| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4727 |
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| Symbol | |
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| ID | 3679707 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | - |
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| Start bp | 5916564 |
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| End bp | 5919647 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637720083 |
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| Product | glycerophosphoryl diester phosphodiesterase |
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| Protein accession | YP_325219 |
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| Protein GI | 75910923 |
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| COG category | [C] Energy production and conversion
[S] Function unknown |
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| COG ID | [COG0584] Glycerophosphoryl diester phosphodiesterase
[COG4222] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 1 |
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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 | 16 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGTAAATG TTCAGTTAGT GGGCTTTGCT TCTCTCGCGG CTGATACCTA TGCTGATGGG
CCAGCTTCTG GTAATGGTAT TTCCGGAAAC GGTAGGACAG GCCCTTTCCC TGGACAGCCA
GTGCAGGGCT TTAGTGCAGT ACAATTCGCC AATAGTGGCT CATTTTACTT CTTGTCCGAT
AATGGCTACG GTAGTAAAGA TAATAGTGCT GACTACCTAC TACGTATCTA TCGTTTAGAC
CCGAATTTTC GAGGCGTAGA GAATGGTGAT GGCAGCGTTA AGATTTTAGA CTACATCCAA
CTATCTGACC CCAATAACAA AATTCCTTTC CAGATAGTGA ATGAGGCTAG TGCTGACAGA
TTACTGACAG GCGCAGATTT AGACATTGAG TCTTTTGTCA TTGATAAAGA TGGTTCTATC
TGGGTAGGTG ACGAATTTGG CCCTTACTTA CTACATTTTG ATGCTACGGG TAAATTGTTA
GATGCACCCA TCGCCACACC AGACCGCTTC AAGACTTTAG ATGGTACAGC ACCCGAAGTT
ATCGGACACC GGGGTGCAAG CGGCTTTCGT CCAGAACATA CCCTAGAGTC CTACAAGCTG
GCTATTGAAC AAGGTGCAGA CTTTATCGAA CCAGACTTGG CTGTGACAAA AGATGGTGTG
TTAATTGCTC GCCATGAACC TGCTTTAGCG GTGTTGAACG CTGATGGTAG CGTTAATTTC
AGCAATACAA CCACGAACGT TTACCAAATT GCCAAGTTTA GCGATCGCCT AAAAACGGTA
AATTTAGATG GAACTGAAAT TACTGGTTGG TTTGCTGAAG ATTTTACTTT AGCGGAAATC
AAGGAATTAC GAGCCATAGA GCGTCTACCT TTCCGTGACC AGTCATTCAA CGGTCAATTT
ACCATTCCTA CCCTGACAGA AATTATTGAC CTGGTGAAAC AGGTAGAAGC CGAGACTGGG
AAAAAGATTG GTATTTATCC AGAAACCAAA CATCCTACTT ATTTTGCTCA AGAAGCTACC
TATGTAGGGA CAACAGAGAA GATTAACCGC AATATCAGTC AGATTCTCAT CGATACCCTC
CAGGCTAATA ACTTTACTGA TCCTAGCCGG ATTTTCATCC AGTCCTTTGA AGTTGGCAAT
CTTAAAGAGC TGCATGATGT GATTATGCCT CGTGCTGGGG TCGATATTCC CTTGGTACAA
CTTTTTGATG CCATTGACGT TGATATTGAT GGTAGGCTCA TAGAAACCAG ACCCTATGAC
TTTATCGTTA GTGGTGACAC TCGCACCTAC GGCGATTTAC GCACTCCAGC AGGCTTGGCG
GAAATTGCTG AATATGCTGA TGGTATCGGC CCCTGGAAGC GGATGATTGT TAGTGTCAGA
GGTACTGATG CTAATAATGA TGGACAAGCA GATGATGTCA ATGGAGATGG CGCAGTTAAT
GATGCTGATA AGACTCTGTT ACCGCCAACT ACCTTAGTTC AAGATGCTCA CAATGTTGGT
TTGCAGGTTC ACCCATACAC CTTCCGTGAT GAAGAACGTT ACTTAGCAGC GAATTATCAA
GGAAATCCAG AACTAGAGTA TCAGCAGTTA TTTCAATTAG GGGTAGATGC TTTATTTACC
GACTTCCCCA TTACAGCAGA TAGAGTCCGT GACCTATTGA GTCTCCCTGG AAACAATATA
GTCCGTTCTC CCCAAAACCC TGATGTGCTT TCAGGAGATG CTTTAGCAAA TTTGGGTGGT
TCTAGAGGTT TTGAAGGTGG CGCAATTAAC GCCAGCAAAA CCAAGCTCTA TATGCTTCTG
GAAGGAACAG TCCAAGGTGA TCCTGTAGGT GCATTACGGC TGAATGAATT TGACCTAGCA
ACCCGTAGCT ATACAAATAA TTTACGCTAT TACAGGCTGG AAAATCCTGC TCATGCGATC
GGAGAAATCA CCGTCATTAA TGACAATGAG TACCTAGTCA TTGAACGAGA TGGAGGTCAA
GGCGCTTCAG CTAGATTCAA GAAGATTTAC AAAATAAACC TGTCTCAAAC AGATGCTAAT
GGCTTTGTAG CTAAACAAGA AATTGCCGAT TTATTAAATA TCCAAGACCC CAACGACCTG
AATAGAGACG GTAAAACAAC CTTTGACTTC CCTTTTACCA CCATCGAATC TGTTGTAGTT
GTTGACGCAA ACACCATTTT GGTCGCCAAT GACAACAACT ATCCATTTTC CGTCGGTCGC
CCTCCAGCTA TAGATAATAA CGAAATTATC TTATTGAGGT TAGAGCAACC CCTCAATCTT
GCACCTGGTT TGGGACAGCC ACAAGCTACA GAAATTAAGT TCGGCTCTCC TAGTAGCGAT
GAGATTACGG CGGAACCCGG TCGAATATTA TTCACAGGTG ATGGCGCAGA TACAGTAGAT
TCCCCTGGGA ATAATACTAT CTCCACAGGC AACGGAAATG ATACGGTATT TGTGGGCAGT
GATGCTTCTG TCTCTACTGG CAATGGTAAT GATCAAGTCT TCATTGGTGT GAATGGCCCC
ACCAGCAACA CTACAGCTAA CGGTGGTAAT GGTAATGACG AAATCACCGT GATTGAAGCA
GGGGGAAGTA ATAACCTTTT TGGTGCAGCA GGTAATGACA CTCTGCAAGT CATCGAAGGT
TCCCGTCAAT TCGCCTTTGG TGGTTCTGGT AACGACACCC TCACAAGTAA CGGTAGTTAT
AACCGTCTCA ATGGTGGTTC GGGAGATGAC AAATTATTCT CCAATGTGAA TGACTCTTTG
TTTGGCGGCG ATGGCGATGA TGTGCTATTT GCAGGTCAAG CCGGTAGTAA CCGTCTGAGT
GGTGGCGCTG GTACTGACCA GTTCTGGATT GCTAATGGTA GTTTACCAAC TAGCAAGAAT
ACGGTGACAG ACTTCGCTGT CGGTGTTGAC AAAATTGGAT TGGGGGGAAT TGGTGTCACG
CAATTTAGTG CTTTGAGTTT GGTAAAGCAA GGCGCTGATA CTTTGGTGAA GTTAGGCGCG
ACTGACTTAG TTGCATTACA AGGAATTACG TCAACTAGTC TGACTGTGAC TGACTTTGTT
TTTGCTGTCA GTGTGGTTGG TTAG
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| Protein sequence | MVNVQLVGFA SLAADTYADG PASGNGISGN GRTGPFPGQP VQGFSAVQFA NSGSFYFLSD
NGYGSKDNSA DYLLRIYRLD PNFRGVENGD GSVKILDYIQ LSDPNNKIPF QIVNEASADR
LLTGADLDIE SFVIDKDGSI WVGDEFGPYL LHFDATGKLL DAPIATPDRF KTLDGTAPEV
IGHRGASGFR PEHTLESYKL AIEQGADFIE PDLAVTKDGV LIARHEPALA VLNADGSVNF
SNTTTNVYQI AKFSDRLKTV NLDGTEITGW FAEDFTLAEI KELRAIERLP FRDQSFNGQF
TIPTLTEIID LVKQVEAETG KKIGIYPETK HPTYFAQEAT YVGTTEKINR NISQILIDTL
QANNFTDPSR IFIQSFEVGN LKELHDVIMP RAGVDIPLVQ LFDAIDVDID GRLIETRPYD
FIVSGDTRTY GDLRTPAGLA EIAEYADGIG PWKRMIVSVR GTDANNDGQA DDVNGDGAVN
DADKTLLPPT TLVQDAHNVG LQVHPYTFRD EERYLAANYQ GNPELEYQQL FQLGVDALFT
DFPITADRVR DLLSLPGNNI VRSPQNPDVL SGDALANLGG SRGFEGGAIN ASKTKLYMLL
EGTVQGDPVG ALRLNEFDLA TRSYTNNLRY YRLENPAHAI GEITVINDNE YLVIERDGGQ
GASARFKKIY KINLSQTDAN GFVAKQEIAD LLNIQDPNDL NRDGKTTFDF PFTTIESVVV
VDANTILVAN DNNYPFSVGR PPAIDNNEII LLRLEQPLNL APGLGQPQAT EIKFGSPSSD
EITAEPGRIL FTGDGADTVD SPGNNTISTG NGNDTVFVGS DASVSTGNGN DQVFIGVNGP
TSNTTANGGN GNDEITVIEA GGSNNLFGAA GNDTLQVIEG SRQFAFGGSG NDTLTSNGSY
NRLNGGSGDD KLFSNVNDSL FGGDGDDVLF AGQAGSNRLS GGAGTDQFWI ANGSLPTSKN
TVTDFAVGVD KIGLGGIGVT QFSALSLVKQ GADTLVKLGA TDLVALQGIT STSLTVTDFV
FAVSVVG
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