Gene ANIA_08044 details

Gene Information

• Locus tag: ANIA_08044
• 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: 585749
• End bp: 589226
• Gene Length: 3478 bp
• Protein Length: 1100 aa
• GC content: 52%
• Product: a-pheromone processing metallopeptidase Ste23 (AFU_orthologue; AFUA_5G02010)
• Protein accession: CBF73765
• Protein GI: 259480796

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 0.356116
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 42
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGACAATGA GGTCGGCAGA GCGCCTGACG GAGGGGCTGG AGAAGCCTTC TCTGGATGAC 
CGCTCTTACA GGGTTATTCA GCTGCCTAAT AAGCTTGAGG CTCTGCTGGT TCATGACCCG 
GAGACGGACA AGGCTGCTGC GGCGATGGAC GTTCACGTGG GAAGCTTCAG TGACCCGGCA 
GATTTACAGG GTCTTGCTCA CGGGCTGGAG CACATGCTGT TCATGGGAAC TGAAAAGGTA 
TGCATTGCTT TTCGGCAGGA AAGACATCTC TGATCCGTTT CTAGTATCCC GTAGAGAACG 
CATACAACCA GTACCTGGCG TCTCACTCCG GGTCATCTAA TGCCTATACC GCCGGTACCG 
AGACCAATTA CTTCTTTGAG GTGTCTGCTA CAGGTGCGAC GGGGGAGTCG AGCGGCCAAG 
TCACGCCTAA TGGAACCACA AATGGCACTT CCGCGGAATC TAAGAGCAAT GGACCTTCAC 
CACTGTATGG CGCGCTCGAT CGGTTCGCAC AGTTCTTTAT TTCGCCACTT TTCTTAGAGA 
ACACACTAGA CCGCGAGATG CAGGCAGTAG ATTCAGAAAA CAAGAAGAAT CTGCAGAGCG 
ATCTGTGGCG TTTGATGCAG CTCAACAAGT CGCTATCCAA CCCCGATCAC CCCTACAATC 
ATTTCTCAAC TGGAAATCTT CAAACATTAA AGGAGGAGCC GCAGAAACGC GGCGTTGAAA 
TCCGCAATGA GTTTATGAAA TTCTATGAGA AACATTATTC TGCCAACAGG ATGAAGCTGG 
TGGTATTGGG CCGTGAATCA TTGGATGAAT TGGAAAAGTG GGTATCAGAG CTGTTCGCTG 
GTGTCAGTAA TAAGGACCTG CCACAGAACC GGTGGGATGG CATCCCGATC TGGCTGCCAA 
ACGACATGTG CAAACAGATC TTCGCTAAAC CGGTGATGGA TACGCGGTCG GTGGATATCT 
ACTTCCCGTT CTTGGACGAG GAAAAGCTGT ATGAGTCGCA ACCGAGCCGA TACATTAGCC 
ATCTTATTGG CCACGAAGGC CCCGGTAGTA TCCTGGCATA TATCAAAGCA AAGGGATGGG 
CGAATGGGTT ATCTGCCGGT GTGATGCCGG TTTGCCCTGG AGCTGCATTC TTTACTGTTT 
CTGTTCGGCT GACGCAGGAA GGACTACAGC AGTACCAGCA GGTTGTAAAG GTGATATTTG 
AGTACATTGC AATGATCAAA GAACGCGAGC CTGAGGCATG GATTTTCGAG GAGATGAAGA 
ACCTGGCCGA GGTGGAGTTC AAGTTCAAGC AAAAGTCGCC TGCCAGCCGC TTCACGAGCC 
GCCTGAGCAG CGTCATGCAG AAGCCTCTGC CGCGGGAATG GCTACTTAGT GGGTCGCTCC 
TCAGGAAGTT CGACCCGGAG GCGATCAAGA AGGCCCTCTC ATACCTTCGT GAGGACAACT 
TCAAGTTGAT TGTTGTTGCG CAAGACTACC CAGGCGACTG GGACACTAAG GAGAAATGGT 
ACGGAACTGA ATACAAGGTC GAAGATGTTC CCAAGGACTT CATGTCCGGC ATTCGGGCGG 
CGCTGGACAC TACTCCGGAA ACACGCCTGA AGGAGTTGCA TATGCCCCAT AAGAACGAGT 
TCGTTCCCAC TAGGCTCTCG GTGGAGAAGA AGGAGGTGTC CGAGCCTCAG AAGACGCCCA 
AGCTCATCCG CCACGACGAC CACGTCCGCC TCTGGTTTAA GAAGGACGAC CGATTCTGGG 
TTCCCAAGGC TACTGTCTTT GTTACTCTTC GGAACCCTCT GGTTTGGGCT ACACCCGCCA 
ACCTCGTGAA GTCGAAGCTG TACTGTGAGC TCGTGAGAGA TGCTCTGGTT GAATATTCCT 
ACGACGCAGA ACTCGCTGGC TTGGATTACC ATCTCTCCGC CAGCATCTTT GGGCTTGATA 
TCTCCGTCGG AGGCTACAAC GATAAGATGG CTGTGCTCCT GGAAAAGGTC TTCACAAGCA 
TGCGTGACCT TGAAATAAAC CCAGACCGCT TCCGGATCAT CAAGGAGCGT CTGACCCGTA 
GTTATAAGAA TGCAGAGTAT CAGCAGCCGT ACTACCAGGT TGGAGACTAC ACTCGGTATC 
TGACTGCGGA GCGAGGTTGG CTCAATGAGC AGTACGCCGC CGAGCTCGAC CACATCGAGG 
CCGAGGACAT CAAATGTTTC TTCCCTCAGA TCCTGCGCCA GAACCATATC GAAGTTCTGG 
CGCATGGTAA CATCTACAAG GAGGACGCTC TGCGAATGAC TGATACTGTG GAGTCTATCC 
TAAACAGCCG AACTCTGCCT CAGTCCCAGT GGTACGTCAG GCGCAATGTG ATCATTCCGC 
CGGGATCTGA CTACATTTAC GAACGGCCTC TCAAGGATCC GGCCAATGTC AACCACTGCA 
TCGAGTATTA CCTCTTTATC GGAAGCATTG CCGATGAAGT CCTTCGCGCA AAACTCCTAC 
TCTTCGCGCA GATGACTGAT GAGCCTGCTT TTGACCAACT CCGAAGCAAG GAGCAGCTGG 
GTTATGTCGT CTGGAGCGGC GCGCGCTACT CGGCAACCAC CATTGGTTAC CGCGTGATTA 
TCCAGAGCGA GCGCACTGCT CAGTACCTGG AATCCCGAAT TGACTCTTTC CTGTCCAACT 
TTGGAAAGAC TCTAGAGACC ATGACGGAGG ACGAGTTCGA GGGCCACAAG CGCAGCGTCA 
TCAACAAGCG ACTGGAAAAG CTCAAGAACC TGAGTTCTGA GACATCACGA TTCTGGAGCC 
ACATTGGTTC TGAAGACTAT GACTTCCAGC AGAATGAGAC CGACGCTGCT CGTGTCCGCG 
CCTTGACCAA GTCAGACATT CTCGACTTTT ACAAGCAAAT GATTGACCCT GCCTCTCCTA 
CCCGAGGCAA GCTCTCGATC CACCTGAAAG CTCAAGCTGG TGCACACGCC GTTGAGCTCA 
AGGAACAAAA AGCACGCCTG CTCTCCTTCG TCACCAAGCA GCTCGAGGCA GCTGGTTTTG 
CAGCAGATAG CGACAGTCTC GGCATCGCAC TGGAGGGTGT CTCCCCCGGC GACAAGGAGC 
AGGTCCTGTC CGTCCTCAAA ACATTCCTCA CTTCCACATT GAACCTCTCT GAACAGCAGG 
TCGGCCCTGC TCTTGAAACC ATTGGGCAAA ACTTCGGTTT GATGTCGAAG CAGCTTGGTG 
TTGAGTCCAA ACAAGGCTCT GAGGGGTCCA GCCTTACCAA CCGCACTAAA GCCGCACGCC 
CGACTTATAT CACAAACGTC GCCGACTTTA AGGCACGCCT GGCTGTTAGT ACTGGGCCCA 
ACCCCATTAC AAATCTCACC GAATTTGAGG ATTTTGAGGC CAAACTTTAG ATTTTCTTGG 
TTAGATATTT GGTATTAGGG TATGCATCAT TCGCTTTGGT TCGGTCAGTG TGGCATGGTG 
GTGGCTGGCG GGCTTGGTAA CGGATTTTAC GAGTTGTAGA AATAAAGTCT TGCAGTCC 

 

Protein sequence

MTMRSAERLT EGLEKPSLDD RSYRVIQLPN KLEALLVHDP ETDKAAAAMD VHVGSFSDPA 
DLQGLAHGLE HMLFMGTEKY PVENAYNQYL ASHSGSSNAY TAGTETNYFF EVSATGATGE 
SSGQVTPNGT TNGTSAESKS NGPSPLYGAL DRFAQFFISP LFLENTLDRE MQAVDSENKK 
NLQSDLWRLM QLNKSLSNPD HPYNHFSTGN LQTLKEEPQK RGVEIRNEFM KFYEKHYSAN 
RMKLVVLGRE SLDELEKWVS ELFAGVSNKD LPQNRWDGIP IWLPNDMCKQ IFAKPVMDTR 
SVDIYFPFLD EEKLYESQPS RYISHLIGHE GPGSILAYIK AKGWANGLSA GVMPVCPGAA 
FFTVSVRLTQ EGLQQYQQVV KVIFEYIAMI KEREPEAWIF EEMKNLAEVE FKFKQKSPAS 
RFTSRLSSVM QKPLPREWLL SGSLLRKFDP EAIKKALSYL REDNFKLIVV AQDYPGDWDT 
KEKWYGTEYK VEDVPKDFMS GIRAALDTTP ETRLKELHMP HKNEFVPTRL SVEKKEVSEP 
QKTPKLIRHD DHVRLWFKKD DRFWVPKATV FVTLRNPLVW ATPANLVKSK LYCELVRDAL 
VEYSYDAELA GLDYHLSASI FGLDISVGGY NDKMAVLLEK VFTSMRDLEI NPDRFRIIKE 
RLTRSYKNAE YQQPYYQVGD YTRYLTAERG WLNEQYAAEL DHIEAEDIKC FFPQILRQNH 
IEVLAHGNIY KEDALRMTDT VESILNSRTL PQSQWYVRRN VIIPPGSDYI YERPLKDPAN 
VNHCIEYYLF IGSIADEVLR AKLLLFAQMT DEPAFDQLRS KEQLGYVVWS GARYSATTIG 
YRVIIQSERT AQYLESRIDS FLSNFGKTLE TMTEDEFEGH KRSVINKRLE KLKNLSSETS 
RFWSHIGSED YDFQQNETDA ARVRALTKSD ILDFYKQMID PASPTRGKLS IHLKAQAGAH 
AVELKEQKAR LLSFVTKQLE AAGFAADSDS LGIALEGVSP GDKEQVLSVL KTFLTSTLNL 
SEQQVGPALE TIGQNFGLMS KQLGVESKQG SEGSSLTNRT KAARPTYITN VADFKARLAV 
STGPNPITNL TEFEDFEAKL