Gene ANIA_08322 details

Gene Information

• Locus tag: ANIA_08322
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001305
• Strand: -
• Start bp: 115886
• End bp: 119437
• Gene Length: 3552 bp
• Protein Length: 1050 aa
• GC content: 48%
• Product: conserved hypothetical protein
• Protein accession: CBF80303
• Protein GI: 259484246

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: 43
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCGTCCGA GTAGCCGCAG CGACTTTAGG TGTTTCACTC GCGAAGCACA TGGACCAACA 
GGCCGAATGC CGTCTTCTCA AGGAATCTTT TCACCTAGAA ACTCCCCCAT TGCTTGGGGA 
AATATAGAGA ATATCAACTA CAACACATTT AACCTTGGAA GCAACCAAAG AGACGACCCG 
TCTAGAGCAT ATGCCGCGAA TCACAAAGGT CAGTGAAATG CTTGGTAGGA GGTTTTGTGA 
TGTCACATGT CTTACTATTG ATTATAGATA CGGACAGAAG TCGTCATTTT ATGGTTCCCT 
TTGGAAAAAA TCGTCGTTTC GTGGGCCGCC AGGAAGAAAT CCGTGAATTA GAAGATTTGA 
TTTCGAAGTC TGACGGACCA AAAACGGTCG CTATTTTTGG ATTAGGAGGA GTGGGAAAGA 
CTCAGGTAGC TCTGGAGCTC GCATATCGCA CACGAGACAA CAAGCCTGAC TGCTCGGTCT 
TCTGGGTCCC ATGCACCAGC TACGGAGCTA TTGAGCAGGC CTGTTTGGAG ATAACTCGGA 
TAGTGGGGTT ACAGGATGTG AAGCCAACAG AGGCAATAGA GCATCTCAAA ACGTACTTGA 
GCCAAACTGA CAAGATGTGG CTCTTGATTT ACGACAGTGC AGATGATGCA GATATGTGGA 
CTAAAGGTAG TAACAACACT CCACCATTAA GGGACTTCCT GCCTTTCAAC AACCAGGGTC 
ATGTCATCTT TACCACCCGC AGCAGAGAGT TAGCTGTGGA TTTGGCATCC TCTGATATAG 
TACATGTTCG GGAACTGGAC GAAAAGACTG GCATGGAATT TCTGGAAAAG TCTCTTTACA 
AGGGCCTGTG TTGTGATTCT CATGTGACAT CTGCCCTGCT TAGCCAGCTT ACCTTCCTAC 
CACTGGCTAT CAGTCAAGCT GCTGCATATA TCAACAAGAA AGGCATTGCA GTATCTGATT 
ACTTAAAGCT TCTAGAGCAA CAGGAGGCAG ACGTCGTGGA ACTCCTCAGC AAGGATTTTG 
GTGATAACCA TCAGTATAAG GATTCACAGA ACCCTGTCGC CAAGACATGG ATTATCTCCT 
TCTATCAGGT GCAGAAGCAG GACCCACTGG CCGCTGAATA TCTATCACTG ATGGCATGTT 
TCGATCCACG CAATATCCCG CAGTCTTTAC TTCCACAGTC CGGATCTAGA CTGAGGATAA 
CGGATTCGTT AGGGCTTTTG AGCGCGTATT CTTTTATTAC TCTCCACGAT GGAAATGGCT 
TGATCAGTCT TCATCGGCTG GTGCATCTGG CCACTCGAAA CTGGATGCGA AATGAGGATC 
AATTTTCAGC ATATATCCAC AAAGCAGCAT AGCGATTAAG CAAGATATTT CCAAATCATC 
ACCCTGACAA CCGGCTGCTT TGGAGGGAAT ATTTGCCCCA CGCCCTGTCC TTGTTAAGAG 
AGCGGGAGTT CCGCGAGCAG CAAAAGAATT ATACTGATTG TGTTCAGAGG GTGGGAAACT 
GCCTATACAG CGACGGGAGA TATAATGAAG CTGAAGAGCT GCAGGCGCAG ATAATGGCAA 
CTCGAAAAGA AGTGCTAGGA TCAGAGCACC CTGACACTTT AACTAGCATG TCCAACCTTG 
CATCCATATA TCAGAACCAG GGTCGGTTGA AGGAAGCCGA AGAACTGCAG GTGCAGGTAA 
TGGCAACTTT TAAACAAATA TTAGGGCCAG GGCATCCTGA TACCCTGACA AGTATGGCCA 
ACCTTGCATC CACATACCGG AACCAAGGAC AGTGGAAGGA AGCCAAAGAG CTGCAGGAGC 
AGGTAATGGC AACTCGAAAA GAAGTGCTAG GGTCAGAGCA CCTTGACACT TTAACTAGCA 
TGTCCAACCT TGCATCCATA TACTTGAATC AAGGTTGCTT GAAAGAAGCC GAAGGGCTGG 
GGGCGCAGGT ATTTGACACC TTTAAAAAAG TCCTAGGGCC AGACCATCCC TCTACTCTGA 
CCAGTATGGG CAACCTTGCA TCCATATACT TAAGTCAAGG TCGGCGGAAA GAAGCCGAAG 
AGCTGGGGGT GCAGGTATTT GACACCTTTA AAAAAGTCCT AGGGCCAGAC CATCCCTCTA 
CTCTGACCGG TATGGGCAAC CTTGCATCTA TATACGGGAA CCAAGGAAGG TGGAAAGAAG 
CCGAAGAACT GCAGGAGCAG GTAATGGCAA TCTCTAAACA AAGGCTAGGG CAAGACCATC 
CCTCTACTCT GACCAGTATG GGCAACCTCG CATCCACATA CTGGAACCAA GGACGGTTGA 
AGGAAGCCGA AGAGCTGCAG GAGCAGGTAA TCGCAACCTC TAAACAAAGG CTAGGGCCAG 
ACCATCCTTC TACTCTGAAC AGTATGGCCA ACCTCGCATC CACATACTGG AATCAAGGTC 
GGTGGCAGGA AGCCGAAGAG CTGGTGGTAC AAGTAATGGC AACACAGCAA GGAGTGCTAG 
GGTCAGAGCA TCCTGACACT CTGACCAGTA TGGCCAACCT TGCATCCATA TATCAGATCC 
AGGGACGGTG GAAGGAAACC GAAGAGCTGG AGGAGCAGGT AATGGCAACT CGAAAAGAAG 
TGCTAGGGTC AGAGCATCAT GAAACTTTGG CTAGCATGTC CAACCTTGCA TCCATATATC 
AGATCCAAGG ACGGTGGAAG GAAGCCGAAG AGCTGCAGGA GCAGGTAATA GCAACTCGAA 
AAGAAGTGCT AGGTGCAGAG CACCCTGACA CTTTAACTAG CATGTTCAAG CTCGCATCAA 
TATACTGGAA CCAAGGACGG TGGAAGGAAG CAGAAGAGCT GCAGGAGCAG GTAATAGCAA 
CTCGAAAAGA AGTGCTAGGT GCAGAGCACC CTGACACTTT AACTAGCATG TTCAAGCTCG 
CATCAATATA CTGGAACCAA GGACGGTGGA AGGAAGCAGA AGAGCTGCAG GAGCAGGTAT 
TGGCAACCTC TAAACAAAGG CTAGGGCCAG AGCATCCCTT TACTCTGACT AGCATGTGCA 
ACCTTGCATC CATATACTTG AATCAAGGTC GATTGAAGGA AGCCGAAGAG CTGCAGGTAC 
ATGTAATGGC AACACAGAAA GAAGTGCTAG GGTCAGAGCA ATCTGACACT CTAACCAGTA 
TGGCCAACCC CGAATCAACA TACTGGAACC AAGAACAGTG GAAGGAAGCC GAAGAGCTGC 
AGGAGCAGAT ATTGGCAACC TTCAAACAAA GGCTAGGGCC AGAGCATCTC TCTACTCTGA 
CCATTATGGC TAACCTCGCA TCCACATACC GGTACCAAGG TCGGTGGGAG GAAGCCGAGG 
AGCTAGAGGT GCATGTACTT GCAACCTTCA ACCAATTGCT AGGGCCAAAG AATCCCTCTA 
CTCTGACCAT TATGGCTAAC CTCGCAACCA CATACCGAAA CCGAGGTCGG TTGAAGGAAG 
CCGAAGGGCT AGAATTGCAA GTATTGGCAA CTCGAAAAGA AGTACTTGGC CTAGACCATC 
ATGACACTCT GACTAGCATG CACAATCTTG CCCACACTTG GAAACAACTA GGAAACACTC 
AGAACGCTTT AG 

 

Protein sequence

MRPSSRSDFR CFTREAHGPT GRMPSSQGIF SPRNSPIAWG NIENINYNTF NLGSNQRDDP 
SRAYAANHKD TDRSRHFMVP FGKNRRFVGR QEEIRELEDL ISKSDGPKTV AIFGLGGVGK 
TQVALELAYR TRDNKPDCSV FWVPCTSYGA IEQACLEITR IVGLQDVKPT EAIEHLKTYL 
SQTDKMWLLI YDSADDADMW TKGSNNTPPL RDFLPFNNQG HVIFTTRSRE LAVDLASSDI 
VHVRELDEKT GMEFLEKSLY KGLCCDSHVT SALLSQLTFL PLAISQAAAY INKKGIAVSD 
YLKLLEQQEA DVVELLSKDF GDNHQYKDSQ NPVAKTWIIS FYQVQKQDPL AAEYLSLMAC 
FDPRNIPQSL LPQSGSRLRI TDSLGLLSAY SFITLHDGNG LISLHRLRVG NCLYSDGRYN 
EAEELQAQIM ATRKEVLGSE HPDTLTSMSN LASIYQNQGP GHPDTLTSMA NLASTYRNQG 
QWKEAKELQE QVMATRKEVL GSEHLDTLTS MSNLASIYLN QGCLKEAEGL GAQVFDTFKK 
VLGPDHPSTL TSMGNLASIY LSQGRRKEAE ELGVQVFDTF KKVLGPDHPS TLTGMGNLAS 
IYGNQGRWKE AEELQEQVMA ISKQRLGQDH PSTLTSMGNL ASTYWNQGRL KEAEELQEQV 
IATSKQRLGP DHPSTLNSMA NLASTYWNQG RWQEAEELVV QVMATQQGVL GSEHPDTLTS 
MANLASIYQI QGRWKETEEL EEQVMATRKE VLGSEHHETL ASMSNLASIY QIQGRWKEAE 
ELQEQVIATR KEVLGAEHPD TLTSMFKLAS IYWNQGRWKE AEELQEQVIA TRKEVLGAEH 
PDTLTSMFKL ASIYWNQGRW KEAEELQEQV LATSKQRLGP EHPFTLTSMC NLASIYLNQG 
RLKEAEELQV HVMATQKEVL GSEQSDTLTS MANPESTYWN QEQWKEAEEL QEQILATFKQ 
RLGPEHLSTL TIMANLASTY RYQGRWEEAE ELEVHVLATF NQLLGPKNPS TLTIMANLAT 
TYRNRGRLKE AEGLELQVLA TRKEETLRTL