Gene ANIA_02456 details

Gene Information

• Locus tag: ANIA_02456
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001307
• Strand: +
• Start bp: 3934228
• End bp: 3937630
• Gene Length: 3403 bp
• Protein Length: 1089 aa
• GC content: 51%
• Product: protein required for cell viability, putative (AFU_orthologue; AFUA_6G10360)
• Protein accession: CBF86894
• Protein GI: 259487873

Plasmid Coverage information

• Num covering plasmid clones: 23
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 40
• Fosmid unclonability p-value: 0.611267
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGGTCCGC CAGAGCAGAC GTCATCGGCA AGGCTTTGGG TTTGCTATCC CAGATCCATG 
TAGCATTTGT CAATCCAGTA ATCGATGCAG AGCAGAGCTC GCAAGTCAAC GCCGAAGAAG 
AAGATGCAGC TTTAGAAGAT GCCAAACGGC GACGTATCCT TCATGCTCTT TTGGACCTGA 
TTGCTCTTGA AGGGATCTAC CCTTCTCTTT CGTTTGGAGT AGGCATTCCT CTCCAACAAA 
GGGTAATATC CGTCCTGCCT GCAGGCGTGA TCGCACAGCA AAACCCCCCT CCACCTGAGA 
AGCCTCCAGA TATCCTCCTT CTGGGCCGCA TACTAACGGA CTTGTCCGGG ATCATATTCG 
ATGCTCGGCC TAGCATACAG CCGGTGATTA CTGGCCGGAT CTTGAGCGAT ATTATAAGTG 
CATCATCGGA CCTAGGCTAC AATCCGACCC TCCCAGCTAG CGAAGAGCAG TCTCAATATC 
GGCGAATCCT TGCCAAAGTC GTTGAAGAGT TTGTCTCCGC ATGCCATCAT GTTTTGCATG 
TACTGACTCT TCCCAGCACG CCAAGTGCTA GTCTGCTGCC GACATTGTCC GCTTTTCTTC 
AATCGAATCC AACCCCATGG TTCAAATCTG TCATTACGGG TCTCCTCTCA AGGGTACCGT 
TGCGTAGCAA TGGGGTGCTT CAAACGATCG TTTTTCTTGC CTCACAATTT GCCCCATCAT 
TAGGCCGTGA AGCTCAGGAG CAAGGGCCCA GTGGTCTGCG AATCACTGTG AACGCCATTA 
TGCACGCTTC GCGGCTGCTT TCTGCTGTTC CGCAGGGCAT GGAAGCCAAT ACTTACCTCA 
AGGTCATAGG TCCTCAGCTA TTAACCTTGA TTGATGGTGA TGATCCAGAC TTGCGAAAGG 
CTGCTGCGTA TATCATTGGG AACGGAATCC TTGGTAAAAA GGCTTATGGC GCCCCTGGGA 
CAATCGGGCA TCTGATTTTT TTGGATCCAA TTTTCAAGGC TTTGACGGGA ACCGCAGATG 
CATCCTCGCG TTGTTACCTT ATACCACCAG AAAGAACTCA GAGACAAGAA TCCAACCAAA 
TTCTTTCCAG CGAAGCCGAG ATAATATTGG CCATTAACAG ACTAAAAGCA CTGGTCTTGC 
AACCGCCTAA TCCTGGACTT GTCAAAAGAG TCGTATACCC GGTTCTTCTT CCGCTCTGGG 
GATTTGCATG CTTTAGCGCA CAACAGCAAC TTAAGTCCAT CCATGAGAAC GTTGTGATTG 
TCCTGCAGAC TTACTTTGGA GTATCTGCTG GGTTTCCGCC TCTGAAGAAG ATCGTGGACA 
ACTTCCTATG GACTGGAGGA CCTACTTGCG CGTATGCCTC GGGTTCTCAA AATGGAATCC 
TGCTGAAGAA GCCAAACGGT CCAGGGATTG GCAGCAACAT AGTTGCCCTT GTCGATGACC 
TACAGTCTCG AGCCAAGCTG TTCATGAGCC TACTGAATGC TGATCCGAGT CATGACGAGC 
GGACGGGCGA AGTCTTTCTC TATGTGAGCG AGACGTGGCT TACGCAACAC GCGAACAACG 
CTCGTACACT GGACAAGATT CGATTACTTG CAGACAATGG CGGGTCTGAT AGTATCATTC 
AGAATCTAAT TAGTGCCAAG CTTGCCGAAA CGCTCCTGGA CACCTTCAGG GACACTCTTT 
CACGGCGGCC TCTCAAGGTG CTCCAGCTTA TCAAACAAAT TTTAGATGGC GAGCTAAGGC 
AATTAATTAG CCATCAGAAC GCAACAAGTC CCGGCCCCAC AAAGATGTCT CTATCATCCC 
TAGCCAACAT CGTTCTCTCA GAGCAAGTCG AGTCAAATGA AGCTTCAGGG AATGACTCTG 
CCGAGTCTTT ACAAGTTGTA TTCAGCCTAC TCTCGACAAT TCTGGCATCG CCTGAATTCT 
CCATATCGAA AGAGACAGGT GATCTCCTGG CAACTATCAA AGAGACGCTA GATCAGCTTC 
TTCCACATTT ATCCCAATCA CTAAGCAAAT CTGGGACGAC AGCTTCCATG CTCCTTGAGA 
TTCAGCTCGA CTCTCCAGAA AATCAGGAGT CAAAAGGGAA ATCAGTCGAA GTCCCTGACT 
TTGAGATCCA CCGCCGCGCC TTGATGAACC TCAATTCAGA GCTTCCGCCG GTACAAGCAG 
AGGGATTCTC GCTTCTTTCG GACCTGGTCA AGAGATCTTC ACCGATTCTT GATATACCAT 
CTACACTTAC TCTCCTCTTG TCTATTATTA CCGACTCTTC AGAGACAGCT GCAAATGATG 
AATTCATATA CCTGAACGCA ATCAAACTCA TTGGTACATT GGCCTCCCGG CATCCTCGCA 
CCGTGACAAC GACCTTAATC GAACGCTATA TCGATAGGAG CGAAAACGCC ACACTCGATC 
AAAGGCTCAA ACTCGGAGAA GCCCTGCTCC GCACAGTGCA AGATCTTGGC GAAGCCCTCG 
TTGGCGAAAC AGCAAAGGTT CTAGGCGAAG GCCTGATTTC CGTTGCAGGA AGACGGGCGT 
CAAAGCCTCA AGCGCAGAAA AGCCGAAAGC AAGCCCTAGA GCAGCAAAGA CGGAAAATGG 
AACGCGAAGA GCGCCAGAAG CAGAAGGACT CCTCGTCCGG ATGGAGACTA TCGACACCAA 
AGATAGCCGA ACAAATTCTA GACAATGACG ACTCCGACTC AGAGACGCCC GAACAAGCGG 
TCCATTCGGC AAATATCATC TCTGCTTGGG CAGCCGGCTC ATCTCGCGAC GAAGAACCCG 
ACGACCTGCG CGTTCGTGCC TCAGCACTCT CCATCCTCGC AACGGCCATC CAAACAAACA 
TCACAGGGCT TGGCCCGTCA ATTCTAGCAT CGTGCGTTGA CCTCGCCCTT GCAACACTGA 
CTCTTGAGCC GGAAGACGAG TGTGCAATCC TCAGACGCGC CAGCGCTGTC CTCCTCCTCG 
ATATCCTCAG AGCCCTTGAC GACGCGCGTG AAAAACGCAA GACCCAAGAT ATTGGCATCG 
GGTTTACGCT CGCGGACGAA TCATCTCATG GTTTGCACCA AGACGTAGCA AGAAGGGGCC 
CTAGCACTAT AGGAAATATT CCCTTTATGC TGCGCACTCT GGCGGGCGTT GAGGCTCGTG 
AGACAGACCC TATTGTCCGT GGGCATTGTC GGGTTTTGAC GGAGAGCTTA GAGGCTTGGA 
TTGAGAAGTC GCTCTTGTGG GGCGTTGGGC AGTACGCTGG GAATGGGAGT GAAGAAGACC 
AGCCGAGATT AGAGTTAGGT GATAAAATTG CTGGGTTGAG GATTAACCCT ATGGCTGGAA 
GGGGTGGTCA TGCGGAGAGG CCGAAGATTG AAGAGATTGA ATAGTGCGAA GATGTGAATT 
TTGTCTCTTA ACACACCTGC TATAGCAAGC TTTTTGCATA TTC 

 

Protein sequence

MVIDAEQSSQ VNAEEEDAAL EDAKRRRILH ALLDLIALEG IYPSLSFGVG IPLQQRVISV 
LPAGVIAQQN PPPPEKPPDI LLLGRILTDL SGIIFDARPS IQPVITGRIL SDIISASSDL 
GYNPTLPASE EQSQYRRILA KVVEEFVSAC HHVLHVLTLP STPSASLLPT LSAFLQSNPT 
PWFKSVITGL LSRVPLRSNG VLQTIVFLAS QFAPSLGREA QEQGPSGLRI TVNAIMHASR 
LLSAVPQGME ANTYLKVIGP QLLTLIDGDD PDLRKAAAYI IGNGILGKKA YGAPGTIGHL 
IFLDPIFKAL TGTADASSRC YLIPPERTQR QESNQILSSE AEIILAINRL KALVLQPPNP 
GLVKRVVYPV LLPLWGFACF SAQQQLKSIH ENVVIVLQTY FGVSAGFPPL KKIVDNFLWT 
GGPTCAYASG SQNGILLKKP NGPGIGSNIV ALVDDLQSRA KLFMSLLNAD PSHDERTGEV 
FLYVSETWLT QHANNARTLD KIRLLADNGG SDSIIQNLIS AKLAETLLDT FRDTLSRRPL 
KVLQLIKQIL DGELRQLISH QNATSPGPTK MSLSSLANIV LSEQVESNEA SGNDSAESLQ 
VVFSLLSTIL ASPEFSISKE TGDLLATIKE TLDQLLPHLS QSLSKSGTTA SMLLEIQLDS 
PENQESKGKS VEVPDFEIHR RALMNLNSEL PPVQAEGFSL LSDLVKRSSP ILDIPSTLTL 
LLSIITDSSE TAANDEFIYL NAIKLIGTLA SRHPRTVTTT LIERYIDRSE NATLDQRLKL 
GEALLRTVQD LGEALVGETA KVLGEGLISV AGRRASKPQA QKSRKQALEQ QRRKMEREER 
QKQKDSSSGW RLSTPKIAEQ ILDNDDSDSE TPEQAVHSAN IISAWAAGSS RDEEPDDLRV 
RASALSILAT AIQTNITGLG PSILASCVDL ALATLTLEPE DECAILRRAS AVLLLDILRA 
LDDAREKRKT QDIGIGFTLA DESSHGLHQD VARRGPSTIG NIPFMLRTLA GVEARETDPI 
VRGHCRVLTE SLEAWIEKSL LWGVGQYAGN GSEEDQPRLE LGDKIAGLRI NPMAGRGGHA 
ERPKIEEIE