Gene ANIA_00980 details

Gene Information

• Locus tag: ANIA_00980
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001308
• Strand: +
• Start bp: 1840356
• End bp: 1843832
• Gene Length: 3477 bp
• Protein Length: 996 aa
• GC content: 51%
• Product: beta-galactosidase (Eurofung)
• Protein accession: CBF88404
• Protein GI: 259488728

Plasmid Coverage information

• Num covering plasmid clones: 19
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 40
• Fosmid unclonability p-value: 0.938367
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGCGACGG CCTTCTGGTT GCTTCTCTTC CTTCTGGGAA GCCTCCATGT TCTGACTGCA 
GCTCAGAATA GTTCCCAATC CGAATGGCCT ATACATGACA ATGGGCTGAG CAAAGTTGTA 
CAATGGGACC ATTACAGCTT TTACATCAAC GGGCAGCGGA TATTCCTGTT CTCGGGGGAG 
TTCCACTACT GGCGTATCCC AGTCCCAGCA CTATGGCGGG ACATATTGGA GAAAATCAAG 
GCGATTGGAT TCACTGGCTT TGCGTTCTAC TCTAGCTGGG CTTACCACGC ACCCAATAAC 
CAGACTGTTG ATTTCTCGAC TGGTGCTCGT GACATCACCC CGATATATGA CTTGGCAAAG 
GAGCTTGGAA TGTACATCAT CGTGCGCCCT GGGCCATATG TCAACGCCGA AGCCAGCGCT 
GGAGGGTTCC CACTCTGGCT TACGACAGGC GCATATGGCT CGACGAGAAA TGACGACCCC 
AGATATACAG CGGCCTGGGA ACCGTATTTT GCGGAAGTGT CCGAAATCAC CAGCAAGTAT 
CAGGTTACCG ATGGTCATTA TACACTTTGC TACCAGATCG AGAACGAATA CGGACAGCAA 
TGGATTGGGG ATCCGCGTGA CAGGAACCCT AATCAGACAG CTATTGCTTA CATGGAATTG 
CTACAAGCCT CGGCTCGTGA GAATGGTATC ACTGTTCCAT TGACCGGGAA CGACCCTAAT 
ATGAACACAA AATCCTGGGG CAGTGACTGG TCAGATGCTG GAGGCAATCT TGATACGGTG 
GGCTTGGATT CGTACCCTTC TGTAAGTGGC TTATATCTAT ATTGCTAAAC ATTTCTGACG 
GATCAGTGCT GGAGCTGCGA TGTCAGTGTA TGCACTGGAA CAAACGGTGA ATATGTGCCA 
TATAAGGTGC TAGACTACTA TGACTATTTT CAGGAAGTCC AACCGACTAT GCCGTTCTTC 
ATGCCCGAGT TTCAAGGCGG ATCTTATAAC CCGTGGGACG GACCTGAAGG AGGGTGCACT 
GAGGATACTG GGGCCGATTT TGCGAATCTG TTCTACAGAT GGAACATCGG CCAACGGGTA 
TCTGCGATGA GTCTATACAT GATGTTCGGA GGAACAAACT GGGGCGGTAT CGCGGCACCT 
GTCACTGCGA GCAGCTATGA CTATTCTGCG CCAATTTCAG AAGATCGCTC GATAGGATCC 
AAGTACTATG AGACCAAGCT GCTAGCTCTG TTTACTCGAT GCGCAAAGGA CTTGACCATG 
ACCGACCGTC TGGGGAATGG GACACAATAT ACAGACAATG AAGCCGTCAT CGCGAGCGAA 
TTACGGAATC CAGATACCAA CGCTGCTTTC TACGTGACCA CCCACTTGGA TACTACAGTC 
GGCACGGATG AGTCGTTCAA GTTGCACGTC AACACATCCA AAGGCGCTCT CACAATCCCA 
AGGCACGGAG GTACTATCCG GCTCAACGGT CATCACTCCA AAATCATCGT GACCGATTTC 
AACTTTGGAT CCGAGACACT TCTGTATTCT ACAGCAGAAG TTTTGACCTA CGCGGTCTTC 
GACCGTAAGC CAACTCTTGT CCTCTGGGTG CCGACGGGTG AATCTGGCGA ATTTGCCATC 
AAGGGCGCGA AATCGGGATC GGTCGCGAAA TGCTCAGGAT GTTCAAATAT AAAGTTCCAC 
CGCGATAGCG GATCATTGAC AGTTGCGTTT ACCCAGGGAG AAGGGATAAG TGTCCTGCAG 
CTAGATAATG GTGTACGAGT GGTTTTGCTT GACAGACAGA AGGCATACAC ATTTTGGGCT 
CCTGCATTGA CAGACAACCC GCTTGTTCCT GAGGGTGAAA GTGGTAGGTT TCTTGGATTC 
TATTTCATAG TCTGTACTAA CCGGCAAACA GTTCTCGTTA GCGGCCCCTA CCTCGTCCGA 
ACGGCCAGAC TAGCAAGGTC GACGTTAACA TTACGAGGCG ACTCCAAGGG CGAAACATTG 
GAGATCTTTG CACCCAGGAA GATCAAAAAG GTTACATGGA ACGGGAAGGC TGTAGAGGCG 
ACAAGAACCT CATATGGCAG CCTCAAAGCT ATTCTGGCCA AGCCGCCTTC TGTCGAACTG 
CCTACTCTCA ACGGGTGGAA ATACAGCGAC AGTCTTCCTG AGCGATTCCC AACCTACGAT 
GACTCGGGCG CTGCATGGGT TGGTAAGTGT TTACATCAGT AATGGAGTAG ATTGGAAACA 
TTAATTAGAG ATAGATGCGA ATCATATGAC AACCCCGAAC CCTAACAAAC CAGCTACACT 
GCCCGTCCTC TATGCCGACG AATATGGTAT GTATTCTCTA GTCACCCCAA ATAACAAGCA 
GCTAACAAAC CGCAGGATTC CACAACGGCG TGCGGCTATG GCGCGGCTAC TTCAACAGTA 
GCGCCTCAGG CGTTTACCTC AACATCCAAG GCGGCGCCGC ATTGTACGTT GTTATTCCCA 
GCCTAGCCCT GACAAAACAA GAAACTAACG ATTACTCTTC CTCAAAGCGG CTGGTCCGCC 
TGGCTAAACG GCCACTTCCT TGGCTCTCAC CTAGGCTCGG CCTCTATTCA GCAAGCAAAT 
GGCACCCTCG ACTTCCCAGC AAACACTTTG AACACAGAGG GCACGCCCAA CGTCCTCCTC 
GTCGTCCACG ACGACACAGG CCACGACCAG ACAACAGGCG TTCTTAACCC ACGAGGCATT 
CTCGAAGCGC GGCTACTCTC TGAAGCTTCA GACAACAACG ACGATGACTC ACCAGGATTC 
ACGCACTGGC GCGTTGCCGG CACCGCAGGG GGGGAATCAG ACCTCGACCC CGTCCGCGGC 
GTCTACAATG AAGACGGCCT GTACGCCGAA CGCGTGGGTT GGCATCTTCC GGGATTCGAC 
GACAGCAAGT GGGCCACAGT TAACGGGACC TCGCTCTCCT TCACTGGGGC AACAGTCCGG 
TTCTTCCGCA CCGTCATTCC ACCACTCTCT ATCCCTGAAA ACACTGACGT TTCTATCTCC 
TTCGTCTTCT CGACTCCCAA CGTGAACAAT ACATCAGCAG GCAATACATC CGCTTTCCGC 
GCCCAGCTCT TTGTTAACGG GTATCAGTAC GGCCGGTATA ACCCCTACGT TGGGAATCAG 
GTTGTGTACC CTGTTCCTCC TGGGATCCTG GACTATAACG GGGAGAACAC GATTGGTGTT 
GCTGTTTGGG CCCAGACAGA GGCCGGCGCG AGGTTGAATC TGGACTGGAG GGTTAATTAT 
GTGCTTGGGA GTTCGCTTGA TGCTGGGCGG CTGGATGTGA GTGGGCTAAG GCCGGGATGG 
AATGAAGAGA GGGAAAGGTT TGCATAGAAC CAATGTTACT TTTGAGTCTT CGGGAAAATG 
AAGTACGGAT GTTTCAAATG AGGAGATGCT GTCTCGTTTG TTGGTTATTA GACTCCAAAA 
CAGCTATCCT TCGTTGCAAT TGCCTACGTC TACATATTCG AATGTCTTCA ACTATGA 

 

Protein sequence

MATAFWLLLF LLGSLHVLTA AQNSSQSEWP IHDNGLSKVV QWDHYSFYIN GQRIFLFSGE 
FHYWRIPVPA LWRDILEKIK AIGFTGFAFY SSWAYHAPNN QTVDFSTGAR DITPIYDLAK 
ELGMYIIVRP GPYVNAEASA GGFPLWLTTG AYGSTRNDDP RYTAAWEPYF AEVSEITSKY 
QVTDGHYTLC YQIENEYGQQ WIGDPRDRNP NQTAIAYMEL LQASARENGI TVPLTGNDPN 
MNTKSWGSDW SDAGGNLDTV GLDSYPSEVQ PTMPFFMPEF QGGSYNPWDG PEGGCTEDTG 
ADFANLFYRW NIGQRVSAMS LYMMFGGTNW GGIAAPVTAS SYDYSAPISE DRSIGSKYYE 
TKLLALFTRC AKDLTMTDRL GNGTQYTDNE AVIASELRNP DTNAAFYVTT HLDTTVGTDE 
SFKLHVNTSK GALTIPRHGG TIRLNGHHSK IIVTDFNFGS ETLLYSTAEV LTYAVFDRKP 
TLVLWVPTGE SGEFAIKGAK SGSVAKCSGC SNIKFHRDSG SLTVAFTQGE GISVLQLDNG 
VRVVLLDRQK AYTFWAPALT DNPLVPEGES VLVSGPYLVR TARLARSTLT LRGDSKGETL 
EIFAPRKIKK VTWNGKAVEA TRTSYGSLKA ILAKPPSVEL PTLNGWKYSD SLPERFPTYD 
DSGAAWVEID ANHMTTPNPN KPATLPVLYA DEYGFHNGVR LWRGYFNSSA SGVYLNIQGG 
AAFGWSAWLN GHFLGSHLGS ASIQQANGTL DFPANTLNTE GTPNVLLVVH DDTGHDQTTG 
VLNPRGILEA RLLSEASDNN DDDSPGFTHW RVAGTAGGES DLDPVRGVYN EDGLYAERVG 
WHLPGFDDSK WATVNGTSLS FTGATVRFFR TVIPPLSIPE NTDVSISFVF STPNVNNTSA 
GNTSAFRAQL FVNGYQYGRY NPYVGNQVVY PVPPGILDYN GENTIGVAVW AQTEAGARLN 
LDWRVNYVLG SSLDAGRLDL SFVAIAYVYI FECLQL