Gene ANIA_01874 details

Gene Information

• Locus tag: ANIA_01874
• 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: 2064139
• End bp: 2067706
• Gene Length: 3568 bp
• Protein Length: 1146 aa
• GC content: 51%
• Product: HECT domain protein (AFU_orthologue; AFUA_2G04450)
• Protein accession: CBF85733
• Protein GI: 259487227

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: 42
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGATAATG CAGCGGAGAA AAGACCAGAG GTGCGGTATT TGGGCAATGA CGTTGCGATG 
AGCGCCTCAA CACCGCATGG ATCGCCAGAG CCCAGCAACA ACCCGGTCCT GCGAATGAAA 
GACCCAAAAT CCTTTACTCA AAATTTGTTT GATACTCTCG CGTTGAGAAT GATTGAATGG 
CTACCGCTCC GTCGCTCTCC CGGCTCGTTT GACCTTGACC ACAGCCGCTC AATCAACCGC 
GAAACTCCCC GGTCTCCGAA TTCGGATACC TGTCAAGCTC ATGTAGATTC GGACAAGGAT 
CAACCTCATT ACAGACAGCG TCCATATCAA GCCGGCGGCG GAAGTAACCC CCAAACTCCT 
TCGTCGCGGA GTGCCGGAGG TCAAACTACT GCAATGGAAT GGAGACTACC GAACCAGCAA 
TTCAAACGGC TATCGCTAAC GGAGGTTGAT TTGCGGCGCT CAAATTCGAA ATCAAGTCTT 
GATGAGAAGT CACTGCCTGA ATTGAAACCG GCGCGAAAGC TCTCAGTCAG TGCACATACG 
GATGCAAGTG CTGATGACTT TGTCAATCTC CCTTCGCCGC CGGCGCTCAA GCATCGTCCT 
CAAAAACATC GCGGAAGAGC TGTTGATGCG AATCCTACTC AACCGCATGA ACAACCGAGA 
AAGGAGAGAC GTGTCTCTTG GGACGGAGCG AAGTTCTTAA ATGATGTTCA GTCCTTACAC 
CAGCAGGACA ATAAATCGCA CACTCCGAAA CACCAGCCAA ATTCTGACCA TTGTCATCAT 
AACAGCTCGC ACATGGTACA AGAAGTTTCT GCCATCCAGT CGCTAAGTCA TCTTAATAGC 
GAGATAATTG ACGGTTTGCA ACGAATGCTT ATACTCTCTG ACGAGGAAGC TGAGAAATGG 
AGGGAGGAGC TGGCTTTGAT GGAAATGAGC GGCAGTTTCG AGGATGCAGA CACGCGAGTT 
GCAACTCCTC GGCAGCGTGC AGTGTTCACA TTCATTACAC AGAGCGTCTT CTATGCTCTC 
GGAAGTACTA GACAGCTTTT GCGCTCATTT CGGGAGGGTG CGAGTCACCC AGCCAATAAA 
CTTGACCTCC AACAGCTCCA GCCTGCATTA CGGAAACTCT TCTCCATCTG TCCCAAGGAC 
ATCATATTTC ACAGCCTTTG GAATGCTTTG GAGGCCTTGT TTGTTCCACC TAGGGAGCTG 
TCAACGTCAG GGAGATCCTC CCGTCGTTCA TCTTCCAATT CTAACCCTGC CACTACTGTC 
TCTGCCCCCA TTATTATCCG CCGTGCGTCC GAGACTGTCG GCCACCAGTA CGTTACCGAT 
GCCAATGCAG CGGATGTTAC AGCGGTTGTT CTTTTCGCAT TAGCAAGTTC TCTTCCCGAA 
ATAGATCCTT CAACTTGGAG CTGTATGGTT CGAATGCGAT CCACTGGGAA CGTGGCGATG 
AGCGCTGTCA TGGAGCTGTT TCGGCTGCGT GAGGCCCAGC TGGTTGTTGA AGCTACAGAC 
GTGCTAGAAC ATGAGCTGGC TCTTCGGTTA GTTGATCGTT TGGTACGCGC CCTTACCGCG 
AGGTTAGCAT TCCACGAAAT ATCCAAAACT CGTTCTGGGT ATATCCAAGA TTCATCGAAA 
CGTAAAAACA ACGTTTTGGA CTACCTCATC GAAACACTCG GTCAGCATCA TGATCTTGTG 
ACAGAGCGAA AGAACCACGG GGACACGAGC CTGCGCTCAC CGAGCACCCC GGCGATCATC 
ACCGAGTGGC TACGTACCCT TTTCATGAAA AGTTGGGATG GGAATCCTGA AATATCGAGA 
AGCAGTTCAC AAGGGGGTGT CGTACAGATT CTGTCGGTAC TTCATAAAGA GCGGACCCGC 
CTTGGCCTTG CGTCGGAGGA TTTCTATACA CCTTTTCTTT CTGAACGCCT GGATCCTCTC 
GAAATGCCTG TGCAATGGTT GGCAAGAGTG CCTAATAATA AGACACTCCA TCTGTTGTCT 
TACTCGTTTT TATTCCCGCC CTCCGCCCTA GTCATATACT TCCGTGCTCT TAACTATTCA 
GCCATGTCAA AATATTATGA AGCAGCCTTG ACAACCACGA AACATGTGTA TCAGACTGCC 
TTTGGTGCTA TGGATATCCA GGATGATGTT GGCCTTATTC CTAGATTGCG AACCTCAATG 
ACCACCTATT TTGTCCTTGT TATCCGGCGA GATAACATAC TCACAGACGC CTTGAACCAG 
CTTTGGCGGC GGGAAAGACG TGAGCTTATG CGGCCCCTGA AGGTCCAAAT GGGCATGGAT 
GAAGGGGAGG AGGGGCTCGA TCACGGCGGC GTACAACAAG AATTCTTCCG GTTGTTGATG 
GCGGAGGCTC TTGATCCATC ATACGGCATG TTCACAACGG ATAGTCGCAC GCGGTGCTCA 
TGGTTTCAAC CTTGCTCATG GGAGCCGCTC TACAAGTTTG AAATTCTTGG GTTATTGATG 
TCACTCGCAG TTTACAATGG CCTGACCCTC CCTGTGAATT TCCCATTAGC ATTTTATAGG 
AAGCTACTGG GATTGAAGGT CAAGCACTTG GACCATATTC GCGACGGGTG GCCGGAGCTG 
ACCCGTGGTT TGGAAGAGCT ACTACGTTGG AATGAAGGCG ATGTCGCAGA TATTTTCATG 
AGGACGTATG AGTTCGGTTT CGAGGCCTTT GGCCGCGTTG AGACGGTTGA TATGGAAAAG 
GTCGATAGAG ATGCACCGTG GCCGAACTCA CTGCCTCCAC AGTCCGGCCG CTCTGTGCGA 
TACTCTCCGT CGTGGTCCGA TGTCGGCCGT TATACCGACC TAGCAAGTCT AAGCCCGCCC 
TCATCCATGG CTGCTGAAAC GGCCGATTCA CAAGATGATA CCGCCAAATC AGCTATAAGC 
CTGCCCCCTT TGCCCTCGCC TACTTCCCCA GCCGAGGAAG CCTCTTTGGT GACCAACGAA 
AATCGTGGCC AATTCGTCAA GGACTACATT TTCTGGCTGA CCGACAAGTC TATTCGCCCC 
CAATTTGAAG CCTTTGCACA GGGCTTCTAT ACCTGCCTCG ACCGAACATC TCTGTCTATC 
TTCACACCCG AAGCGCTGAA GACTGTGGTT GAAGGCATCC AGGAAATTGA CATTGCAGAA 
CTGGAACGTC ACGCGCGCTA TGAGGGCGGC TTCGGTGCGG GCCACCGGGT TATCCAGGAC 
TTTTGGAGTA TCGCGCATCA ATTCTCCGCC GAGAAGAAGG CGCAGCTGCT GGAGTTTGTC 
ACAGCGAGCG ACCGAGTGCC GGTCAATGGG ATTTCGAGCA TTATGTTTGT TATCCAAAAA 
AATGGCGTGG GTGATGCTGT AAGTTTGACT GATCCAAATT GAATGGGCTT GACTAATAAT 
GAGGTTCAGC GCCTTCCAAC CAGTTTGACC TGCTTTGGAC GACTCCTGCT GCCCGAGTAC 
TCTTCGAAGA GCGTGCTGGA AGAGAAGCTG AACAAGGCAT TGGAGAATGC GCGGGGATTC 
GGCGTTGCGT GATGGGTCGA TCGGCTGGCG TCTCTATATA TTCGAATGTA TATAGGTAGA 
TCAATTATAC ACTTCTAATT CCACTCGA 

 

Protein sequence

MDNAAEKRPE VRYLGNDVAM SASTPHGSPE PSNNPVLRMK DPKSFTQNLF DTLALRMIEW 
LPLRRSPGSF DLDHSRSINR ETPRSPNSDT CQAHVDSDKD QPHYRQRPYQ AGGGSNPQTP 
SSRSAGGQTT AMEWRLPNQQ FKRLSLTEVD LRRSNSKSSL DEKSLPELKP ARKLSVSAHT 
DASADDFVNL PSPPALKHRP QKHRGRAVDA NPTQPHEQPR KERRVSWDGA KFLNDVQSLH 
QQDNKSHTPK HQPNSDHCHH NSSHMVQEVS AIQSLSHLNS EIIDGLQRML ILSDEEAEKW 
REELALMEMS GSFEDADTRV ATPRQRAVFT FITQSVFYAL GSTRQLLRSF REGASHPANK 
LDLQQLQPAL RKLFSICPKD IIFHSLWNAL EALFVPPREL STSGRSSRRS SSNSNPATTV 
SAPIIIRRAS ETVGHQYVTD ANAADVTAVV LFALASSLPE IDPSTWSCMV RMRSTGNVAM 
SAVMELFRLR EAQLVVEATD VLEHELALRL VDRLVRALTA RLAFHEISKT RSGYIQDSSK 
RKNNVLDYLI ETLGQHHDLV TERKNHGDTS LRSPSTPAII TEWLRTLFMK SWDGNPEISR 
SSSQGGVVQI LSVLHKERTR LGLASEDFYT PFLSERLDPL EMPVQWLARV PNNKTLHLLS 
YSFLFPPSAL VIYFRALNYS AMSKYYEAAL TTTKHVYQTA FGAMDIQDDV GLIPRLRTSM 
TTYFVLVIRR DNILTDALNQ LWRRERRELM RPLKVQMGMD EGEEGLDHGG VQQEFFRLLM 
AEALDPSYGM FTTDSRTRCS WFQPCSWEPL YKFEILGLLM SLAVYNGLTL PVNFPLAFYR 
KLLGLKVKHL DHIRDGWPEL TRGLEELLRW NEGDVADIFM RTYEFGFEAF GRVETVDMEK 
VDRDAPWPNS LPPQSGRSVR YSPSWSDVGR YTDLASLSPP SSMAAETADS QDDTAKSAIS 
LPPLPSPTSP AEEASLVTNE NRGQFVKDYI FWLTDKSIRP QFEAFAQGFY TCLDRTSLSI 
FTPEALKTVV EGIQEIDIAE LERHARYEGG FGAGHRVIQD FWSIAHQFSA EKKAQLLEFV 
TASDRVPVNG ISSIMFVIQK NGVGDARLPT SLTCFGRLLL PEYSSKSVLE EKLNKALENA 
RGFGVA