| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05613 |
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| Symbol | hxA |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001305 |
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| Strand | - |
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| Start bp | 1953398 |
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| End bp | 1957683 |
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| Gene Length | 4286 bp |
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| Protein Length | 1363 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | Xanthine dehydrogenase (EC 1.17.1.4)(Purine hydroxylase I) [Source:UniProtKB/Swiss-Prot;Acc:Q12553] |
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| Protein accession | CBF81549 |
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| Protein GI | 259484918 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.542014 |
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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 | 29 |
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| Fosmid unclonability p-value | 0.0769199 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GAGCAATCAT ATACGACACC ATCATGGCTC CCGGTGTCTT ATTACAACCG TCGCAATCGG
AGCTTGAGGC AGCTTCCCCG CCGAAAGCTG CGGCCTCGTT ATTGCAACTC ACTGAAGAAT
GGGACGATAC CATTCGCTTC TATCTTAATG GCACCAAGGT TATCTTGGAC TCTGTTGACC
CCGAAATCAC ATTGCTGGAA TACCTGAGGG GTATTGGCTT GACAGGGACA AAACTAGGGT
GTGCAGAAGG TGGTTGTGGT GCTTGCACGG TTGTAAGTTG TTGGTGGATA ATGTTCTATC
AGTTTCACTG ACATTAGATA GGTCGTTTCG CAAATCAATC CGACTACCAA GAAGCTTTAC
CATGCCTCCA TCAACGCCTG CATTGCGCCG CTGGTTGCTG TCGATGGGAA ACACGTTATT
ACGGTGGAGG GCATTGGGAA CGTTAAGAAT CCCCATGCGA TTCAGCAACG GCTAGCAATC
GGAAACGGAA GCCAGTGCGG TTTCTGTACA CCGGGAATTG TGATGGTATG TCTCCATAGC
ACCTCTCTGG CGATAACGTG CTGATACTCC CAAGAGTCTC TATGCGCTCT TACGAAATGA
CCCTAAGCCC TCTGAGCATG CGGTGGAAGA AGCTTTTGAC GGAAACCTTT GTCGCTGTAC
TGGATATCGA CCGATTTTGG ACGCTGCCCA AAGCTTTACA AGCCCAATCG GCTGTGGCAA
AGCTCGAGCA AACGGTGGCT CTGGATGCTG TATGGAAGAA CAGAAAGGCA CAAATGGATG
TTGCAAAGGG TCTTCCGAGG AGACTACCGA AGACGTTAAG CACAAGTTTG CGTCTCCCGA
CTTTATTGAG TACAAACCAG ACACGGAACT AATATTTCCT CCGTCGCTCT GGAAACACGA
GTTGCGCCCT CTCGCTTTTG GTAACAAGAG AAAGAAGTGG TATCGGCCGG TCACCGTACA
GCAGCTCCTG GAGATCAAGA GTATTCATCC TGATGCAAAA TTGATAGGTG GCAGCACCGA
GACGCAGATC GAGATCAAAT TCAAGCAGAT GCGTTATGGA GCATCTGTCT ACCTTGGAGA
CCTCGCTGAA CTCCGGCAAT TTGCCTTTCA TGACAACTAC TTGGAAATTG GTGCCAACAT
TTCATTAACT GATCTTGAAT CTGTCTGTGA TCAGGCCATC GAGCGCTACG GCTCAGCTCG
CGGCCAGCCC TTTGCCGCTA TAAAGAAACA GCTTCGCTAC TTTGCTGGGA GACAGATCAG
AAATGTGGCT TCGCCAGCTG GGAACCTGGC CACTGCATCC CCGATATCCG ATCTCAACCC
AGTTTTTGTC GCTACAAACA CGACTCTTGT CGCCAGGTCG TTAGATAAGG AAACCGAGAT
TCCAATGACA CAGTTCTTCA GAGGTTACCG ATCTACGGCC CTTCCGCCAG ACGCTATCAT
TTCAAGTCTA CGTATACCTA CCGCATCTGA GAAAGGCGAG TATTTGCGGG CTTATAAACA
ATCTAAGAGG AAGGATGATG ACATTGCAAT TGTGAATGCC GCTTTGCGGG TTTCACTCTC
GTCATCGAAC GATGTCACTA GCGTGAGCCT AGTTTTTGGC GGTATGGCGC CTTTGACGGT
ATCTGCGCGG AACGCGGAGG CCTTCCTCAC CGGGAAGAAG TTCACTGATC CGGCAACTCT
AGAAGGTACT ATGGGTGCTT TGGAGCAGGA TTTCAACCTG AAGTTTGGTG TTCCAGGTGG
TATGGCGACT TACCGAAAGT CACTTGCTCT CGGGTTCTTC TACCGATTCT ACCATGACGT
ATTATCACAG ATCGAGGCCA GGAGTAGTGA TCTGGATAAC AGTGTGGTCG CTGAAATTGA
GCGAGCAATT TCAACTGGAG AGAAAGATAA CGAGGCTTCA GCGGCTTACC AGCAGAGGGT
TCTAGGCCGA GCCGGGCCGC ACCTCTCGGC ATTGAAACAG GCTACCGGAG AAGCTCAGTA
CACCGACGAC ATTCCCGCGC AAAAGAACGA ACTGTACGGA TGTATGGTTT TGTCCACAAA
GGCTCACGCC AAGCTGCTCA GTGTCAACAC AGAAGCCGCT TTGGAAATTC CTGGTGTCAT
CGATTATGTA GATCATAAAG ACCTTCCATC ACCGAGAGCG AACTGGTGGG GTGCTCCAAA
TTGTGACGAG GTCTTCTTTG CTGTCGATAA AGTCACAACT GCCGGACAGC CAATTGGTAT
GATTCTTGCA AACACAGCCA AGGCTGCAGA AGAGGGTGCA AGAGCCGTCA AAGTTGAATA
TGAAGAATTG CCAGTAATCC TCAGCATCGA AGAGGCAATC GAAGCGCAAT CCTTCTTCGA
ACGCTTCCGT TATATCAAGA ATGGAGACCC GGAAAGCGCC TTCAGAGACG CTGACCATGT
CTTTGAGGGT GTATCTCGAA TGGGGGGCCA GGAACATTTT TATTTAGAAA CACAAGCTTG
TGTGGCTATC CCTAAAGCAG AAGACGGCGA AATGGAAATC TGGAGCAGTA CCCAGAATCC
GACGGAAACG TACGTTCATT TCTATTTCTC TGAGCAAAGC TGACTTGGGC AGGCAATCAT
ATGTAGCACA GGTTACTGGC GTGGCTGCCA ACAAGATCGT GTCAAGGGTC AAGCGCCTTG
GAGGAGGCTT TGGTGGTAAA GAGACGCGGT CAGTCCAGCT CGCAGGTATA TGCGCCACAG
CAGCCGCAAA AGTCAGGCGT CCAGTGCGGT GTATGCTCAA TCGCGATGAA GACATTGCGA
CTTCTGGACA GCGTCACCCA TTCTATTGTA AATGGAAAGT CGGGGTGACA AGGGAGGGCA
AGCTGCTTGC ACTTGATGCG GACGTGTACG CAAATGGTGG ACATACACAG GATCTTTCAG
GTGCTGTTGT GGAGCGAAGT CTTTCACACA TTGACAACGT ATATCGATTC CCGAACATTT
ACGTCCGGGG CAGGATATGC AAGACGAACA CCGTCTCAAA TACGGCATTC CGGGGCTTTG
GTGGCCCTCA AGGTCTCTTT TTTGCCGAGT CAATCATCTC AGAAGTCGCA GATCATCTAG
ACCTTCAGGT GGAACAGCTC CGGATACTCA ACATGTACGA ACCGGGTGAC ATGACTCATT
TCAACCAAGA ACTTAAGGAC TGGCATGTCC CGTTGATGTA CGATCAGGTT CTACAGGAGA
GCGAGTATTT TGAGCGCCGC AAGGCCGTGG AGGAATATAA CCGCACGCAC AAGTGGTCCA
AGCGTGGCAT GGCCATTATC CCCACCAAGT TTGGTATCTC TTTCACGGCC CTCTTTCTCA
ACCAAGCGGG CGCCCTCGTT CATATCTACC ACGACGGAAG CGTCCTCGTC GCCCACGGCG
GCGTGGAAAT GGGCCAAGGT CTCCACACAA AGATGACCAT GATAGCAGCC GAAGCCCTAG
GCGTTCCCTT GTCGGACGTC TTCATCTCCG AAACAGCCAC CAACACCGTC GCAAACACAT
CCTCTACAGC GGCTTCTGCC AGCTCCGACC TCAACGGCTA TGCCATCTAT AACGCCTGCA
CCCAACTGAA CGAACGTCTC AAGCCCTACC GTGAAAAGAT GCCCAACGCA ACCCTGAAAG
ACCTCGCCCA CGCTGCTTAC TTCGACCGTG TCAACCTTTC TGCCCAAGGC TACTACCGCA
CCCCAGACAT CGGCTATACC TGGGGTGAGA ACAAGGGTCA AATGTTCTTC TACTTCACGC
AGGGCGTTAC AGCCGCTGAA GTCGAAATCG ATACGCTCAC CGGCGACTGG ACGCCCCTCC
GGGCAGATAT CAAAATGGAT GTCGGCCGCA CAATCAACCC CTCCATCGAC TACGGTCAGA
TAGAAGGCGC ATACATTCAG GGCCAGGGTC TCTTCACAAC AGAAGAAAGC CTTTGGCACC
GCACAACTGG CCAAATATTC ACTAAAGGTC CTGGAAACTA CAAAATTCCG GGCTTCCGTG
ACATTCCGCA AATATTCAAC GTTAGTCTCC TTAAGGACGT AGAGTGGGAG AACCTGCGGA
CGATCCAGCG CAGTAGAGGC GTCGGCGAGC CACCGCTTTT CATGGGCAGC GCGGCGTTTT
TCGCTATTCG GGATGCACTG AAGGCTGCCA GGAAGGAGTG GGGGGTTACT GATGTGCTGA
GTCTTGTCAG TCCGGCTACA CCGGAGAGAA TTAGGGTTAG TTGTGCGGAT CCCATTATTG
AAAGGGCGAG AGTGAAGGCG GAGGAAGGGG AAAAGAGCTT CTTCGTTGCG ATATAGGGGA
ATAAGCATTC CGTAATATAG TACAGG
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| Protein sequence | MAPGVLLQPS QSELEAASPP KAAASLLQLT EEWDDTIRFY LNGTKVILDS VDPEITLLEY
LRGIGLTGTK LGCAEGGCGA CTVVVSQINP TTKKLYHASI NACIAPLVAV DGKHVITVEG
IGNVKNPHAI QQRLAIGNGS QCGFCTPGIV MSLYALLRND PKPSEHAVEE AFDGNLCRCT
GYRPILDAAQ SFTSPIGCGK ARANGGSGCC MEEQKGTNGC CKGSSEETTE DVKHKFASPD
FIEYKPDTEL IFPPSLWKHE LRPLAFGNKR KKWYRPVTVQ QLLEIKSIHP DAKLIGGSTE
TQIEIKFKQM RYGASVYLGD LAELRQFAFH DNYLEIGANI SLTDLESVCD QAIERYGSAR
GQPFAAIKKQ LRYFAGRQIR NVASPAGNLA TASPISDLNP VFVATNTTLV ARSLDKETEI
PMTQFFRGYR STALPPDAII SSLRIPTASE KGEYLRAYKQ SKRKDDDIAI VNAALRVSLS
SSNDVTSVSL VFGGMAPLTV SARNAEAFLT GKKFTDPATL EGTMGALEQD FNLKFGVPGG
MATYRKSLAL GFFYRFYHDV LSQIEARSSD LDNSVVAEIE RAISTGEKDN EASAAYQQRV
LGRAGPHLSA LKQATGEAQY TDDIPAQKNE LYGCMVLSTK AHAKLLSVNT EAALEIPGVI
DYVDHKDLPS PRANWWGAPN CDEVFFAVDK VTTAGQPIGM ILANTAKAAE EGARAVKVEY
EELPVILSIE EAIEAQSFFE RFRYIKNGDP ESAFRDADHV FEGVSRMGGQ EHFYLETQAC
VAIPKAEDGE MEIWSSTQNP TETQSYVAQV TGVAANKIVS RVKRLGGGFG GKETRSVQLA
GICATAAAKV RRPVRCMLNR DEDIATSGQR HPFYCKWKVG VTREGKLLAL DADVYANGGH
TQDLSGAVVE RSLSHIDNVY RFPNIYVRGR ICKTNTVSNT AFRGFGGPQG LFFAESIISE
VADHLDLQVE QLRILNMYEP GDMTHFNQEL KDWHVPLMYD QVLQESEYFE RRKAVEEYNR
THKWSKRGMA IIPTKFGISF TALFLNQAGA LVHIYHDGSV LVAHGGVEMG QGLHTKMTMI
AAEALGVPLS DVFISETATN TVANTSSTAA SASSDLNGYA IYNACTQLNE RLKPYREKMP
NATLKDLAHA AYFDRVNLSA QGYYRTPDIG YTWGENKGQM FFYFTQGVTA AEVEIDTLTG
DWTPLRADIK MDVGRTINPS IDYGQIEGAY IQGQGLFTTE ESLWHRTTGQ IFTKGPGNYK
IPGFRDIPQI FNVSLLKDVE WENLRTIQRS RGVGEPPLFM GSAAFFAIRD ALKAARKEWG
VTDVLSLVSP ATPERIRVSC ADPIIERARV KAEEGEKSFF VAI
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