| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06121 |
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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 | 1193788 |
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| End bp | 1197110 |
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| Gene Length | 3323 bp |
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| Protein Length | 1047 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | SET domain protein (AFU_orthologue; AFUA_2G08775) |
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| Protein accession | CBF70143 |
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| Protein GI | 259479689 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.26496 |
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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 | 28 |
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| Fosmid unclonability p-value | 0.0261867 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACACTCG TCAACAATCT AATCGAGCTC CTCTACATAT CCGCCAGCAT GGGCGTCAAC
TCCTGGAGTG ACCTCCTCGC TATTGAATTG ATTCATCTGA GCGTTCTCAG CAAGAACGAT
CTTCTTAGTG AGCTAGTCGA GTTGTTCCTC CTGCTCACCA TGCAGAAGCT GTTAGGTTTC
TTAGAGTCAC GTGAGTATCC TTCACTCCAT TTAACTGCCT CGCCGTCGAT ATGATTAAAA
GACCATGCAA GCAAAGACAC TTACTTCTCT CCTTGTGCTT GTGTTTGTGC CTTGGCTTTC
TTTCTTTTCT GATGCACTTC TACATTTGAT CTAGTTCAGT TGGCTAACTT GTTCTTCTGA
TCTTCATAGT AGGGGCTACC GCTAGTTGTT TTGAAGGCAA CGCTTGTCCT AACCCTGAAC
AAAGTGAACC TGAGTCCGAT CCTGCTGAGC CTGCGGATAC TAACACTAAG GCTGACATTG
ATCGTGATCC CAAGGCAGAA GCTACGCAAG CTGATTTAGA AGCTGTCGTG AACGGCACGT
CTACCTCTGA CGCTGGCTCC AGATTTGAAT CTGCATCTGT GTTTGTGTTA CTACCTGAAC
CTAAGCATAC TCCGGCATCC AACCTTGAGC ATCATCCTGT CTCAGGTTCT GACTTTGAGT
CAGTCTCTTC GTCTACTTCT GAGCTTGTAG CCGAGAGCAA GCCTCAAGGC CTGGACGAGA
GAGAAAGTCA GACCAATCTC GAGCCTGAAT CCCAGATTGA AGATCCATTG GTGGTCAAAG
AAAAACAAGA CGCACAATGC CAGATCGAAT CTGAAAATGC TCTTATGCTT GCGAAGGGTC
TAAGGGTTGA GAGTCAAGAT CAACACGAAG AGTATATCTC GAGCGAGCAT CAGATCAACA
GCCAGCAAGG TCTCCTCGTT GAATCCCAAA ACCAAGACAG ACAGAACCTG GTTAACTCTG
AACCCGGGAG CAATACCGAC ATCAAGAGTG ACGACCGTTA CGGACATCAA ATCCACAGCG
GAGACCAGAA AGAAAGTCCA CTGTTGGTAA ACTACGAGGA TCAAGTCCAC AAAGAACACA
TCTCAGCTGG CTCTGAATTG GCTCCTGTAT CCGGGTCTGA GTCTGAGCCT GAGGCGGGTT
TTGACTCTGA TTCTGTATCT TCACCCGCTC CTACACCTGA GCTTGTCGAG GAAGATAAAA
CTAGTGTTAC CAAACACCAA GGGCCCCATT TAGGAGCAGC GACCGGACCG TTAATCCTAC
AAGCGAAGCC TGGTGCACTT ATTCTCAGAC AGAATTCAGA CCTACTGGGT CTACGAATCA
CTGCCCCTCG TGCTCGTTCT CCTTCTCCCC TTCGCTCATT CTCTCGCTCT GCGATTGAAT
GCTTGGGAAT ACCAATGCCG TCAGAAATGC CTCGCCCTTC AACCTCAAAC GTGCCAGATT
CATTGGCTGA TATACCGCCT GAGTACCTGC AGTTACCGTT TGTCGACGAA CATGTGAACA
GCTCAGCCCC AAAAGGCAAC AAGAACTGGC ACTCGGTCGA CCTCCCACAC GAGCAGCTCA
CCGCCGCCAA CCTCACTCGT GCTCAGGATC TCTCGAATTG TGATCTGCGA GAGCCCGTTG
TCTCGGACTG CTTTGAAAAG CGCTGGATTA ACGATAAAAG CGGCTTTGGT TTGGTGGCCA
CAAAGCACAT TCCTGCTGGT ACAGTTATTA TTGCGGACGA GCTCATGATT TTGTGGTCAG
GTGAGCACAA GAAGTGCAAG TCTTATGGAG ACACGAATGC GATGCTACAG GCGAAGGCGG
CGAGAATGGG GCCGGAGTGG AACAATGAGT TCCTTTCACT CGCGAAAGGT CAGAAGAAGA
AGGGCTTTGC GATCAGAAAG CGCAGACTTG GTCTTGAAGG CGCAATATGG GACCAGCATG
CTTTGCCTAC GGCGTGGGAG GGAAACGTCG GTGAGGTGCT TGGTTTGAAC CTGGCTTGGT
TGAATCACTG CTGTATTCCG AACTGTGTTC TGCGGTTCCG GAACGAGTAT CCCACGAACA
AAAAGGGCGA GATTTGCTAC GACAAGAAGC CGAGATTGGG AAAAGCGGTC GTCCGCGCTT
GTGCAGACAT CAAGCCTAAC GTGGAGATCA GTATCGCATA CATGCAGACA GAAGGAACGG
CCAGAGAAAG GCGAGCAGCT ATGAATCGCC GCTTCGGCTT TCTATGTGCG TGTCGGTTCT
GCGCGACGCC GCATCCTTCA GCCGACAAAG CCATGTGTCA CTACCGCCGC CTCAAGCGCC
GAATCGAGGA CCCGAACATC GTATCTAATA AACCGGCTAT CGCGTACCTG CATGCGTCTA
TGCTGCTCGA CCATCTCGCG GCAATGCGCG TACAAGACTT CCGAGTTGCC GATATCTGGG
TCAAATGTGC TATGATTGCG GGTCACCACA CTGATTTGGC AAGAGCATGG TGTTTTCTCA
GGGAAGCGAG GGAGCTGTAC CTCGTGCTCG AAGGACTTAA CGGCGCTATT TATCATCAGG
TCGAAGGTTG GTATCGTGAC CCGACCAGTA TGCCAGGATT TGGGGGTACA AGGCGAGGTT
TGAGCTCTCG CATGAAGGCG TTCACAGACT TCAACCAGGG CATCATGCCA AAGAAAATGC
TATTCATGCT GGATGCGAAG CCTAACGAGT ACATCGCAGT CCCCCGTTAT CGTCCTCTTC
CCCGCACTGA TAACGACAAG GGACCGTCCT ATGAAATTAT CGATGGGCCT GACTTTGCCC
CGGCAGAGCT CAAGTTCGAC TCCAAGAACC CTTCTGATAT GTGCCGTACC CACGACAACT
GTCAGACGCT TGTGGACCAT TTAGACCGCG TTCGTGAGAA GCGCAGGAAC CGCGGACCTG
CGCGAGAAAT GACAGATGAC CATGATTCGG AGCCTTATTG TGACGGTTTC AAGCAAGACT
TCCTGGCAGC GTTTATGGCC GTGGCGAGGG AGCGCTTCGG GAAAGCCGCG GTAGATGCTG
AACTAGAAAA AGACCATGAT AATCCTGAAG AATCGTTTAA TCAAGACGTT CAGGTGTTTA
CATCTTGCGG AGAGACATGT CCCAAGCCCG GTTGCACGCA CCAGCAGTAT GAAGTCGAGC
TTCAGAATCC TTCATGCGCC TGCGACAAGG AGCCCGGTGA AGAAGGCCAG CCCGATAACA
AGGAGAACGA GGAGTCTCAT ATTCAAGAAC CGACCGTTGG AGCGCGGAAC CCCGTAGTTA
AGCACGTTGG AGCTGAAAAG AAACCGCAAT TTGTCAATTT GGATGATTTT GCCTACTGCG
ATGCAGGTGT TGAGTATAAC TGA
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| Protein sequence | MTLVNNLIEL LYISASMGVN SWSDLLAIEL IHLSVLSKND LLSELVELFL LLTMQKLLGF
LESLGATASC FEGNACPNPE QSEPESDPAE PADTNTKADI DRDPKAEATQ ADLEAVVNGT
STSDAGSRFE SASVFVLLPE PKHTPASNLE HHPVSGSDFE SVSSSTSELV AESKPQGLDE
RESQTNLEPE SQIEDPLVVK EKQDAQCQIE SENALMLAKG LRVESQDQHE EYISSEHQIN
SQQGLLVESQ NQDRQNLVNS EPGSNTDIKS DDRYGHQIHS GDQKESPLLV NYEDQVHKEH
ISAGSELAPV SGSESEPEAG FDSDSVSSPA PTPELVEEDK TSVTKHQGPH LGAATGPLIL
QAKPGALILR QNSDLLGLRI TAPRARSPSP LRSFSRSAIE CLGIPMPSEM PRPSTSNVPD
SLADIPPEYL QLPFVDEHVN SSAPKGNKNW HSVDLPHEQL TAANLTRAQD LSNCDLREPV
VSDCFEKRWI NDKSGFGLVA TKHIPAGTVI IADELMILWS GEHKKCKSYG DTNAMLQAKA
ARMGPEWNNE FLSLAKGQKK KGFAIRKRRL GLEGAIWDQH ALPTAWEGNV GEVLGLNLAW
LNHCCIPNCV LRFRNEYPTN KKGEICYDKK PRLGKAVVRA CADIKPNVEI SIAYMQTEGT
ARERRAAMNR RFGFLCACRF CATPHPSADK AMCHYRRLKR RIEDPNIVSN KPAIAYLHAS
MLLDHLAAMR VQDFRVADIW VKCAMIAGHH TDLARAWCFL REARELYLVL EGLNGAIYHQ
VEGWYRDPTS MPGFGGTRRG LSSRMKAFTD FNQGIMPKKM LFMLDAKPNE YIAVPRYRPL
PRTDNDKGPS YEIIDGPDFA PAELKFDSKN PSDMCRTHDN CQTLVDHLDR VREKRRNRGP
AREMTDDHDS EPYCDGFKQD FLAAFMAVAR ERFGKAAVDA ELEKDHDNPE ESFNQDVQVF
TSCGETCPKP GCTHQQYEVE LQNPSCACDK EPGEEGQPDN KENEESHIQE PTVGARNPVV
KHVGAEKKPQ FVNLDDFAYC DAGVEYN
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