| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3999 |
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| Symbol | |
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| ID | 3680470 |
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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 | 4977204 |
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| End bp | 4982738 |
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| Gene Length | 5535 bp |
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| Protein Length | 1844 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637719351 |
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| Product | phytase |
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| Protein accession | YP_324499 |
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| Protein GI | 75910203 |
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| COG category | [I] Lipid transport and metabolism
[S] Function unknown |
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| COG ID | [COG4222] Uncharacterized protein conserved in bacteria
[COG4247] 3-phytase (myo-inositol-hexaphosphate 3-phosphohydrolase) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 14 |
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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 | TTGTTCATTA TTCAATCTTT TATCGGTGTA GCCACGCCCC AAACTCTGGA TGTAATTGAA
AACAAATTTA TGGTAAATAC TACAGTCCGC TTTTCCCAAT TCAACGCGTC TCTCAACCGT
AACGCTGAAG GTCAGTTAGT CAGTGATTTA TCTACCCCTA ATAACGCTCA AGCAAAGGCT
GTGGCGGAAA TCATCCAGCG CAATAACCCG GATGTGTTGC TAATTAATGA GTTTGACTAC
GATAGTGATG ATCCTTTAGA AGCGGTTCGA CTTTTCCAAC AAAATTATCT AGGTGTGAGC
CAAAATGGTG CAACGCCTGT TAATTATCCT TATGTTTACA TTGCTCCCTC GAATACAGGT
ATTGCTTCTG GTTTTGACTT AAATAATAAT GGTGTAGCTG TGACCACTCC AGGGGCATCA
GGATATGGTG ATGATGCCTT TGGTTTTGGT AGTTTTCCTG GTCAATTCGG GATGTTGCTT
TTATCCAAAT ACCCGATTGA TACAGCTAAC GTCCGCACCT TCCAAAATTT CTTATGGAAG
GATATGCCAG ATTCATTGTT ACCTACTATC CAGAGTCCTG GTTCTCAAAC GCCTTGGTAC
TCACCAGAAG AACAAGCGGT TTTGCGCCTC TCCTCTAAAA GCCACTGGGA TGTACCCATT
TTGGTGAATG GTGAAACAGT TCATGTCCTA GTTAGTCACC CCACACCCCC AGTTTTTGAT
GGTGCAGAAG ACCGGAACGG TAAACGCAAC CATGATGAGA TTCGTTTTTG GGCAGACTAT
ATTACCCCTG GTGAAGGTGG TTATATCTAT GATGATGCTG GGGGAACTGG CGGTTTAGCT
GCGGGGTCGA GCTTTGTGAT TATGGGTGAT CAAAATGCTG ATCCCTACGA TGGGGATAGT
TTTGATAACG CTATTCTGCA ATTGTTACAA AATCCTGGTG TTAATACTAA CTTTATTCCC
AGCAGCCCTG GTGCAGCGCA ACAGTCAGCC TTACAAGGGG GAGCAAATAC CAACCACCAA
GGTAATCCTA GTTTTGATAC AGCTGACTTT GCTGATACCA CTCCGGGGAA CTTGCGCTCA
GATTATGTTT TACCTTCTAC GGACTTGCAG ATTACTAACT CGCAAGTTTT CTGGCCTGTA
AATAATGATC CCACATTCCC CCCAGTGGGA ACGTTTCCTT TCCCCAGTTC TGACCATCGC
TTGGTGTCGG TCGATGTTCA GGTGGGGGCG ACTGAAGCGG GTAAAACTAT TACTGAGTTG
GAGTTTCAAG GACAAACTAC TTTCCCCACA GGCTTTATTC CTAATGGTGC GGCTGGGGTA
GTTAATGGAT TGGCAGCCCC GGTGGGTGGG TTATCTGGTG TTACCTATGA TGCAGCCAAC
AACCGTTACT ATGCTATCTC TGACGATCGC TCTCAATTTG CCCCTGCGCG TTTTTATACT
TTTACAAACA ACGGAGATGT AACTTTTACT GATGTTGTCA CTCTCAAAGA TAGAAATGGT
AATACTTTCG CCTTAAGTAG CCTTGACCCA GAAGGTATCG CTTTAACTAA TAACGGGACT
GTATTTATCT CTTCCGAAGG TGAGGCGAAT CCTAGCGCGG GTCGGGTGAC CAATCCCTTT
ATTAGAGAGT TTTCCTTAAC AACAGGTCAA GAAGTGCGAT CGCTTTTTGT CCCGACTAAG
TTTCTCCCTG TTGTCCAAGA TACCAATAAC AACGGTGTTG TTGATACTGG TGATACCCAA
ACATCAGGGG TTCGCAATAA CCTAGCCTTT GAAAGCCTCA CCATCACACC AGACCAAAAA
ACTTTATTCA CTGCAACAGA AAACGCCCTG TTCCAAGATG GTGCTAGGGC TTCTCTCACT
GGTGGTAGCC GTTCGCGGAT TCTGCAATAT AACTTAGTTA GTGGTCAGCC AGAAAAAGAA
TATCTTTATA TTACAGATGC GATCGCTGCA TCGCCAAATC CAGCCACAGG CTTTAGTGAT
AATGGCTTGG TAGATTTACT GGCGATTGAT AACCGTGGTA CTTTGCTGGC GGTGGAACGT
TCCTTTGCTC AAGGTGTGGG GAATACAATT AAAATCTACG AAATTTCTCT CCAAGGTGCG
ACCGATATTA GCACCATTAA CTCTCTCGAT AGTTTAAATA CCACAGAATT TGCTGCCATT
CAACCCGCCC AAAAGCGCCT ATTGTTGAAT CTCAATGACC TCAACCTACC CAATGGTACA
GACAACATCG AGGGTATTAG CTTCGGCCCC AAACTAGCTG ATGGTAGCCA ATCGATTGTC
TTGGTGAGTG ATAACAACTT TAGCGGTACG CAATTTACGC AAATCCTTAC CTTGAGTGCA
GAGATAGTTC CTACGGTTAC GCCGACAGTG GAAACTCGCC CTGACTTACT CGACGATGAT
AATCCGTCAA TTCCGGTGAT TGACCAGAAT GCGGATGCTG ACGACCCTGC AATTTATGTA
AATGCGACGA ATCCCGATGC TAGCCTTGTC ATCACTTCAG TGAAAAACGC CGGATTGCGG
GTTTATGACT TGTCAGGGAA CTTGTTACAG AGTATTAATC CTGGTGGTAT TCGCTACAAC
AACGTAGATT TGCAATACGG CTTTCAATTA GGCGGTCAAT CTATAGATAT CGCCGTAGCA
AGCGATCGCC AAAATGATAA GCTGGTATTC TTCAAAATTA ACCCCAACCC CAGCACCCCC
GGTCAATATT TAGAAAACAT CACCGACAGT AATCTTGGGA CTCTCTTCCA AGGCGCACCC
TTCGCACCGC CCTATTCTTC TTCTTCCCGC AGCGCTTACG GTCTAGCTTT GTACCGTAGC
CCGTTTACGA ATGATTATTA TGTCTTTGTC AATCGCCGTC AAACTGGAGA CATCGCCCAG
TTAAAACTTA TAGACCAAGG TAATGGCAAA ATTGGGACGC AATTAGTCCG ACAATTCACC
ATCCCCACCG ATGCGGGAAT TGACCCCCAA ACTGAAGGGA TGGTGGTAGA CCAAGAAACT
GGCTTTTTAT ATATTGGACA AGAGAATGTC GGTATTTGGA AATACGAAGC CGAACCGAAC
CGTGGGAATA CAGGTAGGCT AATTGACAGA ATTAAAGATT TGGGCGGTTC CTACCTAACA
GATGATGTAG AAGGCTTGAC TATTTACTAT GGCGAAAATG GCACAGGTTA CTTACTAGCA
TCGAGCCAAG GTGAAAATAC CTTTGTTGCT TATACCAGGG AGGGTAACAA CGATTATATC
GGTAGTTTTG CCGTGGGGAA TAATGGAGCG ATCGACAGTG TGCAAGAGTC CGATGGCGCA
GATGTAGTTA ACGTCCCATT AGGTGCTAAT TTTCCCTTTG GTTTGTTCGT TACCCAAGAT
GGAGACAATC AACCAGCCAA CGTAGTTGAT GGTGAAAATG TTAACGCTAA CTTCAAGCTA
GTACCTTGGG AAAATATCGC CAATGCTTTT TCTCAACCCC TAGACATTGA CACCACCAGT
TACGACCCTC GTAATCCCGT CGCCCAACCC AGATTGACCA TCTACGATTT TGATAACCTA
CCCAAATTAG GGACAACTTC CGCAGGTCAA GATATTTTCC TCGGTGGTTT CTCTGGGCTT
TATTTCCAAG GTATTGCTGC TAATGGTAAC TTGAAATTCG TCACCCATAC AGACCGCGGC
CCCAATGGCG AAAACATCGG TGCAAATAGA CCATTTGCTT TACCCAACTT CCAACCAGAA
ATTATCAGCT TTGAACTCAA CCGCGCTACA GGCGAAATCA CCATCACCCA AAGAACCGGA
TTGTTCCGCC AAGATGGGAC AACGCCCTTA ACTGGACTAC CCAACCTGCA AGCCGGCGCA
AGAAACACGG CCTACACTGA TGAAATTCCC GTTAACTTAC AAAACCAAAT CTTACCCAAC
GACCCCTTGG GCGCTGATTT AGAGGGAATT GTTGTAGATA AAAATGGGGA TTACTGGTTG
GTAGATGAGT ACCGTCCAGC AATTTATCAT TTTGATAGTA ATGGCAAACT AATCGAGCGT
TTTATCCCCA GAGGAACAGC TACTGCACCC AACCCCGACC AACCAGCCGG TACTTTTGGG
ATTGAAGTAT TACCCGAAGT CTACGCCCAA CGCCGCAATA ATCGCGGATT TGAAGCTGTG
GCGCTGGAGG GTAACAAACT TTACGCCTTT ATTCAAAGTC CCATTGATAA TCCGGACAAT
ACTGGTGATA CAGTTTCTCG TAGTTCCCGT AACTTAAGGA TTCTGGAGTT TGATCTTGTC
AGTAAACAGG TAACAGCCGA ATATATTTAT TTACTGGAAG GTCTGCCAAA TACTGACAAA
ATCGGTGATG CAGTTTCCTT GGGTAAGGGC AAATTCGCCG TAGTTGAACG GGATGATGGT
GAAACCGCCG ACGCTAATAA ATTGATTTTT CTCATTGATT TAGCAGGGGC TACCAATATC
AATAACCCTG CTAACTATAG CTTGCCCAGT GGTAAAACAA TTGAACAACT GACACCAGAT
GAGTTAACTG CTGCTAATGT TACCCCTGTA AGTAAAAGTT TAATCGCCAA TGCGGCTGAA
CTGGGTTACA CAGGTGTGGG TAAATTGGAA GGACTAGCAC TCGTCGCCCC CAATACTCTC
GCCCTACTCA ATGACAATGA TTTCGGTGTC ACTGGAACTA CCACCAATCC TGATGGGACA
ATTAGCATTC GAGTTGCACC GCTACCGGAA AGACTGGCTC TTTTGGAACT CCCTAATAAT
TTACCAGTCA CACAGCCATT AGATATTCAG TTCGGCTCCT CTGGTAGTGA TAATATTACG
GCGGAACCCG GTCAAATATT ATTCACAGGT GATGGTGCAG ATACAGTAGA TTCCCCTGGG
AATAATACTA TCTCCACGGG CAACGGAGAT GATACGGTAT TTGTGGGCAG TAATGCTTCT
GTCTCTACTG GCAATGGTAA CGATCAAGTC TTCATTGGTG TGAATGGCCC TGCCAGCAAT
ACTACAGCTA ACGGTGGTAA TGGTGAGGAC GAAATCACCG TGATTGAAGC AGGGGGAAGT
AACAACCTCT TTGGCGCAGC AGGTAATGAT ACTCTGCAAG TAATTGAAGG TTCTCGTCAA
TTCGCCTTTG GTGGTTCTGG TAACGACACC CTCACAAGTA ACGGTAGCTA TAACCGTCTC
AATGGTGGTT CAGGAGATGA CAAATTATTC TCCAGTGTGA ATGACTCTTT GTTCGGTGGT
GATGGTGATG ATGTGCTATT TGCAGGTCAA GCCGGTAGTA ACCGTCTGAG TGGTGGCGCT
GGTGCTGACC AGTTTTGGAT TGCTAATGGT AGTTTACCAA CTAGTAAGAA TACGGTGACG
GACTTCGCTG TCGGTGTTGA CAAAATTGGA TTGGGGGGAA TTGGTGTGAC ACAATTTAGT
GCTTTAAGTC TGGTACAGCA AGGTGCTGAT ACTTTGGTGA AGCTAGGCGC GACTGAGTTA
GTTATATTGC AAGGAATTAA CTCAACAAGT CTCACTCTCA CGGACTTTGT GTTTGCGGTA
AGTGTGGTGG CTTAG
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| Protein sequence | MFIIQSFIGV ATPQTLDVIE NKFMVNTTVR FSQFNASLNR NAEGQLVSDL STPNNAQAKA
VAEIIQRNNP DVLLINEFDY DSDDPLEAVR LFQQNYLGVS QNGATPVNYP YVYIAPSNTG
IASGFDLNNN GVAVTTPGAS GYGDDAFGFG SFPGQFGMLL LSKYPIDTAN VRTFQNFLWK
DMPDSLLPTI QSPGSQTPWY SPEEQAVLRL SSKSHWDVPI LVNGETVHVL VSHPTPPVFD
GAEDRNGKRN HDEIRFWADY ITPGEGGYIY DDAGGTGGLA AGSSFVIMGD QNADPYDGDS
FDNAILQLLQ NPGVNTNFIP SSPGAAQQSA LQGGANTNHQ GNPSFDTADF ADTTPGNLRS
DYVLPSTDLQ ITNSQVFWPV NNDPTFPPVG TFPFPSSDHR LVSVDVQVGA TEAGKTITEL
EFQGQTTFPT GFIPNGAAGV VNGLAAPVGG LSGVTYDAAN NRYYAISDDR SQFAPARFYT
FTNNGDVTFT DVVTLKDRNG NTFALSSLDP EGIALTNNGT VFISSEGEAN PSAGRVTNPF
IREFSLTTGQ EVRSLFVPTK FLPVVQDTNN NGVVDTGDTQ TSGVRNNLAF ESLTITPDQK
TLFTATENAL FQDGARASLT GGSRSRILQY NLVSGQPEKE YLYITDAIAA SPNPATGFSD
NGLVDLLAID NRGTLLAVER SFAQGVGNTI KIYEISLQGA TDISTINSLD SLNTTEFAAI
QPAQKRLLLN LNDLNLPNGT DNIEGISFGP KLADGSQSIV LVSDNNFSGT QFTQILTLSA
EIVPTVTPTV ETRPDLLDDD NPSIPVIDQN ADADDPAIYV NATNPDASLV ITSVKNAGLR
VYDLSGNLLQ SINPGGIRYN NVDLQYGFQL GGQSIDIAVA SDRQNDKLVF FKINPNPSTP
GQYLENITDS NLGTLFQGAP FAPPYSSSSR SAYGLALYRS PFTNDYYVFV NRRQTGDIAQ
LKLIDQGNGK IGTQLVRQFT IPTDAGIDPQ TEGMVVDQET GFLYIGQENV GIWKYEAEPN
RGNTGRLIDR IKDLGGSYLT DDVEGLTIYY GENGTGYLLA SSQGENTFVA YTREGNNDYI
GSFAVGNNGA IDSVQESDGA DVVNVPLGAN FPFGLFVTQD GDNQPANVVD GENVNANFKL
VPWENIANAF SQPLDIDTTS YDPRNPVAQP RLTIYDFDNL PKLGTTSAGQ DIFLGGFSGL
YFQGIAANGN LKFVTHTDRG PNGENIGANR PFALPNFQPE IISFELNRAT GEITITQRTG
LFRQDGTTPL TGLPNLQAGA RNTAYTDEIP VNLQNQILPN DPLGADLEGI VVDKNGDYWL
VDEYRPAIYH FDSNGKLIER FIPRGTATAP NPDQPAGTFG IEVLPEVYAQ RRNNRGFEAV
ALEGNKLYAF IQSPIDNPDN TGDTVSRSSR NLRILEFDLV SKQVTAEYIY LLEGLPNTDK
IGDAVSLGKG KFAVVERDDG ETADANKLIF LIDLAGATNI NNPANYSLPS GKTIEQLTPD
ELTAANVTPV SKSLIANAAE LGYTGVGKLE GLALVAPNTL ALLNDNDFGV TGTTTNPDGT
ISIRVAPLPE RLALLELPNN LPVTQPLDIQ FGSSGSDNIT AEPGQILFTG DGADTVDSPG
NNTISTGNGD DTVFVGSNAS VSTGNGNDQV FIGVNGPASN TTANGGNGED EITVIEAGGS
NNLFGAAGND TLQVIEGSRQ FAFGGSGNDT LTSNGSYNRL NGGSGDDKLF SSVNDSLFGG
DGDDVLFAGQ AGSNRLSGGA GADQFWIANG SLPTSKNTVT DFAVGVDKIG LGGIGVTQFS
ALSLVQQGAD TLVKLGATEL VILQGINSTS LTLTDFVFAV SVVA
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