Gene ANIA_03909 details

Gene Information

• Locus tag: ANIA_03909
• 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: 2629979
• End bp: 2633520
• Gene Length: 3542 bp
• Protein Length: 1139 aa
• GC content: 53%
• Product: deoxycytidyl transferase (Eurofung)
• Protein accession: CBF75115
• Protein GI: 259481519

Plasmid Coverage information

• Num covering plasmid clones: 15
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 36
• Fosmid unclonability p-value: 0.310555
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGGCTCTC GGTTAGACGC AACTTCGAGC GCAGTGCGCA AACGAATTCA AAGCCGTAAG 
TGTCCGCTCA ACGCCACCTG TGTCTTGGGA TGACTTCGCT AATACTCTCT CGCAACTAGA 
CGCATTTGAC GATGAAGAAG GCGAAGAATA TGAAGCCTCA AAGTTTGGTG GGTTCAGCGA 
CTATATGCGC CGCAAGAAGA CCAAACTTCA GAATCTCGAC AATGATATTC GATCCTCCGC 
CGCGGCCGAT AACTGTCCTC AGATATTCCG TTCTGTTGTA GCATGCGTGA ACGGCTACAC 
TCAACCATCG CTGCAAGACC TTCACAAACT CATCGTGCGC CATGGTGGGG GCTTTCTTCA 
GTATCTCGAT GGCAAGACCT CCGCAACCCA TATAATCGCG AGCTCGCTCA CTCCCAAGAA 
GAGGGAGGAA TTTCGGCGGT ACCGCGTTGT CAAGCCGGCC TGGGTTGTGG ATAGTGTCAA 
CGCTGGACGC CTACTTCCTT GGGATCTGTA TCGAGTTTTG GACGAGGGTC AGGGACAGAA 
AGTTCTCAAT TTTGAAGGTG GTCGGATTGT CAGCCAAGCG AACAGCCACC GGACCAATTA 
TAAAGATGAA AGCCGAGCAA GTCGGTATAC ATCACAGTGG CCATCCGAGC GGGCGACAAA 
CGACAGGTCC CCTGATCCTC CTGAGACGCC CGCGAGTAAG CAGTCGAACG ATGCGACACA 
ATCAGACTAT GGTGACTTTC CCAGCTTCTC CTCCTTGGAT CAACCGGCTC AGTCCGCTAC 
CTCACCCAGC TCCCCTCCAC CTCATGGGCA GGGAGATCGC CTAGGGGAGC CAGTCATCAC 
TCCCGGTGAG CCTGCAGAAA ACCAACGCAC CGACATGGGC ACGACGCTGA GCCCGCAACA 
GCCAGGTGCG CTTTCAAAGG CAGAAATGAC CTCGGAGGAA TTACAATGCT CAGCTTCTGT 
CAGACCCACG AATGAGAAAT TCCAGCGTGG TGAACCCAGA CTTTCTACAG CAGTATTACA 
AAGAATCTCG ACTACACCAC CTTTCGACAT GGAAGGCGGA ATTGAAAGCA CAACTTCAGT 
CAAAGGCGCA AGAAAAAGCA CGCTCGCAAC GACGAAAGAA GCTCGTCCCT GGAGCCCGGA 
GATACATCAT GCATGTTGAT TTTGACTGCT TCTTTGCCGC TGTCTCCACA TTAAAGCACC 
CAGAACTTGA AGGGAAGCCT GTTGCCATTG CACACGGAAC CGGCACAGGC TCCGAGATCG 
CGAGTTGCAA CTACGTTGCC CGTGCATCTG GCGTAAAGAA TGGCATGTGG ATGAAAGGTG 
CCCTACAGGC ATGCCCAGAT TTGCGCGTCT TGCCCTATGA TTTTCCGGCC TACGAGGAGG 
CGAGCCGGAA GTTTTATCGT GCAATTCTCG GCATTGATGG CTTGGTTCAG AGCGTTAGCA 
TTGATGAAGC GCTTGTGGAC ATTACAACTA TATGCCTTGA GGCAGGAGGG TCGGAGGGCA 
AGGGCGTATC TGAAGGCTCG ATTTACAGAG AACAAGCTAA GGCTGACGAG GTAGCGGAAC 
AGTTACGGGC CGCCATAAAA AGAGAAACAG GCTGTGCAGT TTCTGTCGGA ATAGGGGGTA 
ACATCTTGCA GGCAAAAGTT GCCCTACGAA AAGCAAAACC AGCCGGCCAG TTCCAGCTGA 
AGCCTGATGC TGTTCTCGAT TTCATTGGAG AACTTCCTGT ACAGAACCTT CCAGGTGTGG 
GCTACAGTCT TAGCGCAAAG TTGGAAGACC TTGGCGTGAA AATCGTCAAA GACATCAGAG 
ACCTCTCACG TGAGAAGCTT TCGTCCAGCT TGGGACCTAA GACGGGAGCA AAACTCGCGG 
ATTACGCGCG TGGTATCGAT CGGACTGAAG TTGGAAACGA AGTCACACGG AAGTCAGTCT 
CTGCTGAGGT TAACTGGGGC ATTCGTTTTG TCACTCAAGA TCAAGCGGAA GATTTCATGC 
GGTCCCTGTG CGAGGAGCTA CACCGAAGAC TCGTCGAGAA TCTAATGAAG GGCCAGCAGC 
TCACACTCAA GGTCATGCGA AGGGCTCTCG ATGCCCCGTT GGAAGCCGTC AAACATCTGG 
GTCATGGGAA ATGCGATGTT TTCAACAAGA GCGTCATTCT TGGGATAGCC ACGAACGCAG 
CAGATGTTCT TGGAAAAGAG GCCATTGCTA TGCTTCGAAG CCTCGCTATC TCCCCTGGTG 
ATTTAAGGGG GTTGGGCGTT CAAATGACCA AGCTCGAGCC GCTAAAGTCG ACATCCGAGA 
AATCTGATGG CAGTCAGCAA CAGTTGGCTT TCAAGGCATC CACAGCGCCT AAGCGTGCAC 
AACCTATTGA TGATCCAGAC CTACTGGACA GCCCTCGCAA AGGTGAATCG GAGTCAATAC 
GGCATGGTCC GCAACTAAAC GACACCACAC AGAAATTGCT CAATACATCT GGAACCCAGT 
TCATTATGCC CTCCCAGCCG GACCCTGCAG TCGTTGCTGA GCTCCCAGAT GACATCCGAT 
CCAAGCTCGT TGCGCAAGGT AAACCACGAA CCACGTCTCG CGCTGGGTCA CCAATGGGTC 
CAGGCCCTGC CGTTCGCCAG CAGCCCGCGC CGGCTCTGCC TCCGCAGTCC CAATTAGATC 
CGGAAACCCT AGCGGAGCTG CCAGAAGATG TCCTCGCCGA GGTACTAGGC TATTACAACC 
AGCCGTCTGT CAATAACACC GGCTCGACAA AGCCACAAAC AGAGTCATCA CCGCAACCCA 
GACCCTCTGG ATCGACTCTC AAACTACGCA AACCAACAAC CCCACCGAAG AAACGCCGTG 
GCCGCCCTCC TCTCAAACCA TCCCAACCCT CAACTCTAAC TCAAGCAAAA TTCGCATTTC 
CCAAGTCAGA TACCCGTCCC TGCCGCCTCT CGCCATTCCA AGACCATGAA CTTACTTCAG 
ACCCCGAAAT TTCCGCCGAC TTCCTTGCTG CCCTTCCAGA AGATATACGC TGCGAAGTCC 
TCGAAGAGCA AAAGCAGAAG CGCTCCCGAT TACTTCACCA ACGAACCGCA TCCACAACCG 
CACCCAGAAC GGTTCCAGCA GACCGAGGCC ATTCTCAACA TCAAGAAAAA CACATCAACC 
TTCCAAACCT CCCGCCGAGA CCTACATTCA CCTCCAAGCG CCTCTCTAAC CCCTCCGACC 
TACGTGACGA AGCAACAGCT TGGCACGCCA CATTTGCTCA AGAAGGGCCG TTCCGCGAAG 
ATGTTACCGC TCTTGCGATT TACTTGAAGC GCGTTGTTGC TGAAGAACGG GATGTCGAGA 
AGGCGGTCTC TCTGGTGAAA TGGCTTGTCT GGTTGGTCGA GGATGACAGA GCAAATGGAG 
GTGCCAACGA TAGGGCGTCA ATAGGTGCCA GTTCGACTGT GGGTACTGGT AAGGAATCTC 
AGGAAGGTGT GCCAGGAACT CAGTGTGCGA TATCCTGGGA TGAGGCATTG AAGTGTCTTA 
AGGATGGTGT TCTGGAGGGA TTAGAGGAAA GGGGCATGCC TGCTGTGGAT TTTCTTGATT 
GA 

 

Protein sequence

MGSRLDATSS AVRKRIQSHA FDDEEGEEYE ASKFGGFSDY MRRKKTKLQN LDNDIRSSAA 
ADNCPQIFRS VVACVNGYTQ PSLQDLHKLI VRHGGGFLQY LDGKTSATHI IASSLTPKKR 
EEFRRYRVVK PAWVVDSVNA GRLLPWDLYR VLDEGQGQKV LNFEGGRIVS QANSHRTNYK 
DESRASRYTS QWPSERATND RSPDPPETPA SKQSNDATQS DYGDFPSFSS LDQPAQSATS 
PSSPPPHGQG DRLGEPVITP GEPAENQRTD MGTTLSPQQP DPRMRNSSVV NPDFLQQYYK 
ESRLHHLSTW KAELKAQLQS KAQEKARSQR RKKLVPGARR YIMHVDFDCF FAAVSTLKHP 
ELEGKPVAIA HGTGTGSEIA SCNYVARASG VKNGMWMKGA LQACPDLRVL PYDFPAYEEA 
SRKFYRAILG IDGLVQSVSI DEALVDITTI CLEAGGSEGK GVSEGSIYRE QAKADEVAEQ 
LRAAIKRETG CAVSVGIGGN ILQAKVALRK AKPAGQFQLK PDAVLDFIGE LPVQNLPGVG 
YSLSAKLEDL GVKIVKDIRD LSREKLSSSL GPKTGAKLAD YARGIDRTEV GNEVTRKSVS 
AEVNWGIRFV TQDQAEDFMR SLCEELHRRL VENLMKGQQL TLKVMRRALD APLEAVKHLG 
HGKCDVFNKS VILGIATNAA DVLGKEAIAM LRSLAISPGD LRGLGVQMTK LEPLKSTSEK 
SDGSQQQLAF KASTAPKRAQ PIDDPDLLDS PRKGESESIR HGPQLNDTTQ KLLNTSGTQF 
IMPSQPDPAV VAELPDDIRS KLVAQGKPRT TSRAGSPMGP GPAVRQQPAP ALPPQSQLDP 
ETLAELPEDV LAEVLGYYNQ PSVNNTGSTK PQTESSPQPR PSGSTLKLRK PTTPPKKRRG 
RPPLKPSQPS TLTQAKFAFP KSDTRPCRLS PFQDHELTSD PEISADFLAA LPEDIRCEVL 
EEQKQKRSRL LHQRTASTTA PRTVPADRGH SQHQEKHINL PNLPPRPTFT SKRLSNPSDL 
RDEATAWHAT FAQEGPFRED VTALAIYLKR VVAEERDVEK AVSLVKWLVW LVEDDRANGG 
ANDRASIGAS STVGTGKESQ EGVPGTQCAI SWDEALKCLK DGVLEGLEER GMPAVDFLD