| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06919 |
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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 | 3518273 |
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| End bp | 3521807 |
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| Gene Length | 3535 bp |
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| Protein Length | 458 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | RNA annealing protein Yra1, putative (AFU_orthologue; AFUA_5G13860) |
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| Protein accession | CBF71737 |
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| Protein GI | 259480524 |
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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 | 0.295839 |
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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 | 52 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTCCCTCCTT CTGACATCCT CCTGCAGCTC ATAGTGTCTA CCTACATACT CGTTATAAAC
CCTCCTTGGT ACTACGACTG AACAATCTTG CCTGCGATTG ATTAGGTCGT GCCCGCATAT
TCCGCTGTTC GCGCCCCTTT CCGAGGACAA CACTACACGC GCCACTCCAG CTCGCGCCCA
ACGTCAGCGA CCCATCATCA ATCCATCCAA CAACTCACGT TTTCCTTTGA ACCCACCTTC
TATCAACCAT GTCTACCAAG CTTGATAAGT CTTTGGATGA GATTCTTGTC AACCGTCAGC
CGCGCAATCG CCGCCGTACT GCGCGCCGCA AGGCTGCAAA CGCTGCCGCT CCAGTTGGAG
GAGTGCAGAA GATCACAAAG GGTGCTAAGC CTGCTGGAAA GGCCGTTCAA AATGGACACC
CTGCCCCAAC TGAGAGCAAG ATCATGGTCA GCGGCTTGGT AAGATTTCTT TCCGGTCTCT
CATACAACAA TGATTAACAC TTTGCCAGCC TGCCGATGTG AATGAGGCCA ATATCAAGGT
ATGTTGATTG AGAGGCCTTC GCCTTGGGTT TCTATCGCCG TGTCTTTTCC TCGAAGCCTC
CGGGCCGCAG CGGCTCCCGT TCGCCTTTCG ACCCTGCTGT ATCGCTCATA TATTGAGACG
AGTTGCTTCG TTTCGCGCAG GCAGTTACTC CTTCCTGGAT GATCGCTTTG CATCGCCGTC
CTTATGGCAC TGCGAGTGAT AGAAGTCGAG TTTGCCTCTG TCTTGCATAA GCGTATCTTG
CATCAGAATC TACAAAATTC TGCTGGATTT CGCTGCAGAC TGCGCCTTGG TGCGAGTTGA
AATACACCAC CACACAGCCC GCTTTCGTGC AAGCGTAATT CATGTCTCGA GTCTTGGGCG
TCAGCGAGTG CATCAGCATA CAAGCAGTGA ACCAGGAAGT CAGTGCACTT TCCTGGAAGC
CACATTTCTT GGTCCATCGA TGACTAATCT GGTCGTACGG GGTCGTGTGC GCTTCACATT
CGTCCTTTTT GGGAATGAGA GTATTTATTT CGCTGAAGCC TCTCCCTTGC TACGGTAGAT
GGGCATAAGA CGTTTAGTCG GCGGGATGGT TGCATTGGTT TCGCATATCG TGTCTATCTG
TTGGGAAAAC TTGGGTGGGC CCAAGAGCGG TTACTACATC AGTTTGGGTG TCACAATTCG
AGTGAAACAC CCTGCGTCAT TATGAGTTTG GGGCGATACA AATGAGTCTT TACTGACTTG
TGATCTTCTT GCGCGGTCGC TCACTTGCTT CATGACTAAC CATCGCTGTG CGCTCGCTGA
TGCTCTTTGC TGTCGACTTG GAGCCGTTTG TTATTTGGGA CCGCCGCGGC ACCGTTGACG
CGTTTTCGTT ACTCTTTGAG CCGACGTACT AATTTTCTTC GCTTGTTCCA ATAGGAATAC
TTCTCAAAGT CCGCAGGTCC GGTCAAGCGC GTCATGCTTA CCTACAACCA AAACGGTACC
AGCCGTGGTA TCGCGTCAAT TGTCTTCAGA GAACCCGACA CAGCCGCGAA GGCCGCCAAG
GAGCTTAACG GACTTCTTGT TGATGGTCGG CCCATGAAGG TTAGATTATT TCGCATTACT
ATGTTGTTTC CCGTTTGCTA ACGTTGTTAA AGATTGAGGT TGTTGTCGAC GCATCCCACG
CCCCTACAGT TCCTGCACCC AAGCCGCTTA GCGATCGTGT AGCGTAAGTT CGCCGTTCTC
TATATGATGA TAAGCAGCTA ATATCTTCTA GTCAGAGCAA GCCGCAGCCC AAGCCGGCAA
CCAATGCTAA GAACGCCAAC GCCGCTCGCA GTGGACGTGG GGGTCGCGGT CGCGGTCGTG
GTGGTAAGGC ACGCGGCAAC CGTCCTAAGC CCAAGACAGC CGAAGAATTA GATGCCGAGA
TGGTCGACTA CTTCAACGCT TCCAATGAGA ACGGCGCCTC TGCCGAAGTC AACGCCGCAG
CTGGCAGCGC CCCTCAGCAG CCCGCCGCCG GTGAAGATTT AGGCATGGCC GAGATTTCGG
TGAGTATTCT AAGCCATCTG TTCAGGGTTG TGGCTAATTT GTTATCTAGT AAACTGCCCT
ATGTCTGAGA CCGGTCGATT GATTCGCCAT TTCACCTCTT CTATTGGTTG CACACGCTCG
AGAACCTACA TTCGGATTCG TCTTTCTTAA TATGAACACT TTCCCCTTAT GTTCTCTATT
ATCTCTCCTG TTAACTCTAT CTTGCATTTG TATTTTCCTC GCTTACTAAC TTCAATTATC
CGTGGATGGT TGGGCGACTG CGTGTATGTT ACGGTATAAG CATATGAATT TTCCGTGAAA
TTACTGTCCA ACATACAATA ACAATCTCAA CCGTAAACAG TTACTTTACA AGCACCATTC
CCATCTTAAA AGCAACCATC AAGAGCTGGT CTTTTGACGC CACTCGCCGA GATCCACGTT
GCTCAAGTTG TGGCGCAATT CGTGCACTCT TCGTTTTCTA TACAACGGTC TCAATGGCTG
TTCTTCATTG TTCATCTAAA TCAAAGAAGT TTGCTTCTAC TGGCTTGCTA GGTAATACCA
AAGAAGCCGT CGGCAACGTG GTGGCACTCT GAGGTACAAA AATCATTTCA CTTACTGCAT
CACCAGGTAT TGTTCGCCAT AGTGTGCCTG CAGAATCCAT CTAGGTCTGT GTTAAGTCTT
GTCTCTGTAT TCACTTATTC ATGAGAAATA AACATAGATG GGCCCGGCCT TTTAAATAAT
CAAGCATTTA ATGAAGAACG GAAATGAAGA AAAAACATAC TGTAAGACAT GTATGGTGGT
AATACTAGCT TATTTTGATG CGCAGCTACA TCACCTGCAG TATAGAGTTG ACTTTGCACG
CGGTCAGGAC ACCTTGTTTG TTGCAGCCTT GCAAGTTAAT GCGAGTTTCA AATATGGCGT
TGGGTTATGC GTAAATGGTG TCTTTAAAGA CTTGAATGAT TTACATATTG CGTCGTGAGT
TCCAGAGCTT TGTCCTAGCG GTTTTTGCCT TTCATTACTA GACTGATATT GTCCGTTGAT
TTGCTGACAA CTCTGTAGAG CTCGAAGGGC AACAGTTACT TACCCATCCG CCGCCCAAGA
CTGCCTTTGC TATCTTACAG ACGTGATGGA AGAAGCGCCT TTATCTCAGC CAAACTCTTC
ACCATATATG GATGCTGTCG GCCGTTGTCT GTTCCCTCCT CACTTTCACT TGCGCGTCTC
ACACCCAAAC CAGAATTCAT CACAAGTCCA GGTCGAGGAC ACAATGGAGA AAAATCAAGA
CGGGCGCGCC AAAGACAAAA ACCACCACAC GGGCAAAGAC ACAGAGCAAT TCTGCTGCAA
TGACAAATTT GAAGTAGAGG ACGAGGGTGA CGAAGACGAA CCAGCCGCGC AAGACGCCAA
AACACAATTC ACACATGCGA TTACGCTTGT CATTGCTTCC TCCTACACCT TGACTGTTCC
TTGGCCCTCT CGGGTCTTGC TTCTGCCCTT GAAGGGAGGG AAAAGCATGT TTTGA
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| Protein sequence | MSTKLDKSLD EILVNRQPRN RRRTARRKAA NAAAPVGGVQ KITKGAKPAG KAVQNGHPAP
TESKIMVSGL PADVNEANIK EYFSKSAGPV KRVMLTYNQN GTSRGIASIV FREPDTAAKA
AKELNGLLVD GRPMKIEVVV DASHAPTVPA PKPLSDRVAQ SKPQPKPATN AKNANAARSG
RGGRGRGRGG KARGNRPKPK TAEELDAEMV DYFNASNENG ASAEVNAAAG SAPQQPAAGE
DLGMAEISVI PKKPSATWWH SEYRVDFARG QDTLFVAALQ VNASFKYGVG LCVNGVFKDL
NDLHIASARR ATVTYPSAAQ DCLCYLTDVM EEAPLSQPNS SPYMDAVGRC LFPPHFHLRV
SHPNQNSSQV QVEDTMEKNQ DGRAKDKNHH TGKDTEQFCC NDKFEVEDEG DEDEPAAQDA
KTQFTHAITL VIASSYTLTV PWPSRVLLLP LKGGKSMF
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