Gene ANIA_07604 details

Gene Information

• Locus tag: ANIA_07604
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001304
• Strand: -
• Start bp: 2056239
• End bp: 2059728
• Gene Length: 3490 bp
• Protein Length: 960 aa
• GC content: 51%
• Product: DDHD domain protein (AFU_orthologue; AFUA_2G15540)
• Protein accession: CBF79724
• Protein GI: 259483931

Plasmid Coverage information

• Num covering plasmid clones: 22
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 26
• Fosmid unclonability p-value: 0.0158585
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

GTATCCCTCA GTTATGTGGT AGAAACAATA AATCAAGTCT CGCATTATCT TTAAGTTCGT 
GGCCGCTGCC TCTTGATGTC ATCCCTTGCA AAAGGTCATC TGGTCCTCAT TAGGACAGAC 
TCCAGCCAAA GCTTCGAGCT CTGCTAGTAA GGATGAGTGT GGTGTTTGAC TAACCTGCGT 
CAGCCGCTGT TCTCTTCGCT TTCCGTTGTT TGTTTTCAAA ACCGCTCCGA ATATTAATAA 
TGGCTGGCCC TCTACATACT TACGGACCGA CGTGCCTCCT CGCTGGCGAC GATCCAGACC 
CCTCTACCTG GCACTCTCTC ACCCAGCCGC CACGACCTCG TCCTCAATTC TTCTACGTCT 
CATCTCTGCC GATAGACGAT CCTCTCAGCT CACTACCACC TCCGTCCAGT GGCCAGTCTT 
TCGACGAGCG GGTACCGCCG CAGCCGTTTT CCGTTAGAGA CAATATCTCG CTAGAAGCAG 
CTTGGTTATC GATACGCGTA CAGAACCTCA AGGCGACCAG GAAGCGGAAA GGTTTCGGAG 
CAGATGCGTT AGAAATAAAC GCCGGGATAG CCGTTCCTGG GAAAGAGCGT GCGGGAACTG 
CAGATGGCCA AGCAGACAGC CTGGGGAGAA CTGGTCGTCG ACGAAACCGT GGCGCTGGCA 
CTTCTTCCGA TTCTCATATG CAAGCCTTGC CGCAAAGACT AGCGTCTCGG TATAATGATG 
ATTTCGGCAG CGGGGAGTAT CAGGGTAGTG AATTGAAACA GTCGAGTGAT CAGTCAGCAC 
CGAACAGCAG CATGGGGGGT AGCTTCTCGA CAAGCAGCGC AGCGTATCGG AAAAGAGAAC 
TCTCTCCGGT TGGCAACGCA AAGAGTTTCC GGCGAAAGAT CGGGGAGTCG GGAGATGATT 
CAGGTTTTGA CCCTGGAAGC GTAGGTTCAC TTGGTCATCA CTCTCGCGAC GGCAGCATCA 
GTGGATCACC TTTCATCAGG GTTCCTGTTA CCCAGCCGTC CAGCCCTTTG TCTCATTCCA 
TTGACTCCAT TTCGGTGAGA GATGGAACTC AGAGTCTTCA GGAGCAAACT GCGAGCCAGA 
CCTACACAGC GTCGAAGCCT TCTGGGCTCA GAACTAGCAC TTATCAGGAG GAAGTGCGAG 
ACCACTCTAC GGAGCATACT GATGTCGATT CAGAAGACGA GGAGCCCTCC GCGAAAATCC 
CGGTCGGCGT GTCTCGACTT CACCTAGTCG AATTGCCAAA TTTAAAGGTA CTTTTTACTA 
ACCTATATGA TCATCTGTAT ACTTATAACT CGTAGATGAA ACCGATTTAC TGGAGTCCAC 
TACACGATAT ATCAAATGTT CTCCGCGCAA CCTGGTTTTA CAAGAATACA ATGTTACCGG 
TAGAGACCGA ACTCGCCAAT CGATTAGAAG AGGGATATAT CTATCTGAAA CCCTGGACCC 
AGACGTGGCA AGACGAACTG AACAGCTGTG TGGAGAACGG AGCTGATGCT GAATTAAAGA 
TCGTGCATCG GTTATGGCCC AAGGATAGCA TCTCCTCGAG CATAGATGCT AACATTCGAG 
AGGTCGAAGG TCATGGTTCG GAGTCGGCAG ACTATGTTGA CTTCTGGGCC TCCGGTAGCT 
CAGGTGCACA TGCTGCGGCT GTCAAGCCTT ACATGAACTC GAGCGTCGTG TATGCCGATG 
GAACGAACGC ACAGATCCTT CGCCCTAGTC TGCTGCCTTC AGTATCGAGA GGAAGGAGAC 
CGCTTAGTGC CATAAGAAAA GGACGCCAAA TTGGTATACC TGTCGTCCGC GGTTTTAGCC 
GCAAACAGTG GGAGCGATTG CACCCGTCCA AGCCTAGCCC TGTGGATGTT CGAAACTACC 
TTCGCAGAGC TCAAGACAAA ACAATGAGGC CGAGCCGAGC CGGCGAGATC TGCTATGCCT 
GCGCCATGGA GGAAGCGAGA CCTACGCCAA CTGACTTAGT CTTTGTCATA CATGGCATTG 
GGCAGAAGCT CTCGGAGCGC ATGGAGAGCT TCCACTTCAC CCATGCCATC AACGCCTTTC 
GACGTCAGGT CAATGTGGAA CTAAATAGTG AAGAAGTATG GCCACATGTG CGCGAGGGCC 
ACAGTGGAAT CATGGTACTC CCTATAAACT GGCGGTCAAC TCTGTCCTTG GAGGACTCCA 
ATCTCGAAGC TCAGGTTACA GACGACCCTG CTGCGAATCA TTTCAGTTTA AAGGATATCA 
CCCCAGAGAC AATACCAGCT GTCCGGTCCC TAATCAGCGA CGTCATCCTC GACATTCCTT 
ATTACCTATC ACACCACAAA CCGAAGATGA TCCAGGCCGT CGTAAAAGAG GCTAATCGGG 
TATTTCGTCT GTGGTGCAAG AACAACCCTG GTTTCCAACA AAATGGCCGC GTCCATTTGG 
TTGCGCACTC ACTTGGGAGC GCAATGGCAG TAGACATCCT CAGTCACCAG CCGACCAAAA 
TTCCGGATTT TGACTTCTCC AATACCTCCA TCCACCCAGA CATATTCGAG TTTGACACGA 
AGAACCTCTT CATCTGCGGA AGTCCAGTGG GCTTGTTCCT ATTTATCAAT AAAGGTATGA 
TATGCTCACT CTCAGAACCG TTAATTGCTG ATACTCATCC TATGATAGCG AACCTTTCTC 
CCAGAAAAGG ACGTGATAAG CCAGGCTCTG AGGGAGACGA CCGGCTGTGC GGAGTAGCAG 
GCGAGGCAGA CACATACGGC TGCTTGGCCG TGGACAATTT GTACAACATA ATGCATACCA 
CAGACCGTAT GTCGATTGGA ATTATATCCC ATACTCATTC TCACTAACTC TCTAGCCATC 
GCGTATCGTG TGAACGCCGC AGTCGACAGT GATCTCGCCA ATTCACTAAA ACCCGCCATG 
ATCCCAGGCT CAACATCCAC ATTCTGGCGC TCCTTCGGCA GTGCCTTCCG CTGGAGCAGC 
TCCACAGCGT CTGTGCCCGA GCGTCCCTCC GTAATAGCAA AGCTACCATC AAACGTGGAA 
ATGGAAACAC ACGATTTCAC ACGCGAGGAG ATAGCCGAAA AACGAATGCT CCTGCTGAAC 
GATAACGGCC AAGTTGACTA CTTCCTGACT GGAGGCGGTG GTGCCTTGAA TATTCAATAC 
CTCAACATGC TTAGCGCGCA TAGCAGCTAC TGGACGCTCA CGGACTTCGT GCGATTCCTC 
GTTATAGAGA TCGCTCGGAA GCAGAGTCGC GACGCAGTCT TGCCGGCATT GAGGGCGGAG 
AAGAAGAAGG GATGGAAGTA CCATAAAGGG TGATATTCTC CGTAGGCGAA TGCGGTGCTC 
TGAAGAAGTT AGGTTTTGTT GGAATGTTGC TCGAGGTGAT TGGAGAACTA CACGATGACA 
CATAGATACC CTACTCATTG ATCTCGTTTG CTTTTTGTTT TCTTCTTGCT TTCTACACTT 
ATATCACATC TACTTCCAAA TCTATATCAT CATAGAAACC ATTTGCTAGG ATAATAGCAA 
TACTTGATAT 

 

Protein sequence

MAGPLHTYGP TCLLAGDDPD PSTWHSLTQP PRPRPQFFYV SSLPIDDPLS SLPPPSSGQS 
FDERVPPQPF SVRDNISLEA AWLSIRVQNL KATRKRKGFG ADALEINAGI AVPGKERAGT 
ADGQADSLGR TGRRRNRGAG TSSDSHMQAL PQRLASRYND DFGSGEYQGS ELKQSSDQSA 
PNSSMGGSFS TSSAAYRKRE LSPVGNAKSF RRKIGESGDD SGFDPGSVGS LGHHSRDGSI 
SGSPFIRVPV TQPSSPLSHS IDSISVRDGT QSLQEQTASQ TYTASKPSGL RTSTYQEEVR 
DHSTEHTDVD SEDEEPSAKI PVGVSRLHLV ELPNLKMKPI YWSPLHDISN VLRATWFYKN 
TMLPVETELA NRLEEGYIYL KPWTQTWQDE LNSCVENGAD AELKIVHRLW PKDSISSSID 
ANIREVEGHG SESADYVDFW ASGSSGAHAA AVKPYMNSSV VYADGTNAQI LRPSLLPSVS 
RGRRPLSAIR KGRQIGIPVV RGFSRKQWER LHPSKPSPVD VRNYLRRAQD KTMRPSRAGE 
ICYACAMEEA RPTPTDLVFV IHGIGQKLSE RMESFHFTHA INAFRRQVNV ELNSEEVWPH 
VREGHSGIMV LPINWRSTLS LEDSNLEAQV TDDPAANHFS LKDITPETIP AVRSLISDVI 
LDIPYYLSHH KPKMIQAVVK EANRVFRLWC KNNPGFQQNG RVHLVAHSLG SAMAVDILSH 
QPTKIPDFDF SNTSIHPDIF EFDTKNLFIC GSPVGLFLFI NKANLSPRKG RDKPGSEGDD 
RLCGVAGEAD TYGCLAVDNL YNIMHTTDPI AYRVNAAVDS DLANSLKPAM IPGSTSTFWR 
SFGSAFRWSS STASVPERPS VIAKLPSNVE METHDFTREE IAEKRMLLLN DNGQVDYFLT 
GGGGALNIQY LNMLSAHSSY WTLTDFVRFL VIEIARKQSR DAVLPALRAE KKKGWKYHKG