Gene ANIA_05643 details

Gene Information

• Locus tag: ANIA_05643
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001305
• Strand: -
• Start bp: 1855823
• End bp: 1859437
• Gene Length: 3615 bp
• Protein Length: 1111 aa
• GC content: 50%
• Product: SNF2 family helicase/ATPase, putative (AFU_orthologue; AFUA_4G13460)
• Protein accession: CBF81492
• Protein GI: 259484887

Plasmid Coverage information

• Num covering plasmid clones: 18
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 55
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGCTCCTG CTGCCGTTCC GACTTCCGAC CCGCCTTCCC AGGCAGATAC TCCCATGACA 
GACGCAAATG AGGAGATTAC TTCAGTGCCC GTAGACCCTC TAGATGCGAA GATGACAGTA 
TGTTGCCGAA AGCTCATTTC CCTTAGCCCT CAGCCCGCCC TCAGCCCATT TGATATTGTT 
ACTGAGCCCT GAACACTGCT AAGCTGACGA CCTATTAGGA TACGCCTGAC TACACGGTAA 
ATATCTGCGA CCGCCGAGCA GATTGTTTCA TCTTGCATCA GCTAACTTAG CATTGCCAGG 
ATTCCGATAC GAACCCGAAC ACCACTGCAA GCAGTGTTGC AGGCGATGTA GTTCCATCAG 
ACGGCCGAAG GCGAAGGTCC GAGGCCTTTC AAATGAGGAA GAATATGTTT GGCAAGAAAC 
ATGGCTCCCT GAATGAGAAT AAGGTTAGAC CAGATGCTCT ATACAAATAG CGTGCTGTGT 
ATCTTACACG TGTTCTGTTA TAGGATGATG ACTCTATCCG GAGGTTTCGC TATCTACTTG 
GACTCACAGA TCTCTTCCGT CACTTCATCG AGTCAAATCC AAATCCCAGA ATCAAAGAGA 
TTATGGCGGA AATCGACAGG CAAGATGCAG AAGAAGCAGC AAAGTCCAAG CGGAAAGTCT 
CTGCGCGGTC AGGAGGTGCA AGCGGCGAGC GAAGACGGCG GACGGAACAA GAAGAGGATG 
CCGAGCTTCT TAGCGACGAG AAACGTGGTG GAGGAACCAA CACAATCTTT CGAGAATCGC 
CGCCATTCAT TCAGGGCGAA ATGCGTGACT ATCAAATTGC TGGACTGAAT TGGTTGGTTT 
CCTTACACGA GAATGGCATT TCGGGAATCT TGGCGGATGA GATGGGTCTA GGCAAGACTC 
TTCAGACGAT CTCATTTATT GGCTATCTTC GACACCTCTG CGACATCACT GGTCCTCATC 
TCGTCGCGGT CCCCAAATCC ACCTTGGACA ACTGGAAGAG AGAGTTCCAT AAATGGACCC 
CGGAAGTCAA TGTGTTAGTC CTACAAGGAG ACAAGGAGGA GCGTCACAAG TTGATTAACG 
AGAGGCTTCT GGACGAGGAT TTCGATGTCT GCATCACTAG CTACGAAATG ATTCTCCGGG 
AAAAGTCGCA CCTGAAGAAG TTTGCTTGGG AGTATATCAT TATTGATGAA GCTCATCGGA 
TTAAGAACGA GGAGTCATCG CTCGCCCAGA TCATCCGCGT CTTCAACTCT CGGAATCGCC 
TCCTAATCAC TGGTACTCCG CTTCAGAACA ACCTCCACGA ATTGTGGGCT CTTCTCAATT 
TTTTGTTGCC CGATGTCTTT GGTGATTCTG AAGCCTTCGA TCAGTGGTTT TCAAACCAGG 
AAGCGGATCA GGATACTGTT GTGCAACAAC TTCATCGTGT TCTGCGACCA TTCCTTCTTC 
GCCGCGTGAA GAGTGATGTC GAAAAGAGTT TACTTCCGAA GAAGGAAGTT AATCTATACG 
TCCCCATGTC CAGCATGCAA GTAAAATGGT ATCAAAAAAT TCTTGAGAAA GATATTGATG 
CCGTTAATGG AGCCGGCGGT AAGAAAGAGT CCAAAACTCG CTTACTGAAT ATCGTCATGC 
AACTGCGCAA ATGCTGCAAC CATCCCTACC TCTTCGAAGG GGCAGAAGAG GGTCCTCCTT 
ACACTAACGA CGTACATATC ATCAACAATT CTGGTAAAAT GGTGATTCTC GACAAACTTC 
TTGCTCGCAT GCAGGCGCAG GGGAGCAGAG TTCTCATTTT CTCTCAGATG AGTCGTGTTC 
TGGACATTTT GGAGGACTAC TGCGCGCTCC GAAAGTACCA ATACTGTCGA ATTGATGGCA 
CTACAGCTCA TGAGGATCGA ATTGCCGCCA TCGATGAATA TAATAAACCA GATTCGGATA 
AGTTTATTTT CCTCCTAACC ACAAGAGCGG GAGGGTTGGG TATCAACTTG ACGACTGCGG 
ATATCGTTGT GCTGTATGAC AGCGACTGGA ATCCGCAGGC CGATTTGCAG GCAATGGATC 
GTGCTCACCG CATTGGTCAA ACGAAACAGG TCGTTGTATA CCGGTTTATC ACCGAATCAG 
CCATAGAAGA GAGAGTTCTG GAACGTGCTG CGCAGAAATT GCGATTGGAT CAGCTTGTTA 
TTCAACAAGG TCGGGCTCAG CAACAGGCCA AGAATACCGC TTCCAAAGAT GAGTTGCTCG 
GTATGATCCA ACATGGAGCT GCGGAGATCT TCAACAAGCA GGGTGGAACG AGTACGCTGC 
AGGAGGGTAA GGATATAACC GACGACGACA TCGATGCAAT TTTGCGTAAG GGTGAAGAGA 
GAACGGCGGA ACTTAGCAAG AAATACGAGC AACTGGGTAT CGACGACTTG CAGAAGTTCA 
ACTCCGAAAG TGCCTACGAG TGGAACGGTA AAGACTTTAC TACAGACAAG AAGAAAGACA 
TCGGAATCCA CTGGATTAAC CCTGCGAAGC GTGAGAGGAA AGAGCAGTTC TACTCCATAG 
ACAAATACTA CCGCCAGGCC CTGGCTACTG GTGGACGAAC GGCTGATCCA AAACCTAAAG 
TGCCTCGAGC ACCGAAGCAG ATCGCTATTC ACGACTGGCA GTTCTTCCCT CCTGGCCTCC 
AAGAGCTTCA AGACAAGGAA ACGGCCTATT TCCATAAAGA AATCGGTTAC AAAGTTCCTC 
TTCCCGATGG ACCTGAGGAA CTCACACACC GTGAGGCGGA ACGTGACCTC GAGCAGGCTA 
TGATTGACAA TGCGGCGCCT CTGACTGAAG CGGAACAGGC GGAGAAAACG AAGCTATCAG 
AGCAAGGTTT TTCAGATTGG AACCGTCGTG ATTTCCAGCA GTTCATCAAC GGATCTGCCA 
AATTCGGCCG CACAGACTAC GCCGGCATCG CCACTGAAGT AGACAGCAAG GACCCAAAGC 
AGGTCGAGGA GTACGCCAAT GTGTTCTGGA AGCGTTACAC GGAAATCCAG GATTACCCCA 
AGTACATTCG CGTCATTGAG CAAGGAGAAG AAAAGCTCCG TAAAATGGGC CACCAGCGTA 
AGATGCTTCG GAAAAAGATG GAGATGTACC GCGTGCCCCT CCAGCAACTG AAGATCAACT 
ACACCGTCTC AACAACAAAT AAGAAGGTCT ATACGGAGGA AGAAGACCGA TTCCTTCTTG 
TCATGTTAGA CAAGTATGGC GTTGAAGGCG AAGGCCTGTA CGAAAAGATT CGCGAGGAAG 
TCCGCGAGTC CCCTCTCTTC CGCTTTGATT GGTTCTTCCT CAGCCGGACT CCTGTGGAAA 
TTGGCCGCCG CTGTACGACG CTCCTCAACA CAATCGCCAA AGAGTTCGAA CCGGACGGCA 
AGAATGGTGA TGGAAAGGGA CGCGGCCGCG ACCGAGAGGA CGACGAACTT GACAATGAAG 
ACGACGTTCC AGCTAAGAAG AAGACCAAGG GCGCCGTGGT AAGTGATGTT TGTCTAAAGT 
TGTTTCGCTC ATGTTCAACT AATAAACAAA TAGAACAAGC AAGTCAAAGC CGTCAAGGGC 
AGCAAAGGAA ACTCCGCCTC CACGTCTCGA GCCTCTTCAG CCAACCCTCC CAAGTCGCGC 
GGGCGAAAGA AGTGA 

 

Protein sequence

MAPAAVPTSD PPSQADTPMT DANEEITSVP VDPLDAKMTD TPDYTDSDTN PNTTASSVAG 
DVVPSDGRRR RSEAFQMRKN MFGKKHGSLN ENKDDDSIRR FRYLLGLTDL FRHFIESNPN 
PRIKEIMAEI DRQDAEEAAK SKRKVSARSG GASGERRRRT EQEEDAELLS DEKRGGGTNT 
IFRESPPFIQ GEMRDYQIAG LNWLVSLHEN GISGILADEM GLGKTLQTIS FIGYLRHLCD 
ITGPHLVAVP KSTLDNWKRE FHKWTPEVNV LVLQGDKEER HKLINERLLD EDFDVCITSY 
EMILREKSHL KKFAWEYIII DEAHRIKNEE SSLAQIIRVF NSRNRLLITG TPLQNNLHEL 
WALLNFLLPD VFGDSEAFDQ WFSNQEADQD TVVQQLHRVL RPFLLRRVKS DVEKSLLPKK 
EVNLYVPMSS MQVKWYQKIL EKDIDAVNGA GGKKESKTRL LNIVMQLRKC CNHPYLFEGA 
EEGPPYTNDV HIINNSGKMV ILDKLLARMQ AQGSRVLIFS QMSRVLDILE DYCALRKYQY 
CRIDGTTAHE DRIAAIDEYN KPDSDKFIFL LTTRAGGLGI NLTTADIVVL YDSDWNPQAD 
LQAMDRAHRI GQTKQVVVYR FITESAIEER VLERAAQKLR LDQLVIQQGR AQQQAKNTAS 
KDELLGMIQH GAAEIFNKQG GTSTLQEGKD ITDDDIDAIL RKGEERTAEL SKKYEQLGID 
DLQKFNSESA YEWNGKDFTT DKKKDIGIHW INPAKRERKE QFYSIDKYYR QALATGGRTA 
DPKPKVPRAP KQIAIHDWQF FPPGLQELQD KETAYFHKEI GYKVPLPDGP EELTHREAER 
DLEQAMIDNA APLTEAEQAE KTKLSEQGFS DWNRRDFQQF INGSAKFGRT DYAGIATEVD 
SKDPKQVEEY ANVFWKRYTE IQDYPKYIRV IEQGEEKLRK MGHQRKMLRK KMEMYRVPLQ 
QLKINYTVST TNKKVYTEEE DRFLLVMLDK YGVEGEGLYE KIREEVRESP LFRFDWFFLS 
RTPVEIGRRC TTLLNTIAKE FEPDGKNGDG KGRGRDREDD ELDNEDDVPA KKKTKGAVNK 
QVKAVKGSKG NSASTSRASS ANPPKSRGRK K