Gene ANIA_10266 details

Gene Information

• Locus tag: ANIA_10266
• 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: 3048560
• End bp: 3051982
• Gene Length: 3423 bp
• Protein Length: 1033 aa
• GC content: 50%
• Product: E1 ubiquitin activating enzyme (Eurofung)
• Protein accession: CBF86317
• Protein GI: 259487554

Plasmid Coverage information

• Num covering plasmid clones: 14
• Plasmid unclonability p-value: 0.39577
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 43
• Fosmid unclonability p-value: 0.938882
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGACGGTAT GTTTGGCCGT GCTTTGTACT TGAGACGCTT ATTCTGATTT GTTTAGGACA 
CCAAGATGCA GGTCGATACT CCCACACAAG ACACGGTCGA GAAAATCAAA CAAGGCGATA 
TCGATGAGTC CTTGTACAGT CGACAGCTGT GAGTACCCCC CGGACACCAC CTTTTGACGG 
GACACTAATT TTGCTAGATA TGTCCTTGGC CATGAGGCTA TGAAACGTAT GGGCTCGTCG 
AATGTTCTCG TAGTTGGTCT GAAAGGTTTG GGCGTTGAGA TTGGTGAGTT TGTTGTCGCC 
TGCCATTTAC GTCCAGGAAA TAACCAGTCT AGCCAAAAAC ATCGCTCTCG CTGGTGTCAA 
ATCTCTCACT TTATACGACC CCGCGCCAGT TGCTATATCC GATCTCTCCT CCCAGTTCTT 
CCTTCAACCA CAAGACGTTG GCAAGCCACG TGCCGAAGTT ACCGCCCCGA GAGTCGCTGA 
GTTGAACTCT TATGTCCCGG TCACAATCCA CGAAGGCAGC AGTCTGGTAG AGAACTTGGA 
GCAGCTGAAG CGCTACCAGG CGATTGTCCT TACCCTCACC CCGCTGAAGG AGCAACTGGT 
GATTGCGGAC TTCTGCCACA AGAATGGCAT CTACCTCACA ATAGCAGATA CCTTCGGTCT 
TTTCGGATAT CTTTTCAACG ATTTTGGGAA GAACTTCACT GTTGGCGACT CTACGGGAGA 
AGATCCTGTA GGTGGAATTG TGGCTGACAT CTCTGAAGAT GGCCTCGTTT CAGCGCTCGA 
CGAGACTCGC CACGGTTTGG AAGACGGCGA TTTCGTCACG TTCACCGAAG TCAAGGGCAT 
GGAGGGATTA AACAACAGCG CGCCAAGAAA AGTCACCGTT AAGGGTCCCT ACTCGTTTAC 
TATTGGAGAC GTATCCGGCC TCGGTACGTA TCAGGGTGGC GGTTTGTTCA CACAGGTCAA 
GATGCCCAAG TTTATCGACT TCGAACCACT TTCCGAGCAG ATCAAGAAGC CGGAATTCCT 
GATTTCCGAT TTTGCCAAAT TTGATCGTCC TCAGCAGCTT CATATCGGGG TTCAAGCCCT 
CCACAAGTTT GCAGAAACCA AGGGACACTT CCCGCGTCCC CACCATGAGA GCGATGCCCA 
AGAATTACTA CAAATTGCAA ATGGCCTAGC ATCCAGTCAA GAAGAAAAGG TCGAACTAGA 
CGAGAAGCTT CTCAAGGAGC TGAGTTACCA GGCCCTAGGT GACCTCAACC CTTTGGCTGC 
TTTCTTCGGA GGCATTGTGG CGCAGGAGGT TCTCAAGGCA GTATCAGGAA AATTCGGACC 
AGTGCATCAA TGGCTTTATT TCGACTCCTT AGAGTCGCTG CCTACTTCGG TCACTCGTTC 
CGAGGAGACC TGTAAGCCTC TTGGGACGCG TTATGATGGC CAGATCGCCG TTTTTGGTAA 
AGAGTTCCAG GATAAGATTG CCAACCTGAC CCAGTTCCTT GTTGGTGCAG GCGCTATTGG 
GTGCGAGACT CTGAAGAACT GGGCCATGAT GGGTCTTGGA ACTGGCCCCA AGGGTAAAAT 
CTATGTCACA GATATGGACC AGATCGAAAA GAGCAATTTG AACCGGCAGT TCCTCTTCCG 
CAGCAAGGAT GTCGGCAAGC TCAAGAGTGA ATGTGCCTCT GCTGCAGCTG TGGCAATGAA 
CCCTGAGCTG GAAGGTAAAA TTGTTACACT CAAGGACCGC GTGGGACCGG ACACCGAGCA 
CATCTTCAAC GAGGAATTCT GGGAGGGTCT TGATGGAGTC ACAAATGCTC TGGATAATGT 
TGAGGCCCGA ACCTACGTTG ACCGTCGTTG CGTCTTCTTC AGAAAGCCAC TGCTTGAGAG 
TGGCACCCTG GGAACCAAAG GCAATACTCA GGTCGTCCTT CCTCGCATCA CCGAATCTTA 
TTCTAGCTCT CAGGATCCTC CTGAGAAGTC GTTTCCCATG TGTACCCTCA AGAGTTTCCC 
CAACCGGATT GAGCATACTA TCGCTTGGGC TAGGGACCTC TTCCAAACAT ATTTCGTTGG 
ACCTCCAGAG GCCGTCAACA TGTATCTGTC CCAGCCGAAC TATATCGAGC AAACGCTCAA 
GCAGGCTGGG AATGAGAAGC AGACTTTGGA GCACCTGCGC GACTTTTTAG TGACCGAGAA 
ACCTGCAAAC TTCGACGATT GTATCGTCTG GGCGCGTAAC CAGTTTGAAG CCCAGTACAA 
CAACGCCATC CAACAGCTGC TCTATAACTT CCCCCGAGAC TCAACTACCT CAACAGGCCA 
ACCGTTCTGG TCCGGGCCCA AGCGCGCTCC CACGCCACTC AAGTTTGATA GCACCAACCC 
TACGCATCTC GGTTTCATCA TTGCAGGCGC GAATCTCCAT GCTTACAACT ACGGAATCAA 
GAACCCTGGC GTTGATAAAG GATACTACAG AAAGATTGTG GATAACATGA TCATCCCCGA 
ATTTACGCCC AAATCTGGTG TTAAGATCCA GGCCAGTGAC AATGACCCGG ATCCAAATGC 
CGAGGCTTCC GGGTCTTCAT TCGATGACAA TGACGAGATC AAGCGTCTTG TTGAGATCCT 
GCCTTCTCCC AAGTCGCTTG AGGGCTTCCG TCTGAACCCC GTTGAGTTCG AGAAAGATGA 
CGACACAAAC CACCACATCG ATTTCATCAC TGCCGCTAGT AATCTACGCG CTGAGAACTA 
CGAGATTACT CCTGCTGATC GCCATAAGAC TAAATTCATT GCTGGAAAGA TTATTCCTGC 
CATTGCCACA ACCACCGCCC TAGTTACAGG TTTAGTTGCT CTGGAGCTGC TAAAGATCAT 
TGACGGCAAG GATGACATTG AGCAATACAA GAACGGATTC GTCAACCTTG CGCTGCCATT 
CTTCGGTTTC AGCGAGCCTA TTGCAAGCCC AAAAACAAAG TACCAAGGCA AGCAGGGTGA 
AGTGACTATT GACCAGATCT GGGACCGCTT TGAAGTGGAC GATATTCCCT TGCAGGACTT 
CCTCAAGCAC TTTTCAGACT TAGGCTTAGA GATCAGCATG GTAAGCTCTG GTGTGAGCCT 
ACTATATGCC AGCTTCTACG GCCCCTCGAA GGTGAAGGAC CGCCTTCCTA TGAAGTAAGT 
GCCATCTTGT AAGAATCAAA ACACCTCGTT ACTAATGTTC ATTTGCACCA GGATGAGCGA 
GTTGGTGGAA CATATCAGCA AAAAGCCAAT CCCCGATCAT CAAAAGAATG TTATCTTCGA 
GGTGACCGCT GAGGACCAGA CAGAACAGGA CGTTGAGATT CCGTATGTGA TGGTGAAGCG 
GAAGTAAAGC ACACGATCAG ATTTTCTGAT TGTGCGCACA TGTTTGCACA TTAAAATACA 
TAACCTCTCT CAGCCATAAA TATTCAGGCA ATCATACATC CTCATCTTAC TACAGATGTT 
AAG 

 

Protein sequence

MTDTKMQVDT PTQDTVEKIK QGDIDESLYS RQLYVLGHEA MKRMGSSNVL VVGLKGLGVE 
IAKNIALAGV KSLTLYDPAP VAISDLSSQF FLQPQDVGKP RAEVTAPRVA ELNSYVPVTI 
HEGSSLVENL EQLKRYQAIV LTLTPLKEQL VIADFCHKNG IYLTIADTFG LFGYLFNDFG 
KNFTVGDSTG EDPVGGIVAD ISEDGLVSAL DETRHGLEDG DFVTFTEVKG MEGLNNSAPR 
KVTVKGPYSF TIGDVSGLGT YQGGGLFTQV KMPKFIDFEP LSEQIKKPEF LISDFAKFDR 
PQQLHIGVQA LHKFAETKGH FPRPHHESDA QELLQIANGL ASSQEEKVEL DEKLLKELSY 
QALGDLNPLA AFFGGIVAQE VLKAVSGKFG PVHQWLYFDS LESLPTSVTR SEETCKPLGT 
RYDGQIAVFG KEFQDKIANL TQFLVGAGAI GCETLKNWAM MGLGTGPKGK IYVTDMDQIE 
KSNLNRQFLF RSKDVGKLKS ECASAAAVAM NPELEGKIVT LKDRVGPDTE HIFNEEFWEG 
LDGVTNALDN VEARTYVDRR CVFFRKPLLE SGTLGTKGNT QVVLPRITES YSSSQDPPEK 
SFPMCTLKSF PNRIEHTIAW ARDLFQTYFV GPPEAVNMYL SQPNYIEQTL KQAGNEKQTL 
EHLRDFLVTE KPANFDDCIV WARNQFEAQY NNAIQQLLYN FPRDSTTSTG QPFWSGPKRA 
PTPLKFDSTN PTHLGFIIAG ANLHAYNYGI KNPGVDKGYY RKIVDNMIIP EFTPKSGVKI 
QASDNDPDPN AEASGSSFDD NDEIKRLVEI LPSPKSLEGF RLNPVEFEKD DDTNHHIDFI 
TAASNLRAEN YEITPADRHK TKFIAGKIIP AIATTTALVT GLVALELLKI IDGKDDIEQY 
KNGFVNLALP FFGFSEPIAS PKTKYQGKQG EVTIDQIWDR FEVDDIPLQD FLKHFSDLGL 
EISMVSSGVS LLYASFYGPS KVKDRLPMKM SELVEHISKK PIPDHQKNVI FEVTAEDQTE 
QDVEIPYVMV KRK