| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09260 |
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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 | 90686 |
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| End bp | 93667 |
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| Gene Length | 2982 bp |
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| Protein Length | 869 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF87272 |
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| Protein GI | 259488085 |
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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 | 0.0483373 |
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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 | 31 |
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| Fosmid unclonability p-value | 0.056586 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACGCGTC TCGTCTTCTT CCCTGTGTTT GCCCTAATAC TGTCTCTTCT ATCAATCACT
GTAATAGGAG CAGCAGTCCC AAATACACGA TACACGGCCA ACTATAGCAA TATAGACACT
GAAGATGAAT GGCTCCATTC AACAACAAAA CGGGACGATG CTGTTAAAGT ACCTCTGCGA
ATTCTTCCTC TCGGTGCCTC AATCACCTGG GGGCTCTTGT CTTCAAGCGG AAATGGATAT
CGCAAGCCGT TACGTGACAA ACTCCGCTTC GAAGGGTGGG AAGTCAATAT GGTCGGCAGT
AAAGACAACG GTAGTATGAA GGATAACGTA TGCGCCCCAT TATTTGGCTT GTTATAGATT
GCCAGAACAG CTAACTTATA CAATGGGGAT AAAACAGGAC GTGGAAGCTC ACAGTGGCGA
CGTAATAACT AAAGTCGAAG AGGCCGCAAA AAACTCCCTT GCCTATAAAC CGAATATAGT
GCTTATAAAC GCTGGCACCA ATGACTGCGA TTTTAATGTT GAACCAGACA AAGCAGGTGA
ACGCATGAGC AACCTGATCG AAACACTAAT CAGCGCCCCT GATATGGACA ACACACTAAT
TGTCCTATCA ACTCTGATTC CTTCAGGTTC CACAAGTGTC GAGGCCAACA GGGCCTCTGT
AAATGCACAA TTTCGAGCCC TAGTCCCTGT AATGAGAGAC AGTCTAAACA TCTCCATTGT
CCTGGCAGAT ACGGACCCCC CGGCTCCAAC TGCAGGAAAC AACTGGATCA AATACCCCGA
TGACTACAAC GATAACAAAC ACCCGAATGA TTACGGGTAC TCCAAATTGG CGGCCATTTG
GTATAATGCA ATTTATGACG CTGCAAAAAA TGGCCTCATT GCTACACCTG CGGATTTAAA
TACGACAACC CCGGGAACAT GCGACAAGGA GTACGGGAGC GGGGTGTATG CAGGAGGATT
CACGCAGCAG GGAAGTGGTG AAGATGACGG GATCTATCGA CATGACAGCG AGTATAACGG
AGCAGTGTTC AGTATCCGTG CCGGCAGGGG TGCAGCTGAT CCATACAGCG ACGATGATGA
GCTGTCCTTT TTCTTTGGAA GGCTTTATAC AATCGAGTAT GATGACTTGA TCATATTCCA
GAAAGATAGT GAGTCTGGAG ATGTGACATT CATTTCTTAC ACGAATAATG TCCACACTGG
AAAACAGGGG TTTACCAAGG GTGGTTCTTT CTCGACCCAT AATAACTGTA ACCCAGGGGG
TGTGCATTTT ATTGATGTTA ACGGTAGGCA CGCATCATTC TGGTCACACA GGAACAGCTG
ATACTAATGC GAGATTACAT ATTCAGGTGA TGGACTGGAT GACTACGTCT GCATTGCCTT
GGATGGGACT ACCTATGCAA GCATCAACAA CGGAGATGGC GATTCTGGGA GTAACAAGCC
TCCCTCCTTT ACCGATATTG GACTGTGGAA GAGTCCAGAA GAGCACGATC AGAAGCATGT
GCGTCTGGCT GATATTGACG GTGATGGTCG AGCCGATTAC TGTGTTTTGG CAGATAATGG
CGATGTCACA TGTTGGCGGA ATGGATGGAT TGAAGACAAA CCAGCATACT GGCAGCCTCT
CGGAAAGCGC TTCACTGGAA AAGGCATGGG TGACATCCGC GGCGTGAGAT TCGAAGATAT
TAACGGCGAC GGTCGCGACG ACTGGATGTG GGTGGATGAT GATGGCGCTG CGACGACATA
TACGAACTCC CGAAGCTGCA TCAAAGGACA GGCTGGCGAT GGCTTAAATG TTGTTTGGCG
GCAGGGATTT TACAAAGATG CTAATTCTGG CCCGACACAC CCTGGATTGA GTGGGATATT
TGGTAGTTCC GGATTACGAG ATCAGGTTTA CTTCGCCAGA GTATACGGTG AGGTAGCGGA
TTTCGGGGAG CTTGGGAGAC AGGACTACGT GTTCATCGAG AAGGTACATC TGACGAGAAT
TCTGGGCCAA TGTATAACGT ACATGTCTGG AAGAATAAGG GGGCAGGAGG GGCAAAGATA
AAAGGTATGA TTTGTATAAG TCATGCCCCA TATGAAAGAT TAAAGCTAAT GATTACAGCC
GACGGAAATA GATATTGCAA TATGAAAGGT CATGAGAACG GTCGAATGGA TTACGTTTGG
ATCCATTCCA CCGGCTATAT GCGTCTCTAT CCGAATAAGG GACTGGTTGA AGTGCCCAGT
GACGGGTCAA GTTTCTGGGG AGCCAACGAA ATCATCTTTG ACCCAACACG GGAGCAAATC
GGAACTAAGC TTGACCGGCG CGATCTGCAT CTGGCAGACT GGGACGGGGA CGGAGCCTGC
GATATTATTT GGACAGACCC TAACAATCAA AATAGGGTAC AGGTGTGGCG GAACAAGGTC
AAGGAAACCG GGAGCATTGA GTGGGAGTAT AATAGCAATG CTGTGGATCA GCTATACTGC
CCTGAGCATC GAGGCCTTGG TTACTTTGAC CGTCCCGTCC ATTTTGCTGA TGTTTCTGGT
TACGGCAAAG CCGACTATCT GTGTGTTGAA AAGGATGGGC GCACTTGGGG CTGGGTTAAT
GGGGATGATG GATGGGAGTA TATTGATCAG TTCAAATACT CCGAGCAGAA GGATAGGGCA
AACATTCACT GGGCAGACGT GAATGGTGAT GGAAAGGCAG ATTTGATTTG GACCGACAAG
TTCTCAGGAG ACGGGTCAGT CTGGTATAAT CTTGGCCGAC GTGATATCAA CGGATCCAGA
TACGAGTGGG GACCACTGGG ACCCAGATAC AGAGGTGCTG TTGAAGGCTC ATGCACTTAC
TTTCCTGATC TGGATGGTGA CGGCCGTGCA GACATGCATA GTATCTGGAA TTCCATCAAC
AACACAGCTC AGACATGGTA CAACAAATGT GCTACCAAGG ACCATACTGG CGATGACGGC
CCAATAACTG ACCCCAATCT ACCTGTGCCT CCTGTGACAT AG
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| Protein sequence | MTRLVFFPVF ALILSLLSIT VIGAAVPNTR YTANYSNIDT EDEWLHSTTK RDDAVKVPLR
ILPLGASITW GLLSSSGNGY RKPLRDKLRF EGWEVNMVGS KDNGSMKDND VEAHSGDVIT
KVEEAAKNSL AYKPNIVLIN AGTNDCDFNV EPDKAGERMS NLIETLISAP DMDNTLIVLS
TLIPSGSTSV EANRASVNAQ FRALVPVMRD SLNISIVLAD TDPPAPTAGN NWIKYPDDYN
DNKHPNDYGY SKLAAIWYNA IYDAAKNGLI ATPADLNTTT PGTCDKEYGS GVYAGGFTQQ
GSGEDDGIYR HDSEYNGAVF SIRAGRGAAD PYSDDDELSF FFGRLYTIEY DDLIIFQKDS
DGLDDYVCIA LDGTTYASIN NGDGDSGSNK PPSFTDIGLW KSPEEHDQKH VRLADIDGDG
RADYCVLADN GDVTCWRNGW IEDKPAYWQP LGKRFTGKGM GDIRGVRFED INGDGRDDWM
WVDDDGAATT YTNSRSCIKG QAGDGLNVVW RQGFYKDANS GPTHPGLSGI FGSSGLRDQV
YFARVYGEVA DFGELGRQDY VFIEKNKGAG GAKIKADGNR YCNMKGHENG RMDYVWIHST
GYMRLYPNKG LVEVPSDGSS FWGANEIIFD PTREQIGTKL DRRDLHLADW DGDGACDIIW
TDPNNQNRVQ VWRNKVKETG SIEWEYNSNA VDQLYCPEHR GLGYFDRPVH FADVSGYGKA
DYLCVEKDGR TWGWVNGDDG WEYIDQFKYS EQKDRANIHW ADVNGDGKAD LIWTDKFSGD
GSVWYNLGRR DINGSRYEWG PLGPRYRGAV EGSCTYFPDL DGDGRADMHS IWNSINNTAQ
TWYNKCATKD HTGDDGPITD PNLPVPPVT
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