Gene Dret_0624 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagDret_0624 
Symbol 
ID8418436 
Type 
Is gene splicedNo 
Is pseudo geneYes 
Organism nameDesulfohalobium retbaense DSM 5692 
KingdomBacteria 
Replicon accessionNC_013223 
Strand
Start bp749427 
End bp753905 
Gene Length4479 bp 
Protein Length 
Translation table 
GC content51% 
IMG OID645946061 
Product 
Protein accession 
Protein GI 
COG category[L] Replication, recombination and repair 
COG ID[COG2801] Transposase and inactivated derivatives 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value7.24302e-05 
Plasmid hitchhikingNo 
Plasmid clonabilityunclonable 
 

Fosmid Coverage information

Num covering fosmid clones
Fosmid unclonability p-value7.02649e-10 
Fosmid HitchhikerNo 
Fosmid clonabilityunclonable 
 

Sequence

Gene sequence
ATGAAGAAGT ATGCGATTAC CTTGATAGAC GAGGCTTGTA GGGCTGGAGC CAGAATGAAA 
AAAGCCTGTG AAATATTAGG CATTTCAGTC AGGTCTCTCC AGCGCTGGCG GCAGCCTGAA
ACAATCGAGG ACAAGCGTAA AGGCTCCATA TATTCCCAAG CAATAAGATC AGCGAAATAG
AGCGGCAAAG GATCTTAAAA GTTCTGAGCA GTGCAGAATT CAGGGATAAA ACACCTCACC
AGATTGTTGC CGAGCTGGCG GATCAAGGAA AATACCTTGC TTCTGAGGCC TCCATGTACC
GCATATTAAA AGAAGTCGGC CAAAATACAC ATAGGCAAGA CGCAAGCCCC AAGAAGCATC
AAAAGCCAAC AGAGCTTGTT GCTACAGATG CTAATCAGAT CTGGACTTGG GACAGTGTGC
CGTAGAAGCA AAAGCGGAGA GGTCTGCGTA GACTTTTCGG CTGGAGCTGC AAGCTTAGGA
GTCTGTCGCA ATACCCATAG ATTAATTCTT GCTTTAAATA CAGTTATTTG CTAATGAATA
ATGTAATTTC AATGCAAATT ACATTACAAC TTGGAGCTAA AAATGGCTAG AGGGTTCATT
AAAGGGCATC GAGATCAACT CTACCTGTTG CCACCTTCGA TTGATGACTG GATATCAAAA
AACCACAGTG TCAGGTTGAT CGATTCTTGT GTAGAAAATA TTGATTTATC AATTTTTTAT
GAAAGCTACT CTCACGAGGG GAAGCCGCCT TATGACCCTG CTATGATGAT TCGTATTCTT
ATTTATGCAT ACAGCAAAGG AATACGCTCT TCTCGGAAGA TATCTGCTTT ATGCGAAGAA
GATATTGCTT TCCGGTGGCT TACTGGAAAT ATAATCCCTG ATCATTCTGC TATTTGCCGC
TTCCGCGCTA AGCATAAAGA AAATTTTAAG CAGCTTTTCC GAGAAACAAT CTGTTTGGCC
GCTGAATCCG GTGCGTTAAA AATAGGCAGT CTTTTTCTTG ATGGAACTAA GGTGAAAGGC
TCGGCTTCCT TGGAAGCCAA TCGTAATCTC GAGCATATTA AGCAAGACAT TGAACGCATC
GTGGACGAAG CTGAGGCAGT CGATGCCAGT GAGGATAAGC AGCTTGGCGA AGATAACCGG
GATGATGTTT TGCCCCCTGA GCTTGCTGAT CCCAAATCCC GGTTGGAGCG ACTCAAGGCT
GCCAAGGCCA GGCTGGAAGC TGAAAAAGAG GCTGCGGCGA AAGAGTCTCG AGATGACGAC
GACTCAAATG GTCCTGGAGC TGGTACCGGT GATGAAAAAA CGGCCACTGG CAACAAAGAA
AAAGCAAATA TCACCGATCC TGACAGCAGA ATAATGAAAA CACGGAACGG CTGGGTGCAA
GGGTATAATT GCCAAGGAGT TTCAGACGAA AATCAGTTTA TTGTCGCCAA CGCGGTTACT
CAAGACTGCA ATGACGCCCA CCAACTCGAA CCAATGCTCC AAGCGGCTCA AGGCAACTTG
TCCAAGATAG AGACAGGCCA GAACACCGAA ACCTTCTCGG CAGATGCCGG TTACTGGGCT
GAGAAACTTG ATATTTCAAA GATCGAGAGC AATGGCCCAG AGGTGATTAT GGCTACCCGC
AAAGGCTGGA AGCAGCGAAA ACAAAACCGT GAAAAATCCC CACCTCGAGG GCGGATCCCC
AAAGGGTTAT CCCAGCGGGA GTTGATGGAA CGAAAGCTAC TGACCCAAAG AGGCCAGCGG
ATCTATGCCA AGCGCGGACA AACGATAGAA GCTATTTTCG GTCAACTCAA GGAATGCCTT
GGATACAGGA ATTTTCTATT GCGTAGCCTC AAAAAAGTTC AGGGTGAATG GGACCTCCAA
TGTGCAGTGA GCAATATGCT CAAGCTGCTT CGGTTGTCAG GGGCCACCAC CAGTCAGTAG
GTTCCCAAAG ATAGGGGAAA AGCGCACCCC TTAAAGTCAA AGCTCGATCT TGGGACCCTA
AATACCTGTT CACTACTTTT TGGGTTAGTC GAGTTTTACA ACAGGCTCTT AGGAAGAGAT
GGAGGTAGGC CCTCCGGAGT CTGCTGTCGG AAGCCGGCTT CAAACCAACC CAAGCTGCGC
GTGTTAAGAG CACGGGTGGT GAGCGTTGGG TGAGAAGGTA GCGCTAAACG TTATCAGGTG
AGATATCGAG AGACGAGGAT CTCCGAACCC ATGTTGACGT GTCGAGAACC AGATTTGGCA
TCAAAAGCGG AGGCGTGTCC CATCTCCGTG ATAAGTCTGC GGGTGAATTC CGAATGCTGC
GCAGGCGGTG CCCGGCATAA AGGTGGGCGT GACTCGGTAT CAGGCTCTTC CTGGGAACTA
CGGGAACCAG TCATCATGAT ACCAAGGGAG AAGGTGCAAG CGGCGATCAC CGCGAGACCG
AGAGTACCGA TGCATGATAC TGGGGCGGAG CTGCCTGTAG TAGTGCGGAA GCGTTTGTAA
TGAACGTGGA GCGAAGGGGC AGCATCAAGC AGCTGGAGCC ATCCTCTCAA CTGAGCGAGG
CTCAGGAGGA AGGGGGTGGA AAGGCAAAAC CATTCAACAT CGACAAGTGG CGATTGGTCG
AGGCGTACCG TCGTGTAAAG GCCAACGCTG GCTCAGCAGG CGTTGATCGC CAATCCTTGG
AGGACTTCGA GAAGGACCTC AAGAACAATC TTTACAAACT CTGGAATCGG ATGTCCTCGG
GAAGCTACAT GCCCCCGCTG GTTAAGGGGG TGGAAATCCC GAAGAAATCA GGCGGAACGC
GTTTGCTCGG GGTACCTGCG GTCAGCGACC GCATTGCCCA GATGGCGGCC AGGCTGGAAT
TCGAGGCCCA AGTGGAACCG CATTTCCTGC CGGACTCGTA TGGCTACCGG CCCAAGAAGT
CGGCCCGACA AGCCATCGAT GTCACGCGTA AGCGGTGTTG GGACCAAGAT TGGGTGCTGG
AATTCGATAT CAAGGGCCTG TTCGACAACA TAGACCATGA TCTGCTGATG AAGGCCGTGG
AAAAGCACAC CGACAATCCG TGGGTGCGCT TATACATTAG GCGTTGGCTG AAGGCGCCAA
TGCAATTGGA AAGCGGCGAG TTGGTGGATC GTGACAAGGG CACCCCGCAA GGTGGCGTGA
TTAGCCCAGT CCTGGCCAAC CTATTCCTGC ACTATGTCTT TGATGCGTGG TTGACGAAGC
ATTATCCCCG CGTCAAATGG TGCCGGTACG CTGACGATGG TTTGGTGCAT TGCGAAAGCG
AGGCCCAAGC TCGTTTCCTT TTGGAAGCGC TTCGTCAGCG ATTCAAGGAA TGCGGCCTGG
AACTGCATCC AGAGAAGACA AAGATTGTTT ACTGCAAGGA TGGACGACGA ACCGGGGACT
ATCCCCAAAC TTCCTTTGAC TTTCTGGGTT ATACTTTCCG GCGGCGAAGC GGTCGAGACC
GTAGAACAGG CCAGATGTTT CTGGGTTTTA TGCCGGCGGC AAGCGCAACT TCAATGAAGG
CAATGCGTCA GAAGATTCGG AAGATGCGTA TTCGGAGTCA TACAGAGATA TCTCTGGAGG
AGATTGCAGC CAGGATCAAC CCGGTGTTGT GGGGTTGGTT GGAATATCAT GGTGCATTCT
ACCGTTCGGA GATGTACCGG TTGGTCCGGT ATGTTAACCA AACTCTGGTA CGTTGGGCGA
TGCGGAAGTT CAAGCATCTC CGTGGGAAGA AGACCCGGGC CATGCAGGTC TTGGAACGCG
TGGCCAAGCT GAGGCCGTAC TTGTTTGCTC ATTGGAAGCA AGGGATGTTG GGTGCGTTTG
CTTGATGGGA GCGGTATGAG CCGAGAGGCT CACGTACCGT TCTGCGAGAG GCTGACGGTG
AGATTCCGTT GGTCTACTCA CCTCACGTAT TTACCAAGTG CAACCAAGGG CAGCTTTTTC
TATCTCTACA TGGTCATGGA CCTTTACAGC AGAAAAGTCG TAGCCTGGCA GGTGCATGAC
AGAGAGGATG CGACACTTGC TAGCGAAGTG ATTCGCGAAG CTTGCTACCA GGAAGGCGTG
GCCCGGGAAC AGCTTGTTCT GCACTCGGAC AACGGCTCGC CCATGAAAGG GGCCACGATG
TTGGCCACCT TGCAGCAACT GGGCGTCATG CCCTCGTTTT CCAGGCCCCA CGTTAGCAAT
GACAACCCCT ATTCGGAATC TTTGTTCAAG ACCCTGAAAT ATCGTCCCTG GTATCCCCAC
AGGCCGTTTC AATGCGTGAG CGAGGCCAGA GAATGGGTAG AAGGCTTTGT GCAGTGGTAT
AACTTTGAAC ACCGGCACAG TAAGCTGGAA TATGTGACTC CAAACGAGCG GCATACAGGG
CAGGACAAAG CCATTCTGGC CAATCGTCGG GCCGTATATC AAAGAGCAAG GCAAAAACAG
CCTGAGAGGT GGTCTGGACA GACCAGGCAA TGGGCTACGA CGGTAGCGGT CACCCTAAAT
AAACACAGAA CCTCTAAAGC GGAAAAGTCT GCAGCCTAG
 
Protein sequence