Gene ANIA_08192 details

Gene Information

• Locus tag: ANIA_08192
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001302
• Strand: +
• Start bp: 1075944
• End bp: 1079612
• Gene Length: 3669 bp
• Protein Length: 1051 aa
• GC content: 50%
• Product: Ulp1 protease family protein (AFU_orthologue; AFUA_5G03200)
• Protein accession: CBF74074
• Protein GI: 259480966

Plasmid Coverage information

• Num covering plasmid clones: 17
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 50
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCCTTCGC CGTGAGTTTG TCCTGCGATA TGACGGGCTT AGGAATATAC TTACGCGATG 
CGCACAGAGT CCGGGACAGG GGCCCAATGC GTGAAACTCC CTCTTCCAGC ATAGCAGACG 
AATATAGATT GTTCGGCGGT GGAAAGCAGT ATGTTGCTCT CATCTTGTTG ATATAGCGCA 
AAAATTGCTA ATAAATTTCG GATATCAGGC GAGACCCTAA CGCCGTGAGA GTGGTTCCAG 
GTCAGACATT TGCCTTAAAG CCTTGGAACA CAATATCACG AGGGGCGAAA GGTAGCGGAA 
CGGTAAGCGC AAATAGAAAG GAAAAAAGAT TCTACACCAG TCACTCGCGC TCGGACCATC 
CTGCAGACGC CCCTGAGAGG TCGTCAAAGC GTCGTCGAGT TGAAGGTCCG GCAGAGGCAC 
AGGCAGCAAT CAACATATCT GATGACGAGA CACCAGCTCA TTCATCTACA AGGGGTTCTC 
CTGTTACTAC TCGCTCACAC GCTAAATCAC CCACGCCGAG TTTCTCAAGC AATACAAGAC 
AGCCTCGTGA ATACAACAGT GGCTTAACAT CAGAATATCG GACGATTGAC AAGGGGGCGA 
GGGTCCCCAG GCCGAGCCCT AAGAAGAAAG CCAGTTCTGC CGACCCTTTT TCGTCAGAGG 
ATCCCGACAT TATCTTTACT CGTGACGCTG CCAAGGTGCG GCGAAAAGAA TCTGCCTTGC 
TGCAAGGGGA CCCTGATAAC GTCCCATGGA AAGCGCCGGC GCACGCCTCG AATTTAAGTG 
TTGAAATAGT GAATAAGCCT TCAGTATCAG ACGGCGCTTT TAAGACTCCC CCGCCACGTC 
ATGAGAAGCC CCGTGCGTTA TCATCAAGGG ATAGCCCTGA TGAGCTGCAA GGCGATGTGA 
CAGTTGGCCC TGTGCCAACA TCTTTGAGCA AGCCTAGAAG AGAGTCGCGG GACGAACCCT 
TGTCCTCTGA CATTCGTCCA ACTCTCTTTA CTTCTCAAGT AATGTCCAGG CTCGGTAAGA 
CCAGAAATAA GAGAGGGAGG GCAAGTAAGG GACTACCACA GCGACAAACA TTTAGGCTCG 
TCTATTACCG AGGAGGTTCC TTCCTACAGG AAGTTCCTAA AGGTGAAAAT GACCAGCTCA 
TCATGGACCC TGGTGGCGGC GATTCTGGAA GGGTAATTGT CAAGATACCC GACTCTGGAT 
ATTCTCATTC GTTCGCTTTG CGGAAAGTGC TGAAGATTTT TGTGGGCGGA GGGTCGAGCC 
GGAAGGTTCG GTTTGAGTTG TCCAAGATGG GCATGGATGA TAATAAATAC GACTTCGAAT 
TATCAACAGC AGAAGAAAAG GAGCAGCTTT GCTCTTGTTT ACGCGAACTC AAGATTGAGG 
TTCAGGAAAA GACAGGGTGA GTTTCAACTA CTTTTGTTCT TGTCACATGC CAGATGCTTA 
CTTCAATATG AAAGAGATTA CTTGGATAAC GCATTCAAGA AGAGCGCACG GGAGAATCAG 
CGCTACACGA ATAACACTAA ACGTCCGATT GGTGTGTTAG AATCCCCCAA GGAGGCTCCC 
AAGCCGCCTC CGGGTTCTAC AACTAAGAGA ATGAGGCTCT CGGATGCGCT GCAAGTTACA 
GACGAAGAAG CTGCCGCACC ACGGAGTTCA GACACCGCTT CCGGGAGCCG CACCAGCCCC 
TCGCTTCCGA CTACCACCGG CGAGAATACC ATTTCCAAAC GGGCCCCAAG TCCTACATCT 
CGCCTTCATC GAGATATAGG TATTGAAATT CCCATGAAGA AGTTTCAATC AAACTCACAA 
GCGCCCACAC GTACTACGAG ATCGAGATTG ATGTCGCGGC AAACACCTAC TACTTTGGTC 
TGGTAAGTTC CCATCGTCTC CATTTGAAAC TCTGTTAGTA AACGGCCCCT AGTGACGATG 
ATGACAATGA AAACGAAGAG GAATACACAC CACAGCCTAA TCTGGGGGGG GAACAGAAAT 
GGGACAGGTA TATTCCCAGG CGTCTCCGTT GCAAAAACAT ACTAACAACG TAGACCTCTG 
GTGTATCCCC GTTTTGGGAA AAAAAAAGCC GAAGTGAACG CTCTGGATTT GCGGAGGCTT 
GCACCCCACG AATTCCTCAA CGACAACATT ATAGGCTTCT ATATACGCTT TCTAGAAGAT 
CATCTTCAGC GATGCCGCCC TGAAGCAGCA CAGCGAGTCT ACTTCTTCAA TTCATACTTC 
TTTGCAACTC TCACCAAGTC TCCTAAAGGG CTTAAGATCA ACTACGAAGG CGTGGCAAAG 
TGGACTCGCA ACGTCGATAT CTTCAGCTAT GACTATATCG TCGTACCAAT CAATGAGAAC 
GCCCATTGGT ATATGGCTAT TATCTGCAAC TTGCCGTACC TGGAGGGTAT CGGTGAAGAA 
GAGAAGCCGT TGCCATCTGA GTCGCGGGCT GAAGTCGAGG AAGTGCCAGA GACACCGGAA 
CCTCATCTTG AGGATGGGTC ATCTACAACA CTACAGTCTA TCAAAGAGGA AACAGCTAGG 
CAGTCGTTAG CTTCTATGAG CCTTATCGAC ACGCAAGTTC CACAAGAAGA GGCGTCTAAG 
CCAGGCGAAA ATGAATGGTC AGAACGCGAT GTTTATCCAG ATGCAGCCCG TGCGAAGTTG 
GCTGCCCCTT CAAGCCAACC GCAGCCCGAA ACTCAGAAAG ACTCGGAAGC AAGTGGGACG 
CCTAAGAAGT CGCGCAAGCC CAAGAAAAAC CGGTCATATG GAGTGAAATA CAGTACTTGC 
CAACCAATTA TCATCACATT CGATTCACTT GACCTCCCTC GTTCGGGAAC CATCAGTATC 
CTCCGCGAAT ACCTCTTCGC CGAAGCAAAG TCGAAGCGGG GCATCGAGAT TGACAAATCT 
TTGGTCAAAG GCATGACCGC AAAGGAGATC CCACATCAGC CGAACTTTTC TGATTGCGGT 
CTTTACCTCC TAGCCTACGC TGAAAAGTTC GTTCAAGACC CGGATTCATT CGTTCGGAAA 
CTTCTGCGGA AAGAGATGCG CAAACAAGAA GACTGGCCAC CGCTGAAGTC TGGTCTTCTA 
CGAACTCGAT TGCGTGGATT CATGGAGCTG CTGTATACTG AGCAAGAGCA CCTTACAAAG 
GCGAAGGCGG ACGAATCCGC GCTGGTAGTA GATCAGCAAC CTGTTTCCTA CCTTCTTGGT 
GATACTGCCG CAAACAACAA GGACAATGTT GAAGGCGAGA ACTATCCACA AGGTAAAGTA 
CAAGTCGAAC GCTCGCCACC AGCTGAAGCG AGCTCGAAGA CAACCCCAGA GCGTCAACCC 
TTCGCTCAAT CCGCCAGTCC GAAGCCTGAG ATTGGCCATG ATGTCGACCC TGTAAATGTT 
GATACGCAAG AGTCAGTATT GTGCATTTCC CAGATCCCTG ATGCACAGCT CAAATCGCAG 
AAGCTGGAGG CTTATAATCA GCCTTCCAAA CATGTGGTTG TCGAAGTACC AGACAGCCAA 
GATCGGACTC AAGCCAACGG TCCAACAGCT GCCGCGCTAT CAACCGAAAC CCCTTCTTCA 
AAGCCACATC CTCGGCGCGA ACACTCCAGC GCCGTTTACG TTGATGACAG CGACGACGTA 
GAGGACGCTC CCCAGCAAGG AGGCGTACAA GTTGAAGAGA CACCGCCCGG ATTGCCGAGT 
ATCAAATAA 

 

Protein sequence

MPSPVRDRGP MRETPSSSIA DEYRLFGGGK QRDPNAVRVV PGQTFALKPW NTISRGAKGS 
GTVSANRKEK RFYTSHSRSD HPADAPERSS KRRRVEGPAE AQAAINISDD ETPAHSSTRG 
SPVTTRSHAK SPTPSFSSNT RQPREYNSGL TSEYRTIDKG ARVPRPSPKK KASSADPFSS 
EDPDIIFTRD AAKVRRKESA LLQGDPDNVP WKAPAHASNL SVEIVNKPSV SDGAFKTPPP 
RHEKPRALSS RDSPDELQGD VTVGPVPTSL SKPRRESRDE PLSSDIRPTL FTSQVMSRLG 
KTRNKRGRAS KGLPQRQTFR LVYYRGGSFL QEVPKGENDQ LIMDPGGGDS GRQKKRSSFA 
LVYANSRLRF RKRQESPKEA PKPPPGSTTK RMRLSDALQV TDEEAAAPRS SDTASGSRTS 
PSLPTTTGEN TISKRAPSPT SRLHRDIGIE IPMKKFQSNS QAPTRTTRSR LMSRQTPTTL 
VCDDDDNENE EEYTPQPNLG GEQKWDRPLV YPRFGKKKAE VNALDLRRLA PHEFLNDNII 
GFYIRFLEDH LQRCRPEAAQ RVYFFNSYFF ATLTKSPKGL KINYEGVAKW TRNVDIFSYD 
YIVVPINENA HWYMAIICNL PYLEGIGEEE KPLPSESRAE VEEVPETPEP HLEDGSSTTL 
QSIKEETARQ SLASMSLIDT QVPQEEASKP GENEWSERDV YPDAARAKLA APSSQPQPET 
QKDSEASGTP KKSRKPKKNR SYGVKYSTCQ PIIITFDSLD LPRSGTISIL REYLFAEAKS 
KRGIEIDKSL VKGMTAKEIP HQPNFSDCGL YLLAYAEKFV QDPDSFVRKL LRKEMRKQED 
WPPLKSGLLR TRLRGFMELL YTEQEHLTKA KADESALVVD QQPVSYLLGD TAANNKDNVE 
GENYPQGKVQ VERSPPAEAS SKTTPERQPF AQSASPKPEI GHDVDPVNVD TQESVLCISQ 
IPDAQLKSQK LEAYNQPSKH VVVEVPDSQD RTQANGPTAA ALSTETPSSK PHPRREHSSA 
VYVDDSDDVE DAPQQGGVQV EETPPGLPSI K