Gene ANIA_05012 details

Gene Information

• Locus tag: ANIA_05012
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001303
• Strand: -
• Start bp: 281068
• End bp: 286437
• Gene Length: 5370 bp
• Protein Length: 1203 aa
• GC content: 50%
• Product: exoinulinase InuD (AFU_orthologue; AFUA_5G00480)
• Protein accession: CBF76281
• Protein GI: 259482112

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 44
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGTTGGTG GTGATCATCG CTCCTTGATA GAGTCGTACG TACTCAAAAC CACCCAGGAA 
TGCGCCCATA GCTTCTTCGT TGATCACCAC CATAAGCCTC GACCGTCCTA TAGGATACCT 
GTTTCCCTAC AAGAGAACTA AACCTTCCTC TACTTTATCT TGACGGTTAT TGTCGGAGCT 
CTGTGCGCTA CGCTGTGTTA GACTTCACGT GTAGCTCAGT GAAGTGCTTA CGCTCCGTTT 
TCCGTCATAT TCTATTTTGG GCCCCAGATA TTTCAAGCCT ACTCTGCAGG ATCTACAACG 
CTCCTGCAAA TCTGCTTAGT GTGGTTGCTT GCTCTGGGTC CGCGGTTGGC CAGTGCTTGA 
GTCCAGGTGA GTTTGATCTC GACCCATCAT GACCCTATGA TATCAATGTT TCATTTCAAT 
ACTAAATATG GATAAGATTA AATCTCACAA GAAAGGGTCT ATTCTTGGAG GTGAAAGAAA 
TCGTCATAAG TCCGCTTGTT GTTAGAAAAG AGGTCTGAAT TTGAATAAAG AACCAGGAGC 
TCAGCTTTGC TCACTAGCTT TCAGATCCAG ATTCTTTGTC CTCGAACAAT CCAACGCATT 
TTGCTTACCG AAATCTATCG AGTGAAGAAG ACTGCCCGAA CCAGCTTCTG CGTACCAGCA 
GTGAGGTATC TTGTCGAAAA TTCAGCGAAG TTTGATATTC TTGTGCCAAC ATCTTCGAGG 
ATCGCTTCTA CAAAGCTTCC GACATCTGCC AATACATCGC CAACCCTAAT AAGCAGTAAC 
TGCTACGGCA AGACTGCAGC TAAACAGGTA TGTGTACACA TTCACAACCG GAACATCTGA 
ACTAACCGTG CCCGATAGAA GATGGCTGCT CGTCCACAAA CCGCAAAAAA GTCAAAGCGA 
GATAGAAAGA AGGCCTGGAA GAAGGATCCA TGGAAGGGGA AGGTGGCAGA CTTGAGTCAT 
CCTCCTTACC GAAAAGCAAA AATGGAGGGA AAACTCCCCG GGCCTAATCC TGACGAGCAT 
GTTCGCCCAT CGGTGCCCAC ATCTAACCAC GTTGCGCGCG CTGCACAGCG GATGAAATAC 
TGGCCAGAGA GACAACGCCT AAGCCCCATT CAGTCTCCCG AACTGGATGC GCCGACTCTA 
GTTAATGGCA AAGAATTGGG ATTACCGGAA CTAAACAGGG ACGCTAAGCC AGCGCTGAAC 
CCCGTCGACA GAATCCCGCC CACACGCTTT CCGAGGGTCT ATGTTGGGGA TAATGCACCT 
ACACCGCGCT GGCTGATTCG ACCGGTCCGC CCAGTGACCA ACCATGAGTC GGCACACAAT 
TCGTCTTCAG AAAGCGGATC CGCAGCAAGC GGCTTCTCAT CCGCGTCAGG TAGCTCCCGC 
CTTCTACCAT TAGGACGGCT GCGCTGGGAA TTCGACCCTG GCCCAGCTGC CAAACACGGG 
CAGGACGAGG CCCGACTACA CGAATATGCC TACCGATATC TCCAGAACTC TCTCCGTGAC 
CCAATTGTCC GAGAGGAAAT GAGGAACATG ATCTGGAACA GCCCGTATGC GCTTGTTGTC 
GCGAATGTTG AGGACCCGTT ACCTATTCCA CCTCCACCAC CGCATTTCAA GGACCAGAGA 
CCCTCAGATT ATGCGGCCCT TCGAGAGGCA ATATCTGCAT CAAATCCTGA CGACTATCAC 
TTCAAGTATC CTGACTATGC GCGGCCGTCA CTAGCAGCTA GAACATACGG ACATCAAGGT 
ACGTACGATT CCAGCTTCAA GATATACCCT ACTAAAATAT CTAGACACTT ATAAAAGCCG 
CAAGTCAAGC GTAGATTCTC AGAGTTCGGC CGTCTCCCAT GGCAGCTCTA GCACCGGCGA 
AAGCTCCCGT ACCCGGGCCA GCAGTAGCTC AAGCATCAGT ATTGTGCACA AAGAGCTCTC 
GCCAGTTTAC CAGCATGAAT TTGACGATGA CACGAATCAC TACCTCAAAC GCGGTGAGTA 
TAAATGGATC TGGATCCTAC TTACGATTCT CATTCTGGCG TTATTCCTGT GCCTTTTTCT 
CTATGCGTTT GGGATACTGC AATGATGTAA TTAGAGCCAG TAAATCGCAA ACCGAACTGT 
CCCATTTCAT GAGGCATAAT TTGACTGGAA ATTCTATTCG AGACTTCAAA CTCCGAATAT 
TGAAGTGGGT CTCTGCAAAT ACTTACATTA CACCTACACT CATCTGCGCA TTCCTCACTG 
CCCCTTACTG CCACATTCTT TGTCGAAGAC GACCTTGATT TCTCTTACTA ATTAGTCCAT 
TTAGGGCAAA AGGTAGGGTT TAAAGCCAAG ATCAAGACCA AGGAAAAGAA CCAGACAGAG 
TCCTTCCTTT CAAAACCGCC TAGACGAGGC AGAGGTACGC TATGACATTC CTGTCTCTTA 
TTCCCTGCAG GCGATACAAC CTAAATGCTG ACACAACACC CCGAGATATA CAGGACGGCC 
AACGAAAAGC GACATAGATT TCTTGGATGT ACCAACGCTC GAAGAGCTGT CCAGCGCAGA 
ACCACCGCGG AAGAAACGTG CAGGAGTGGA GAAGCCAGCA AGAGATATGT GGAGGCCACT 
CTCGGAAACC TTCTCTGAGG AGGAAGATAT AATAACCCCA AAGGCCCCCA AAATAACAAG 
CAAGAACGCT GCGAAAGCAA AGATGGATGG GGCGATACTG AACAAGCGAA CGTAGTATAT 
CCACTATGTA TCTATATATC CTATTCTAGT GGTGGCTGGT TGGTGTCTGT ATATGCTGAG 
TATGAGTCGT GCCTTCCTTG CTGGCAAGGT ATGCCTATAT GTTGCTAGGT GTGGCCTTAC 
AGCTCTTGGA TTCGCACCCT ATATACTTAT CTATATTAGA GCTGGTTCGA GCACAGATTG 
GAATTTTATG TACCGTCTGA TGGGGCGAAG ACTGCTATCA TATCTCTAGA TATCCTTCCC 
AACCCTCGAG GATACCAAGT CCGGACAAAT TCCGGCGGAT TATGCAAAGC ATGATCTTGG 
AACTTACTTA GGTAACCGCA AGAGTCAGAT GAATTACCTC ATCTGACCCA TTTGTAATGC 
CGTGACCAGT GTGTGCCGAA GTAGCAAAGC GGCAGGAGCA ATTGGCTCTG GGCTGGCTCT 
CGGCATCCGT AATCCACCCC CACGGGTTTC TCCCCACTCG GCGTCCCGGG TATTCCGAGG 
GGGTCATACC ACGAGAGTAC TCCGCACTTC TACTGGGTTC CCGGGGGTTT GTCGGAGTAT 
CACGACGATG ATCACTTTAT TGTGGAGCAT GGTTACAGTC TCCAAAGTAG TATGGCAAGG 
TTTTAGCAGC GCTAACTTCA AAGACTGCTC AGAACCTTAC TAGATTTTAA GACGAGGGAG 
ACCCCGCACC AACACCCTAC CCAAACTAAA GACAAACACT ACGCGCGGTC AGCGACATCA 
CCAAAATGCG CGCCCGCACT CTCCTCCTCA GAGTCAGCAT CTTCTCAGCG GCACTCGCTC 
TTCAACCATC AGCACCAGGC CCAGCTCCTT ACACCGAACC TTACAGACCT CAATACCACT 
TCACCCCTGC TCAAAACTGG ATCAACGACC CTAACGGCCT GCTCTACCAC AATGGCACCT 
ACCACATGTT CTATCAGTAT AATCCGGGCG GAGTCGCGCA CGAGGCAATG TCCTGGGGTC 
ATGCAACGAG CCAGGACTTA ACGCATTGGG ATGAGCGGCC TGTTGCGTTG ACGGCCAGGG 
GTTTTCCCGG CAAGAACATA TCAGAGCAGT TTTTCAGTGG CAGTGCGGTT TATGACGTGG 
ATAACTCCAG CGGATATGGA AATGGAATGG GAACGGCTGC TCCTATGGTT GCCATGTATA 
CGTCTTTCGT ATGTTACCCA TCTCTGCTTA TAGAATGGTC ATTGGATGAA ATGGGGCTCG 
TACTGACGAA GACAGTATGT CTACGGCCAG ACGCTTCCCA GCGGCAAGAA GGTCCGCGCA 
AGCCAACAAT CTCAATCATT GGCATACAGT CTCGACTCTG GCGAAACATG GACTACTGAT 
GACGCTGTGA ATCCCATCCT CTTACAGCCT CCGCACCCTT ACGAATCTCA GTATAAAGAA 
TGGCGTGACC CTAATGTCTT CTGGCACGCG CCTACAAAAA AGTGGATTCT GACAACTGCA 
CTGTCCGATC TGCACAAACT CCTTATCTAC ACCTCGACTG ATCTCAAGAA CTGGACGCTC 
GCTAGCGAGT TCGGTCCCTA TAATGCCGTC GGTGGAGTCT GGGAGTGTCC TAGTTTCTTC 
CCGCTACCTG TAGACAACGA TGAGTCGAAC GTGAAATGGG TCGCGATCAT CGGCCTGAAC 
CCCGGCGGTC CACCGGGGAC AGTGGGATCT GGAAACCAGT ATATTCTAGG CCAATTTAAC 
GGGACTCATT TTCTTCCGGA CGCCGAAAGT TTGCATGAGC AAGGAGAGGC GAATTGGCTC 
GATTATGGAC CGGACTTTTA TGCGGCGCTC GTTTATAATG GCCTGCCGGA GTTTCAGCGT 
ACTGTTATTG CATGGATGAG TAACTGGCAG TATGCCGAGA AGGTCCCGAC GACGGTTTGG 
CGCAACGCAA TGACTATTCC AAGACGCCTT GGTCTTAAGA CTATCAATGG AAAGGTGCTA 
GTTGTTCAAG AACCGGAAGC AAACTGGGCT GCTATCATGA GCAAGCCACA AACCACGCGT 
ATTTTGTCTC TCCCGGCAAA TAGCACGCGT AACCTAGGGT CTCTAGGGAA GACACTTGCT 
GCTAATCTCA CCTTCTCTGC CGGAGAACAA AATGGCTCTT CCTTCGGAAT CTCCCTTTTG 
GCAACCCAGA ACTTCACAAC CCAGACCCTT ATCGGCTATA ACTTCGCCAC GAAGCACATC 
TTTGTCGATA GACGGGCATC AGGAAATACC TCTTTTGACG AGACATTTGC GTCCGTTTAT 
CGTGCCCCGC TTGAACCAGC GGATGATGGG ACTGTGACGC TTAGGATATT CGCAGACTGG 
TCGAGTGTTG AAGTCTTTGG AGGGCAGGGA GAAACCACTC TCACAGCCCA GGTTTTCCCG 
CCCGAGGGAG CGACACATGC AAGGCTCTTT GCCAACGGTG CCGGTGTGGA GGACGTGCTA 
CTGAGTGTGA GTAAGGTTGG GTCTGTTTGG AACTGAAGGA TCTAGCTAGA TGTTTTGTTG 
TTTGGCTCGC ATTGAAGGGT CGATCTGATG ACCAAAGTTC AGCAGTCTTA TACTTATCCA 
CAACCTGATC CAATTCGTTG ATTCCTTCGA TTAGTTTTGA GGGCAGCCTG TAGCGTGACT 
TCGGTCAAGC CGAGCTCACT CAACTAGCAG ATGCTACAGA GCCAGCTGGC TGATCCACGC 
CAGCCAAAGG GACTGAACAA ACAGTCTGTG 

 

Protein sequence

MVGGDHRSLI ESIYNAPANL LSVVACSGSA VGQCLSPAKF DILVPTSSRI ASTKLPTSAN 
TSPTLISSNC YGKTAAKQKM AARPQTAKKS KRDRKKAWKK DPWKGKVADL SHPPYRKAKM 
EGKLPGPNPD EHVRPSVPTS NHVARAAQRM KYWPERQRLS PIQSPELDAP TLVNGKELGL 
PELNRDAKPA LNPVDRIPPT RFPRVYVGDN APTPRWLIRP VRPVTNHESA HNSSSESGSA 
ASGFSSASGS SRLLPLGRLR WEFDPGPAAK HGQDEARLHE YAYRYLQNSL RDPIVREEMR 
NMIWNSPYAL VVANVEDPLP IPPPPPHFKD QRPSDYAALR EAISASNPDD YHFKYPDYAR 
PSLAARTYGH QDTYKSRKSS VDSQSSAVSH GSSSTGESSR TRASSSSSIS IVHKELSPVY 
QHEFDDDTNH YLKRGQKVGF KAKIKTKEKN QTESFLSKPP RRGRGRPTKS DIDFLDVPTL 
EELSSAEPPR KKRAGVEKPA RDMWRPLSET FSEEEDIITP KAPKITSKNA AKAKMDGAIL 
NKRTGGWLVS VYAEYESCLP CWQELISFPT LEDTKSGQIP ADYAKHDLGT YLVCAEVAKR 
QEQLALGWLS ASVIHPHGFL PTRRPGYSEG VIPREYSALL LGSRGQTLRA VSDITKMRAR 
TLLLRVSIFS AALALQPSAP GPAPYTEPYR PQYHFTPAQN WINDPNGLLY HNGTYHMFYQ 
YNPGGVAHEA MSWGHATSQD LTHWDERPVA LTARGFPGKN ISEQFFSGSA VYDVDNSSGY 
GNGMGTAAPM VAMYTSFYVY GQTLPSGKKV RASQQSQSLA YSLDSGETWT TDDAVNPILL 
QPPHPYESQY KEWRDPNVFW HAPTKKWILT TALSDLHKLL IYTSTDLKNW TLASEFGPYN 
AVGGVWECPS FFPLPVDNDE SNVKWVAIIG LNPGGPPGTV GSGNQYILGQ FNGTHFLPDA 
ESLHEQGEAN WLDYGPDFYA ALVYNGLPEF QRTVIAWMSN WQYAEKVPTT VWRNAMTIPR 
RLGLKTINGK VLVVQEPEAN WAAIMSKPQT TRILSLPANS TRNLGSLGKT LAANLTFSAG 
EQNGSSFGIS LLATQNFTTQ TLIGYNFATK HIFVDRRASG NTSFDETFAS VYRAPLEPAD 
DGTVTLRIFA DWSSVEVFGG QGETTLTAQV FPPEGATHAR LFANGAGVED VLLSVSKVGS 
VWN