| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06691 |
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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 | 2808080 |
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| End bp | 2811086 |
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| Gene Length | 3007 bp |
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| Protein Length | 590 aa |
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| Translation table | |
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| GC content | 38% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF71257 |
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| Protein GI | 259480275 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.000614762 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 33 |
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| Fosmid unclonability p-value | 0.213517 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATGACA ACATAGATCC AGTTGATTGG GAAGAAGATA TTAATGATAT TCTATCAGAT
ACGTTTGAAG AGGAGGTAAG AGAGGATGTA TTGGAGGTAA AATATAACTG TATAGCTCTT
AAGTACTGCA TAACTAAATA TATATCTTAG GACCAACCAA CAACTTTGAC AGACCTTACC
GATGCAAAGT TACACCCTTT ACAGACGCTC TATATTGAAT ATATAGATGA CCTTCCTGAG
TATCCAAAGA CTCATATCAA TGGTCATACG TATATCATTG CAGCAGATAA AATGTCACAA
TCGGAGGCGG AGCAACGAGT TCAAGACGTA AGTACTTCAG AACTGTTCCG TAACCGCTTA
AGAACTGTTT GTTAATTGCT TGAAGATTCA GTATTCTCGT TCAAGCCTCC ATGGGCTAAG
ACATATCAAT TCCAGTTTCT TGAACTGTAA GGTTAAGAAA TGGAGTTGGA AATGTTCGGG
AGCTTTTGTC TGTGAATATA TCAAGCCAAG TCTTCGACTT CTTTATCATA CATACCTTGA
TGAAAAAGCA TGGCAAGAAA TCCAAACAAT TCGGAAAGAT ATTGACCTTG TTGAAAATGA
TATTCGGAAG AGGAATGCAT TCAGGTAAGT ACTTTGGAAC TACCTGGAAA CTAAATGCCA
ATTACTTACA AGGAATTGCT TCTATTCAGT CTTTATCGCT CGAAGAAGAG ATTCTTCAAC
AGTGGCAAAG CTTGTATCGA AAACCTTTCA AGCTGTGCGC CTGTATTTCG AAAATCTTTC
TACCCGGTAA GTCCTTGGAA ACTGCTTATT AACTACCTAC TAACTTGCTA AAAGGACATC
AATAATAAGC ACCATCCATA TATTAGCTGC ATAAATAGCG CACCAGGTCC TCTACAGAAA
CATTATCACA GCTCTCTGAA AGGCCATACA TCAATTGATC TTGAATTCTT AGAGCGGTTA
TTTAATGAGT CCATTCTCCC GTCGCAGGAG GAGTGTGCTG TTATTGAACC ACTAACAACA
CGGCGCAAAT TCTGTGGTAA GTGGTTCCCA ACTACTTTAA AACTGCTTGG CAACATTCGG
CAAACCAATT CTAAACTACT TCTAGACTTT GACCATGTTC AAGGCCCCGG CAAGCTGGAA
CATATAAAAT GCAGTGTAAT CTTTACTGCA TTGGTACCAG TTAATATTCA GGAAACTCCC
TATATCCTCT TTACTTCACA TGGAATTCAT CAACATCCTC CACCACCACC ACACAAGCCA
CCGGAGCAGA TTTTGAAAGG GATTGAATCA ATAATTAGAA ATATGCGGAA TCCAAGCCTA
ACCCTTGGTA AGTTGTCTAA TACTATTTGA TTACTGTTCG ATAACTAGTT ACCAACTACT
CAATAGCAAA ATTCCTACGA AGTCCTGAGT TAGAGGCTTT TTGTCAACAG TATAATGCTT
CTACACCAGC TGAAATACAC GCCTCCCTTT CCAATATTGA CAGAATATCT GCCATTATAC
AGAAACAACG TTTACTTACA TATCCCGAAG GCCAGGATTT CAATGGTGTG GTATACATAT
CTAACATAAA CCCTACCTTG AAGGTAAGAT CATAAATATT TTATAACTAG TTGGGAGCTG
CTTTATAACA ATATCTAGCA ATATATCCAG GAGAAATACC GTGATCCTGA TGGCATCATG
ATATTATGTG CCTATAAGGA GCAGATCATG CTTCTAAACA AGTTAACCTC ATTTGAAGTT
GATATGTCCT ACAAAAGGAT AAGACAAAAA AACATGAATG AGGTAGTTTT TGCAACCTAC
CTACATGAGC ACGGGAAAAG TAGGTATTCC ATAGCCAGTT AACAACTACT TGGAAGCCAC
TTACAAACTA CTCCAGTTAT CACCTTAATG CGTGTGTTTA CGAACCAAGA AACTACGACA
GGCTACTATC TTTTATTCAA AAGAGTATTT ACTCTTGTTG AGAAAGTAAC AGGTCAACCT
GTGGAATTTA ATTCTATCCA TGGAAATGGA ATATCTGGAA TTATTGTTGA CATGGACACG
AAACAATATG CTGGTAGGTC AATCATTAAT CAGCCACTTG GGAATCACTT GATAAGTAGT
TAACAACTAG CTAGGCCTGG CTCGATATCT TAAAGAGATT GATCCCTACC ATCGTTCCCT
ATTATGGCAA CTACAGAGCA TCATTATTTT CTGCCGGGTC CATTTTTTCC GGACTATTAC
TGAGATTGTC AGTAATGACA ATAAAGGAAC AGGCGTGTGG AGTCGCATGG CAAGTCTGGT
TGATTGTAAA TCAGAGGAGG ATTATGATCA GTTATGTGAC TTACTTGCAG GTAAGTGTTT
CGTAAATATT TGGGAGGTAC TTATTAACAA TTTATCCTAG CATATGAGGA CCCAAAAATT
CAGAATTGGG CTCTCCATAA AAAGAATGCA GTTATTAAAG CTGGGCTTAA CAAAAACTGC
TCTAGGATTC CATCATCTTT GTATGATTCT ATATGGAATC ATACTAATTC AGCAGAGCAG
TCACACCATA AAGCAAATGC TGGTGGTAAA CAGCTTTCAT TAATTGAGGC TGTTCAGAAG
TAAGTTATTG GCTTACTAAC TACTTCCTAA CCACCTCCTA ATCACAAACT AACTACTTGC
ATTAATATAG CTCTGCAAAG CTTGACAAGC AAGATATTAT TCAGTATCAA AACCGTGACT
ACTTTGGAGT TCATCACTCG TATAGGACAG CGAATATGGA AGCTAATTAC CTACGCCATT
TAGCTCGTGA AGGTAGGTAT CTTCTCTATC AATATATTAT ATCAGCAATT AACTATTCTA
GAATCTCGAA AACGCCGTCG GTCATCATCA GCACATTTAT CTTCACGATC TGGTCGTACG
TCACGATCAC GACCAAGGTT AATCCGGTGT GTGGATAATA TCTCTGCCAA TGCTTAGCAA
TCACTTAGTA TCCACTTGCT AACCACCTTA TAAATGGTTA GGTCATCTTC TTCAGAAAGC
CTTATAA
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| Protein sequence | MDDNIDPVDW EEDINDILSD TFEEEDQPTT LTDLTDAKLH PLQTLYIEYI DDLPEYPKTH
INGHTYIIAA DKMSQSEAEQ RVQDPSLRLL YHTYLDEKAW QEIQTIRKDI DLVENDIRKR
NAFSLYRSKK RFFNSGKACI ENLSSCAPVF RKSFYPDINN KHHPYISCIN SAPGPLQKHY
HSSLKGHTSI DLEFLERLFN ESILPSQEEC AVIEPLTTRR KFCVNIQETP YILFTSHGIH
QHPPPPPHKP PEQILKGIES IIRNMRNPSL TLVTNYSIAK FLRSPELEAF CQQYNASTPA
EIHASLSNID RISAIIQKQR LLTYPEGQDF NGVVYISNIN PTLKQYIQEK YRDPDGIMIL
CAYKEQIMLL NKLTSFEVDM SYKRIRQKNM NEVVFATYLH EHGKSQPVEF NSIHGNGISG
IIVDMDTKQY AGVWSRMASL VDCKSEEDYD QLCDLLAAYE DPKIQNWALH KKNAVIKAGL
NKNCSRIPSS LYDSIWNHTN SAEQSHHKAN AGGKQLSLIE AVQNSAKLDK QDIIQYQNRD
YFGVHHSYRT ANMEANYLRH LAREESRKRR RSSSAHLSSR SGRHLLQKAL
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