| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05420 |
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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 | BN001305 |
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| Strand | - |
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| Start bp | 2610700 |
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| End bp | 2613997 |
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| Gene Length | 3298 bp |
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| Protein Length | 844 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF81939 |
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| Protein GI | 259485134 |
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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 | 0.0175424 |
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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 | 39 |
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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 | ATGGCAGGTT GCGCCGCTTC ATGCTCCAGC CGCCAGCCTG AAGCCTTTCC AGGTAGGAGA
CAGCGACTTC CCTTCATTTG AATACTATCA TATCCTCAGA CAAAGGAGAT GGCGACGTCA
AAATTCCCTT GTTCAAACTG TCGCGGTACC GCTGCACTTC TCCCGTTATA TGAACAATGG
CGCTAACATG AAAAACACTA GCAAGGCACA TTAAATGTAA TTCGACACTA GAAAACGAAC
TCGCAAAGGT GTAATAATTG CCCTGACTTT ACTATTACTG ACTTTACCTG CTAGGCGATA
GGCAAAACCC CAAATGCGGC CGCTGCCAAT CTCGAAACAT AGAATGCATG CCCGTAGAGC
GCAAAGCTGT CTTCCGGCGC GGCCGGGTGT CGAGGAAACA CGATCTCCAT GAAAACATGT
TTGCGGTCAA TCAGACATGG GTAAATAGCC GGCCGAGGAA GTGGAAGGGG GCTAAATCAG
CCGTCGACGG CGCTCAGCAG GGTGCGAGCC CTAACCCGGG TGGGTCGAAT CGGGAGCAGG
CGTCGGTGTC AGAGGGAGCA GATGCAGTCG AACTGAACCT CGATTATTTC CCCAGGCAGA
CATGTATGGA CCCGAGTCTA GACCATCTTC CGGTCCAGGA ATGCATTGGC GAAGGGAGTA
CCGGTGTACG GGCCAGGACT GAGGACTCTG GGCTCGAGGA CGCTATCCTC CCGCGAGCGG
CTGTTGAGGG GCATACATCA CTGACGCGGC TCAATGTGCT TGTCTCTGCT GCAGTGGGTA
ACCAGACACA GCATGAATCC CCGGTAACTG TTCAAGGAGT GAGCTATAGC ATCAGTGCAA
GCCCTCAGGC CCCGTACTCC AGCATCAACA GTCCGGTCTC CTCCTATCAA CCGCTCGCCT
CCGTCCAAGA ATCCTGCCTG CTCCGCTACT TTATAGAGGA GCTGTCCCCC TGGGTGTGTC
TGACTCGCTA AATTTCCCTT CGTTTCCCTT TATTTTATTT CTGGTCTTGC ACCGGCCCTA
CGTTGTCTAA CAGTCGGCAG TTCGATCACT GCGACCCTCA ATCCCATTTC CGACAACTCG
TCCCTCACCG AGCCCAGAGA AGCCGGTATC CATCTCTACT CAATGCCATA TTCGCTGTCT
CTGCACGTCA TCTTAGCAGG CTCCCTCAGT ACAGAACGCT AGAGGGGAAT ATCAATTACC
ACGGTCAGTC TCTGCCGGGC CTCTCGACCT CATCCGCGGT AGAGTACATG CTCAAATGCA
TTCCGGGGCT GTCTTCATTT CACGATATTG GCAATCTGAC CGAACAGGAG AATCTCATGT
GCGCCGCGAT CATATTACGG CAGTACGAAG AGATGGAGGA GGAGATGGAA GAAATGGGGA
CGGATCCCAT CTCCTTCCTC ACTGATAGCA GCTTCGGTGG TGAAAATACA GGTGAGGGAG
ATAGTCCAAT AGAAAAACAG GTGAATTTCC TCGCCATCAC CCAGACAATC ATCCAGGCCA
TGATATCGGT CTCGTCCCCC CTGCAGCGCT CTCCTTTAGC CGTGGCAGCA TACTGGATCG
CCATCCGCCA AGAGGTATAC TACGCACTTA CAAGAAAGAG TGCTCCCTGC CTTACATTTA
CGGCGCAGGA TTGGGAGAGC GCGGCCATTG CGAACAAGAT GATTATGCAT GCAGGGGAGG
TGACTAAGTG GTGCTGGGGA GATAGGACTC TTAGTGAATA CGGTACATCG CCTTTCCTGC
TTGCCTTGCT ATACGCCCTT TCCCGTCAGT ATTTTGTCTT TTGCTCTTTG ATACCTGACT
CGAAGCTACA CTGATGGGCT GAGAAATGGC TAACATACAT GTTCTTGGGC GGCAGAACGC
CTGAGACACC ACCAGCAGCA GCTCATAACC GCGTACTCGT CTCAACTGAC CCCGATCCTT
CACAGGCTCG CCGACAGAAC CAAAGGCGAT ATATTCCCGA CCATCTGGTA TGCCACCGAT
GCACAAGTGA CCGGCGTGCA GCATCTAGAG CTGGCACGGA TGATATTGAT TGCTGAGAAT
CCGCGTTTAC TGTACGACCA GGCTTCCCCC AAGCCATCCT ATCACTAACT CAGTCAATGT
GAAGAGAAAA TAGCGTGTCT CACAGCATGC ACCGCAGAAC CGAGTTCATT GTGCGGAACA
TTGTGCTCAA TCTCTGTGGT ATCGCAGTCG ACGTCTCAAG GCGGATGCCG GCACTTGTTA
ATGCAGTCAT TTCCATTTTG CTCTACGGCG AGTACTTCAC CGATCTGGCG GAACGGAATG
CGCTGCTGAA TATCATTGAG CGGATGAAGG ATATGCGTGC TTGGCCTCTG AGAAGGGGGG
TTGAGAGGTT ACGGAGGGCC TGGAGGGAGG CAGACAATGT TGAGTTCTAG GCTGTGATTT
CTATCAGTCT TCATAAGAGC ATGTCAGCAG CGGCAGGTAA ATTGGCGCCA GTTTCGCTGA
TATGGGTGCT GACGGGCTAG CTGTTAGCTT TATAGTATAA ATGTACGTAT TCGCCCGATG
CAACGTCCCC TCGTATTCCT CTCCTGATCT CTCTTTTTCT CTGACTCACA AACACACATA
TTGGTTTGCC ATCACTCTCA ACATGTCAAA ACCGGCCAAG GTCCTCCAGA TCCCAAAACA
ATTTTCAACA ACCGAATCGC TCGCAGATAT AGTAGCAAGG TACAGAGCCC TTCGCCTTAC
CGCTCTTCAA CGCAGTCCCG AAGCATTCAC TTCGACCTAC GCCCGCGAAG CCCAGTTCGA
CGACAAGACC TGGACAATTC GCGTCTTGAA TCCACTAGCA ACAGTCTTCA TCGTGCCTTT
TCCAGAGACT GCGTCCGAGG ATATCGGCAC CAGGCCTAAT GATGACGAGG ACATGCTTAT
GAAGCGACCC TGGCTCGGCC AGCTCACTCT GATGGGACCG GTCTTCTTCC CAATCAACGA
CGAGAAGGCA GCCCGTGTAC CGTGGGATTT ATTCAAAAAT ATTGACTTTG AGCAAGCAGC
AAGGGATGCT GCCTCTATTC CCGCTGGCTC GAATGTCGTT TATGTCCTCG TTGGCATGTA
TGTCCTTCCC GAAGGACGCG GAGCAGGGAA TGGGCAGCGG CTGCTAGAGG CTGCTATAAG
AGTGGTTGAC GAGGAGAGAA AGGCGAAGAA AGTCAATGCG ACGGTTATAC TTCTGGTGGC
GCGCGAGAAT AAAAAGGCAA AGAGGCTGTA TGAGCGTGTC GGATTCGTCT CGTGGGAGGA
TGGTGTTGAT ATCGAGGGTG AGACGCATTG GGCATTGAGC TTGACTTTGG CTGAGTAG
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| Protein sequence | MAGCAASCSS RQPEAFPGDR QNPKCGRCQS RNIECMPVER KAVFRRGRVS RKHDLHENMF
AVNQTWVNSR PRKWKGAKSA VDGAQQGASP NPGGSNREQA SVSEGADAVE LNLDYFPRQT
CMDPSLDHLP VQECIGEGST GVRARTEDSG LEDAILPRAA VEGHTSLTRL NVLVSAAVGN
QTQHESPVTV QGVSYSISAS PQAPYSSINS PVSSYQPLAS VQESCLLRYF IEELSPWFDH
CDPQSHFRQL VPHRAQRSRY PSLLNAIFAV SARHLSRLPQ YRTLEGNINY HGQSLPGLST
SSAVEYMLKC IPGLSSFHDI GNLTEQENLM CAAIILRQYE EMEEEMEEMG TDPISFLTDS
SFGGENTGEG DSPIEKQVNF LAITQTIIQA MISVSSPLQR SPLAVAAYWI AIRQEVYYAL
TRKSAPCLTF TAQDWESAAI ANKMIMHAGE VTKWCWGDRT LSEYGTSPFL LALLYALSQR
LRHHQQQLIT AYSSQLTPIL HRLADRTKGD IFPTIWYATD AQVTGVQHLE LARMILIAEN
PRLLVSHSMH RRTEFIVRNI VLNLCGIAVD VSRRMPALVN AVISILLYGE YFTDLAERNA
LLNIIERMKD MRAWPLRRGV ERLRRAWREA DNYKYIVARY RALRLTALQR SPEAFTSTYA
REAQFDDKTW TIRVLNPLAT VFIVPFPETA SEDIGTRPND DEDMLMKRPW LGQLTLMGPV
FFPINDEKAA RVPWDLFKNI DFEQAARDAA SIPAGSNVVY VLVGMYVLPE GRGAGNGQRL
LEAAIRVVDE ERKAKKVNAT VILLVARENK KAKRLYERVG FVSWEDGVDI EGETHWALSL
TLAE
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