| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05972 |
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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 | BN001301 |
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| Strand | - |
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| Start bp | 1630900 |
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| End bp | 1634230 |
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| Gene Length | 3331 bp |
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| Protein Length | 853 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | Coatomer subunit beta', putative (Eurofung) |
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| Protein accession | CBF70445 |
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| Protein GI | 259479847 |
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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 | 19 |
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| Plasmid unclonability p-value | 1 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.296123 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTCCCGTCGA CGTTCTACAA GGCTTCTCCC CTCGGCTGCT CTCTCTTGTG CTTATATTTC
GCCGTCGAAC TATACTTTTG CCGAAAGTTT TCTGCAATTC CGGGCTGGGC TGTTAGAACG
GCTCGTGGCC TGGCTCCCCT CCCTGATCGA TCACCTCCGA CGCCGCACAT AGTTGCGATA
CTCCTTTCCC CATCACAACA TGAGATTGGA TATCAAGGTA CGGCCTTGAC TTGAACATCA
TGATTGCATA CTCTGGGACA ATGGCGACAT TTCTGCTGCA TATATCACTG CGATTGGGAG
CTCCTGCTGA CAAGAGCATT GAATCCAGAG ACAACTCTTC GCTCGCTCGG AGCGAGTGAA
GGGCATTGAC TTCCACCCGA CAGAGCCATG GGTAAGTTAT CTGTACACTG GGGGGCTGCA
TTATGCTAAC GGCCATAGAT TTTGACAACA TTATACAGCG GTTCGTGGCT GAATTTCAGC
ATGTGCGTTT AGTTGTTCAT GCTGATCAAC ATGTGTAGGT CATGTATACA TATGGTCTTA
TGAGACTCAG GTAGGTATCC CGCTCAAAAG AAACCATTGA TCGATATCTG ACTGCCCCTT
TTACTAGTCG ATCATTAAAA CCTTCGAACT TACCGATGTC CCTGTCCGAG CTGGGCGATT
TATTGCTCGT AAGAACTGGA TCGTCTGTGG TTCAGACGAT TTCCAGCTTC GCATCTACAA
TTACAACACC TCCGAGAAGA TTGCCTCATT CGAGGCGCAT CCAGATTACA TTCGTTCCAT
CGCAGTTCAT CCGACACAGC CATTCGTGCT TACAGCTTCC GATGACATGA CGATTAAGTT
ATGGGATTGG GAGAAGGGAT GGAAGTGTGT GCAGGTGTAC GAGGGCCACA GCCACTATGT
GATGGGGCTA GCAATCAACC CCAAGGATAC AAACACATTC GCGTCTGCGT GTCTGGATCG
GACTGTTAAA ATCTGGAGCC TGGGTTCACC ACACGCCAAT TTCACGCTCG AGGCCCACGA
AACGAAAGGT GTTAACCATG TTGACTACTA TCCGCAGGCC GATAAGCCAT ACCTTCTCAC
TACTTCGGAT GATAAGACTG TAAAGGTCTG GGATTACACC ACCAAGGCAC TAATTGCAAC
TCTGGAAGGA CACACGAGCA ATGTCTCTTT CGCTTGTTAT CATCCTGAAT TGCCTGTCAT
TATCTCTGGG TCTGAAGATG GAACCATCAA GATATGGCAC GCCAACACTT ATAGACTGGA
GCAATCTCTG AGTTACGGCT TAGAGAGAGC TTGGTGTGTT TCATACCAAC GCGGCAAGCA
AGGTGTTGCA CTTGGCTTTG ACGATGGTGC AGTAGTAGTG AAGATGGGCA GAGAAGAACC
AGCTGTTTCC ATGGATGGTT CCGGAAAGAT TGTGTGGGCG CGGCACAATG AGGTAGTTTC
CACCGTCATC AAGGGTGGAG ATACTAGCGT CAAGGATGGA GCACCGATTT CTCTTCCTAC
CAAGGATTTA GGCTCATGTG AAGTGTACCC TCAGACACTG TCACACTCAC CCAATGGGCG
CTTTGTTTCC GTCTGTGGGG ATGGCGAATA TATCATTTAC ACCGCCCTGG CTTGGAGAAA
CAAGGCTTTT GGGCAAGCTT TGGACTTTGC TTGGGGCTCA AAAGATAACA GCAACGACTA
TGCTATTCGC GAGTCGGCTA CGAGTGTCAA GATCTTCAAG AACTTCAAGG AGGTGAGCGG
TGGCCTCGAT GTAGGTTTCC AGGCCGAAGG CCTTACGGGC GGTGTTCTGC TTGGTGTTCG
AGGACAGGGG GGTATCGGTA TGTTCGATTG GGAGACTGGA AACCTAGTTC GACGTATTGA
GGTTGAGCCG CGGAACGTAA GCGTGTTCCC TGAAACATTC TCACCCTATC GTCAGCAAGC
TGATATTTTC ATTAGGTCTA TTGGTCTGAG TCTGGAGAAT TGGTAACCCT TGCTTGTGAT
GACACATTCT ATGTTCTGCG ATTTTCTCGA GAGAATTATA TCAACGGGTT GAATGCGGGT
GAGGCTGACG AGGATGGTGT TGAGTCTGCC TTCGAAGTTG TCACCGATGT CAATGAATCT
GTCAGGACAG GTCAATGGGT TGGAGACTGC TTCATCTACA CGAATTCTAC AAATCGCCTA
AACTACCTTG TCGGCGATCA AACGTATACG ATCTCACACT TTGATCAGCC AATGTATGTT
TTGGGATACC TACCTCGTGA TGGCCGAGTT TACGTTGCAG ACAAGGACGT CAATGCCGTC
TCGTTTGCTC TGTCTCTCAG CATGGTTGAG TACCAGACTG TCGTGCTCCG TGGAGACATG
GAACTCGCAG CGGAGCTGCT CCAGGACATC CCACAGGACC AGATGAACAA GGTGGCACGG
TTCCTCGAAG GTCAGGGATA CAAGGAATTA GCCCTGGAGG TTGCAACCGA TCAAGAGCAC
CGCTTTGAGC TCGCCCTTGC CCTCAACAAC CTCGACATTG CCCTTGAAAT CGCTCGTGCT
GCTAATGCGG AACACAAGTG GAAGGTCGTT GGTGATGCTG CTTTGTCAGC CTGGAATTTG
TCCCTGGCAC AGGAATGTTT CATTTCCGCC AAAGATGTTG GCTCTCTTCT GCTACTGCAT
ACTGCTAGTG GCAACAGAGA AGGCCTACAA GCGCTGGCGT CGCAAGCCTC TGATGCTGGC
CTTCACAATG TCGCGTTCTC TACCCTCTGG TCGCTCGGAG ATGTCGATGG TTGTATCGAC
CTCCTCGTCC AAACCAACCG TTTAGCTGAA TCTGTTCTCT TCGCCCAGAC ATACAAGCCG
TCCCGAGCCC CGGAGCTTGT GGTCAGGTGG AAGGAGTCGT TGGAACAATC TGGAAAGGCC
AAGATCTCTC GGCTCATCGG TGTCCCACCT GGCGCACCAG GCGTGCCGGC GGATGATGAC
TTGTTCCCTG AGTGGGAAGA GTATCTTCGA CTAGAGAAGG AAGGCGTTGT TACTGAGCCA
GCATCATCGG GCTCCCTTAT CGACGTTGAT GGGGAGGACG CTGAACCTGA ACCAGAGACG
AACGGCACGC AGGAGGTGGA GACGGAGGCA TGAATGCTTT ACCTGGGTAG AGTTTAATGT
GGGCATGACT ATTTACACTG CTTTGAAGCT GCCTAGGCGG ACTTGCGAAG AGCTTCATGG
AGAGGAGGGT TTTACAATGT GGCATTTTAA ATGTTAATAC TCAGCTAAAA CTCGCTTCGG
GGAGCGCTTG TTTTCTGTAT CGGATATCTG GTTGTCTTAG CTTCCCTTCC CCAAATATTA
TATTTGTCTC GAATTAGATT TTTGAAATGC T
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| Protein sequence | MRLDIKRQLF ARSERVKGID FHPTEPWILT TLYSGHVYIW SYETQSIIKT FELTDVPVRA
GRFIARKNWI VCGSDDFQLR IYNYNTSEKI ASFEAHPDYI RSIAVHPTQP FVLTASDDMT
IKLWDWEKGW KCVQVYEGHS HYVMGLAINP KDTNTFASAC LDRTVKIWSL GSPHANFTLE
AHETKGVNHV DYYPQADKPY LLTTSDDKTV KVWDYTTKAL IATLEGHTSN VSFACYHPEL
PVIISGSEDG TIKIWHANTY RLEQSLSYGL ERAWCVSYQR GKQGVALGFD DGAVVVKMGR
EEPAVSMDGS GKIVWARHNE VVSTVIKGGD TSVKDGAPIS LPTKDLGSCE VYPQTLSHSP
NGRFVSVCGD GEYIIYTALA WRNKAFGQAL DFAWGSKDNS NDYAIRESAT SVKIFKNFKE
VSGGLDVGFQ AEGLTGGVLL GVRGQGGIGM FDWETGNLVR RIEVEPRNVY WSESGELVTL
ACDDTFYVLR FSRENYINGL NAGEADEDGV ESAFEVVTDV NESVRTGQWV GDCFIYTNST
NRLNYLVGDQ TYTISHFDQP MYVLGYLPRD GRVYVADKDV NAVSFALSLS MVEYQTVVLR
GDMELAAELL QDIPQDQMNK VARFLEGQGY KELALEVATD QEHRFELALA LNNLDIALEI
ARAANAEHKW KVVGDAALSA WNLSLAQECF ISAKDVGSLL LLHTASGNRE GLQALASQAS
DAGLHNVAFS TLWSLGDVDG CIDLLVQTNR LAESVLFAQT YKPSRAPELV VRWKESLEQS
GKAKISRLIG VPPGAPGVPA DDDLFPEWEE YLRLEKEGVV TEPASSGSLI DVDGEDAEPE
PETNGTQEVE TEA
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