| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03424 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 713445 |
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| End bp | 716762 |
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| Gene Length | 3318 bp |
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| Protein Length | 843 aa |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | |
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| Product | oxysterol binding protein (Osh3), putative (AFU_orthologue; AFUA_3G05880) |
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| Protein accession | CBF82738 |
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| Protein GI | 259485589 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.187112 |
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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 | 34 |
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| Fosmid unclonability p-value | 0.277951 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTCAGTGACC TCCTACTGTT CGCTCGTGCA GTCATGGCAG CCATGGAAGA GCTTGAAGTC
CATAGCAAGG TACGACCCCA AGAACGCGCA AGAGTTATGG TTTCCGCAGC TGACCGACGA
CTGATCTACC CGACAGTCTT ACTTCGTCCG CTGGGTCCCC GTCAAATCCG CGCATACCAT
CTCTTGGAGC ATTCAACCGC ACAAGAAGTC GCTGAACTTC GGCATCTTCA AGCATCCCGG
CCAGTCCGGC ATTCTCAGTA CCCCTAGTCT GACCTCAGCT GATACCCCGA GCAACGATTC
GAGTGAGAAC CTCGCAAATG GCGGTGCCAG CTCGAGGCAG AGTGCCTCGG CTTCGCTTAG
CGACAAATTG ACGGCCATGG GTCTGAAGCA GATTCGATGG GTTGGCAGAT GTGAGGCGGA
TAAGATTGTC CAGGGGACAT ATGATGTGCC CCCTAACGAG GGCGGAAATT ACGCACTTGT
CTTTGACAAC ACATTTTCGA AGCAAATATC CAAAACCGTG ACCCTCGTTC TTCTTACTTA
CCCAACTGCT CTACCTCCAC AATCGGTTCC TACTACACAT GCGGCCAGCC AACCAGGTGG
TGATACCGAG TCCTCATCGT CGCGCCGGCG GGGCAATAGC ATAATGGCCA AAATGCCGCC
GCAAATCCAG GTCCAGGAGG GAGATGGGAC AACAATACAC ACCGGGCTTC TGCTCAAGCG
TCGCCGTAAG CGCCATCAGG GATGGGCGCG GCGGTTCTTC TCCCTCGACT TTTCGACGTC
TACGCTGTCC TATTTCCACG ACGCCAACTC TGCTACTCTG CGTGGCTCAA TTCCGTTGAG
TCTAGCCGCT GTGGCCTGCA ATGAGACTTC TCGCGAGATC TCCATCGACT CCGGAACTGA
AGTATGGCAT CTACGCGCTC GCAATGAGTC CGAATTTACG TCCTGGAAGC GCGTCTTGGA
GAAGGCCTCA TCCTCCAAGG GCGCCGGCGA TGAGGGTCAT TCCCCGAGAC ATCTGCACCC
AAGCACGGCA CTTCAATTCC CCCCTCAGCG CCATGTGACA AATGAGGCCG AGGAGCGCGA
ATGGGCGCGG GTCGCTGAAC TGGTAGGCCG AGTCTCGGGA TCACGGGATG CTGTCCGCCG
TCTAGCCAAG GACACCGACC CCAAATACAT GACCTCTGGA CCGTCCCGTG GACGGCCTGG
GAGGTCTCCT AGCCCCCACC CTGGGGAGAC AAATGGTGAC GAGAGGAGGC CATTCTGGAA
ACGAAAGGCT TCTAATGCAG CCCCGAACAA ACTGTCTGCA CCGAGTGATA CTTCGCTTGA
TCGGAAGCCA GCCGTGCTGG CAAGTTCAGA GCAAACCAAT GGCGTACACG ATAGCCTCAT
GGCTCTTTTG CGTGACCTAG ATTATGTCGT CAGCGAATTT TCGACTTTAA TTTCGGAAAG
CCAACAACGT CGTCAGCCCC CTCAGCTAAC TGCGCAGTCG CGAATGAGCG TAGAGTCAGA
TAGATCTGAG GAATTTTTTG ACGCGGTCGA CGCCACCGAT TCTCAATTGC TCACTATCAA
AGGCGACAGC GACGAGGATA CAGTAGCAGA TGCCCAAGCA GATGTCGTTG CTGACGATGC
GCCGTCCGAT AGCGACGATG ATTCTACGGA AGCCGGGGGC ACGGGTGCTG CGCACGACCA
ACACTCTCCA TTATTCCCAG CGCGACCAAA AACCCTTACT CCGCTGCCAC TCGACACGGT
TCCTCGGCGG AATAACATCC CTGCACCGAC AGTGATGCCG CCTAGCTTGA TTGGGTTTCT
TCGCAAGAAC GTCGGCAAAG ACCTCTCGCA AATTTCAATG CCCGTATCTT CCAACGAGCC
TCTTTCCTTA CTTCAACGCG CCGCCGAGAT CATGGAATAC TCGGCCCTCC TCGACAAGGC
CGCACAAATC AGCGATGCAA ACGAGCGACA CCTTTATGTA ACTGCATTCG CCCTCTCCTC
CTTGTCCAGC AGCCGCGTTA GAGAACGAGC AATCCGTAAA CCATTTAACC CTATGCTTGG
CGAAACGTTT GAGCTCGTTC GTGAAGACAT GGGCTTCCGG TTTGTCGCCG AAAAGGTCTC
CCACCGCCCT GTTCAACTCG CCTATCAAGC AGACAGTAAA GACTGGAGTC TTGCTCAGTG
CCCGCGTCCC TCGCAAAAGT TCTGGGGAAA ATCTGCTGAA ATTGTCACGG AGGGCAAGCT
CCGCATTACC CTTCACTCAA CAGGCGAGCA CTTCTCCTTG ACTCCAGCAA CCTCATTTCT
CCGCAATATC ATCGCCGGCG AAAAATACGT TGAACCAGTC GGCGAAATGA CAGTGCTCAA
TGAGACAACG GGAAGTCGCT CAATCTCCAC CTTTAAGGCG GGCGGCATGT TCTCCGGCCG
CTCGGAGGAA GTGACTACTA AACTGCTCGA CTCTACCGGC CGCGAAATGC CCGTCTCGCT
TTCAGGCACA TGGACTTCCT CTCTTTCTTT ATCCGGCGGC TCTTCCGGAA CCTCCACAAT
CTGGACAGCA GGGGCCCTTG TCCCCAACGC CCCCAAACAC TATGGCCTTC CTGCCTTTGC
TGCAGCGCTG AACGAAATCA CGCCGATTGA GAAAGGAAAG ATTCCCGCCA CGGACTCACG
ACTGCGCCCT GATCAGCGCG CTCTCGAAGA CGGCGACGTC GACCGCGCAG AGGAAGTTAA
AGTGCAGCTT GAGGAGGCGC AGCGCGCTCG GAGACGCGAT ATGGAAGCGG CCGGGGAGAG
TTGGAAACCG AGATGGTTTA CTAAGGTTGA TGAGACGGCT GATGGCGAGA TCGTTTGGCG
GTTGAAGGGT GGCAAGGACG GATATTGGGA GGAGAGAAGT AAGGGGAGCT GGAACGGGGT
TTTGCCTGTT TTTGAATTGA GTTAGGTGGG CGGATAAGAT GGAGTTTGGA AATCAGATCT
AGAAGTTGAT GGTTGAAAAG CTGATTGTGG GTTAGATGGA TAAAATTTCC GGGTAGTGAC
GATATATACG GGATAATGCT ATTCGGCTAT TTATGCAGGT CTTTGAAGAA TGTGAAGTAT
GGTTCTGCAG TCGGTTTCAT ATTACTTATT CGGTCGTGGG ACATATACGA TACAACATGT
TGCATATAAA AATAGATATA CACATGTATA TATTTGCATT AACGGGGTGA GCTGAGCCGT
CTACAATTCC TCTTCTTAGA GGGTTACCAT AGTGATAGGT GCAAGAAATG ATAGAACTAA
ATTGATGTAT ATATAACCAA AATCGTAGTA AACAACTGCA AGTCACGAGA AACCCTTCGC
CAGCATGCTC CAGAGTAA
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| Protein sequence | MGLKQIRWVG RCEADKIVQG TYDVPPNEGG NYALVFDNTF SKQISKTVTL VLLTYPTALP
PQSVPTTHAA SQPGGDTESS SSRRRGNSIM AKMPPQIQVQ EGDGTTIHTG LLLKRRRKRH
QGWARRFFSL DFSTSTLSYF HDANSATLRG SIPLSLAAVA CNETSREISI DSGTEVWHLR
ARNESEFTSW KRVLEKASSS KGAGDEGHSP RHLHPSTALQ FPPQRHVTNE AEEREWARVA
ELVGRVSGSR DAVRRLAKDT DPKYMTSGPS RGRPGRSPSP HPGETNGDER RPFWKRKASN
AAPNKLSAPS DTSLDRKPAV LASSEQTNGV HDSLMALLRD LDYVVSEFST LISESQQRRQ
PPQLTAQSRM SVESDRSEEF FDAVDATDSQ LLTIKGDSDE DTVADAQADV VADDAPSDSD
DDSTEAGGTG AAHDQHSPLF PARPKTLTPL PLDTVPRRNN IPAPTVMPPS LIGFLRKNVG
KDLSQISMPV SSNEPLSLLQ RAAEIMEYSA LLDKAAQISD ANERHLYVTA FALSSLSSSR
VRERAIRKPF NPMLGETFEL VREDMGFRFV AEKVSHRPVQ LAYQADSKDW SLAQCPRPSQ
KFWGKSAEIV TEGKLRITLH STGEHFSLTP ATSFLRNIIA GEKYVEPVGE MTVLNETTGS
RSISTFKAGG MFSGRSEEVT TKLLDSTGRE MPVSLSGTWT SSLSLSGGSS GTSTIWTAGA
LVPNAPKHYG LPAFAAALNE ITPIEKGKIP ATDSRLRPDQ RALEDGDVDR AEEVKVQLEE
AQRARRRDME AAGESWKPRW FTKVDETADG EIVWRLKGGK DGYWEERINN CKSRETLRQH
APE
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