Gene Aazo_5267 details

Gene Information

• Locus tag: Aazo_5267
• ID: 9343132
• Is gene spliced: No
• Is pseudo gene: Yes
• Organism name: 'Nostoc azollae' 0708
• Kingdom: Bacteria
• Replicon accession: NC_014249
• Strand: -
• Start bp: 28573
• End bp: 35144
• Gene Length: 6572 bp
• GC content: 34%

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.959399
• 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

ATAACTCTAG AATTTAAACA CTTTCATACT CGACTAAAAA AGTGGATTTA CACAGATGGT 
AATCTCCAGA ATAACAATTC ACTTTGAACT AAAAAATCAG ATAATACACT TTTGGAGTTC 
TTTTGACCAG AAAGAGATTT TTCCTTCGGT CCAATAGATG AATATACATC AGCAGAAGAA 
TCAAATAACC ACCCAAATGG TGAGATATTA CTATTGTTAT TTAGAACTAA GCTACTATAC 
GTTTCACCAG AATGTCTGGA AGTAATTGAA AACTCTGTCC AGATCGTAAA GATCATAGTG 
CTTACGTTTC TATTGTTCTA GATTCTTACA AATACTATCC ACGGAAAGCT AAACATTTTA 
CTAGTATATT ATGCTACTGG AGGAAGTGGA GAATTTCTTA AAAATGAAGA TGCCTGGAAG 
TTACTAGGTG ATTGCTACGG AAAGATTTCA ACTGAGCTAT ACGACAAATT AAGTAATACA 
AAGGAATAAA AAGATAAAAG TTATCATCTA ATACAGCACC GCTTTGGTTG AAAAGTAAGT 
GATAGAGAAG ATACCAAAGA GAGATTTGGC AAAAGAACAT TGCATCCGCA GAATTTAGAG 
GAGCCTTCTT GGCAAAAAGA TTTACGTAAA ATCGACCTCA CTACCCCCAT ATCTAGCTTC 
AATGGAACGA ATAAAAATAA CCCATCTACA CCAATTAAAA CCGAAATCAA ACCGGGTTTA 
TATAATCAAA ATATTTGGTT AGCTGGAAAA TCACAGTCTC AAAAAGGTAA GACTGCCATT 
TCTCAACTAC TGGCTTCTTT CCCACAAGGT ATCAAAGACT TTGCCAAAGA ATTAGAAAAG 
TAAGCACAAG AACTCGCAGA AATCTAGAAA GACCCAAGGA AAGTAGCACA GTTATATTGT 
GAGAAATACG AAGAACGCAA AGCTTTTATT AAACAACAAA AAACTGAATA ATTACTAAAT 
GAAGCAGCGG AATTATCTAC TGATGACCCT AAAATAGATA GAAATTCATA TACAAATAAT 
TTATCGGAGG AAAATAGTAA ATCTGAACAA GATGACTTGT TAATGTACAA AATTATCAAC 
GCAGACTTAC TTATCCATAA CTAACTTCTA GAAACTGAGA AAGTTAAACA AGAACTTAGC 
TGCTTTGTAC AAAATGAATA GCGGGATATT ACCCTTGGTC GTTTCCTAAC CTTGGACTGG 
GGAATGATTA TTACCTCTAG AGAACTTAAA AATGATGAAA TTTCTGTGCC TTGAATAGCT 
GAGGGCGAAA AAATTCTTAA CCTTTGCTCC CACTTCCTCA ATACTAATAG TTTATATGTT 
TCCATCAACA AAGACATTAA AGATTACTTA GGGCCAGATG GTAGCCTCTT AGCTTGAATT 
CCTAAATTAC AAGGTATTAA AACCAAAGAA TTAGACTCCA TAGAAACCGA AGCAGAACGT 
CAAGATCGGA ATTTTAATGG TAAATATATT GGTATAGAAT TAGCCAGTAA GTATCATAAT 
TTTACCGCCG AAGCTGAATA CAGAAACCTA CCTTAAAATG CTTATGGTCC CACAGTCAAA 
CTGAAATAGC AATCTTTTTA CATAGAAGGT TGTGTACCAC CTTCTATGTA AAAAGATTGC 
TATTCATATG AGTGGTGGTA TTAGCGTTAT TATTATCAGT AATCATGTGA CAGGACTAAA 
GGCTTTAGAG TCAGAAATTA AAACTTTAAT AAGTTATAGG ATTCTCAACA ATAAAAAATT 
TAGACCAAAT TGGTAGTCAT TATAAAAATT AGTCAATTTA GAAAATAATC AAAACCATCC 
TCAAGTCATA AGGAAAGAAT ACAGAAAAGA AATGCAGGAA TTTCTCAAAC TTGTATCTGT 
TCAAAATGTA AATTCTCAAG TGATACTATA AACACTAGTA ATTGATCGCA ATATGTACCG 
ACAAGTAATT AAAGCAGCTT ATTTCCACCA TCAAATTGCG GTGGATTTAT TCAAAAGTGC 
CAAAAAACCT GATTGATATG GAGGTAATAG CTGAAAATAA ACGTTATCTT TATCGAGATG 
TTAATCATAT AAAAGATAAA AAATCTTCAT CTGCCTACGT GAGTGAAAGT ATTATAACTA 
CTGGCTATTC ACCAGTCAAG TTACTTATTA AGCAAGTTAA TAAATATTCC GAAATATCTC 
ATTTAGAATT ACATCCTATT ATCCAATTTC AAAATTTATT TAAAGGTGTA GAATTTACTC 
CCCAACAAAA CTTTCAAGAT ATATTAGCCA AACAGGAATT TGATGATAAA TTCAATGTAC 
CTACTAGATT AAATAAATGT CTAGGAACTG AACAAGGACC TTATGCTATT GTCAAAACAA 
ACAATGGTAC AGAAATTACC ATCACTAATC TTACTCGCTA GGAACATCCA GGAATTTAGA 
AAGGTTCTAC ACTTAACGTT TATTTAGAAG AAATTCCAGA AAAAATATTA GTCTTTGCAG 
AATCCCCATA CTTTATTAAA AGTATAACAA ATTGATAGAG AAACGGAAAA TGGAGGACCT 
AAATATTCAA AACTGGGAAT ACTTAGTCAA CAACGTGTAA TTGCCTATAT TCCTTAAACC 
AGGAATAATA ACTCAGAGAG CAAGATTAGT TGAACTTAAA AATAAATTGA GAGAAAGTCA 
AATCAAATTA CTATTCCAAG AAGCTTATGC TATTTCTAAA AATTCATATA ATTTAATTAC 
TGAAGACCAA AAATTAGAAA TTGTAGCCGT AACATGGAGT ATATCAATTT CTCAATAAGA 
TGAATTAAAA CAAGGAAATA ATTGAGGTTT AAGCTCCCGT AAGAAGGAAT CTAATTTTGT 
ATTTGCAACC TTTGGCAAGG GAATAATTAA GCGATTAGAG AAGTTAAAAT CTTCACGAAT 
CAAGGCATTA AGAATTGGTA GGAAAGGAGA TAATGTTGTT GGTAGGAAAT GGAATCCCCA 
AGATAATTAT TCGATAAAAA TACAAGTCAG TTGCTATCCT CCAGGACATG AAAGACATAA 
TTCTAGATTG GTATTTATCA AAGACAATAA TAAACAATAC AAAGAATTTG CTGCTTTGGA 
ACAAAGAACA GGCCAATTAC CAATTGATAC TCAGGCACAA GCATATATTA AACCAGGTGA 
ATCTTATACA GCTACGGCAA CTATTAATTT ACCATCGCAA CCACTAATCA ACATTAATTT 
TAGAGAAATT AGCAAATTTT CTCATACAGG TAAGACTTTC AATAATGAAC AAGTTACAGT 
CGCTATTGGT AGCATAGCAG TTCCTATTGA CACAGCTAAA ATTAAATTGG CTGGTCAAAC 
ATTAGGAGAA TTGGATAATG ATTCGATTCA AGAATTAAGA AAAATAAATT ATTTAGCTAA 
TGGTAATCTG CTTTAATTTA AATTAAAATG TATTAGTGAT AGTCCAAATG AAGGTAGTTC 
TATTATTGCT GAATCACCTC ATAGCAATTT ATTAAAAGCT AACACAATTA ATGTTTATCA 
GTTGAAAGAT CAAGTTCTTA CGGGAGGAGA ATATAAAGGT ATTAGTTTAG AAGTACCAAG 
CAGTAAAAAT AGGAATGCCA TTTTTCTCAA TAGAGAATTA TTAGAAGTTC TTCACTATAA 
AAAATATAAG GAAGTACTAC AAAATTTAGA AATACTTAAA CATGGTCAAT AAAGTTCCGT 
ACACTTTACA TTAGAAAGTA GTTTTTCTCA CAGTTTGCTT AACATTGAAC CCAGCACAAT 
AAAACATCCC CAAATTTGGA CAAAGGAATC AAGCTTTTAA AGATAATTCC CAACCAACTA 
CGGTAACAAA GCAAGAGGTG ATAGTTGAAA AAAGTGGACT ATTACTAGAG AAAATCCAAG 
AACTTCCAAC AAGATTGTTT ACTAGTCAAG AAGATAAGGT ACTGGGATTA ATAGGAATAG 
TACTAGACAA CCACAAAATA GAATTAGTTC AGAATTGCTT TAAATCTAAA AGTATTCAAT 
TTAATGTTTT ATCTCCACAA GATGTATCAC TAAGAACGAA AAGGTATTTA TATAATTTAC 
TTGGTTAGTA GTACAATTTC ATCTAATGAC TTTGATGCTT TCAAGGCAAA GCTCGAAGAA 
GCATTAAGTG CTGACAGAAA AAATAGTGCT TACAATCAAT ATCTTAATGC CCTTCCCAAT 
AGACCACATA TAATAGAGGA AAGACTCGAT GAAGTTCAGG AATTAGCTAC ACCTACAATA 
CCTGTTATAG TTACACCCAA TTTATCAAAT GACAATCCAC TACAGCGAAC AATTGTAGTT 
CCTAAAAATC TGCAAACTAT ATCCGCAGTA TATCAAGTAT TACCTGCTAA TAGCACCATT 
GTCTTAAAAC CTGAACAAAA GGATGTTGTA ATTTCGGGTA AACGTGTGCA AATGATGTTT 
CCTCTGGAAA TACACAATGA ACCCAACCCT TTACCCATCA GCACTACTAT TGGTGCTATG 
CAGGGATATG GTAGATATCA TACAACTAGA ACTTATGAAC CGTACAAAGC TTATGGATTT 
AAAGAGGGGG ATATTGCGAT TACCTCCAGC ACGTCTTTGA CAAACGCTAT AGGTGGCCGG 
CCATTCTGGG ATTCCTACGG AGCGCTTCAC TATCGCTTCC AGTACGTCTA ATAGTGTGAT 
TACCTCCGGC AGTGCACTCC GCGCAATCGC CTAAAGTAGA ATTTATACCA TCGCCTCCAG 
TAGGGATTCC AATATTCCTA CTGGAGGTTC TCAACAAGTT GCCTTTCGAG TAGGCAAACA 
ATACCGCATC AGCCCAGAAA TGATTGCAGA TCAAGCATAT CAGTAACAGT GGGCAGTAAT 
GGAAAAACAT AGTAGTCGAG AACTTACTAC CTTTAGGGAT AAACCGGAAG TGTGGGGACT 
GAATATAGAA GCACTGGGAG ATTATATGAA CAGAAAAATA ATACCTTTCG CCAGCGCAAA 
ACTTGAACAG TCATCGGTTA CACCTGCTAT ACCACCACCT TTATCTACAG CCATACGGCT 
GACATCTGTT ATTACTTCTC CGGTGAATAT CGGTTCGAGA AGTTCTCAGC CTCTAGATGT 
AGCTATAACT AATCCTACTA TTAAAGCCAA GGAATTAGGC ACAATTCAAG GGGAGTATCC 
TGTATCTTTC CATGATAACA TCGCAGTACC CGCCGATAAA TATGGACCAG AAACTTATGC 
CCAAGATAAA CCTGCTGGAG TGCCTTTTGT CTCTGCTGAA CAAGCTTACC AACACTACAA 
AACTACAGTA CCTTTGGGAG AACCACGAAT ACAGTTAATG GCAGAAATCA TTCAAGCCAA 
GTTAGAACAG CACTCCAAGT TGTTTACAGC TATCACCCAA AGGGGAGGAG TGAAATAGTT 
GGAAAACTGT ACTCACTATG TCACTTCTAC CAAAGATAAC TACTGAGAAG GCAAGGGTAA 
AGAATCTCCG TTTATTCCCG CTTTGATTAA AGGATATTCT AAAGTATTAG AAAATTCGCA 
GACTATTACC CAAGTATCCT CAAAGTTACC AACAAAGTAA TCTGTAGCAA GAACTACTAC 
TTTATCCACA CCTCAAGCCA AAAATCCTGG ACAGGTACTT ATTAATTCTC CTAAAACTTC 
TAACCCACTT ACTAATCTGC AACCCCTGAA CGATACTGTA GCAACACATA TGCAAAAAGA 
TATAGCAATG GCTAAAGTAG CTACTGAATT CATTGGTATG TGATCTGCAC CACCTAAAAC 
ACCCTCTAGC ACCCGTAACT ATCAGGAAGT TTAGAGGGGG GAAATACAGG GGTGTACTCA 
GCTAATGACA CAATTAATTA TGGTTTCAGG TTCTGGTCCT TGGAGGGGTG TTACTCAAGA 
AGAAATTTTG GAAACTTTTG ATAAACATTA TGTACTACTA ATTGATAGAG TGATCGCTTC 
CAAAAGTTCT TTTATAGTAG GTAATACTGC TGGTATTGAC CAACTGGTAA AACAATATTT 
AGAGACACAG GGATATAAGT TAGAATTTGT GAGTAATGGA TATACACACA CAGCCAAGCT 
AGAACAAAAT ACTACGCTTA GTAACCAAGA ACCACAACCT ATTACACCAA CAGCTCCAGA 
AGTATCTTTC TAAGTACCTA GATAGCAATC ATCTGTGTGT CATCTCATGA GATAAAGTTG 
CCTAACTCTA CAGGCATTTC CTCATCTAAA AATATTCAAA AGGAAGTAGT TGCTGATAAA 
ACTATTAAGA ATAAAGAAAC ACCATTGAAA AAATTAAGAA CATGGTATTT GACTGCACAA 
AAGTTAGATA AGTCAGCAGA ATATATTCAG CGAATTGCAA AGATTGGTAG TGAATTTAAA 
TCAGGCACAG AATTAACAGA AAAAGTAGTC TTAGCAATAA ATAATAATTT TAAAGGATTA 
CATTCTATCA ATCAAATCAC AGAAATTACT CAAAAAATGG GGATGTATTC GGTATTTCTG 
AAGATAATGG AGAAGTTATA GTACAAGGTA AAGAATACTT AATCTTAATC ACGAACTCCG 
ATAAAGATTT AATAAATATA GAAAAACATA GAACTGTGTG ACTGGATATT AAATTAGGAC 
AAATTAAGCA GAGTCAAATA TCGGGTGAAC TT 

 

Protein sequence