Gene ANIA_04091 details

Gene Information

• Locus tag: ANIA_04091
• 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: 2050243
• End bp: 2054159
• Gene Length: 3917 bp
• Protein Length: 804 aa
• GC content: 51%
• Product: conserved hypothetical protein
• Protein accession: CBF74724
• Protein GI: 259481319

Plasmid Coverage information

• Num covering plasmid clones: 16
• 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

ATGCAAGGCA TCGTTGCCCT AGCTGTCAGT CTTACTCTAG GAGCCATGCC TTGTTTGACC 
TCCTTGAAGA CGAAGAGGTC CTTTCCACCA GCACCCTTGT CTACTGCAAC AGGTATGAGA 
AGTAAGTTTA GCCGGGCACC AGAGAAGAAT AATTCCTTTT TCGGATTCGA CTGACAGCGT 
CTGCTATACA GCTGAAAGGC TCCAGCGAAC CCTCCGCATT TACCGACTAC CAGACAGCCC 
TTCGCAACAT CGACACCTCG CAATCCATGC TAACCAGACC GGATTCTCTG TTGGCGACGA 
CTGTGTCGTC TACGCCAGTG ACGGCTCGGT GAGCAGAAAC TAGCGGCCAG AAGATCTATG 
GCATCGCAAT GACCATCCTA GACAACTGCA GCCACCATAA GGAGAGCTAT GCACAACAAC 
AGTGGCGAGT GCCATGTTAT GATCCACTAT CGCGTTTCGA GAAATTCCTA TGCTATATAG 
TAGCTCACTG TAGCTGGTCT GTATAAAATA ACCGCAGTAA CTTGTACTAA GATTACTTTA 
GGGCACAATG ATACAGTACG TCACAATTAC TCGCCCTCTG CAAGACATGA GTGAACAACT 
AGCTGAAGCT CCTAGCTAGC AGCTCCGTAA TTTAAATCTT TTAATCATAT ATTATCAAGA 
GTAGTTTGAG AAGCTACTTT ATCAGTTGCA TGTAATTCAT ACCAGTTGCT GCCTGGCCGA 
CGGCGCTACT TAGGGCACAG CCGCCTTAGT GAAATCAAAC TAACACCCGA GATCGGAGGC 
TTACGCTATC CTAGCGAGGT AAATCGCATC CTTGACCCTG ATGTATAGAA GTCTGCAGGT 
CCCGAAATTG ATACTAGACT CTCAAAGTAG ATTGGGCATC CGAACGTGGA AATCCAGTAG 
AGGTAGTGAG AGGATTGTTT AATGTAAGCC TACCATTCCT CGTAATGAGC CTCGTCGTTA 
AAAGTACCAA CAGGGGATTG TAGTTTTGCG ATGTTATTTC TTACGTCTAC CAGTTATTCT 
TATTTCGGAA GTCTATGCCT CAAACAGCTT AGGTACTGCT ACTGCAGCTA CTTCTTTTTG 
CGGAATGTTA CGTATCCTCA AGCATCCTCA TCATGGACTG ATTCTTGTTA AACCAGTCCC 
AGAGCTCAGC ACCCGGTAAA TCATCTGTAG GCCCACGTCC CCGAACAGCC CCATGCGCTC 
GGCAGTGTGT TTGACAAATT TCCAACGGCT TGGTGGGTAC CCAACGGGAG ACAGATTCAC 
AAGAAGACAA GATGCAGCGT GTTCAAGCAG CCGCGAAACT CGCCTTTGCA CATGACTTTA 
TCCAGAACCT GCCGCAAGGA TACCTCACGC GGATCGGAGA ACGAGGCAGC CTGCTCTCGG 
GCGGCCAGAA ACAGCGGATT GCCGTGGCCC GCAGTATGAT CTCGGAGCCC AAGGTTTTAC 
TCCTTGACGA AGCGACTAGT GCGCTCGACC CGCATGCCGA AGGAATTGTT CAGCAGGCTC 
TCGACAGCGC CTCAGCGAAC CGGACGACCG TTATCATTGC GCACAAACTC GCGACCATGC 
GCAATGCGGA TAAGATTGTG GTCATGTCCG AGGGCAAAAT CGCGAAACAG GGACAGCATG 
AGGAGTTGGT AGTTAGAGCG GCGTCTATGC CTCGCTTGTT AAAGCTCAAG ACCTCACGCC 
GGCTAATGTC GAAGGAAATG GCAACTTGGG AGAGACAAGC ACGTCCGACG AGGATTCGGA 
GGAGGGAAAC ATTCAATCTC TGCTCAGGCC GTGGACAACC GATGCGCAGG CGCAGCAGCT 
GGCGGCACTA AAGGACCAAG AAGACTACAA GTTATATGGA GAGACGGGAA TCATTCATAA 
TATATGGAAA CTCCTGACAG GGACACCCGG ACTATGGCTT TGGTTCGTCG TCACAACAGC 
CACATATATC GCAGGAGGTG AGTTTTCAAC AGAGAAAGGC TTTCATAGTT AGCCCTAATT 
TCTCGCACTT GCTCACCAAT GCTATCGCAG CTGCCGTCAA CCCCAGGCAA ATTCTTTTGT 
TAGGCAATAT CCTGAGTGTC TTCGATTCTC CCAACTTCAT TGCTCGTGGT AATTTCATTG 
TGCTGATGTT CTTCGTCATG TCGATTGGCA TTCTCGTTAT ATACTTTGTG GTGGGCTGGT 
CTACGAATAC TATCGCGCAG GTAAGAGCTG AACTTCATGT AACTTGAGGC GGTTGATGTC 
CAAGTTCCGT TTTGATCACA TTGGCAAAGC TGACCCAAGC GCACCATTTT AGACCCTCAG 
CAGGAAGCTG CGTCGAGTGA TCTTCCTGTC CTTTCTCCGT CAGGACCTCC AATTTTTCGA 
TCAACCTGAG AACACTGTCG GCGCACTGAT CAGCAGACTC GACTCTTACC CGCAGGCTAT 
ACTAGAACTG ATGGGGTTCA CTGTGGCCAT CATCCTCATG TCGGCAATCA ACATTGTCGC 
ATCGAGCGTT CTCGTGATCG CCGTGTCCTG GAAACTAGGT TTAGTTGGTG TCTTTGCTGG 
GTTGCCACCT ATGATGGTAG GAGGCCTCGC GCGTGCCAGA ATTGAGGCGA AAATGGACGA 
GGAGGTAGGG CAGAGGATGT CGGCAAGTGC ATCGGTGGCT TCAGAGACAG CCCTGGCCAT 
CCGTACTATG TCATCGCTTG TACTCGAAAA CACGGCATTA AAGATGTATG TTCACGAGCT 
TGATATGGCA ATCTCGCAGA CGAGCCGGGC CATGTTCCAC ATGATGTGAT TCTCGCTCAC 
GCAATCCGTC GAGTATTTTG TGCTAGCGCT AGGTTTTTGG TTAGTTTTGC CTCCTATATT 
AAGGGGCGTC ATGTTGATCG ATTCCCACGA ACAGATGGGG ATCAAAGCTG ATCAATGACG 
GCGAAATCAG CTTGTATCAA TTTATCGTTT CATTCATGGT CGTTTACTTC TCCGGTCAAG 
CCACCGCGCT GGCCTTCAGT TCGCCAGCAG TGAGTCTAGC CAAGCGCGAT TTGGTTTATA 
GGGATCATTG GCAGGTTCTC TCACCTGGAT TCACCAAGGC AAACCAAGCT GCCAACTACT 
ACTTCTGGCT TGACATGATC GACGGGACAG TCCGTGGAAC TGACGACAAC CGCAACGAGG 
GCCCTAAGGA CGGATGCCGC TCTATTGACT TCGAAGACGT GCGCTCTGCT CTGATTTTTC 
GGATTGAACC ATGTCCGGCC CACTAACACT ACATAATCCA GATCCGACGC GGCGCCTTTA 
TAGCCCTCGT TGGCGCATTG GGCTGCGGAA AAAGTACCAT GATTTTCGCT TCTCGAGCGC 
TTCTACGACC CGACAAGCGG CTCCATAGAT ATAAACACGT CAACGCCGCT GCCAACCCTA 
AACCCGCCTA TCGCAGACAA TTATCACTAG TGCAACAGGA ACCAACTCTC TTCTTGGGTA 
CTATCCGCGA GAACATTTTG CAGGGCATAC CAGACTTCGG CCTCAACGCA TCAAGAACAG 
AAACTGGATC AAACTCGGAC TGGGCAATAG AAGAAGCATG CCGTGCCGCC AACGTATGGG 
ACTTCATGTC CTCGCTCCCT GAGGGCCTCG ACACGCCTTG CGGGAGCGGC ACCAGTATCC 
AGCTCTCCGG CGGTCAGCGG CAGCGAATTG CAATCGCGCG CGCCCTAATA CGCAAACCGA 
ACGTGCTTCT TCTCGACGAG GCGACGAGCG CGCTGGACAC GGAGTCCGAG AAGCTGGTGC 
AGGGTGCGCT AACTGAGGCA GCAGCGGAGC AGAATAGGAT TACGGTTGCG GTGGCGCATT 
GGCTTTCGAC GGTCCGTGAT GCGGACTGTA TCTTTGTCTT TCATGCGGGT AGAATTGTGG 
AGTTTGGGTC GCATAGCGAG CTGCTTAGCC GGGGTGGAAT GTATGCTGCG ATGTGCGAGG 
CCAGAAGCTG GATGTGA 

 

Protein sequence

MQGIVALAVS LTLGAMPCLT SLKTKRSFPP APLSTATGMR TERLQRTLRI YRLPDSPSQH 
RHLAIHANQT GFSVGDDCVV YASDGSGTMI QSLQVPKLIL DSQNSQEDKM QRVQAAAKLA 
FAHDFIQNLP QGYLTRIGER GSLLSGGQKQ RIAVARSMIS EPKVLLLDEA TSALDPHAEG 
IVQQALDSAS ANRTTVIIAH KLATMRNADK IVVMSEGKIA KQGQHEELAQ QLAALKDQED 
YKLYGETGII HNIWKLLTGT PGLWLWFVVT TATYIAGAAV NPRQILLLGN ILSVFDSPNF 
IARGNFIVLM FFVMSIGILV IYFVVGWSTN TIAQTLSRKL RRVIFLSFLR QDLQFFDQPE 
NTVGALISRL DSYPQAILEL MGFTVAIILM SAINIVASSV LVIAVSWKLG LVGVFAGLPP 
MMVGGLARAR IEAKMDEEVG QRMSASASVA SETALAIRTM SSLVLENTAL KIWGSKLIND 
GEISLYQFIV SFMVVYFSGQ ATALAFSSPA VSLAKRDLVY RDHWQVLSPG FTKANQAANY 
YFWLDMIDGT VRGTDDNRNE GPKDGCRSID FEDIRRGAFI ALVGALGCGK STMIFASRAL 
LRPDKRLHRY KHVNAAANPK PAYRRQLSLV QQEPTLFLGT IRENILQGIP DFGLNASRTE 
TGSNSDWAIE EACRAANVWD FMSSLPEGLD TPCGSGTSIQ LSGGQRQRIA IARALIRKPN 
VLLLDEATSA LDTESEKLVQ GALTEAAAEQ NRITVAVAHW LSTVRDADCI FVFHAGRIVE 
FGSHSELLSR GGMYAAMCEA RSWM