Gene Lreu_0095 details

Gene Information

• Locus tag: Lreu_0095
• ID: 5189673
• Is gene spliced: No
• Is pseudo gene: Yes
• Organism name: Lactobacillus reuteri DSM 20016
• Kingdom: Bacteria
• Replicon accession: NC_009513
• Strand: +
• Start bp: 116315
• End bp: 120965
• Gene Length: 4651 bp
• GC content: 40%

Plasmid Coverage information

• Num covering plasmid clones: 12
• 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

ATGTTATCGA AGAATAATCG AAAGGAACAA TTCCGGAAAC AAGAGCCGAA AAAGCAACGT 
TTTGCAATTA AAAAGCTCAC TGTCGGAGTT GCTTCAGTCC TTATTGGTTT TACATTCATG 
GGGATGAATG CTTCTGCTAA TACAACTGCG GAAACAAATA CCGCGACTGG CGATCAAGCA 
GTCGAAGAAT CACAAAATAG TACTTCTGCT AATCAGACTA GTAACAGTCA AGTGCCATCG 
ACTACTTCAA ATTCACAAAG TACTAAATCA AATGATAAAC AAGCTGTTTC CGCTGCACCT 
GCTCAAAAGC ATGAAAATGC TGTTTCAGAT GCAAGTGGTC AAGCTACTAA GGCTGCAGCC 
GCAAAGAATG GTGACGCATC GGTAACAACG TCAGCTTCAT CTTCTGCTGC TTCAGCAAAT 
TCGGCGAGTG ATCAAAGTCA AGCTTTGTCA TCAACACCTG ATACTGTTTC AGTTAATCCA 
ACTGGGACAC CAATGCTTGC TTTTGCAAGA TTAAATGAGT TTGAGCCAGC AAGTCAAGGT 
CAAAGTGAGT CTGGTGTTAG TGATTATGCT GATTTCTTGA GTGCTTTACG CGATTCAAGG 
GTTGGAACTA TCACTTTAAA TAATGACATT GACTTTAGTA ATGCAAATTT AAAGCACGGT 
CCTAATAATG GGTTATCCGG AACATATGAA CGCCTTAATA ATACTGGAAT TGCACGTGCC 
GTAACTATTA ATGGTAACGG CCACGAGCTA AAGATGGGAG ATCGTTACAT TGAATTTACC 
AGTGCTAATC AAAAAAAGAC TGATAGTAAT TGGGATATTC AATTAAAGGA TCTTACCTTA 
CAAACTACCA GTGGATATGG ACCATTCTGG TTTGCTAATA CACCAGGTGA AGCGGCTAAA 
AATACCATTA CTTTTAATGG GGTAACTACT ACTACTGATT CACATGAAAT TATGTGGTAT 
GACGCCGGTG GTGCTTCAAC TACTCATGTT AAATTCGAAG GCAATAATAC TATCAACAGT 
ACGCTTAATG GTAATACTGC CGCCATCTAT GCTTATAGCA TTGAAGCAGT AAATGGAAAT 
ACGACCTTTA ACGTAATTGA TAGCTCACCA GCTAATACTG GTACTAATAG ATCAGCAATT 
TTGATTTCAA TTGATGCAGC TCATGCGGGT AAAGTCATCG TTGATAAAGG TGCTACATTA 
ACTATTAATG GAGATAATCA AGTTAATGTT CCAGAAATGA ATAGTGCTGA TTCTTATGGT 
ACGATGGGAA TTCGTTTCCA AAACTGGGCT AAAAAAGATC TTGATAAAGC TAAGACCAGT 
GTTGTTCAAG TTAACGGTAA GTTAAACTTG AATATGGGTA AAGGTGGTTC AATCGCTATT 
TTAGGATCTT ATGTCGATGT ACAACCAGGC GGTAATGTTA CTATTAATAC GCAACAAAAT 
GGTACTAGCA CTCTTGCTGG TGACTTAGCT CTAGGTCATA GAGGTACCCA CTTTGGTGTA 
ATTGCTGGTG GTATCGAAGC TAGTGATGAT TATGCTGGCT TGAGAATTGC TAATGGTGGT 
AGTTTAAAGA TTGTTCGTCC AACCGATGTA AACTCTACTC AGCCTTTAAT TTCATATGGT 
GATGCAGGTT CTTCTGGTGG TAAAACATTT ACAGTAAATG TTGAAAATGG AGGTACTCTT 
GATTTACAAG ATGGTGCTAC TGATCCACAA ACTTGGAGCT TTAATAATAC CAGTAGCACG 
GGGAAGACTA ATATGCCGTG GGCTGGTTTG ATTACTATGT GGGGAACTAG TGGTACAGAT 
ACTATTAAAA TTCGCCGTTT GTAAAATTAA GTTAGAAAAA ATAAAAAGCC ATTTGTGATA 
GACTTTTGAG TATCCCTAAT CAAAAGAAAG GCAATCACAA ATGACCTATA AACATCTTAC 
CACACGCGAA TTAACTCTCA TAGCTGATTT TTGGTATCAA GGCACTAAAG CTTATCGGGC 
CGCTAAATTA CTTCAACGTA GTCAAGAAAC CATCTATCGT GTTTATCGTT TCCTCAATAA 
CGGTAAAACC ATCGACCAAT ATCTTCAGAC TTATCAGCGT CATAAACGTC GTTGTGGTCG 
GAAGCAGACC CAACTGCCAA CTATCGAGGT TAACTATATC CATGCACAAA TCAAGGCTGG 
TTGGACTCCT GATACTATTA TTGGTCGTCA TGAACACCCG ATTAGTTGCA GTATGCGCAC 
CCTCTATCGC ATGTTTGCCC GCAATCAGTA TGGCTTTTCC GTTAAACAGC TACCGATGAA 
AGGAAAACGC CATCCCAATG GCTCGCTAAA CTGCCACGTC ACTTTGTTAA ATCAATTACT 
TTTGATAATG GGAAAGAATT TGCTGGATGG CGAGAGATAG CCAATAAGTA TGATCTTCAT 
ACCTATTTTG CGGAAGTCGG TGCTCCCAAT CAACGAGGGT TAAACGAAAA TAATAACGGC 
ATCTTGCGTC GTGACGGTCT TAGCAAAAAG CTAGATTTTC GCCATTTACC AAACGAACTA 
GTCACTCAGC TAATGCACCG TCGCAACAAT ATCCCACGAA AGTCTCTTAA TTATCGTACA 
CCACTAGAAG TATTCATGAG TTATGTCACA GAAGAACAGC TTTCAACTTT TTTCTAATTT 
AAATTGACAT TTCGGGATTA ATAATCCTAA GTATATTAAT TTGCAACGTA CTGGCAACCA 
AACTGGATCA TTAATGCGCC TTGAAGGTAC TACAAATAAT GTTTCAATTA ATGGCGATAT 
TAATAATGTT GTTACCCCAT TAGCTCAATG GGATGAAGGC GCAAAAAATA ATCCTTCATA 
CTATTGGTAT ATTGAGAATG AAGCTAACCA GAATAACTGG GGTGATTATG CAAATCGCTT 
TGTACAAAGT GGAAAGAATC CTGAGCCCAC TGCAAATGCC GGAGTTACTA CATTTATGCA 
TTCAAGCGGT AGTGTACAGA TGGCTCCTAA CCAGGCAGGA ACTAATTCAT CCAAGTTTAG 
CAATGGAGAA GTTGCCCAAA CTCTAAATGA AGCTATAAAT TATCAAGCTC CATATTTGAA 
TCAATTCTTA AATCACTTTA GTTGGTGGGC ACCACAAAGA ATTGCCATGG GAAGCGGTTT 
AGAGAATGTA GTAACACCAA CTGATTCAGA AAAGTATCAA CCGATAGTTC AAACTATTGA 
TGGTAATACT AACCAAACTT TAAGTGATTT AACTGCTAAA GGCGGGATCA AAGGTTTACT 
TTCTAGCGAT GGTACTGTAA CTACTGATCT TTCTTCTGTT AAGAACGTAA GCTGGTATGA 
TGCAACTACT GATACTGATG CTACTGAGTG GAAGAGCGTA ATGGGTGATG AAGCAGTACC 
AACTAACCCA ACTGGTAATC TTAAGACCAC TGATAAATCA GCTTGGGCAA AAGTAACCTA 
TACTGATGGT TCAGTTGACT TTGCTAATAT TCCATTGAAT ATTACTGAAC CAATGGCAAA 
TCTTTACACT CCATCATATA AGCCAGTAAA TGTTGAACAA GGCCAAACTG CGACTGTTGA 
CCCATCATTT ACTGATCAAG ATGGTAAGGG TACTACTGCT CCAACTGGAA CCACATTTAC 
GACTGGTACT GATACACCAA ACTGGGCTAC TATTGATCCA TCAACAGGTA CTGTAACTGT 
TAAACCACGT ACTGATGTAA CTCCAGGTGC TTACAATGTT CCAGTAACGG TAACTTACCC 
AGATAAGAGT ACTGATGAAA CGACCGTGCC AGTAATTGTT ACTAAGCCTG GTCAAACAGT 
AACTTGGGGT GATAATGGTG CTGTTGTATT AACTACTGAT GCTTCAAACA CTAAGGCTCA 
CGAAACTTCA GACAACTCAC AAGTTGTACC CGTTTCTGAT GTAACTGTAA CTGCTCAAGG 
TTACAAGTTA GTAGATGGCA AGCTTGAAAC TACTGCTACT CCAATTACTG TTGATCCATC 
AAACGTTAGC TGGAAGACAG CTCCAAACAC TAACGTTGAT GAAGCAACTG CAGCTGGTAA 
GACTATTACT GGCAACGAAA TTAACGTAGA CTTGACTGGC AATGCTGACG CTCAAGCAAT 
CCTTGGTCCA AAGAATGGTG TTGTAACTAC TAACCCATTC ACTATTGATG CTAAGGGTGC 
TGGTGCTAAG AATGTCACTG CTCCAGTTGA TATTAAACTT GGCTCAGACT TGACTAGTGA 
ACAATTTGGT CAATTAGTAG ATAACAACAT CCCGACTGAT GAAATTGCTA CTACTACTTG 
GGCAACTAAG CCAGATGCAA ATGGTCAAGG CGGCGTAATT AAGATCACCT TCACTGATAA 
GGATGCTAAT GGTAATCCAA CTTACTTGAA CATTAACATT CCAGCAAGTT TAATCAAGGT 
AACTACTGAT GCAGAAACCA ATACCCCACA AGGTCAAGAT GTTTCAACTA AGGTCGGCGA 
AGTTCCTGAT GCAGAAAAAG GTATCAAGAA TCCTGGTAGT TTACCAAGCG GCACAACTTA 
CACTTGGCAA GACACTCCAG ATACCACTAA ACCAGGTAAG AAACCAGCAG TTGTTGTCGT 
AACTTACCCA GATGGTTCTA AAGATACAGT TTCAACTAAT GTGTTAAGCA ACAATTTTTG 
TGCATTGTTT GTTGCGACTA CTACTCCCTA A 

 

Protein sequence