| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09025 |
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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 | 99386 |
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| End bp | 102813 |
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| Gene Length | 3428 bp |
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| Protein Length | 891 aa |
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| Translation table | |
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| GC content | 52% |
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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 | CBF84438 |
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| Protein GI | 259486523 |
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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 | 26 |
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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 | ATGGAGAAGA TTGAGTTAAG AGCTGGCCGC GAGATTCGAA GCCACGTGAA ATTACCTGAA
AGGTATGTTC GAGGTCGTGA AGTAGTTATA ACATCATCTA CGCCGTCAAC CCCTATCATC
CAGACGTCTA TGGAGTAGAC GCGGTTAGGC ACGACGTAGG GCTGTAATTA ATTTCGCAGA
ATCATTTTTC CAACCATTCC CCGCAACATA CCTTTTCCCC GTTCCGCTTA GATCGCTTGC
GTTTTGATTG GCATTTCTTT AGACTAACTT CGGCACTATT CTCCCTCCAT ATCCTCCACA
CGAACCGGAG ATGGGCCTCC CCGCTTTCTC AGTCCCCTTG TCGCAAGACC ATCACCTACC
CTCATCAATT GTCGTAATGA CCTTAGACGC CTTCATACCT TGAGCAGGAT GCATTCATGT
CAAGTGTGCG ACAAGACGTA CCAGACGCGT GGCTCCTTGA CTCGACACCT GCGAAACCAT
TCCGTCAATG ATAGCCAGCA TGTGTGCCCA ACGTGCGGGG TGGCTTTTTC TCGCCGCGAC
CTCTTGCGGC GGCATGTTCG AATCCACCGC CTTGCGCAAA ACAACCTCAA CACGACCACG
ACGTCCAACG ATCTCGCCAC GCCTGCTCCG CGACGTCGCT GTCATACGGC GTGTCAGCCT
TGTCGAGAAG CGCGGGTGAA ATGTGACGGA GGCAATCCCT GCTCCCAGTG TATCGCAACG
CAAACAGAGT GCCTGCTCGG ATCCCGTACT GGGCGTGTGA GCCGCGTCGT CGAGAAAGAA
CGTCGGCAAG AGCAGTATTC TCATTCCGAT GATGGAGGGT CAGCTGGAGA GGACGATAAG
GAAGACGGCG ACCAGGAGCA AGATTTCTCG AGGGTAAGGG TCGAAACTTC CATAACAGCA
GCGCCAGCCA TGCTTCACTC ACCAGTCTCG AATGTTGATG CTCCGATAAT TCCCTTCTTG
GGGTCCGAGG ATCCGTTGCC CGACATGGAC AATATAGACC ATTTGGCCGA GATGGACTTC
AGCTGGACGG ACTCTTTGCC TTGCACTACC ACTTCATGGC CTTGGCTGCA TGAGAGTTTA
CTCTTACAAG GCAATCCCTT GCTCAATTGG ACCAATGACT CCATCTACGC CCTTGATACT
GGTGATATGG TTCCAGACTC TTGCCCAGGC ATTATACCCC TCGATACGGC ACAACAACTG
CCTGTTATAT CCCCCACCAA GACCGTCACC TCGATGTCGG CAAGAGATGA TGCCGAGTCT
GGTTCCGCAC CGCCATCAGA GCCAGGAAAA CCAGAGACCC GACTGCAGGG ACCCGATATG
CCCGAATTTC AAGGTCAAGC AGCCCTCCAG CAAGATCAAA TAGTAGAAGA GCTCGTGGCC
TACGCGGAGA AGCGAATTGT TACTCCAGGG TCCAAGCTCT CTCGATCCTT GTTCTGGCAG
TCCATGTCGA TTCGAATCGC AGAAGCATTT CGCATCGATC CTTGCGACTC ACCTGGGTCG
GAGTCAACCT TGAATCGCCT GATGCAGATT TACAAAGAAA ACTTTTCCCC GTTGTGGCCA
TTGCTGAGTG GAAAGGAGTT TGACTCCAGC GAACTTCACC CCTTGCTCTT TCTGACTGTT
GTTTCGATTG GATGCATGTA TGGGACCTCC CAAGAATGCA ATTTCGGAAA CAAGCTTCAC
GAACGAGTCC GTCGTTGTCT AGCGGCATCT CTGATTGGGC TTGAGGATGC TGAAGGCGAC
ATACTTTGGC TCGGGCGGGC CCGGCTGTTG ACTCAGGTCG CGGCTCTATA TTTTGGGCAA
CGGCGGGCTT TCTCTTACGC CCAACACGTT GGTGCGATAA CTCTCGCACA GGCACGGCGA
ATGGATTTGT TCTCTACCGT GGGCCGTCCT GGCATGACTG GGGAACTTTC TCTCGAACAA
CAGACTGTGC TTTGGCAAAA CGCGGAGGCC AGGAAGCGGC TCGCCTTCGG AATTCTCAGA
GCAGATGTCT TCACAAGCGT GCTTTTGAAC ACGCGGCCAC TGTTGTCGGC TGAAGAGATC
TACCTAGATC TCCCTGCCAG TGATGAAATT TGGATGAACC TGGATACCAT TCCTCTGGAG
CAGTTGGCCT CCCGGCTGAA AGACGAGTCT TCGCGGGCAT TGGGGCTCCC ATTCTGCGAT
TTGGTTAGAG TTGCGAGCGA CCGCGGGGAG GCCCTCCTTA ACATGAACCC AAGGGGATAT
GAGCTCCTGA TTTTCGGCCT TCAAGAGTAT GTTTGGAGAT TCAGCCACGA CCGAAGCATG
TTCCCGCGCC TCATCGGCCA GTCGGATCAT ACTGTCGCCC AGAAAGAGAA TCTACCTTCC
TCCCCGAACG GTCTTTCAAT CTCAGCATCG TTACAGACTG ACCAGCTTGG TCGTACCTAT
CGTCGAATGA ATGATCTTCG AAACGACCGT TGCCGCATTA CCCAGACCCT ACAGAGATGG
GAGCAAAGCT TCACATCAAC TCGCACTACA CAATCGTTCG GCCAAGATAG GACCAGTGTG
ATGAGCAGCT TACTCCTTTT GTACATCTCA TACCTGAGGC TATGTGTGCC TCTTGCTGAT
CTTCATTCGG CCGCGTACAT CCTCATGGAC AACAAACCTC TGGAACCAAA GAAGCTACAA
ACACTTCAGG AGTGGGCAAA AGGAACAGGG GCAGTTGAAG CCATCAAACA CGTGTGTCAG
ATTTGGTCCC TCCTGAGCCA AGAAAGATTT CGCACCGGTA CCGACAAGGC AAAATACAAT
CTTCTTTCCT TTTCGGGCTT ACATCACGCG GCAGTCGTGA TCTGGACCTT TGCCGGGGTT
CATAGTGAGC CTGTTGCTGA AGTCGCCGAG CTGCCTGGAT GGAGGGATAT GGCACCAATC
TCCATTCAAC GAGACCAAAC CCGGTCGCTT CTGAGAGCGG TTGTCAGTTT GTACAAGCAC
TTGATACCAA GAGGTTGGTA TTCTTTTGCG GCCGTCGCAG AAAGCTTAGC TGCACAGCCA
TTCCCGGACT CTAGCCGCTA GGGGATAGCC ACTTTCACAG ATTGCTCTAA GCCTTGTATA
ATAATGTTCA AACAAAATTT TCTCCGGTGT CATTGTTGAG CACTTTACCT GAGGCACACT
ACTGCCTGAC TCAAGGGTGT CAGCGCTTCT TTTGCATCTC GGATCGCATT TCGATTTATA
TACACCTTCA AGTTTTGTGA TCTTGTATCT TCCTTTTTGC CTCTGTATAG CTTCATTACA
AGAGTTTCAA TCTCCGCCTC TCGGGTAAAT GCTCTTCCTT TTCTCCGTTC ATGAGGACCT
CACCCGTCGA CAATTATTGC ATACATATCA ATTGATAGCA GGCCTTAGAC CGTACTCTTT
CCAGCTAAGC CAAACAATTC AAGCTCCATT GCCCGGAACA AGAGATGTCT CTTGAATGCC
GACTACAA
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| Protein sequence | MEKIELRAGR EIRSHVKLPE RMHSCQVCDK TYQTRGSLTR HLRNHSVNDS QHVCPTCGVA
FSRRDLLRRH VRIHRLAQNN LNTTTTSNDL ATPAPRRRCH TACQPCREAR VKCDGGNPCS
QCIATQTECL LGSRTGRVSR VVEKERRQEQ YSHSDDGGSA GEDDKEDGDQ EQDFSRVRVE
TSITAAPAML HSPVSNVDAP IIPFLGSEDP LPDMDNIDHL AEMDFSWTDS LPCTTTSWPW
LHESLLLQGN PLLNWTNDSI YALDTGDMVP DSCPGIIPLD TAQQLPVISP TKTVTSMSAR
DDAESGSAPP SEPGKPETRL QGPDMPEFQG QAALQQDQIV EELVAYAEKR IVTPGSKLSR
SLFWQSMSIR IAEAFRIDPC DSPGSESTLN RLMQIYKENF SPLWPLLSGK EFDSSELHPL
LFLTVVSIGC MYGTSQECNF GNKLHERVRR CLAASLIGLE DAEGDILWLG RARLLTQVAA
LYFGQRRAFS YAQHVGAITL AQARRMDLFS TVGRPGMTGE LSLEQQTVLW QNAEARKRLA
FGILRADVFT SVLLNTRPLL SAEEIYLDLP ASDEIWMNLD TIPLEQLASR LKDESSRALG
LPFCDLVRVA SDRGEALLNM NPRGYELLIF GLQEYVWRFS HDRSMFPRLI GQSDHTVAQK
ENLPSSPNGL SISASLQTDQ LGRTYRRMND LRNDRCRITQ TLQRWEQSFT STRTTQSFGQ
DRTSVMSSLL LLYISYLRLC VPLADLHSAA YILMDNKPLE PKKLQTLQEW AKGTGAVEAI
KHVCQIWSLL SQERFRTGTD KAKYNLLSFS GLHHAAVVIW TFAGVHSEPV AEVAELPGWR
DMAPISIQRD QTRSLLRAVV SLYKHLIPRG WYSFAAVAES LAAQPFPDSS R
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