| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00659 |
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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 | BN001308 |
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| Strand | - |
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| Start bp | 2811616 |
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| End bp | 2816180 |
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| Gene Length | 4565 bp |
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| Protein Length | 1482 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF89040 |
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| Protein GI | 259489072 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.446409 |
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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 | 26 |
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| Fosmid unclonability p-value | 0.00844973 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGCCTTCGT TACCAGAGGT GCGTTCTACA GAGCATGCTC CTTTAACCAT ATCTAACTGT
GCTAACGTGA TAGTCCAGCG TCCGCGCCCT TCGCAAGAGG CTCTCCTTCG ACTAGAGAAG
GGTACGGCGT CTCCCAACAT TCAGCTGAAC GAGGCCGCCC AAATTATTGG ACTCGACTTG
TCGTTATGCG CCAGCCATCC GGAGATCAAC CGAGCCCCTC ATGTCCCAAT CCACGCGGCC
CCGAAGGAAG AATGGGTTTT ACGATGGTTA TTAAAGAAGC TCAAGGCTGC CAAGAACTAT
CGGGTCGAGC CTGCATCTTT TCTTTTGTTG CGGCAGCTGA TTGACCTCAT TTCTCCGAAG
ACATTGGCGT CGACGCTTAA AGACCAGAAG TTCATCGGCA TCCTAGACCA TGCGATTACG
GACTTAACAG ACGATGTCAT ATCTGGATCT GGAAATGGGA CAAACGAGCT ACTGCCTTCA
GATTCCGAAT CCAGCCAAAC TTTGAGTGAA GGATCTAGCA GGAAGGGCAC GAAGCGGAAG
AGAACCAATG GGATTGAGCA CGATTCGATG GACGTTGACG AGCAGCCAAG AACGCCTGTC
TCATGCTTTT TGGCTTTTAC ACGTCTCCTT GACTGCATCT ATAGCTTGGT CACACTGGTT
AGCGGAAAGG ACGGCGTTGA TGAAACTGCT CGCTCTCATC TCAGGCATGC TCTCAGGGGC
GAACCTCAAC CGATCGCAAT TACGCTGGGC AAATCATTTA CCCTTGCTTC TCTCGCGATT
ACTCAGTTCT CCAATGCTCG GAAGACGACA GAGTTGCAGC ATTTGTTCTA CGTTCTTCCT
GCTCTCTTGG AGATCTGGGA GTGGAGATCG TACCGCCAGG ATGGTGCAGA GGGATCTGGT
AATGTATGCG GACTCTCAAC TTGATGTATG CGTGTGTTTG CTGACTTTTA TATTCTTAGG
GGGGATTTGC TGCTCATTGT TCCCAGCGCG CCCTCAGGCT ACTACACTGC GTTCGTGCTG
CTGGACTTGA TACGGACGAG AGGACTAACG TGCTGAGCGG GATTGAGCGT CTAATTGCTC
TCCATGTGGT ACTTCCAGCC CGTGCAGACT TCCTTAGCAG AGGTGGTTTA GGCATCGACT
ATTCCTCAAC CGAGCCGGAT TGGAGCCCTG TAAAGCCCGT TTCTGATGCT TTTCGGACAA
TTTTTTCTGC CGCCGAGCCT CTATCCGAGC CCGGCAGCAC TGTGACAAAA GACAACGCCG
CTGAGAAAGA ATTCTGGAAT GCGGCGGAGC TAATTCCAGA GTTTTTCTAC ATCGCTACTC
GATCAGTCCC GCGGGACTCA TTTCGACGGA AAACGGACGA AGCACCTTGG TTGGAGACAC
TCTTCGTTGC TGCTGCCGAA TTGGCATTCT CATCTATGAA ATCGACGAAG CCAACCACAT
TTCTTTCCCA CTTTGTGCGT ATTTTAGAGC AGCTTTTTCA AGTGGCTCTA AAGCAGGATG
TGCAATTATC GCTACACACG CTTCTTACAC ATGCTGCATA TACCGGCCTT CTGAAGGACC
AGCTCCCTCT GGTTGAGTGG AATCTCATTG CACTCCTCAT AGAACTAGGA GTGGATATCT
TCCTTCCAAA CTCCGGACTT GCGGACTCTG AGAAGTATCT GGCGGCCTTG CTGAACAAGA
TTAATTTGCT CTGGCGGAGT GGCAATTCCA CCGATAGTAG CTACGAAATT ATCAAAGCCG
GCATTATTTT GCCTTTGCTA CGCGGGTTCA TGAATGCCAG GGATCTCCCT ACTTTCATGG
AGATCTGGTA CCAGCAACTG ACCGATATAG AGGAAGCAAG AATGCAAGAC AGTAATCTCA
GCCTCTTTAC AGTGTGGGAA GACGACGACC TTTGTGATGC ATACGGTGAA ATTATGCGCA
ACCCTCTGAA CCAAACATTT GCCTCCGCTC AGATGCGTGC TGCGGCGGTC GAGATTCGTG
GTGATGATGG CAAACTTGCT AGGTCTCCAG AGGCATATGC GCAGCTGTTG ATTGCTGAGG
CTGGGTTCAG GAAACGGAAC ATCAATCTTG CCGATAATAA TGCTGACCTC GCATCTGCAA
TGGAAACAGT TGTGTCGACG CTTTCTTCGG ATCAAGCTTT GCATTGGCGG TGGCGTCTGT
GGAAGTTAAC TCGCAGTCTG ATTGAGAACA ATGTTGAAAA AGTCAACGTC GGTCTCGGCG
CTTCCTTATC AAGCTTGACT GGCGCGGCTA CAAGTTCGAT CAAACGCCGA CACCAGGAGT
TGACGCATAA GCTCAGCGCA CGTCTTGAGT GTATTGAGGC ATATCGACTT GTTCTTGCAA
TCACCAAGCA CTCACCTAGC ACGAACAGCA GCGAGGATCT GTCATCTTTG ATGAAAGAAG
TCATCAAGTT GATGAATTCT ATCTCGGCAA AGGCTGCACT AGACTCCATG AACTCTGGGT
GGAATGGTCG TTTGAATTCA CTGGACTCTC CAGCCACCCT ATCTTTAGCA TATTTTCTAG
GTCTTATCCG AATCCCTGAC CTTTGGAGTC ACATTGAGTC CAACATTCGA CGCCCGCTGT
TTTCTCATAT TCTCTCTTTC GCGACGGCCC AATACCAGCC ATCTTCGTCG ACTCTTGAGA
ACTTCTCGTC AGGTGCACGT TTTTTGCAAA CGTGGGCTAG CGTCGCATCT CACGAATATC
TTTTGAACGC CCCCAGCATT GTGAACGATC TGATTTTTGT CATATCCGAG CGAATCAAGG
ACGATGTTTC GAATCTCAAG CTCTACACTG AGAGTTTGCA AAGAGTCCCG GCTTCTCTTA
TCACACGCCG CCAAACTGGA GCTCTCCTAG ATCTATTGCA GGGCGTCTTA TCAGAACAGG
ACAGCACTTC CATAGTCACC GTTGGTATAT TGTCATTGAT GGCCAAGCTG GCAGATTTAC
CCAAATCCAC CGCGGAGATC ACTGGAAACT GGGAACCGCT CTGGACAATT GCGAAAGCAC
TCTCGTTGCA GGATACGAAT ATTGACCTTG ATATAATGAA GGCATTCAGA TTTCTGCACC
GTGCGGTCGT TTCGAAATTG CTTCTTCTAG CTGAAGGAGA GCGCCGGAAG CTTTTTAAGA
AGATGTTCCG CAAGATATCT GCGAAGGTGT CCAAGTTGCA GTCAATCGAT CGCAGCTCTA
TGGAGTGCTT CTTCCTCAGG ATCTCTCTAT ACCAATTCTG GGTTCATCAG GAACAATTAA
TGGACGCGAT AGATGTCGCG GAGCTTGCTG CTAGCCGCGA AAAAGTCTTC AGTCTTGTGG
TAGCCGACTT GCGCTCGGCC AGAGATCAGT ACAAGAAACA ACCCTTGGAA GAGACAGTCA
CAGTGATCAA GACTCTAGAT GCCTTGGAGG ATTTCGAGGA TTTAGCTACG GATCATGAAG
AGGTCAAGAG ATATCTGTTC AAGATTGAGA GTTATGTCGA AAAGTCGGTC GACTCAGGGA
CTTCTTTGAG AAGGCTCATC AGACGCCGCG TTTTGGCTAC CCAGAGTGCG GAAAAAAGTG
CTACCATTCC TGTCGTGCAG TACGCCGAAT CCCTACCACT TCAGCATATG TACAGCGAGG
ATCAGCAGCT TTTTATCCGT GCAACAAGTG AACGTTTCAG GTCCATGTCT ACGGGCAGCC
TGACTCGAGT AATACAGGAC GTCCGGCAGT TGGGATTCAC AGGCAAGATT GCCGAGTACC
ATTTACTTAT CGCGGGCCTA GCTGTTGCTG CAGCGCCACC CACTGAAGAC AAGGAAAATG
ATCTGGCGAA GGAGCTGTCC CTTGTCTGTA GTGAGGTCAC CGAGGCGATT TCCCGCAGTA
AATCGGTCGA ACAATTTGTC CTTGCTACAG AGTGCTTGGA TGTTCTCCTT CGCAGCCATT
TACGCTGCAT TTCACAATGG AACGTTGACA GCATTCTCGC GTGCATTGCT ACGTGTGCCT
CCAAGGACGG CCCCCGTATT CGTCCCGACG TTTGCGGAGT GATTTATACC CGTCTGTGCC
GATTAATGGG CGTGTTAGTA GGTCTTCACC GACAGAAACT GGGAGGCCGT TTCCATCTAG
TCCTTCCGGC CATGCAACGG CTGCTCCATT GTCTCTTCGC CAGAGCCAGG AAACGCAGCA
GACTTGGCAA GCCTGATCTG GGGCATGGAA AACAGCCATA CTGGCTCTCT CAGCTGAACG
CTGCTCACGC TGTCCATTAC ACCCGTCTCC TCACATCCCT TTGCGACCCG ACCGTTTCTG
CGGTTTCCCG GCCTACCCCA TGGGGTGCTG GGTACGAAGG ACTGACAGAC CAGACGAAGA
AGGCTAAACA GATTGCAGGC CAATATCTGC AATATTTAAT CATGGATTAT GCTCAGAGTT
CACTGCGTAG CAATCTGCAG CCCGAGGTGA AGGCGGCCCT TCTGCCAGGG CTATACTCGG
TGCTTGATGT TATGTCACGC GATACCATGC GAGCGCTGAG CGCAGGGCTG GATATCTCTG
GCCGCGCAAT GTTCAAGGCT CTGTATGATG ATTATATGAA GTTTGGCAAG TGGAACAAAG
CCTGA
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| Protein sequence | MPSLPERPRP SQEALLRLEK GTASPNIQLN EAAQIIGLDL SLCASHPEIN RAPHVPIHAA
PKEEWVLRWL LKKLKAAKNY RVEPASFLLL RQLIDLISPK TLASTLKDQK FIGILDHAIT
DLTDDVISGS GNGTNELLPS DSESSQTLSE GSSRKGTKRK RTNGIEHDSM DVDEQPRTPV
SCFLAFTRLL DCIYSLVTLV SGKDGVDETA RSHLRHALRG EPQPIAITLG KSFTLASLAI
TQFSNARKTT ELQHLFYVLP ALLEIWEWRS YRQDGAEGSG NGGFAAHCSQ RALRLLHCVR
AAGLDTDERT NVLSGIERLI ALHVVLPARA DFLSRGGLGI DYSSTEPDWS PVKPVSDAFR
TIFSAAEPLS EPGSTVTKDN AAEKEFWNAA ELIPEFFYIA TRSVPRDSFR RKTDEAPWLE
TLFVAAAELA FSSMKSTKPT TFLSHFVRIL EQLFQVALKQ DVQLSLHTLL THAAYTGLLK
DQLPLVEWNL IALLIELGVD IFLPNSGLAD SEKYLAALLN KINLLWRSGN STDSSYEIIK
AGIILPLLRG FMNARDLPTF MEIWYQQLTD IEEARMQDSN LSLFTVWEDD DLCDAYGEIM
RNPLNQTFAS AQMRAAAVEI RGDDGKLARS PEAYAQLLIA EAGFRKRNIN LADNNADLAS
AMETVVSTLS SDQALHWRWR LWKLTRSLIE NNVEKVNVGL GASLSSLTGA ATSSIKRRHQ
ELTHKLSARL ECIEAYRLVL AITKHSPSTN SSEDLSSLMK EVIKLMNSIS AKAALDSMNS
GWNGRLNSLD SPATLSLAYF LGLIRIPDLW SHIESNIRRP LFSHILSFAT AQYQPSSSTL
ENFSSGARFL QTWASVASHE YLLNAPSIVN DLIFVISERI KDDVSNLKLY TESLQRVPAS
LITRRQTGAL LDLLQGVLSE QDSTSIVTVG ILSLMAKLAD LPKSTAEITG NWEPLWTIAK
ALSLQDTNID LDIMKAFRFL HRAVVSKLLL LAEGERRKLF KKMFRKISAK VSKLQSIDRS
SMECFFLRIS LYQFWVHQEQ LMDAIDVAEL AASREKVFSL VVADLRSARD QYKKQPLEET
VTVIKTLDAL EDFEDLATDH EEVKRYLFKI ESYVEKSVDS GTSLRRLIRR RVLATQSAEK
SATIPVVQYA ESLPLQHMYS EDQQLFIRAT SERFRSMSTG SLTRVIQDVR QLGFTGKIAE
YHLLIAGLAV AAAPPTEDKE NDLAKELSLV CSEVTEAISR SKSVEQFVLA TECLDVLLRS
HLRCISQWNV DSILACIATC ASKDGPRIRP DVCGVIYTRL CRLMGVLVGL HRQKLGGRFH
LVLPAMQRLL HCLFARARKR SRLGKPDLGH GKQPYWLSQL NAAHAVHYTR LLTSLCDPTV
SAVSRPTPWG AGYEGLTDQT KKAKQIAGQY LQYLIMDYAQ SSLRSNLQPE VKAALLPGLY
SVLDVMSRDT MRALSAGLDI SGRAMFKALY DDYMKFGKWN KA
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