGGTTATCA AAAAGGGCGT TTCAGCTTTA ACGTAAAAGG TGGACGTTGT
GAAGCGTGCC GTGGTGATGG AATTATTAAA ATCGAAATGC ACTTCTTACC AGACGTATAC
GTTCCGTGTG AAGTTTGTCA CGGTAAACGT TACAACCGTG AAACGTTAGA AGTGAAATAT
AAAGATAAAA ACATTTCTGA AGTGTTAGGG ATGACGATTG AAGATGGAGT AGAGTTCTTC
GCTAATATCC CAAAAATTAA ACGTAAACTT CAAACGCTTG TAGACGTTGG GCTTGGTTAT
ATGAAATTAG GGCAACCAGC TACGACGTTA TCTGGTGGTG AAGCGCAGCG TGTGAAATTA
GCTTCTGAAT TACATCGTCG TTCTACAGGA CGTACGTTAT ACATTTTAGA CGAGCCAACG
ACTGGTTTGC ATGCACATGA TATCGCACGT CTTCTAGAAG TGCTGCAACG TCTTGTTGAG
AGCGGTGAGA CGGTACTTGT CATTGAACAT AATTTAGATG TAATTAAAAC AGCGGATTAT
ATCGTTGACC TTGGACCAGA GGGCGGAGAC AAAGGTGGAC AAATCGTTGC TTCCGGAACG
CCAGAGCAAG TAGTGAAAGA AGAGCGTTCA TATACAGGTA AATATTTAAA AGAGATTTTA
AACCGTGATA AAGCAAGAAT GAAAGAGAAG ATAAAAGAAG TAGAGTTATC ACAATAA
|
|---|
| Protein sequence | MSKSKDFIVV KGARAHNLKN IDVTIPRNQL VVVTGLSGSG KSSLAFDTIY AEGQRRYVES
LSAYARQFLG QMDKPDVDTI EGLSPAISID QKTTSRNPRS TVGTVTEIYD YLRLLFARIG
TPICPNHGIE ITSQTVEQMV DRVLEYPERT KLQVLAPIVS GRKGAHVKVL EDIKKQGYVR
VRVDGEMLDV SEDIALDKNK KHSIEVVIDR IVVKEGIASR LADSLESALK LGGGRVLIDV
MGEEELLFSE HHACPHCGFS IGELEPRMFS FNSPFGACPS CDGLGSKLEV DLELVIPNWD
LSLNEHAIAP WEPTSSQYYP QLLQSVCNHY GVDMDVPVKD IPKDLFDKVL YGSGEEKIYF
RYVNEFGQVK ENEILFEGVI PNIERRYRET SSDYIREQME KYMAEQACPK CKGGRLKPES
LAVFVGGKTI ADVTKYSVQE VQEFFSNVEL TEKQQKIAHL ILREIQERVG FLVNVGLDYL
TLSRAAGTLS GGEAQRIRLA TQIGSRLTGV LYILDEPSIG LHQRDNDRLI RTLQEMRDLG
NTLIVVEHDE DTMMAADYLL DIGPGAGIHG GQVVSAGTPA EVMQDENSLT GKYLSGKEFI
PVPLERRKGD GRKVEIVGAK ENNLKNAKMS FPLGTFVAVT GVSGSGKSTM INEVLYKSLA
QKLYKAKAKP GTHKEIKGLE HLDKVIDIDQ SPIGRTPRSN PATYTGVFDD IRDVFAQTNE
AKVRGYQKGR FSFNVKGGRC EACRGDGIIK IEMHFLPDVY VPCEVCHGKR YNRETLEVKY
KDKNISEVLG MTIEDGVEFF ANIPKIKRKL QTLVDVGLGY MKLGQPATTL SGGEAQRVKL
ASELHRRSTG RTLYILDEPT TGLHAHDIAR LLEVLQRLVE SGETVLVIEH NLDVIKTADY
IVDLGPEGGD KGGQIVASGT PEQVVKEERS YTGKYLKEIL NRDKARMKEK IKEVELSQ
|
|---|
| |