| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08894 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 526391 |
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| End bp | 529758 |
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| Gene Length | 3368 bp |
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| Protein Length | 871 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | Putative Zn(II)2Cys6 transcription factor (Eurofung) |
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| Protein accession | CBF84715 |
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| Protein GI | 259486673 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.487487 |
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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 | 46 |
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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 | ATGGTAAAGT ACAACGCTCT TTTCAAGGAC AAAGATAGTG GGATCTTCTC GTCGGCGAAA
AGAAACACGC CGACCAAAAG TATGGTGGAC ATCTCACTCT ATGAGAAGAG AAGAGAAGAG
ATTTGGTCAC TCTGGCCTGA ATTCCGAGAG ACGAACGAGG AGAGACATGC CGAAGGATTG
GCCAAGGCCC AGATTGTTAG TGTCTGTCAG CCAGAACACA ATCGCATGTC CTACTCCATG
GGTGAGAGAA CTCAAGCAAT TCTAATTTGA AAAAGAAAAC GGCCTGAATC CAGAGGACAT
AGTCACCGTG TCCCGTGCAT ACCAGGTGTT TCCTCACCAA GGAGAAGATG AGCTGGTCCC
ATCGGCCATT TGTGGTAAAT GTCATGATGG TAAGACTATG GTGACAGGGT AGCTTGAGTC
AGCTGACATG TAACTAACTA GTTCTGGTTA GGCGTGTCCT GTCCAAAGAA CAACACTCAA
CCTGCGAAAA TACCTATACC AGGTTTGTTT CAGCTCGAAT TCCCCTAACC TGAACTTGAC
CGGGGCTTAA AAACCCTAGA GGCCTATAAT CCTATACAGA AATAGATTTA AAGCTTAGTT
TCACGGAAAA TTGAGAACAG GGCTTGCAAT AATACCCTGT ATGTTTATCC ATATACGGAT
CCCTTCACCG AAATACTGAG TAGTTCTGGA CTAGCCCCTG TCATACTAGC CTGTCAAAAA
TAGGTCTTCT CTTTTCTCCG AGCCGGAGTT GCCGGATACA ACTTAACTCC GAGTCTCGCT
GTATTCATTG ATTCTGACCA CGTCCACTAT TTGGTGATTG CCTATCGGTC GAATAAATAT
CTAACAAGTC CCAGATCTTA TGATCTTCTC TTCGCTCTTA GAACCATAAT CCAGCTGCGC
TGGACTGAAT TCATCACTCT GGGAGTACCT TTAATCTCGC TGAACCGCTT TCATCTGCCT
CCGTGATTAT AGGCTTACCT GACTAGACAT GAATGAAGAC CACGGCCAGT CATCAGCTCC
AAGGAGACGC AGGCCAGCGC TCTCTTGCTC AATCTGCAGA CGCCGGAAAC TGAAATGCGA
CCGATCGCTT CCCTGTGGGC AGTGCATAAA GTCAAAGACG CCCGATTTAT GTGTCTTCTC
TGCACCGACA CCGGCTCAGA GCGCCACTTC TAGCTCTATG GCTGCGAGTA CATCCTCAGA
GAAAAGGCAT GCATTGAGCG ACGAAGCTAG TGCGGTAGGC AACGGGCTTT ATGTGTTTGA
TTCCAAGCAT CGCGTCGCCA AGCCTCGTGG CCGGCCGGAT GAACTCCATG AGCTACGCAG
TCGCGTGCAC ACACTGGAGC TAGCACTGGC TAAGAGCAAT ACGATACAAC TTCCAGAAAG
CTCAGGCTAT GACTGTATGC CGGAGCTGGG GCTGCGGACG CTTGCAGATC CCATCTCGGA
CCAAGTAATG AACCTGTGCG GCAGAGCATG CTTCCGAGGC AGAAACGGCC GGACGCGTTA
TCGCGGACGC TCCAGCACAG AGTTGACGCT CACTTTTGTA AGTGGCTAAC TGGAGGGGTC
TTATTGCTAC CGCCAGCTAA CAATATTAGC TCAATGACGT TATAGCTTTC CTCCAAGGCC
GGAAGAAGCA TCTCAAGGCT GAAGGCTCAG ATTTTCAGCA ACTGAGGAAG ATAAGGGATA
AACTAAAATC CCAAGAGATA GAGCGCCGAG ACCAAGTGAA AGATGGGACG CCTTCTTCAC
TCAAGGAGAT GCTGCCGCCA CGAAGTATCG CAGATGAACT ATTGCATCTC TATCTATCCA
CGTTTGAAAC TACGTATAGG ATTCTCCACA TTCCGAGCTT CCTCAAAGAA TACGAGGCTT
ATTGGACGGC ACCTGAGGCC GCCGACACCG TTTTCGTCGC CAAGCTCCTG GCCTTAATGG
CTACGGCCAG CTGTTTTATT AGTTCTTCAA CTACGGTCAA CGGCAAAGAC ACACTTCACG
ATGTTGCTGT CGGTTGGATT TTCGGAGTTC AAAGATGGAT TGGATCTCTC TTTATGCGCG
CCACGGCGAA ATTTGATATT CTGCAGATAC AGTGCCTCCT GATGATTGCA CGTCAAGCGC
TTGCGGTTGA TGGCGATGTC GTATGGCTCA CCTCGGGTTC TCTTATTCAT ACGGCCACAA
TAATGGGGAT GCACCGGGAT CCCGCAAGGT TTGGGAAAAT GACACCCTTC TGGGCAGAAA
TGCGCCGTCG GCTATGGGCA ACCATCCTGG AACTGGAACT GCAAGCCTCT ATTGACGTAG
GGATCCCACC GTCCATCGAT ACCGACCAGT ATGACTGCGA TCTGCCTTCG AATTTGGATG
ATTCAGATCT CACTGAGGAT TTGGTGGAGG CTCCCGTAGC GAAGGAAAGG ACAGTCTTGA
CTCAATGCAG CTTTCAAACT ATGCTTGCTC AGTCATTCCC TTTGCGGGTG CGCATTGCCA
AGGCTGTGAA TAGCTTACGA TTTACAATGG CATATGATGA GGCATTGCGC CTTGGCGAAA
ATCTCATACG GTTCATGAAC GAAGCCCTGG TTCCATTTCC TACACCTGTT TCTGACGGGA
CCCCATCTTT TGCGAGATCA TTTATGCTAT TTCTTTTCCA AAGGTCGCTG CTCATCTTGC
ACCGACCTTT TTCGCTTAGT ATATCTTTGT CGCCCAAATA CTCCTACTCA CGAAAGGTCT
GCCTGGAGTC ATCCTTGGAG ATGCTTACTC AGTTCGAGTC GCCACTCCCC AGCTTCCAAT
CGTCTCGAAC ACCCTGTCTG GGACAGATTG GCGGCGGCAT GTTCCGCGAT GAATGTTTTC
ATGCTGCCAT TACTCTCTGC GTGGAATTAT CTCTCCAGAG TACAGAATCG GCTTCAAATT
CAGCGCCATC GACACATGGA GGGTCTCTTA ACGACATAGT ACGTTCTCAG CAGGAAGTTT
TAGTGCGTGT CCTTGAACGT ACTCGGGAAA ACTTTGGCAG TAGGTTAACT CCAAAAGGGA
ATGGATGCAA AGCCTATGCA TTCCTGGCCA TGGCCCTGGC TTCTACAAAA GCACGGCTGA
ATGGGGATGA CCCTTTGAAA AGTGTCGAGC AAGCTGCGCA CCGATCAGTG AAGGTATTTC
ATCACGTTAT TTCAGGCCTT CCCTACGAGG AGTTCCTGGC CCAACCCGAA AGTGACTGGT
CTGATATCGG CCCATCTTCT ACACAAACCC CCGAGTTTGG CTCTTCTACA CCTGATATGT
CGTTTGATCC TCTCTCGCTG CTAACCAACA ACCCTATGGA CTTTTCGCCT CTCGACTTCA
ACAATATGTT CGACACATTC AACTACCGGA TGCCGGATCT ATGGGATCCC AACTTTCTTA
ATCTCTGA
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| Protein sequence | MVKYNALFKD KDSGIFSSAK RNTPTKSMVD ISLYEKRREE IWSLWPEFRE TNEERHAEGL
AKAQIVSVCQ PEHNRMSYSM ENGLNPEDIV TVSRAYQVFP HQGEDELVPS AICGKCHDGV
SCPKNNTQPA KIPIPDHGQS SAPRRRRPAL SCSICRRRKL KCDRSLPCGQ CIKSKTPDLC
VFSAPTPAQS ATSSSMAAST SSEKRHALSD EASAVGNGLY VFDSKHRVAK PRGRPDELHE
LRSRVHTLEL ALAKSNTIQL PESSGYDCMP ELGLRTLADP ISDQVMNLCG RACFRGRNGR
TRYRGRSSTE LTLTFIERRD QVKDGTPSSL KEMLPPRSIA DELLHLYLST FETTYRILHI
PSFLKEYEAY WTAPEAADTV FVAKLLALMA TASCFISSST TVNGKDTLHD VAVGWIFGVQ
RWIGSLFMRA TAKFDILQIQ CLLMIARQAL AVDGDVVWLT SGSLIHTATI MGMHRDPARF
GKMTPFWAEM RRRLWATILE LELQASIDVG IPPSIDTDQY DCDLPSNLDD SDLTEDLVEA
PVAKERTVLT QCSFQTMLAQ SFPLRVRIAK AVNSLRFTMA YDEALRLGEN LIRFMNEALV
PFPTPVSDGT PSFARSFMLF LFQRSLLILH RPFSLSISLS PKYSYSRKVC LESSLEMLTQ
FESPLPSFQS SRTPCLGQIG GGMFRDECFH AAITLCVELS LQSTESASNS APSTHGGSLN
DIVRSQQEVL VRVLERTREN FGSRLTPKGN GCKAYAFLAM ALASTKARLN GDDPLKSVEQ
AAHRSVKVFH HVISGLPYEE FLAQPESDWS DIGPSSTQTP EFGSSTPDMS FDPLSLLTNN
PMDFSPLDFN NMFDTFNYRM PDLWDPNFLN L
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