Gene ANIA_10128 details

Gene Information

• Locus tag: ANIA_10128
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001308
• Strand: -
• Start bp: 2142155
• End bp: 2145807
• Gene Length: 3653 bp
• Protein Length: 1065 aa
• GC content: 50%
• Product: Putative Zn(II)2Cys6 transcription factor (Eurofung)
• Protein accession: CBF88609
• Protein GI: 259488838

Plasmid Coverage information

• Num covering plasmid clones: 7
• Plasmid unclonability p-value: 0.0112163
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 39
• Fosmid unclonability p-value: 0.804526
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGAGCCCTC CTCCATCCCG GAAGAACGGC GGCAGTCATC CTTCCGCTCC AAAGCAGATT 
CGCTTCGTTG CTACAGACGG ACAACCGCAG ACAAAGCGAC GACGAGTTAA CGCTGCGTAA 
GCCTCCTTCT TTCCATAGTC GCGTTCATTG AGTGTGCTTG TTGCGATTAA TAGCTGGCTA 
ATACTATGAC ATCCTGAGCA GGTGCCTTAC ATGCCGCAAG CGCAAGACAC GATGTTCCGG 
TGAGCAGCCA GGTGAGAAGA AGCCCTGCGC CTTTTGACGA CCGCTTTACG GTAGACTGAC 
CCATATGATC GTTAAAACAG TGTGCCGGAC ATGCGTTGAC TACAATCACA AGTGCCTCGG 
TTATAGCGAA TCTTCCCATG TTCGAGCGCA ATCTGACACC GCGCCTTGTA CCCCCACCAC 
CACAGCATCG CAAGCCACTC CAGTTGAATC GACTGCTTCG CGGGGACTCT TGAAGACCGA 
GAATCAGCCA CTAAGATCTC TGAGACGAAA CACACAGACA ACGGGCGATG ACTCTTTTGA 
TAAATCCTCC GAGAGATCAG AACCGTTGAA AATAGAACGC CGTTCACCAC TTGAGGACTC 
ATTGCGTCGA ACGGCAAACG AGAATGCGAC AAAGGAGAAT GATCAACAAG CGGCGGGCGA 
GAGCCCAGAA AGCAGTATGT CCCAGAAACA AACTGTTAAC AAACTGTTTG CGTCGGTCTC 
TAGCCTTGCT CATTATTTTC TTTTCTCAGA TCGCACTTCC GGTAGCTCCA GCGGCCGTAC 
CCATGTTCCT TATTTTAGAT ATTTTGGGCC CACGGCCATT GTGCCTGGGT TTAAGCAGAT 
GGTCAATACG TCCTCTATCT TCCGGTAACT ACTAGCAACT GACGGTGTTC ATAGGTTGTC 
CAAGTACGGG GTTCACGGAA AAGTAATGCA TCATTGTCAT CGGGTTAGTG CTTCTACACA 
CCTGTCTCTC TTGCGCACCG AAGTTGAATT CCTGGCGTGC TTTACTTATC CTAGGTCGTG 
TGCTCAGCTA ACCTAATCTT CTGCAATAGA CTCGATCTCA CCTCTGCGGA GTCCGAAACT 
CCTCGACAAC AGTGTCAACC CCATAGCCGA TAGCGCTCAC AACCGTGACG CCAACACAAT 
CCCTTTCTAT GACCGGGACG ACGCCCTACC TGTGGGAAAT CTGGTCACTC ATCTTTGCGA 
GTTGTTTTTC ATTCATTTGG GCTGTAGCTT CCCTTTCCTG CGGCGTGACC GCTTCCTGCG 
TGATCTGAAG GAGAAGAAAA TCGATACCAT GCTGGTTGAT TCCGTGTGTG CTTTAGCGGC 
TAGATTCTCA CCACATCCTC TATTAAGTCC TCCGCAGGCG CCTCCGATTG ATGCATCTGA 
GCCCCAACTG GACATGAAGA AGTCAGACCG CGGCCAGCCG TTTGCAAACC GAGCAATGAG 
CGCCCTGGTT GACTCACTCG CATTTCCGAC TCTCTCCGTT GTCCAGGCAT GTTTGTTGCT 
TGCCTATGAG GAATTCGGTT CAAACCGTGA TAGTGGGTTG TGGATGTATC TGGGTATATC 
CATTCGAATG GCGCAAGATC TAGGGATGCA GAAGTTGCAA GGCCTGGATT ATAGTTATGG 
TCGAAGTGGT GTAACACCCA GCGCGGTTAT GACAGGGCAA GCATCGAAAT TGAGAGAAGA 
TGAATATGAC GAACCTCAAA GTGGTTCGGG CTCAATAAAG GAACCACAGG AGGGGGGAGA 
CCGGCGCGCC TGGGAGCGTG AGAGAGTAGA CACTTTCTGG AGCATTTTCT TCCTCGACAG 
AGTGATCTCG TCTGGAACCG GACGGCCAGT GACACTACGG GATGAGGACA TAGAACTACG 
CTTCCCTCTT CAATCGGAAT CGCAGCTTCC CAATGGCTGG CCGTCGCCAT TCCCACCCCT 
TATCCGCATT ATCCATTTGT ATGGGCGGGT TACGGACCTT ATTAATGGCA TGCAGGATGC 
CAACCATATC ACGCCAGATA CGCTGAAAAG ACTGGCTGGG ATGGAAAGTG ACTTAACTGG 
TACAGTGTCC TGTCACTCTA GTTACTTTCA TGCCTAACTA ACCAATGTTC ACCAAAGGTA 
TCTACCAGCG GTTATCGCCG AAGCTTCATT TCAATGCTGC TAATTTTCAA GCCTATGTGA 
AGGCCAAGGA GGGAACGAAT TTTATCCTCC TTCATTTCGT AAGAGCCTTA TCACCAACTA 
TTTATACTGG AAAGAATGCT AATTCCTATC AAGTGGTTCC ACACGGTGAT CGTTCTTTTG 
CACCAACCCA CTCTTCTCAA CTCCTTTGGA GGCACCATGC AACACCTTTA CCCGAATAGC 
AGAGAGCTTT CTATGTCGTC AGCAAAGACA ATCGCGGATA TCTTGGCATT TTCTGAGCTT 
GTGGATGGAA AGAGTTTCAT TGGCAATCCT TTCACCAGCC AGCCGATGTA TATAGCAGCA 
TGTGCTTTCC TTATGGAGAG TGCTTATTAT TCTTCTCCCT CCTCTCGATC TGCCTCGCCA 
TCCCACCAAC CATTACTCGC CAATCAGACC AGCGGGTTCT TTATGGACTC CTCTGGCTCA 
TCAGAACGCA AGCCCACTAC GAAGTATAGT CTTCTCGCGT CTGCCGCTTG GGAAAACTAT 
CAGAGATGCT ACAAAGCTTT GAAGGCTCTG GAGAATTACT GGGAAGGTAC AAAGTACATA 
TTGACGGTTT TGGACCAGAA GGCAAAAGGG ATAGTGGATC CCTTGTTATA TACTGAAGAG 
GAGATGGAGG GCACTGCCGA GACATCATCT GTCACGAACT TTACCGGATC TAATTGGCGC 
CAACCAGTTC ATGCTGCTAA TACCTCGGAC AGGTCCGCAT CTGGCCACGT CTCTTCCATG 
GATGGAGGAC GGTCACCAAG GATGGACCCT ACTCAAGGTA AGGATGTTCG CTGTACTTTC 
TTTCGCATGG GGTCAGCTAA CCTCTTAATG TAGCTATCGG CTGGTCTCTT AGTAACGCAA 
CCAATTCCTC GCAGCCCAAC CTTAGTCTCC TCTACCAGAT GCCTGCTGCT CAAGCAAACG 
AACGCGTTTC TAATAGTCAA TCTCACGCTT CTCGAACTCG CCATGGCTAC CCCGATGTTT 
CAGTTCAATC AGACATCGAG CAAAGCTCGA GCTCTTATGC GCGAAACACT GAGCGCACAA 
ATATTTCCAA TGTGGCTCAT GATCATTTGG TTTCTCCCCG CCGAGTCGCA GCCTCGGAAG 
TAAATCTTCT CGGTGTAAAT TCCTCATATC CTCATCCTGC ACCGCGGCCT CCGAATTCTC 
AGTCAGCGCA CAATCAGAGC ATTCAAATCT CATCTTCATC AGGCCTCAAC CCTCAAGTGG 
CAGCATATAG CTACTTACCA TCTACTACAG CTGATCACCA CACCAGTGAT AGCCACATGG 
CATCAAGGCA TTCTGATACT CATTCAAGCA TGAATCCGCA GGCCGGCGAT TTCCTAATCG 
AGAGTCAAGA CATCGATATG TCTGCCCTTC ACCAACAAGA CCAGCTACCT CTTCCCTTCA 
CTCAATTACC TTGGCTGGAG TATTTACCCC AAGATGTTCT CCTTTACTTT GGCGAACACC 
AAAACTTCCC TCTCATGAGC ACTAATGAAG GTGCTCCTCC TCCGCCTCAG TAA 

 

Protein sequence

MSPPPSRKNG GSHPSAPKQI RFVATDGQPQ TKRRRVNAAC LTCRKRKTRC SGEQPVCRTC 
VDYNHKCLGY SESSHVRAQS DTAPCTPTTT ASQATPVEST ASRGLLKTEN QPLRSLRRNT 
QTTGDDSFDK SSERSEPLKI ERRSPLEDSL RRTANENATK ENDQQAAGES PESSMSQKQT 
VNKLFASVSS LAHYFLFSDR TSGSSSGRTH VPYFRYFGPT AIVPGFKQMV NTSSIFRLSK 
YGVHGKVMHH CHRVNSISPL RSPKLLDNSV NPIADSAHNR DANTIPFYDR DDALPVGNLV 
THLCELFFIH LGCSFPFLRR DRFLRDLKEK KIDTMLVDSV CALAARFSPH PLLSPPQAPP 
IDASEPQLDM KKSDRGQPFA NRAMSALVDS LAFPTLSVVQ ACLLLAYEEF GSNRDSGLWM 
YLGISIRMAQ DLGMQKLQGL DYSYGRSGVT PSAVMTGQAS KLREDEYDEP QSGSGSIKEP 
QEGGDRRAWE RERVDTFWSI FFLDRVISSG TGRPVTLRDE DIELRFPLQS ESQLPNGWPS 
PFPPLIRIIH LYGRVTDLIN GMQDANHITP DTLKRLAGME SDLTGIYQRL SPKLHFNAAN 
FQAYVKAKEG TNFILLHFWF HTVIVLLHQP TLLNSFGGTM QHLYPNSREL SMSSAKTIAD 
ILAFSELVDG KSFIGNPFTS QPMYIAACAF LMESAYYSSP SSRSASPSHQ PLLANQTSGF 
FMDSSGSSER KPTTKYSLLA SAAWENYQRC YKALKALENY WEGTKYILTV LDQKAKGIVD 
PLLYTEEEME GTAETSSVTN FTGSNWRQPV HAANTSDRSA SGHVSSMDGG RSPRMDPTQA 
IGWSLSNATN SSQPNLSLLY QMPAAQANER VSNSQSHASR TRHGYPDVSV QSDIEQSSSS 
YARNTERTNI SNVAHDHLVS PRRVAASEVN LLGVNSSYPH PAPRPPNSQS AHNQSIQISS 
SSGLNPQVAA YSYLPSTTAD HHTSDSHMAS RHSDTHSSMN PQAGDFLIES QDIDMSALHQ 
QDQLPLPFTQ LPWLEYLPQD VLLYFGEHQN FPLMSTNEGA PPPPQ