| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10414 |
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| Symbol | |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 643842 |
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| End bp | 646817 |
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| Gene Length | 2976 bp |
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| Protein Length | 841 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | DNA helicase, putative (AFU_orthologue; AFUA_3G05590) |
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| Protein accession | CBF82692 |
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| Protein GI | 259485564 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 29 |
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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 | 51 |
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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 | ATGAACAAGG ATACTTTGTC AAGCATGGAG CCTTCTAAAC CCCAGACATT CAATCATCCC
TATACACCGT ACGACATTCA GGTTCGGTTC ATGCAGTCGT TGTATGAATG TCTTGAAGAG
GGTAAAGTTG CTATATTCGA GTCGCCTACT GGTAGCGGCC CCCGCCTTCA GATTATTGAG
CTTTCATGTA CTGACTGGAC CAGGAACCGT AAGCTGTCTT AAAGAAGTCC AACTCGTGAC
CTACGGTACT GACTATTCAG GGAAAATCTC TGAGCCTGAT ATGTGGCTCG TTGACATGGC
TCCGTGACCA CAAACGCAAC AGGTTCTTAG ACGCAGTGCA GAACACTACC TGTATGCCAC
CACTCTACTC GCCTTCTAAG ACGTGTCGTA TATTGAGACT TCTAGGTGAT GACGATGAGC
CCGAGTGGAT GGTGGAATTC GCGAAGCGCG AGGCAAGCCG TGCCGTTACT GAGAAGCGAA
TAGAGTTCGA ATCGCGATTG GCAAGGATTA AACGAGAGGA AGAGCAACAG AGGGCAGCAC
TCGAGAGTTC AGAGGGTTCT AGAAAGCGAC AGGTATAGCG AGTGTTCATT CCAGGGAGCA
ACTAACTAAC TCTTTTTTCC AATGTAGAGG GTTAGCGTCG TGTCGAGGGA TCAAGATACT
GAAGATGATG ACCAATTTGC TCTGGACGAT TACGATAGCG AGAACGACGA GCCTAGTTCT
ATTCCCAGAG GCTCTGCTAC TGCAACTGGG CTCTCTTCGA GCACTCTTGA ACTATTGGAG
CGTCTAAGAA AGTATGGTTC GAAGATTAAG CCTGAAGAAG ACGATGAAAA TGACATCAAA
ATATTCTATT GCTCGAGGAC GCACTCGCAG CTGATGCAAT TTGCCAGCGA GCTGAGGCGC
GTCACGATGC CATCGACCTT ACCGGAAAGC TTAAGGCAAG GTCTTACTGA CGAAGAGGAG
CAAGGAGAAC GCATCAAACA TATCTCACTT GGGTCTCGGA AAAACTTGTG TATCAATTCT
AGGGTGGCTG CTTTGGGCAA TCCAACGGCA ATTAATGAAC GTTGCCTGGA ATTACAGCAA
CCGAACACAC CAGCACCGCT TCGGTGTTCA TATTTGCCAA CGGAAGAGGA TGAAGCGAAG
ACTTTGTCCT TTCGAGACCA TGCTTTAGCA ACCGTGAAAG ACATCGAGGA CCTGGGAAAA
CTTGGTAAAA AGCTGGGGCT ATGCCCTTAT TACGCATCCC GCGGAGTTGT CAGCCATAGT
GAGGTAGGCT TTTTTTTCCC CATGAGTCTC TTGTGACTCG AAGCTAATGC AAGGCAGATT
GTAACTCTTC CGTACCCTTT GCTTTTGCAG AGGTCAGCTC GAGATGCCCT GAATCTCTCG
ATCAAAGGCC ATGTGGTTAT TATAGACGAG GCCCACAATC TTATGGATGC GATATCCAAC
ATCCATTCAG TAACTGTTAC TCTTTCTCAG TTACGAACTT CGATCTTCCA GTTGACTACG
TATGCTCGAA AGTTCAAAAC CCGCTTGAAA GGAAAGAACC GCAATTACAT TGCTCAAGTC
ATCCGCTTGA TCAGCTCTAT AGCAGATCAT CTCCAGTCTC TTATAGATAA TAAACAAGCA
AGTGAAGGCT CTGTTCTCTC ATCTGACTTG ATGGCAGGGA AGGGGGCTGA TCAGATCAAT
CCGTACAAAC TCTGCCGATA TCTGAATGAG AGCAAACTAG CAAGGAAAGT CGACGGGTAT
ATTGATTTTT CACAAAGCAA AGCGAATGCC CAAGCTGAGC CCAAGTCTAC GATTCCTGTT
CTTTTTCATA TACAAAGCTT TCTCCTGCCA TTAATGAATC TTTCTTCTGA AGGGAGACTG
TTCTTCACGA AAACCCCCGG GGATATTCAG CTTCATTATA TGCTTCTTGA CCCAACAAAT
CATTTTCGGG AGATCGTCGA GGATGCGAGG GCTGTCATAC TGGCCGGAGG GACCATGTCT
CCCGTAAGAT TCTTGTGCCT TTGCTTGACA ACGTTCGTTC TCTGACGGCC TTACAGATGT
CTGACTACTT AAACCATTTA TTCTCCTATG TCCCAAAGGA TCGTCTAAAT ACTTTCAGTT
ATGGCCATGT CATTCCATCG GAGAACCTGA CTGCGCACAC TCTGGCTCGG GGCGTTACAG
GTTGTGAGTT TGACTTTACA TATGCCGGTC GTGATGCAGA GAAGATGGTA CGGACCCCCC
CGGCCTTCCC TGCAGCATGC CAATAGTTTT TAACTTCGGT ACTAGATACT TGACCTCGGA
CGGACATTCA CTCAGTTATG TCGTGCAATA CCAGACGGCA TTGTTGCTTT CTTCCCGAGC
TACGAGTATC TAAGCCGGGT GCTGAACATA TGGAAGAACG CAGTTGTTCG TGAGAATAAG
CAAACGCTCT ATGAAACCGT CGAAAAAGAG AAACAAATAC TTTACGAGTC ACGCGAAACG
GAGCTCACAA CAGATGACCT TCTTAACAAC TATGCTAACA CTATCAATAA AGGCAGGGGA
GCATTGCTCT TATCCGTTGT TGGCGGCAAG TTGTCCGAGG GTATCAACTT CTCAGACAAA
TTAGGGAGAG GTGTCTTAAT CGTCGGTCTC CCGTTTCCCA ATATACGTAG CCCGGTTTGG
CAAGCCAAAA TCAAATACAT TGAGCAAAAG GCTTACCGAA ACGTCGGATC TGGCTCCGAA
GAAAGTCGGC GATTGTCTGC CAAAGCCGCC GGGAGAGATT TTTACGAGAA TGCTTGTATG
CGGGCTGTGA ACCAATGTAT TGGGCGAGCT ATTAGGCACC GCAACGACTA TGCGGCCATC
GTCCTTATTG ACAAGCGATA TGGGAAAACT AGCATCGAAG CCAAGCTGCC CGGATGGATC
AAACAAAGCC TAGTGAAAGA CTCCGCTCTT TTGCCAGCAG CGACAACGTT AGATGGGCTT
GCGTGTTTCT TCCGCAGCAA AAACCACTGC GGGTAG
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| Protein sequence | MNKDTLSSME PSKPQTFNHP YTPYDIQVRF MQSLYECLEE GKVAIFESPT GSGPRLQIIE
LSCTDWTRNR DDDEPEWMVE FAKREASRAV TEKRIEFESR LARIKREEEQ QRAALESSEG
SRKRQRVSVV SRDQDTEDDD QFALDDYDSE NDEPSSIPRG SATATGLSSS TLELLERLRK
YGSKIKPEED DENDIKIFYC SRTHSQLMQF ASELRRVTMP STLPESLRQG LTDEEEQGER
IKHISLGSRK NLCINSRVAA LGNPTAINER CLELQQPNTP APLRCSYLPT EEDEAKTLSF
RDHALATVKD IEDLGKLGKK LGLCPYYASR GVVSHSERSA RDALNLSIKG HVVIIDEAHN
LMDAISNIHS VTVTLSQLRT SIFQLTTYAR KFKTRLKGKN RNYIAQVIRL ISSIADHLQS
LIDNKQASEG SVLSSDLMAG KGADQINPYK LCRYLNESKL ARKVDGYIDF SQSKANAQAE
PKSTIPVLFH IQSFLLPLMN LSSEGRLFFT KTPGDIQLHY MLLDPTNHFR EIVEDARAVI
LAGGTMSPMS DYLNHLFSYV PKDRLNTFSY GHVIPSENLT AHTLARGVTG CEFDFTYAGR
DAEKMILDLG RTFTQLCRAI PDGIVAFFPS YEYLSRVLNI WKNAVVRENK QTLYETVEKE
KQILYESRET ELTTDDLLNN YANTINKGRG ALLLSVVGGK LSEGINFSDK LGRGVLIVGL
PFPNIRSPVW QAKIKYIEQK AYRNVGSGSE ESRRLSAKAA GRDFYENACM RAVNQCIGRA
IRHRNDYAAI VLIDKRYGKT SIEAKLPGWI KQSLVKDSAL LPAATTLDGL ACFFRSKNHC
G
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