| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10910 |
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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 | BN001304 |
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| Strand | + |
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| Start bp | 614438 |
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| End bp | 617513 |
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| Gene Length | 3076 bp |
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| Protein Length | 913 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | Putative transcription factor with C2H2 and Zn(2)-Cys(6) DNA binding domain (Eurofung) |
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| Protein accession | CBF78815 |
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| Protein GI | 259483431 |
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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 | 16 |
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| Plasmid unclonability p-value | 0.401356 |
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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 | 34 |
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| Fosmid unclonability p-value | 0.142996 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTCCAAC TTCTTCTCCT TCATATGCCA TTCTGCACCC ATCGTACGAT CTTCTCAGAT
CGTTATATAA CAATCAAGAA TGCCTCAATG TCCTTTCCAA GCAAAGCACC CCGCGTCACC
AAGGACGCCG CTAGTTTACA TCAGTGCCCC GAGTGTGACA GGGCCTACGA GAGACCCGAT
CACCTAGCCC GCCATTTGGA CTCCCGTGTG TTACAGTATA TATCTCTTTA GAGAGTAAAG
CTAACAGGCA ACAAGATCGT AATGAGCGAA ACTTTCATTG TCCGACCTGT CATCGCGGCT
TCAACCGTAG GCACGTTGCC ATCCAGCCGC AGAAGGAATC AGACTGACTC AGGGCAAGGG
ATGTACTGCA ACGGCATCGA TTGATCCACA CAAGTGGTAC GCCTCTCAGC AAACACGCAG
GGAGAGCGGT TGAGGCGTGT GAACAATGCG CAATAGCGAA AGCGAGCTGT GACAACGATA
GCCCATGCAA TGTACGTGCC CAAAGAGGTT CAATGTCGGT TTGTGCTCTA ATTAATGGTC
AGAGATGTCA ACGGAAAGGA ATACCATGTA TTCCACGAAA GCAACGGCAC CGCTGCTTTA
GAACAATGGC CAAGGCTACA CCCGAAGCTG AGACACCCCA AGGTCAAGGA GGCAGCGAAC
CTGGTGTCGA CCTTAGCACA ACACCGAGGA CTGAATCCAT CGCCCATAGT GAAAACCGCC
AGGCACCGCC AGCCTTGGAA GCCGGGATGA ATCCGCTATA TTCAACAGCA TCACTTGCTT
CGCCTGTTAT ATCATTTCCT ACTGGCATCT CCGATCAGAG TAATCCCGTC GATAACTTGA
GCGAGTTTCC AGCATTTTTT GAGCATGTCA TGATGCCATC CGACCTTTTC TCAACTGGTG
TCCCAGGCGT GCAGCAGCCG AGGGGCGTCT TGGATATTAT GTGTGACCCG GGATTTACTA
GTGCTGATGC TAACTTATTC GGTTCCGGTA TTATCACGGA CCTGGACAAA ATATTAGAAT
ACAATCTATC GCCTGCTCCA ACATCATCAG ACCAAGAACT GAACACTGAA GAAGAAAGCA
CGAAGAAGCG CGTCGCTGCA TTTCGAAAAT CTTTGTGGTA TGCACATGGT CTCCTGAACA
AAACACACTA TCTTACCTGG CTTTAACAGG CTTAGGGTAC CCGAAAAGAA CCAGAATGGC
TTTAGCGGGG ATGGCCAAAT ACCTCTCAGA GACGGGGACA TGACGGCTTC CATCTCTTCG
CTGCACAGAT CTCGGCTTGA AGCTCTAAAT ATCCGTGGTA AGCTCACACA GCAGATGCGA
GATAACATCT TTCAACTTGT TCTCGCTACT GGCGGCTCGC GGCTTTCCGT TCCTTCATTT
CCAACCGCCG AGTCGCTTGA CGCTTTGATC AAGATCGGCA TCTCGAAAAG AACCGAAACA
GATGCCTGGA TCCACCCGTA TACCTTGTAT CGCCAGGACT CCAGACCTGA ACTCTTGACT
GCTCTTACTG CTGCTGGGTG TGTATGTTCT GCTATTCCGT CAGTAGGCAA GGCGGGTGTG
CTCCTTCTAG AAATTGTCCG AGTCAGCCTG GCAGATCTTG TAAGCGTATC GACTCATAGC
CCCGAGAAGA ATCACTAACC ATAACAGGTT GAATCTGATA ACAGCGTTCT GCGTGATTTG
CAATATTTTC AGGCTTCTAT GATGTGGTTG GATATTGGCA TTTTCTGTGG CTATAAACGC
AAAATGCAGA TAGCGGAAAG CCACCTACAG CCATTATGCA CAGTATGTAC CACGACCAAT
CGGTGAATAT TTCTGACAGG ATCAGGCTTT AAGAAGGGCT GGAACTTTTG ACCGCTCATT
CTACTCAGAT AATCAGCCAG TACAAGCCCT AGGTGGTGAA TCAATAGAAG ACGCCTGGTT
ACAATGGATA CAGCAAGAGT CATTGAAGCG GTAGGCGGGC ACTCTTGAGC CAAGTTAACG
CTACTGACCT GAGCTCAGCC TTGCTTACCA CCTTTTTGGA CATGACGTGG AGGTAGCGGC
AGCCATGAAC AGGCCTGCAT TGACCAGCTA CGCCGAGTTC ACTGTGCCCT TTCCGAGTGC
CCGTGATCTT TGGCTTGCCC CGACAGCAAC TGCTTGGAAG GAACTCTTGG AAACCAAGTA
CTCTCATGCC GTCTCCTCGA ATTTATCTTT GAGAGATCTA TTGTCTGATC TTTCTATTTT
AAACGATCTA CCTGTCAACA TTGACACAGG TGTAGTGAAT TCCGCTGTGC TACACGGGCT
GATGAGCCAA GTCTTGATGT TCCGCCAACA AGCCTCGCTC TCGGACAGCC GTACCAATGA
TCAGCCTGTA ACTAGGCTGT GGCTACAGAC TCGCCAGGAT GATTTGTACG GTACTCTGTT
GTCTCTGGAA GAGCTCAAGG CTAACCAGGA TATTGCTAGG TCCCAATGTA TCAAAACAGT
GAGCGAAAAT ATCGTTGATG CGCCGCCACT CGCAACACTT ATCTGCGAAT TTGCTATGAT
GCACCTTCAT GTTAATTTGG ACTCAATCCA GCGATTCGCC GGGCAATTTG GAGAAATGGA
AGCAAGGCGC GAGTACCCGA AGCTCCGTGA GTGGGCCCTA ACTAAAGAGG CTCGGACCTC
GATTTGGCAT GCTGGGCAAG TTCTACGCGC AGCTCGGCTA GTGCTACCAT TTCAACTTCG
AGGGTTCGAT AGCCTCGCAA TCTACCATGC TATATTAGTT CTATGGGTAT TTGGGCTACT
CTGTTGCGGT GAAAAACAGC GCGATAACAA CACAAATCCA ACAAGTGGCC ATCCGAATCT
GGTAGTCAGC CTGGATGGCC CAGAAACGGA GCTTATTAAG TCGTTCATTA ACCGGAGCGT
AGGCCAACAT GGCCTGACCC TCCACTTTGC CGGTGCTGAG AATAGCACCG TTTTCTGTCC
ACTCAGTAGT CCCCGCTTAG TAATGGATGT GGGAAGACAG GTTTACGAAG GCAACTTTCA
AGGAGCAACT GATTATGTGC CGCCACTGGT CGAAAACTTG CGCAACTTGA TTCATGAGCT
GGGGAGCTTG CCCTAG
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| Protein sequence | MVQLLLLHMP FCTHRTIFSD RYITIKNASM SFPSKAPRVT KDAASLHQCP ECDRAYERPD
HLARHLDSHR NERNFHCPTC HRGFNRRDVL QRHRLIHTSG TPLSKHAGRA VEACEQCAIA
KASCDNDSPC NRCQRKGIPC IPRKQRHRCF RTMAKATPEA ETPQGQGGSE PGVDLSTTPR
TESIAHSENR QAPPALEAGM NPLYSTASLA SPVISFPTGI SDQSNPVDNL SEFPAFFEHV
MMPSDLFSTG VPGVQQPRGV LDIMCDPGFT SADANLFGSG IITDLDKILE YNLSPAPTSS
DQELNTEEES TKKRVAAFRK SLWLRVPEKN QNGFSGDGQI PLRDGDMTAS ISSLHRSRLE
ALNIRGKLTQ QMRDNIFQLV LATGGSRLSV PSFPTAESLD ALIKIGISKR TETDAWIHPY
TLYRQDSRPE LLTALTAAGC VCSAIPSVGK AGVLLLEIVR VSLADLVESD NSVLRDLQYF
QASMMWLDIG IFCGYKRKMQ IAESHLQPLC TDQALRRAGT FDRSFYSDNQ PVQALGGESI
EDAWLQWIQQ ESLKRLAYHL FGHDVEVAAA MNRPALTSYA EFTVPFPSAR DLWLAPTATA
WKELLETKYS HAVSSNLSLR DLLSDLSILN DLPVNIDTGV VNSAVLHGLM SQVLMFRQQA
SLSDSRTNDQ PVTRLWLQTR QDDLYGTLLS LEELKANQDI ARSQCIKTVS ENIVDAPPLA
TLICEFAMMH LHVNLDSIQR FAGQFGEMEA RREYPKLREW ALTKEARTSI WHAGQVLRAA
RLVLPFQLRG FDSLAIYHAI LVLWVFGLLC CGEKQRDNNT NPTSGHPNLV VSLDGPETEL
IKSFINRSVG QHGLTLHFAG AENSTVFCPL SSPRLVMDVG RQVYEGNFQG ATDYVPPLVE
NLRNLIHELG SLP
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