Gene ANIA_01437 details

Gene Information

• Locus tag: ANIA_01437
• ID: 0
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001307
• Strand: +
• Start bp: 726129
• End bp: 729671
• Gene Length: 3543 bp
• Protein Length: 1180 aa
• GC content: 53%
• Product: C2H2 finger domain protein, putative (AFU_orthologue; AFUA_8G04300)
• Protein accession: CBF84857
• Protein GI: 259486748

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 0.455017
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 46
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGTCGGCTG TCTCGCCTCA GTTTGTCCAG AGCGACTCGA ACGATAGAAA TCTCGACCCC 
GAACTCTCAA ACCCCTTTCT TACTGAAAAT GACCCTGAAG AGGCGGAGTT CCAAAAATTT 
ACAATAAGAT TGACGCCTGT CGACGACCGA GGGAGCGCAT GGACTGGATC TACGTCCTCG 
CAGGATCACT CCATCAATAA CACGTCCACA ACAGGCAATC ATGAGGGCTA CGGTACCACC 
TACTCTGAAT TCCTCAGCCC AGTGGACGAG TGGGCCAGTG ATATAAGCGG CCATACATCA 
CCTGCAGATC TCATGATTCC AGGCGTTTGG CCAGTCATTG CTACATCACC TCAGAACGTA 
ACGGCGAGCT CACCAACTCA ATCTGGTCCC AGTCCGTCGT CTCCGCCCGC GAGCATAAAC 
CCTTCCCAGC TCCTTACGCC AGTTCTTACC AATCATCCAA GCCCAGCGTC GGATACGAGG 
AGCGTTGGGA GCCCTCGGAT TCCGCGGGCT CAGCAGCCTC CCGTACCTCG TTTGAAAACA 
ACGCTCTTAG ATGACAATCT CGGCCCTGGT CCAGTTTCCG AGTCGGTCAC AACGATCAGC 
CCAATTGTCA AAGTGGAGAG CTATTCACGA GGCGATTCGC CCGTCAGGGA CAGCTTCTCA 
ACAAACCGCC GCCCAAGTCA ATCCTCCATA CATTTGTCCC CGGGGGGCGC GTCCAACGCT 
TCGGGTGAAG ATGCTACCAT AGAGGATGAT CGTCATTCCG TTTCAAGGTC AGCCGATGGG 
GCATGGGTCC CAAATGTGCT GACTGGCCAA GCCGGCCTCG CACCGGATGC GCGAGAGGAT 
GTATATGTTC CCAGCCCCAA TGAACTCGAC TCACAGCGAA AACTAGCGGA AAGGAATGCC 
GATATCTATA CATGGTCAGA GGCCGTTAGT GAGGCCCACA GTGAAGCTGG TGATGATTAT 
CTGTGTTTCC AGAGAGGGCG AACAGATTAC CATGGCACTA GGCGGAGGGC GAAAAGTACC 
GGTGATCCTT CACTCGATTA TTTCAGTCTA AAGTTCACCC CTGACCGATC TGAGATCCGT 
GGGCCGGGTC TTGTGCTCCA TGAGACAAGC GATTATAGCG ACGATGAAAC AGAGTCATCT 
GCTCCTGTTA GTGTAAAGGA AGAGAGATTG GTCCAGGAAG CATTTGAAAT GACGCCCCCT 
GAACCTCAGT CTGCAGAAAC GGGTGAGCCG CAAGCTCATC AGTTTCTCGG GTCTCCTCCG 
TGGCGTGACA TTGAGCTCGA CCGGTCTCCC CAAACAACAC GGATGCAGCC GGTCAGCTCC 
ACTCAAGCTA TGGTTGAATA CCAAAGACGT GCTAGAGAGA CTGACGCTAT ATCCCGCGTT 
GCAACGTGGG GCACGCGCGA TCTTGATGCC AACAGTATCA GATCCTTCCA GATGATGAGC 
CTCAACGAAA ATGGGAAAGA AAAGAAGCAC GAGAGACGTA ACAGTTTTCT CAAGTATCTT 
CCCCAAAAAA AAGGCAATCT CCTGAAACGT CAACGCCAAA AGACTGATCT TTCTACCATG 
CAGCCTGTCC ACGAAGGCGA AGCCCAGGAC ACGGAGAGCA AGGCTGCTCC CCAGAGGAAA 
GACAGCTTCC CGCACCGATT AAGTCTCCCC TTTACTCCAA AAACTACCAA CTATAGTATT 
AGTGGTGCGG TTATGGCAAC AACGAGGCAG ATGGCTGCCA TTGGCGGCAA AGATTCGCTA 
AGTGTTGTAT CTCCAAGCAC AACAACAACA ACAACAACCA AACCTTGGAA TACTCTCAAG 
GTTCGGGGAC GGAGCAGAAG TGAAGTACCC AGAGCACCAG GTTTGTTTGA ACTCATGACA 
ACCCATGGCG GACCGCCAGT TCCCAATATC AGCTACACAA GTGAGCCCGT GGAAAATAAA 
GAGGCCAAGC ATGCGCGGCC ACAACATGAT GCTGCCGAGG AAGATGATGA CGATGATAGC 
GAAGAAAAGC TTATTATGGA ATTTCCAATT CCGAAGGAAC TACCGATACC GACACTGGAA 
GGATTCAAGA CACAGATTCT CCGGCTCAAC CCCCGTATCG AACCGGCTTT GATTGATCGA 
TTTGCACACG AGCAGGTCCG ACGATACAAG AGGTTGATCG AGATCAAGCA AACACACGCA 
CGCGATGTCA ACCACAGGAA GTGCAAGGCT GGTAAATTCT GCTTCGCCCT GGGCGGTACA 
GCGAAACTTT TACCACCACG CTTATCAGCT CAGGATGGAG ATTCGCACAC CCAGTTCCAG 
ATTCCTAGGC CGGGAGAGGA GGAAGAGAGC TCCGAAGATC TTGGGGAAAC CACCATGTTA 
GCCCATTTCC CGCAAGGCGT TCCGCATCCA CCACCACAGG TCAAGCTACT GCCGGCTGAA 
TTTGAATGTA TGGTTTGCTA CCATGTCAAG AAATTCCAGA AACCGTCGGA CTGGACGAAG 
CATATCTATG AAGATGTGCA ACCATTCACT TGCACGTTTC CCGACTGCAC CGATCCCAAG 
TCCTTCAAAC GAAAAGCTGA CTGGGTTCGG CATGAGAGCG AACGGCACCG GCAGCTCGAA 
TGGTGGGAAT GCTCGCTCGC TGATTGTCGC CACAAGTGTT ATCGCAAAGA CAACTTCGTG 
CAGCACCTCG TTCGAGAACA CAAGATGCCA GAACCAAAAG TCAAAAAACC AAGAAACAGG 
GAGTTGTCAG ACGGGGCGTC GAACGACCCA ACTTCCCTTG AGGTGCAGGA GGAGATCAAC 
CGTGAGCGAG AGATCAATGG CCTGTGGAAG CTTGTGGAGA GCTGTCATTT CGAGACTGCG 
AGAAATCCCC GCGAGGAGCC TTGCCGGTTT TGCGGCAATG TTTGCACCAA TTGGAAAAAG 
CTCACGGTAC ATCTGGCAAA ACACATGGAG CAATTGGCTA TACCAATCCT GGGTCTCGTG 
AAAGAAAGAG ATTTCCCGTA CACCGTCAAT ATCGGCTCGA GTGGCAACCC AGATAATTTC 
TCTGGTCAAG TGCCGATCGC CCAGAAAGAC AGCGATTTTG ATCCAAGATT AGACACTGGA 
GTTACCGAGG GGCCTGGAAC TGCGGACAAT TTCACGCAGG CACCGTATTC GAATAGCCAT 
CCAGGGTCTT CCGAACCGAT TATGTTACCG TTCAATACGG GCGCATCGTA CCTCCCTAAC 
GCCTCTATGC CTTTGGATAG TACAGCACCC AACCCGGCAG CTCGTTTCGA AGGAGTCACG 
CCGTACACAG CACATGGCGG AGGCGTGGCT GGACTCGCTG GGGACCAGAC ACGGTTAATG 
GCCATGCACC AGCATCAGAA TTCAGTCACC TACCCTCCAT TCAACGCCAG GCCGCGACTA 
ACTGTCCCCA ATCAAGACAT GAGGGTGCTG CCGGAATATA ACAGTTTCTC CATGTCCCCC 
ACGGAGATGC AGTACGATCC ACAAACCACG GCGTACGTGT CCAGCGGAGC GGAGAACCAC 
TATCCTTACC AAGGACCAAT AGCTTCGGCT ATGCCTTACG ATTCAGGGTA CCAAGGCCAA 
TGA 

 

Protein sequence

MSAVSPQFVQ SDSNDRNLDP ELSNPFLTEN DPEEAEFQKF TIRLTPVDDR GSAWTGSTSS 
QDHSINNTST TGNHEGYGTT YSEFLSPVDE WASDISGHTS PADLMIPGVW PVIATSPQNV 
TASSPTQSGP SPSSPPASIN PSQLLTPVLT NHPSPASDTR SVGSPRIPRA QQPPVPRLKT 
TLLDDNLGPG PVSESVTTIS PIVKVESYSR GDSPVRDSFS TNRRPSQSSI HLSPGGASNA 
SGEDATIEDD RHSVSRSADG AWVPNVLTGQ AGLAPDARED VYVPSPNELD SQRKLAERNA 
DIYTWSEAVS EAHSEAGDDY LCFQRGRTDY HGTRRRAKST GDPSLDYFSL KFTPDRSEIR 
GPGLVLHETS DYSDDETESS APVSVKEERL VQEAFEMTPP EPQSAETGEP QAHQFLGSPP 
WRDIELDRSP QTTRMQPVSS TQAMVEYQRR ARETDAISRV ATWGTRDLDA NSIRSFQMMS 
LNENGKEKKH ERRNSFLKYL PQKKGNLLKR QRQKTDLSTM QPVHEGEAQD TESKAAPQRK 
DSFPHRLSLP FTPKTTNYSI SGAVMATTRQ MAAIGGKDSL SVVSPSTTTT TTTKPWNTLK 
VRGRSRSEVP RAPGLFELMT THGGPPVPNI SYTSEPVENK EAKHARPQHD AAEEDDDDDS 
EEKLIMEFPI PKELPIPTLE GFKTQILRLN PRIEPALIDR FAHEQVRRYK RLIEIKQTHA 
RDVNHRKCKA GKFCFALGGT AKLLPPRLSA QDGDSHTQFQ IPRPGEEEES SEDLGETTML 
AHFPQGVPHP PPQVKLLPAE FECMVCYHVK KFQKPSDWTK HIYEDVQPFT CTFPDCTDPK 
SFKRKADWVR HESERHRQLE WWECSLADCR HKCYRKDNFV QHLVREHKMP EPKVKKPRNR 
ELSDGASNDP TSLEVQEEIN REREINGLWK LVESCHFETA RNPREEPCRF CGNVCTNWKK 
LTVHLAKHME QLAIPILGLV KERDFPYTVN IGSSGNPDNF SGQVPIAQKD SDFDPRLDTG 
VTEGPGTADN FTQAPYSNSH PGSSEPIMLP FNTGASYLPN ASMPLDSTAP NPAARFEGVT 
PYTAHGGGVA GLAGDQTRLM AMHQHQNSVT YPPFNARPRL TVPNQDMRVL PEYNSFSMSP 
TEMQYDPQTT AYVSSGAENH YPYQGPIASA MPYDSGYQGQ