| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07745 |
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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 | 2510410 |
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| End bp | 2513920 |
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| Gene Length | 3511 bp |
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| Protein Length | 1047 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 | phosphatase family protein (AFU_orthologue; AFUA_5G07860) |
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| Protein accession | CBF80023 |
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| Protein GI | 259484095 |
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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 | 0.171379 |
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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 | 37 |
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| Fosmid unclonability p-value | 0.383595 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CGAGGACTTA CTGGTCGGCA CCAAGGTACT TCCCCGTCAT TGCTGCGCCT CCACTGTTTC
CAGGGTCTCC GTCCCCTCGG ATTATTCGCT ATACTCCGTT AGGCCAGCCG CTAGTATACC
GCGCGTGATG CTCGGCCAAT TCTCCGGCTC TTGATCAGTC TCAGTTGCGC TCTATGTTGG
CTCGTGATGA CTGACGGTCA CGTTACTCTT TTGTCCTCCT CATTTCTTTA CCTCTCGTGT
CTTAGCATCC TTCCTCCTTA TACGATCTTC ACCGTCGCTT AAAGCGCGGA GCTAGAATCT
GCTTTGAATA TACTACGGGA ACAGACGGGT GAGGAATGAG TTGAAGCGGA TTCAAATCGC
TTTCATTATG TCAGTCAACG ATGAGCAGCG TGGTCCCCAT GTTGGTGAAT ACCCATCCGA
TGACGATAAT CGCGGGGAAC CTGCGGATGC CGGATTCGAC CCTTCCTCCT TTCCGAATGC
CGTCAAAGCG CGGAAAGAAG AATATACCCG CCACCGGTCT ATCAAAGTGA AGGTAGGGTC
CTGGAATGTG GCTGCCATCG CTGGCACGGA GAGAGATATC GGGAAGTGGT TTGTGCAAAA
GCAAGGAGTA TGCCGACAGC CCTTATCGGG GTCGCAAAAC GGCTCGTCCT CGAAATCCAC
GAACTCCGCG GCTGCTGCTC CACTCCTTGA AACACCCCCG GACGAGATTG GTCTCTATGT
CCTAGGCCTG CAGGAGATCG TTGATGTCTC CTCACCTGCG GAAGCATTGA GACCATTTGT
TGATCCGGCC CCGGCCAATC GCTGGAAAAG AGCTGTTGAA GATGCACTAC CACCAGGCTA
CAGATTGATT GCAGAAATTC AGCTTATTGG GCTATTACAA CTCATCTATG CTGCACCATC
CATTGCCGAT AGCATTTCGG CGGTAAGCTC CACTAGTGTC GGTACGGGCT TGCTGGGATA
CATGGGCAAC AAGGGAGCCG TCGCGACGCG CCTGCTAGTA GGTGAGACTA CGTGTATCAT
CTTCGTCAAC TGTCATCTAG CAGCCGGGTC AGACAAGGCC AGCTTAGATC GACGGAATTG
GGATGCCTCT CAAATCGTCG CTCGAACGAA GTTCGACGCG GTGGATACTG ACTATACTCT
TCGGGATGCG CCCTGCGAAA CAATTGGGGA CGAAGATTAC GCATTCTGGT TCGGAGACCT
GAATTATCGC CTGGAGGATA TCCCTGGCGA TGACGTACGG CAGGTTCTTG CACGGCACAC
AGAGAACGAA TATGACAGAA GACATGCTGC GTTACGCGAC GTGATCGGTT CACCTTCTTC
CCCGCACGTT GTCATCGACG AAAACAGCTC GAGTAACTCG CCTGTATCAG AGGAACTTCC
CAGCGAATCC GATGAAGAGC TAGACCCTCA TCAAGATCCG GCTTCTCTAC AAACAACGAT
ATCGTCGTTA TTCCCCCATG ACCAATTACG CATGCAACAG AATAAACAGA AAGCTTTCCA
TGAGGGCTGG CGTGAGGGCC CAATTTCGTT TCTGCCCACG TACAAGTACG ATGTAGGCAG
CATGGCGCGG TTTGACACGA GCGAGAAACA TAGAGGACCA AGTTGGTGTG ATCGTATCCT
CTATCGATCG CGCAAGGACA AAATGAGATA CGAAAAGCTG GTTGAAGAAG CCGCCGAGGC
TCGAAAAAAG GACGAAGAAA TGAAAGCAAG GGGCCTTGAG AGCGCCGCGG CCGATGACAA
CGTTTTGTTC GACTACGATC CGGACGCCGA TGGTGAAAGC GGTGATGAGT ATGATCCGGA
TGATGACCGA AATAAAGACG ACGCCTTGCC GGCTACAATG TCGGAAGCAG ACAGCTCCAT
ACAGCTAGAT TATTATACTT CTCACCAAGG TATTCTAACC TCAGACCACA AACCGCTGGT
TGCTGGCTTT ACGCTAGAAC TCGACTGTGT GGAACCGAAA CTTAAGGCTC AAATCCACCA
GGAAGTTGTT AGGGAGTTAG ATAGGGCCGA AAATGAGTCT CGACCGGGTC TAACGGTTGT
GGTCGACAAT CACAGCATTG AGCCGTCTAA GTCAAACTCG GACCCAAATG CTATAGATTT
TGGGGACGTA TATCTGGACG CTCCCGTCAA CCGGTCACTG ACTGTTGCAA ACACCAGCAG
AGTGCCTGCT ACATTTTCAA TCCAGAAACC AGAGCGTGAT GCTGATCAAG AGGTAACGTC
GTGGCTAGAG TACAGGGTTG AGAAACCTCA TCATGATGAA TCTGAAGACT CAAATCATTC
AGCGCCATCA AACGAATGTA CGCTCTTGCC TGGGGAGCTA GCCATGGTTG AAGTCACAAT
CTGGGTGCGA GATATCCGGT TCGTCCGCTC ACTTAACAAT GGACAATTGA AGCTCGAAGA
AATCCTGGTC CTTCGGGTAA AGGATGGTAG AGATCATTTT ATCTCTACCT ACGGGAATTG
GCTTCCTACG GCTTTTGGAC GTAGCTTGGA GGAGCTCACT ATGCTTCCCG AGACTGGCGC
GCGCAGTCTG GCCGCTCATC CAACAGAAAG TCATGAAAGG AAACCAGAAG TGCCGGTCTC
CGCTCCCAGG GAGCTTTTCA AGCTGACGGA AGCGATCACT GATCTTACGG AACGTGCCGT
CGCCGAGTGG GGCATGGTAA AAGGGGAGGA CGACGAGATG GTCAAGGCTC CATGGGAGAG
AGAGCCACAT GGATATGCGT GGCCTTTTAA ACCTGATACC TGGACGCTGA AAGACAAGGA
AGCACGTTCG CCGTTGCTAG CATTTGCTCG CGAGGCCCTG GACACCAACA AACCTTTCAG
CCAGGTGTTT GCACCTGAAG TGTCGTCGCT GCATCGCCTG GAGATCCTAA GCGAAGTTCT
TGTCGCTTTC CTACGCTCCC TGAAAGATGG GATAATCTCG GTTACCGTCT GGGAAAGCCT
TGACCAACAA ATCCAAGCAC GTGAAAGGGT CAAGCAGCCT CCGCTCTCCT GGGAAGACTC
CCAGGCTTGG GTCCTCGAGA GCCTTGCCTC CTCACCAGCC CACAGCGTCT CCTTCACTTT
CGTAACCTTC ATGCTCGCAC GAATTGCCAA CGAAGTCGCC CCCGTGCCTT CCATGCCTCC
TCTATCCCAA AGAGAACCAG ACCTGAAAGA AAACACAAAA GACACATCTC AATCGGATAA
GGACAAGGAC AACCAATCGT CGACATCTTC CCCAATATCC CGAGCCTCAT TCATCTCTGG
CGGGAGTCTC CGTCGAAAGG CCACAATATC CGCGTCATCC GTCTCACTGT CTCCACAAGA
CATAACCACT GTGAATATGA TCCAACGCCG GCTCGCTGTG GAAAGTGCCA TAGCCACTTT
TTTTTCGTCT GTGATTATAT CTTCTGATGT TCCAACCCCT TCCAAGGATA AAGAGAGACG
GCTCCTGGAG GACCGGAAGC GCAGCATTAT CGAGCCGTTC TTGAAAGCTG TTGGGGTAGA
TTATTATGGT CCTTCCGGCG GTGCGCCGTG A
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| Protein sequence | MSVNDEQRGP HVGEYPSDDD NRGEPADAGF DPSSFPNAVK ARKEEYTRHR SIKVKVGSWN
VAAIAGTERD IGKWFVQKQG VCRQPLSGSQ NGSSSKSTNS AAAAPLLETP PDEIGLYVLG
LQEIVDVSSP AEALRPFVDP APANRWKRAV EDALPPGYRL IAEIQLIGLL QLIYAAPSIA
DSISAVSSTS VGTGLLGYMG NKGAVATRLL VGETTCIIFV NCHLAAGSDK ASLDRRNWDA
SQIVARTKFD AVDTDYTLRD APCETIGDED YAFWFGDLNY RLEDIPGDDV RQVLARHTEN
EYDRRHAALR DVIGSPSSPH VVIDENSSSN SPVSEELPSE SDEELDPHQD PASLQTTISS
LFPHDQLRMQ QNKQKAFHEG WREGPISFLP TYKYDVGSMA RFDTSEKHRG PSWCDRILYR
SRKDKMRYEK LVEEAAEARK KDEEMKARGL ESAAADDNVL FDYDPDADGE SGDEYDPDDD
RNKDDALPAT MSEADSSIQL DYYTSHQGIL TSDHKPLVAG FTLELDCVEP KLKAQIHQEV
VRELDRAENE SRPGLTVVVD NHSIEPSKSN SDPNAIDFGD VYLDAPVNRS LTVANTSRVP
ATFSIQKPER DADQEVTSWL EYRVEKPHHD ESEDSNHSAP SNECTLLPGE LAMVEVTIWV
RDIRFVRSLN NGQLKLEEIL VLRVKDGRDH FISTYGNWLP TAFGRSLEEL TMLPETGARS
LAAHPTESHE RKPEVPVSAP RELFKLTEAI TDLTERAVAE WGMVKGEDDE MVKAPWEREP
HGYAWPFKPD TWTLKDKEAR SPLLAFAREA LDTNKPFSQV FAPEVSSLHR LEILSEVLVA
FLRSLKDGII SVTVWESLDQ QIQARERVKQ PPLSWEDSQA WVLESLASSP AHSVSFTFVT
FMLARIANEV APVPSMPPLS QREPDLKENT KDTSQSDKDK DNQSSTSSPI SRASFISGGS
LRRKATISAS SVSLSPQDIT TVNMIQRRLA VESAIATFFS SVIISSDVPT PSKDKERRLL
EDRKRSIIEP FLKAVGVDYY GPSGGAP
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