| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07314 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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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 | 328444 |
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| End bp | 331749 |
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| Gene Length | 3306 bp |
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| Protein Length | 1013 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | polyphosphoinositide phosphatase Fig4 (AFU_orthologue; AFUA_2G16640) |
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| Protein accession | CBF78634 |
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| Protein GI | 259483333 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.249416 |
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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 | 54 |
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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 | ATGCCGAGCT CCGACGGAGC CTCTCGGCCG CCAGATTCGG AAGCCAGTCG TGCAGCCTCT
CTCGCTGGGC GCTCCTCTCG GACCGCTTCC CTCGGTGACA GTAGCTCACT AATCTCCACC
GCGACACCGG AGCCCAACAT CGCACCTGAA GCCTCATTTA CGTCCTCAAC CAGCCACAAG
ACTTCCGAAG ATCAGGCAGA TGGGATAACA AACGCCCAAC TTGATGATGA TACTCTGAGA
CGCTCCCCTC TCTCACCGTT CAGTCCAGGG CCCTATAACG CGCCGCCCGC TCCGCCCTCC
ATCGGCGAAG ATGCCGGTGA GGAAGAGGAT GAAGAGCCGC GCATCGCGAC TTCGTTCCAG
CGCGACTCAA TATCTGCGTC AGCTCAGAAG CAGCGGCAAG TCTATTTAGA CACTGGTGGG
GAAGATGGGA TATACCGGAT GCACAAGTTT TCGCTCTACG AGACGGCGAC GTGGTTCTAT
ATGGTTGGTA TGGATTTGTC CGATACAAGA TTTCGAATCT TGAAGATTGA GCGAACTTGC
GATACGGACG ATCTTAATAT CATTGAGGAT GAGATCGTTT ATACGAAGAG GCAGATGAGT
CACTTGCTGG ATGCAATCGA CGATGGGAAT AAGAGTTCCG GTGGGTTGAA GCTGAAGTGC
AGTGCTTGGG CTATACTTGG CTTCGTGCGG TTTACTGGGC CTTATTACAT GCTTCTGGCT
ACGAAGAGAA GTCAGGTGGC CATGCTAGGA GGTCATTATG TCTATAAGAT CGATGGGACG
GAGTTAATCT CGCTTACGAC GTCTTCGAGC TCGTCACGGT TTAAACCTGA GAAGAACCCA
GAGGAAGCGA GGTACATTGC AATCCTCCAC AGTCTTGATC TCACCCGAGC GTTCTATTTC
AGCTATTCGT ACGATATTAC CAACACATTG CAGAACAATA TCAATCGAGA ACGCAAGCTG
CATGAGGATG GACTACCGAG GGATTTCCGG CAGGATTTCA ATACGATGTT TATTTGGAAC
CACCATCTCC TTACCCCGGC TATCATGAGC CTGAAGAATC CTTACCAGTG GTGTCTGCCT
ATAATCCACG GGTATGTCGA GCAGGCCAAG ATGTCCGTTT ATGGGCGGCT TGTATACATC
ACCATCATCG CTCGACGATC TCGGTACTTT GCCGGAGCAC GATTCTTGAA AAGAGGCGCC
AACGATCTTG GTTATGTAGC AAATGATGTA GAGACCGAGC AAATTGTGTC CGAGATGACT
ACGACCTCGT TCCATTTGGC AGGCCCAAGT CTCTACGCAA ATCCTCTATA TACGTCTTAT
GTCCAGCATC GAGGGAGTAT TCCGCTGTAC TGGACGCAGG AAAACTCGGG TGTCAGTCCA
AAGCCCGACA TCGAGTTGAA CTTGGTGGAT CCGTTCTACT CTGCTGCGGC CCTACATTTT
GACAACCTGT TTGCACGATA CGGCGCACCG ATATACGTCC TCAACCTCAT CAAGTCGCGC
GAACGGACAC CTCGCGAATC AAAATTGTTG AGGGAATTCA CAAACGCTGT GGAGTATCTC
AACCAGTTTC TGCCTGAAGA TAAGAAGCTC ATATATAAGC CCTGGGATAT GAGTCGGGCA
GCCAAAAGCC GGGATCAAGA TGTTATCGAA ACCTTGGAAG ATATCGCGGG CGAGATCATT
CCAAAAACCG GCTTCTTTCA AAATGGACAA AGTCCGGAGA CTGGGTTAAA AGTGCAAAAT
GGGATCGCGA GAACGAATTG CATTGACTGT CTTGACCGTA CAAATGCTGC ACAGTTTGTG
ATTGGAAAAA GAGCACTGGG GTACCAGCTT CATGCTCTGG GTATTATTGA AGGAACGACT
GTTGAGTACG ATACGGATGT TGTCAACCTT TTTACCGATA TGTGGCATGA TCATGGCGAC
AACATCGCCA TCCAGTACGG TGGGTCGCAT CTTGTCAACA CCATGGCTAC GTACCGCAAG
ATCAACCAGT GGAGTAGCCA TTCTCGCGAC ATGGTGGAGA GTTTCAAAAG GTACTACAAT
AACTCTTTCC TCGATGCCCA GCGTCAGGAA GCGTACAACC TGTTTTTAGG AAACTATATC
TTCTCACAGG GACAGCCCAT GCTCTGGGAT CTTTCCACCG ATTACTACCT GCATCACGCA
GACCCCAGGT ACTGGGCGAA CAAAAAGAAG CCCAACTATA TCAAATGGTA TACAGAAGAG
AACTTGAAGA AACGCGAAGT GCCCGTTCCC CCGGTTCCGC CAAAAGAACC ATTATCCCGC
TACGACGACT ACTGGTTTGA GTACTACCGC CCACTAGCAG TCTCCTCCTT TTCCAAAATT
TTTTCGTACA AGATGAACTC GACACTCCGC TACCTGCCCT TCCGCCCAAC ATCCACAGAC
GATTATAACC TCAGTCCTTT TGTCCCGCGC ATCTCCCACG AACAGCTTAA CCGCGAACGC
CCCCAACGAA GCGTCAAGAT TCAAGAGCCA GAGCCGCTGG CCAACCCTCC AAATCCTCAC
CAGCCATATA CAGCTGAAAA ACGCCCGGGG ATAATGAAAC CCATTTCTTC ACTCGGAACA
CTCCAAAACA CAAACGCCGC CTCCAGCCAC CCATCTATGG ACTCCTCACT CACAAACCCC
ACCCCCAGCA AAGCCCAAAT CGCCCAGTGG ACGCTCGGTC AACTCGTGTC CGACTCCCTC
AATCCCTCCG TGACAGCCGC AGAGGCCGAA GAGTACGAGC GCTACATCAA CCACCCGCTT
AAAGTCCCAC TGGTCGTGAC GTCTGAGGAT GAACTAACCG CTGCATCAAT ACGTGAGCAC
GAAGCTAATC TGGATCTGGT CGAATACATG AATAAGTGCA ACGTGGAGGA ATATACCCTT
AGCGCGAACG CTGAGGAGAA TCTAGCGGAC TACGCGGAAT TCTTGCATGT TTCCGAGGAG
GGGCTCACAG TTGTCGAGGC GGATAAGGAT AAGAAGAGAT ATAAGCGGTA TGGGCAGTGG
TTGAAGGGGA AGAGCCTTTT CAAGCAGAGG GTCGAGACTT AGTGCTAGAC TAGGTTGATT
TGGTCCCTCC TATCCATCGT CATACCTATG GACATTGATA CTCCTCGCGA AATCCCCTAA
AGCGACTGTG GGCCTTGGCT TCCCAGGATT GAGTCTGAGT CTTATCAACT GTCAAGCCCG
CATAGATTTG AACCGTCTGC CTCCTTTCGA CTCCCTTTTG GGTGACAATT GTACCATTGA
ATCAGAGGAT TTCAACTGGG AGCGGGGATG CTCCTCTTCA TCCTCAGTTG AGAGAGCCAA
TGGCTT
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| Protein sequence | MPSSDGASRP PDSEASRAAS LAGRSSRTAS LGDSSSLIST ATPEPNIAPE ASFTSSTSHK
TSEDQADGIT NAQLDDDTLR RSPLSPFSPG PYNAPPAPPS IGEDAGEEED EEPRIATSFQ
RDSISASAQK QRQVYLDTGG EDGIYRMHKF SLYETATWFY MVGMDLSDTR FRILKIERTC
DTDDLNIIED EIVYTKRQMS HLLDAIDDGN KSSGGLKLKC SAWAILGFVR FTGPYYMLLA
TKRSQVAMLG GHYVYKIDGT ELISLTTSSS SSRFKPEKNP EEARYIAILH SLDLTRAFYF
SYSYDITNTL QNNINRERKL HEDGLPRDFR QDFNTMFIWN HHLLTPAIMS LKNPYQWCLP
IIHGYVEQAK MSVYGRLVYI TIIARRSRYF AGARFLKRGA NDLGYVANDV ETEQIVSEMT
TTSFHLAGPS LYANPLYTSY VQHRGSIPLY WTQENSGVSP KPDIELNLVD PFYSAAALHF
DNLFARYGAP IYVLNLIKSR ERTPRESKLL REFTNAVEYL NQFLPEDKKL IYKPWDMSRA
AKSRDQDVIE TLEDIAGEII PKTGFFQNGQ SPETGLKVQN GIARTNCIDC LDRTNAAQFV
IGKRALGYQL HALGIIEGTT VEYDTDVVNL FTDMWHDHGD NIAIQYGGSH LVNTMATYRK
INQWSSHSRD MVESFKRYYN NSFLDAQRQE AYNLFLGNYI FSQGQPMLWD LSTDYYLHHA
DPRYWANKKK PNYIKWYTEE NLKKREVPVP PVPPKEPLSR YDDYWFEYYR PLAVSSFSKI
FSYKMNSTLR YLPFRPTSTD DYNLSPFVPR ISHEQLNRER PQRSVKIQEP EPLANPPNPH
QPYTAEKRPG IMKPISSLGT LQNTNAASSH PSMDSSLTNP TPSKAQIAQW TLGQLVSDSL
NPSVTAAEAE EYERYINHPL KVPLVVTSED ELTAASIREH EANLDLVEYM NKCNVEEYTL
SANAEENLAD YAEFLHVSEE GLTVVEADKD KKRYKRYGQW LKGKSLFKQR VET
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