| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08825 |
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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 | BN001303 |
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| Strand | + |
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| Start bp | 2625029 |
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| End bp | 2628195 |
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| Gene Length | 3167 bp |
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| Protein Length | 980 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | Histone-lysine N-methyltransferase, H3 lysine-36 specific (EC 2.1.1.43)(SET domain-containing protein 2) [Source:UniProtKB/Swiss-Prot;Acc:Q5ASA5] |
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| Protein accession | CBF77940 |
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| Protein GI | 259482964 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.10745 |
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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 | ATGTCAACTC ATGACAACGC GGACCGCCAG TCAGAATTTG TTGCCGATGC AGTCACTGCG
ATGAAACTGG AGCAGTCCGA GAATAACACC GATGCTCCGA TCCTCAACGG CGGAGGCGCC
GCGATGAAGC CCGACTCCAA AGCCGCGTCG CCAGAACCCC TAATAAAAGA TGAGCGGGCA
TCCTCGACCT TTATGAAGTC GCGATCCTCT TCACGAACAC CGTCTTCACG AACACCGCTC
AAAAAAGAAC ACTCAGATAG CGAAGATATC CAGGAAAAGC GTGGGGATGA TGCGTCGGGT
ACAGAAAAGG TTGGAGGGGG CATCTCGGTC AAAATGGAGC CGGGACAGCC TCCCAAGCTT
GCTCGTAGCT CCTCACAAAA GGTGGTTCCG CGACCGCCAC AGCTGTTCTT GGACTTGCCG
GATAGTACGG AGGAAGCTCA GAAGACATTT GAGGTGATCG AAACCTGCCA GTATGCTAAT
AAATACATGG GCTATACGGA GCATGCTATG GAGTGTGATT GTGCGGAAGA ATGGGGTGAG
TCTGTCTATG TTGCTTGCTA CATATGTCCT GCAGTTTTAG TTGTTGTCCT TGCACCATCC
CCAAGCTTTC GCGTTCCGTC TCAAAGTAAA ACCAAAAGAT TGTGCCCCGA TTCTTGCCAG
CATCTACTCA TGACTATTTC ATATCATGTC ATTTCTTTAT CTAACTCGGC TAGATCCGGC
CAGTTCAACG AATCGAGCAT GTGGAGAGGA CTCGGACTGC ATCAACCGCG CGACCAAGAT
TGAGTGTATG GGCGACTGCG GCTGTGGGCC AGATTGCCAG AACCAACGGT TTCAGCGCAG
GGAGTACGCG AATGTGGCTG TCATTAAAAC TGAGAAGAAG GGTTATGGTC TCCGCGCGGA
AGAGGACTTG CGACCGCATC AATTCATTTT CGAGTACGTC GGGGAGGTCA TCAACGAAGG
CCCGTTCCAC CGCCGCATGA GGCAGTATGA TGCAGAAGGG ATCAAGCATT TCTATTTCAT
GTCCCTCAGC AAGGGTGAAT TCGTCGACGC AACCAAGAAG GGCAATCTCG GGCGTTTCTG
CAATCACTCG TGCAACCCCA ATTGTTATGT CGATAAATGG GTGGTCGGAG AGAAGCTCCG
CATGGGTATC TTTGCTGAAC GACACATTCA AGCGGGTGAG GAACTCGTCT TTAACTATAA
TGTGGATCGG TACGGTGCAG ACCCCCAGCC GTGTTACTGC GGCGAACCCA ACTGCACAGG
CTTTATAGGC GGCAAGACTC AGACTGAGCG GGCGACTAAG CTGTCAAATG CGACGATCGA
AGCTCTGGGC ATCGAAGATG CCGATGGGTG GGATACTGCC GTTGCAAAGC GGCCGCGAAA
GAAGAAGATG GGTGAGGAGG ATGAAGAATA TGTGGACAGC GTACAACCCA AATCACTGGA
TGAAAGCGGC GTTACGAAGG TCATGGCGGC TCTTATGCAG TGTAAGGAAA AGTGGATTGC
AGTCAAGCTC CTGGGTCGAA TCCAACGTTG CGATGATGAA CGCGTGCGCA ACCGGGTCGT
GAAAATGCAC GGCTATCAAA TCCTTAATTC ACAACTCGCC ATGTGGAAAG ATGATTTCAA
CGTTGTTCTA CAGATTCTGG ACATCCTGGA CAAGTTCCCC CGTCTCACGC GGAATAAGAT
CATTGACTCC AAAATTGAGT CGACAATTCA GCCACTCACC AGCTGCGGCG ACGAACGAGT
CGAGCAAAAA GCGACTGTAT TGCTGCAACT CTGGTCGACT CTGGAAATTG GCTATCGAAT
TCCACGGATG AAGCGGGATC CCAATGCCGC TACTCCGACT GTCAGCCAGT TTCATCGACG
AGATGATATC TCAGATGAGC GGCAGCAACG CCCTAGATCA CGGTCACGGT CGAGGTCAAT
TGAAGCTCCT CGAGGGCCAG CAGCGCAGAA ACGAGGCGGC CAGGGCCCAA GAAATCAACA
CCATCAGGGT CCTCGAACGT TCCGACGGCG GTTCGACCCT CTCCCACAGG GCTGGTTTGC
GGCCGAGTCC AATGGCCGAA CATATTACTA TTCAGCTCGA GGAGACACTA CCTGGACGCG
GCCCACGAAG CCAGCGCCGC AGCCGCCGCC ACCGCCGAAA GAGTCGAGGG ACAAAGCACT
TCAGAGTATT ATTGACGGTA TCATGAACGC AAAGGAACAG ACGCCCAAGG AGAAGAGCGG
CACGCCTACC ACTCCGCAAC CGTCTAAGCC CACGCCGGAG GGCAAGGACA GGCAAGAAAA
GTGGAGGAGC TACAGCGAAG AGAAACAGAA GAAGCTCTAC GAAAACACGG TAAGCTCCTT
CCATGAAAGG TGTGGTTCTA AATTCTGACG CGTATAGCTG TATCCCCACA TAAAATACGT
CGTTGACAAG TTCAAACACA AGCTTCCGAA AGACGACCTT AAGCGATACG CGAAAGACGT
GGGTTTCTCT ATTTCCAGTT ATCATACGGT CACTAACCTG CGCATAGGTA GCAAAAAAGC
TAGTCAATTC GGATTTTAAG AACAACCGGG TCACAGATCC TACTAAGATC GACGACAAAC
AGCAGAAGAA GGTTAAGAAA TTCTGCAAAG AATTCTTTGA CAAAGCGGTT GCGAAGCACC
AGGCTCACGA GAAGCGAAAA GCGGAGAAAC TGGCCAAAGA AGGTAGCTCA GATAACAAGC
TGGCGACGCC AGTAGGCGGC CAAAGCGAGG GCGACGGAAC ACCGGACGTG AAGATGTCAG
ACGACGAAGG TAGCACTGGG AGGGAAGGGA CCGGTAGCCT CAAACGGAAG AGAGACGAAC
TCAGTGTCGG TAACACGAAC ACTCCTGACG ATACACCGAC TTCTTCAACA AAACGACAGC
GATCGTCAAC ACCACCACCA CCACCTCCCC CTGCCATGAA TACCAACGAC AATAACAACG
ACAATGACGA TATGAGCGTG AGAAGCGATG AACCTGATGC CGACGCAGAC GCAGACGAGG
TTGTCTTAGT CGGTAACCCA ACACCTCCTC CTCCGCCGCC TCCACCTCCA CAAGAGGACA
TGCGTATCCC AGACGCAGAT GCAGAGACTA ATGGACACAA TTTCGAAGGA TACGGCGAAA
TGAATCGATC CCATCAGGCT CAGATCGGCA TCGAGGGAAA TGTATAG
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| Protein sequence | MSTHDNADRQ SEFVADAVTA MKLEQSENNT DAPILNGGGA AMKPDSKAAS PEPLIKDERA
SSTFMKSRSS SRTPSSRTPL KKEHSDSEDI QEKRGDDASG TEKVGGGISV KMEPGQPPKL
ARSSSQKVVP RPPQLFLDLP DSTEEAQKTF EVIETCQYAN KYMGYTEHAM ECDCAEEWVL
VVVLAPSPSF RVPSQNPASS TNRACGEDSD CINRATKIEC MGDCGCGPDC QNQRFQRREY
ANVAVIKTEK KGYGLRAEED LRPHQFIFEY VGEVINEGPF HRRMRQYDAE GIKHFYFMSL
SKGEFVDATK KGNLGRFCNH SCNPNCYVDK WVVGEKLRMG IFAERHIQAG EELVFNYNVD
RYGADPQPCY CGEPNCTGFI GGKTQTERAT KLSNATIEAL GIEDADGWDT AVAKRPRKKK
MGEEDEEYVD SVQPKSLDES GVTKVMAALM QCKEKWIAVK LLGRIQRCDD ERVRNRVVKM
HGYQILNSQL AMWKDDFNVV LQILDILDKF PRLTRNKIID SKIESTIQPL TSCGDERVEQ
KATVLLQLWS TLEIGYRIPR MKRDPNAATP TVSQFHRRDD ISDERQQRPR SRSRSRSIEA
PRGPAAQKRG GQGPRNQHHQ GPRTFRRRFD PLPQGWFAAE SNGRTYYYSA RGDTTWTRPT
KPAPQPPPPP KESRDKALQS IIDGIMNAKE QTPKEKSGTP TTPQPSKPTP EGKDRQEKWR
SYSEEKQKKL YENTLYPHIK YVVDKFKHKL PKDDLKRYAK DVAKKLVNSD FKNNRVTDPT
KIDDKQQKKV KKFCKEFFDK AVAKHQAHEK RKAEKLAKEG SSDNKLATPV GGQSEGDGTP
DVKMSDDEGS TGREGTGSLK RKRDELSVGN TNTPDDTPTS STKRQRSSTP PPPPPPAMNT
NDNNNDNDDM SVRSDEPDAD ADADEVVLVG NPTPPPPPPP PPQEDMRIPD ADAETNGHNF
EGYGEMNRSH QAQIGIEGNV
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