| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07014 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001304 |
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| Strand | - |
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| Start bp | 1310062 |
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| End bp | 1314577 |
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| Gene Length | 4516 bp |
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| Protein Length | 1422 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | DEAD helicases superfamily protein (Aquarius), putative (AFU_orthologue; AFUA_4G04350) |
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| Protein accession | CBF79258 |
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| Protein GI | 259483675 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 56 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGTCTCC AAACACAGAA TGCCATGGCA CCCGGCCTTG ACTCCAGACC AACTGTAGAG
GACTTTCGCG ACGATAGTCC TTGGGTGCGG TTGGCCAAAA CACATTGGCT CGATGCTGCG
AATGTCCGCA AGGTGAAACA TGATGTGATC AAGAAGGATA TTTGGGATCC TCTGGAGACC
GAGAGCTTTA GCTTCCGCTC ACTTCTTATT TTGGAGAATC TGAATATACT TGAAAAGTTT
GCGCAGCTCA CCTTTGTTCA CGATGGATTG AATTTGCTAA GCTCAAATAG GTTTCTCTGG
CCGACATACA CCGAAGACGC CTCAAACTAT CATGTCTTGC TCTTAGCATT GATTGTGAGC
GTTAAGCAGA GAGAGCATTT GCCAATATGG GGTAACGACA GATCTGCTTA GAAGACAGTA
CCAAAGCTGA CAGACTCCAG AAATCTTCTC AGACCGTTCC GATGATTTCT CCAACCTCTT
CCACCGGATC CTTTCGATGA GCATTGATCA ATCGCTCCCT ACCTTTTCCC GCCTGTCGAT
ATTGTCGTTT ATGATTAGCG CTTTTCAATC GCTTGAGAAC ACTCTGATTC GGAAGGAATG
CGCTCCCCTT GTTTCCATAT CCATCTGGCA TAACCTCCAT AGTGATGAGG CAAGAGAGCG
CGTTCTCGCG AATGCACCAA ATCTCAGAAA AGCATGGAGG GCTGCTCTGA AACGCTACGA
CGCTGGGGAC GAAGCGACCA AGGCAAAAAT GAGGTTTGAG CGTTCTTGGC TCTATACCAT
GCTCCTGGAT TTCCTGCGGA GATTGAACGG TGCCGAGAAA GATCAGGCAG ATAACCTGCG
ATACTGCGAG CGATTTCTCG AATTCCTTGT CGATCTGGAG AGTCAGCTGC CGACGAGGCG
ATATGTCAAC ACTCTGCTAA AGGACCTGCA CCTCCTGCCC CTGATGCGTC TATCTCGATT
GTATCGTTCA GCAGACAATG CCCTTTTCCG CGACTTTCAT AATCTCCTCA AACACTTTAC
TGGATTTGCG ATAAATGATT ACACAGGAGA GACACTGTCA ACTCAGGCAA TGTACGATGC
GCACTGCCAT GATCTGGCAC GACTACAGAG AACCTCAATG AAACACTTCA AGGACAAACT
GACAATCCTA GCTTTGTCAA ACTATGGTTC CATTGAGCAG CGTTCGGAAC TCGAAGGACA
ATTAAAAGCT TTGGATGACT CTGAGCTTCA GGATCTATGC GCGCACCTAG GATTTCGTAC
AAGTTATCCC AAACAAGCGA ATGTCGCAGC TGATCGACAT CTCTACATGG AGGTGCTTCT
GTCCTACCAT GAACGGACAA CTTCGTTCCA AGAAGCCACT TCTAATCTTG ACGTCGTCCC
TACAGAAGAA AGTCTGTACG ATCCATCATT ACTCCGCAAT GAGACATATG ATGGGTCTAG
GCCACTCGCC ATCCCGAAGC TCAACCTTCA GTATCTCAGT CTGGGTGACT TCCTTTGGCG
CTCCTTTCTA TTATATCGCG CAGAAGCTTT TTTCCAGATT CGCAAGGATA TGGAGCTAAT
TGTCAAGCGA ATGCAACCCC GATCAAGTCA AGATGGGCGA ACTTTGACGT TTGACGGGTT
TTCTCGTATG GCCATTCCAA TCCCAAAACC TGCCATTATT GAAGTTGCGC CACCTAAAGT
TGGATCCACA AAACCCGCTT TTGTACGGGC TGAGATTACC ATTGAGGTAG GCAGGTTGGC
CGACCACGTC CGCACAGAGT GGGATTCACT TCGTCCTGAT GATGTTGTGT TCCTTCTTGC
CGTACAACCT GGTAACCAGG GTAAATATGG ATTCAGAGAT GTTGAAGCGC CCCAGACACC
AGGTATCGTA CACGTCAGAT CCGCGGACAT TGTGCAGGTC CTTGATGAAA ACGGACGCCC
GCTACGTGAA CCAGCATCGG GCCAAACAAA TGGGTATCGA TCTCGTCCTC GCGTTCGAAG
ATTACTGGTC AACTTGGACT CTGCTGCCTT CAAAGCGGAT AAGGATCGTA CTTCACAGGG
GAAGCCCGAC ATTTACCCAC TCATCAATGT GGTCGCAAGA AGAAAGGCAA GAGAGAATAA
CTTCAAGTCA ATCCTTGAAA CCATGCAGAG ACTCATTGCG TCGGACATCA CCTTGCCACA
ATGGATTCAG GATATTTTCC TAGGTTATGG AGATCCTGCT GGGGCTTGCT ACACGGAATT
ACCTAACCGT CTCAAATCAG TGGACTTCAG AGACACGTTT CTGGACTGGC AGCATCTAAT
TGAGAGTTTC CCAGGCCTGA CAATTGAGCC TTCGGGTGAC GCTACCTCAA GCTTTCAGCC
ACCATACGTT CTTGAGTACG TCGAAGAATC TGCACAGCCA TCTACCTCAA GCGCGCCAAA
AAAGCGACGG AGGGACCAGC ATGCCGAAGA ACGAGGAGGG CCCAAGTCTC TCCGCGTCTC
AACGTACAAG CCACCGAACC CAGGCCCGTA CCCGGTAGAT GCCCCAAGGC TCAATGCAGT
CCGTTTCACA CCGGCTCAGA TTCAAGCGAT TGCATCCGGA ACGCAGCCCG GTCTCACAGT
CATCGTCGGG CCTCCTGGAA CCGGAAAGAC TGATGTGGCA ACTCAAATCA TCAACAACAT
CTACCACAAT TTCCCAACCG AACGCACACT ACTTGTTGCG CATAGCAATC AAGCCCTGAA
TCAACTTTTC CAGAAGATTG TGGCCCTGGA TATCGATGAA CGCCATTTAT TGCGACTCGG
CCATGGTGAG GAAGAATTAG ATACCGAGAC CAGCTATAGT AAGTATGGCC GCGTGGAATC
GTTCCTGGAT AATCGAAACC ACTTCCTCGC GGAGGTCACA CGCTTGGCGG CATCAATCGG
AGCACAAGGC GCACATGGAA ATTCTTGCGA GACAGCTGGC TACTTTCATA CAGTCTACAT
TAGACCTGCC TGGACGAAAT TCTGGGAACT TGCCCGTTCT GAGAACACAT CAACAGAGGA
GATCATCGCG GCTTTCCCGT TCCATGAATA TTTCTCTAAC GCACCTGCGC CTGTTTTCGA
TCCTTCTGCC TCTAAGGAGA CAGTGGTCGA CGTGGCAGAA GGCTGCCAGC GTCACATCGA
CAGGATTTTC TCTGAGCTAG AAGATATCCG CCCGTTTGAG ATCTTGCGTC AGCCCAAGGA
CAAGGCCAAC TATCTGCTTG TCAAGGAGGC CAGAATCATT GCAATGACAA GTACACATGC
AGCTATGCGC CGCCAAGAGA TTGCCGACCT TGGATTCCAT TATGATAATA TTGTCATGGA
GGAGGCTGCG CAGATCACTG AGGTCGAAAG CTTTATTCCA ACAGCTCTGC AGAATATGAA
GGAAGGTCAA CTCCCTCTGA AACGTATTGT TCTATGCGGA GACCACCTTC AGAATTCTCC
TATTATACAA AACCTAGCCT TCCGACAATA TGCCCATTTT GAGCAAAGTC TCTTCCTTCG
TCTTATCCGG CTAGGCGTCC CAGCTATCAC GCTCGACCAG CAAGGACGTG CTAGACCAAG
TATTGCAGAG CTTTTCCGGT GGCGCTATCA GAACCTTGGA AACCTGCCTA TTGTCGAACA
AGCGCCAGAA TTCAAGCAGG CCAATGCTGG TTTCCAGTTT GAGTACCAAT TCATCAACGT
GCCAGACTAC CAGGGCACAG GGGAACGTGA GCCAACTCCT CATTTCGTCC AGAATCTTGG
TGAAGCAGAG TATGCTGTTG CCATATTCCA GTATATGCGA CTTCTCGGTT ACCCTGCATC
GAAGATCTCG ATCCTCGCCA CATACGCAGG TCAAACGGCA CTAATCAAGG ATGTCTTAAA
CCACCGGTGC TCCAAGAACA CCCTCTTCGG CATGCCTAAG ATCGTCACGA CAGTAGACAG
ATATCAAGGC GAGCAAAACG ACTGTAAGCT CTTGCTTCAA CCACTCAGTT CCAGGCAACT
AATAAGGTTT CTCAGACATT ATCCTCTCCC TTACACGCAC TCGCACAGTT GGATACCTCC
GTGACGTACG CCGTCTTACC GTAGCGCTTT CCCGTGCCCG TCTTGGTCTA TATATTCTCG
GCCGCCGCGA GGTTTTCGAG TCCTGTTACG AACTAAAGCC CGCATTCGAT TTGCTATTAC
AACGTCCAGA CAAACTCATG CTCGCTCCTG GGGAGATGTA CCCAGCTACC AGGACGTTAG
ACGACGAGGT CAAGGGCACC CCTATGGAAG GCGTAGAGCA TCTCGGCCAG TATGTTTTCG
AGATGACCCA AGCCAAGATC AAGGCTCTTG GGGGGGAAGG TGCCATTGTT GATGAGACGA
TGCCAGATGA GGAGGGAGAT CTTATCGAGG ATGGAGACGA AGAAATGCTT GGGGGCGGTG
AAGAAGGAGA TGAAGATCCG TTGCATGAAC ATGTATACGC CTGATTACGG AATAAGATCA
TGGTATCAAG CTTAGGGAGT TATGAAAACT GGGGGTTTAA CTTGGATATA TGTTCAATCA
CAGCGAATTG CAATGT
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| Protein sequence | MGLQTQNAMA PGLDSRPTVE DFRDDSPWVR LAKTHWLDAA NVRKVKHDVI KKDIWDPLET
ESFSFRSLLI LENLNILEKF LWPTYTEDAS NYHVLLLALI VSVKQREHLP IWEIFSDRSD
DFSNLFHRIL SMSIDQSLPT FSRLSILSFM ISAFQSLENT LIRKECAPLV SISIWHNLHS
DEARERVLAN APNLRKAWRA ALKRYDAGDE ATKAKMRFER SWLYTMLLDF LRRLNGAEKD
QADNLRYCER FLEFLVDLES QLPTRRYVNT LLKDLHLLPL MRLSRLYRSA DNALFRDFHN
LLKHFTGFAI NDYTGETLST QAMYDAHCHD LARLQRTSMK HFKDKLTILA LSNYGSIEQR
SELEGQLKAL DDSELQDLCA HLGFRTSYPK QANVAADRHL YMEVLLSYHE RTTSFQEATS
NLDVVPTEES LYDPSLLRNE TYDGSRPLAI PKLNLQYLSL GDFLWRSFLL YRAEAFFQIR
KDMELIVKRM QPRSSQDGRT LTFDGFSRMA IPIPKPAIIE VAPPKVGSTK PAFVRAEITI
EVGRLADHVR TEWDSLRPDD VVFLLAVQPG NQGKYGFRDV EAPQTPGIVH VRSADIVQVL
DENGRPLREP ASGQTNGYRS RPRVRRLLVN LDSAAFKADK DRTSQGKPDI YPLINVVARR
KARENNFKSI LETMQRLIAS DITLPQWIQD IFLGYGDPAG ACYTELPNRL KSVDFRDTFL
DWQHLIESFP GLTIEPSGDA TSSFQPPYVL EYVEESAQPS TSSAPKKRRR DQHAEERGGP
KSLRVSTYKP PNPGPYPVDA PRLNAVRFTP AQIQAIASGT QPGLTVIVGP PGTGKTDVAT
QIINNIYHNF PTERTLLVAH SNQALNQLFQ KIVALDIDER HLLRLGHGEE ELDTETSYSK
YGRVESFLDN RNHFLAEVTR LAASIGAQGA HGNSCETAGY FHTVYIRPAW TKFWELARSE
NTSTEEIIAA FPFHEYFSNA PAPVFDPSAS KETVVDVAEG CQRHIDRIFS ELEDIRPFEI
LRQPKDKANY LLVKEARIIA MTSTHAAMRR QEIADLGFHY DNIVMEEAAQ ITEVESFIPT
ALQNMKEGQL PLKRIVLCGD HLQNSPIIQN LAFRQYAHFE QSLFLRLIRL GVPAITLDQQ
GRARPSIAEL FRWRYQNLGN LPIVEQAPEF KQANAGFQFE YQFINVPDYQ GTGEREPTPH
FVQNLGEAEY AVAIFQYMRL LGYPASKISI LATYAGQTAL IKDVLNHRCS KNTLFGMPKI
VTTVDRYQGE QNDYIILSLT RTRTVGYLRD VRRLTVALSR ARLGLYILGR REVFESCYEL
KPAFDLLLQR PDKLMLAPGE MYPATRTLDD EVKGTPMEGV EHLGQYVFEM TQAKIKALGG
EGAIVDETMP DEEGDLIEDG DEEMLGGGEE GDEDPLHEHV YA
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