| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04472 |
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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 | 1933427 |
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| End bp | 1938152 |
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| Gene Length | 4726 bp |
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| Protein Length | 1447 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 | Chromatin modification-related protein vid21 [Source:UniProtKB/Swiss-Prot;Acc:Q5B4Q8] |
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| Protein accession | CBF77440 |
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| Protein GI | 259482706 |
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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 | 0.267815 |
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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 | 33 |
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| Fosmid unclonability p-value | 0.199499 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGATCGC GTGAGTATTA TCTATGAATG ATCAAGTCTA CTGAAGCGCA TTTTGCGATT
TGATTCCATC GCTCACTGGG ACTTTTAGAC GTTGTTTGTT GTCGCGGAAG CGTAAATTGA
GCGAGCTTTA CTTTGCGACC GTAGGATACG CGGGCGCGAC CGAGACTTTC GCCGACTCCG
CGTATCGGGA AAAGGAGCAG GCGTTTCTCG ATGCGAACGA CATCACAAAG TAAGTTCACC
CTAATTTATC GGTCATAGTT CAGTTTCGGA CCCATCTTCT TGCCTTTCGT TATTTCCTCT
CCCCCCCCCC CCCCCCCCTT TCTCTATTTA TCCTAAATCA GACGGTTGCG ATTTACTCAC
TGCTCTCCAG AGGACGTTAT TTCAACGAAG CCACGCTCCC AGCACTACGC AGCTATGCGG
TTCCCCCAGT GCGAGAGACG AAAGTAGCTT CCTTACCTGT ACCCGCAACA ACCCCAGCGA
GCCCCAATGT TGCTCCGGCT CCGGCGCTGC CGCAAGCAGA GGCTCGCGCG TCCGAGGTGG
CTTCACAAGG AGCTTTGGAT GCTGAGACGC AGAGAGTCAC AGCGCCGCAT CCAGTAGAGA
AACACCCATC TTACTCTGGC CCTCAACCAT CCGATAGCAG AGCCGCACCT CAACTAGCTC
CTGGGACAAC TGAAATATCG CAGAAGGCTG ATGGACCAGC TCCAGAAGTA AGACATGCTG
CTCAGAACCT GCAACAAGGA CAGAAGGCAA CCTCCTCTTT GCCAGATACT CCTCGCAGCT
CCCAGGACCC TAGCGATGCT ACAGTTCGGG CCGATCAAAA AGACGCAACA AAAGCGATTC
CATCCGCTCA GCCAGCCATA TCAACACCGA AACCCCAACA TGATCTTCCC GCATCTCCCC
TTCCAGGTCG CCCTGTGCAT GTTACCGACC AGCCCCTATC CCCCGTCTCA TCTGCTGGGC
CGTATTCGAA TAACACCCCC GCTCCAACTG CTGCATCCCC GGCCACAAGC ACTACTGAAG
ACGTCTCAGC TGAGAAACTT CCAACACCTA AACGAATAGC AGCTACTCAA GAACGATCAA
GCTTTGTTCC GACAACACCA GATGAACAGC TTCGCTTCGA AGAGGCGCAG TCTCTCCAAC
AAAATGCTCT CCTGGTCAGT CAGGTCAAAG ACGGTGCTGG CACCGGGCCC TTGACAAATC
AGGTTATTTC CGAGGACCTC CCGTCGACTT CAACCACAGC AAACGTGGCA GAAGGTGCTT
CAGAACAAGT GTCCAAAGAT TTGCTACCGG AATCCAAAAT GCCGGAATCA ACCCCTGCTG
CTATAGTAGA GTCCAAATCT CAACCACAGT CACCACTGGG TCAAGCGTCA AGTCAGGCTG
AGACCGTCGT CAAGGATGTA GCGCCAGGTA CGCAACTTAC AAAGAAAACA AGTTCATCCC
CTCATCCGGG ACCGCCACCA GAGAGAATGA CAACTAGAGT ATCGTCCGGG GCGATTCGGC
ACAAGTCTGT ATCCGAGATT TTAGGCGAAG CACCAAAGAC ACCTGTTTCG CCTATTGAAA
AGCCGCACAC GGTTGAGAAG CCTACTGATT CGGCCCGGGC TGGCGTTTAT GATTCCACGG
ACTCTGCAAA ACTACGCCTT AAGGACAGAA GAGCACGCGA GAAGGAAAGA AACAAATTCT
CTACTGTTGT CTTTCCGAAA CAGCAGCAAC AACCGGATAA GGATGGCGAC ATGGATCTTG
TCCGCCAACA ATCTGGCGCT TTGATCAAGT TAAATGAAGA GCGGGATTAT CTCTTCACGT
TATTTCAAAA CAAGGCTTAT GCTCCACCCC GTGGTACTGC CTTGACGGCT CTTCTTTCTT
CTGCGCATAA GACTTTAACC ACGAATAACT ATCTTCTTGA TTATCAGGAA CAGATGGATT
GCCGTATACT TCGCCGCATC TATGATCTTC AGCATGCTAA CAGATGGCCA CTGCGCCAAT
TGAAGCGCTC TGCGGAACCA CCGAGGCAGG CAGCTCACTG GGATGTTCTG TTAGACCATA
TGAAATGGAT GCGGACAGAT TTCCGGGAAG AACGCAAGTG GAAGCTTGCT GCGGCAAAGA
GTTGTGCAGA TTGGTGTGCA GAGTATATTC ACAGTGACCC CGAATCTCGG TCGATGTTGC
GTGTTCAAGC TAGAATTCCA CCAAAAGATT CTCCGTGCAA GAATGGACCG CAATCTGCCA
CAATGGTTTC CCCCCCAGCG GAATTGGGCA ACGACGCTAT GGAGATTTCA CACCCTACGC
CAGACTTGGT GCCTTCAAGT GAGGAGGATT CGGTCAGTGA AGGGTTTCCT GATGAGCCAC
GACATGGTTT ACAGGACACA GTCGCTCCGG CTGCTATTTT TTCCCTGGGT TCTGATGAAT
TTACATTCTC GCTGGACATG ACCCCAACGG CGCAGAAGCT TCTGGACGAG TTACCCATCT
ACACACCTGT TCAAATTGCC CCAGATACGA ATCTTCCAAG GTTCAAAGAC CTCCCAGATG
CGTCGTGGAA GACTGAAATT CTTCCCGTTT CTAAATACGC TCGCGGAAAG ATAATGTTCC
GCGAGGATGA GCCGGCAAGG AAACGTAGTC GCTATGACTA TTCGCAATAC AGTTCCGGCT
CTGAGCATCC CGTTGTAGAA CTACCTCCTG AGCAAACCAA CGTCGCCCTA TTTCAACCCG
AAAACAGGCA TATCCGCGAT CGCATTCACC CAGCTCAACC TTTCAGACCT CCTACCGAAT
ATCCTATGCC TTCCCTTGGT TTCCTGGAAT CGAGACAATC TTCTCAATGG ACTTATGCTG
AAGACGAGGA ACTTCGCAGT CTTGTTGAAG AGTATTCCTA TAACTGGTCA CTGATATCTA
GTTGTCTTAC TCCGTCGTCC CAGTTTACAT CGGGCGCAGA GAGACGAACA CCATGGGAGT
GTTTCGAGCG GTGGGCAGGA ATAGAAGGGT TGCCTTCTGA CATGTCTAAG ACGGCGTACT
TCAGGGCCTA CCATCAGAGA ATTGATACAG CTCAGCGTAA TGTTATGGCG CAGCAAGCTG
CAGCCCAACA GCAACAGCAG CAACAACAAC AACAGGGCAG TAACGGTAAC AATCAACAAC
CGATGCCTTT GATTCGCAGG AGAGGTACTC AACCTATTCG GGTGGATCGA AGAAGGTCTT
CCAAGCACCT AGCGCTTCTC GATGCTATGA GGAAATTGGC TAAAAAACGG GAGACAATTC
TGCAAAAGCA GCAACATGGT AAGCAAAAGT CAATCGAGCG CCTTGGAAGA TGCTAACTTC
ATTTCTATTT AGCTTCGCAG CTTGCTTCGT TAAGAAAGGT TAATGAAGCC AATCAACCGA
AGCCTCCAAT TTCATCTCCC GCTGAATTCA GCCGTCTAAA GCATGAACGT GAACTCAAAC
TTCAAGAGAG GCAGGAGCAA TACCGCCAAC AAATGATTGC TCAACAGAGG GTGAGTTTCC
ATTTAGCTTT CTCCATGGTC AACTCGGCTA ATGTGGTGTT AAGGCGAGCC TCGCGGCCCG
TGCTGGTCAA ATGCCTAATC AACAGCAAAT GATGAATGCT CCTGGACGAG CTCCAAATGC
CATCCCCCAC AATCCAAACG CTCCTCCTGT TTCGACCAGT ACTGCAAATG GTCTACCAAA
TGGAATATCC AACCCATTGG CTAACGGAAT GCCAAACGGA CTCCCACAAA ATGTTGGAGT
CAATCAGGGT AGGCCTCACG TTCAGGGGAT GCATGGAAGT GGTGGACCTG TAAACAATCA
TATATCTCCA AATCCCATGG CTATGAAAAT GATGCCGCAG GCTAGCATGC AGCAGAACAA
TGCCCCCCGT CCCAACATGG CAATGCAAGC GTCGCCGGAT AACGCTCGGG TGATCCGAGA
GGCTAATCGC CTCCAAGAGC AACAGCGGAT CCTACAATCT AGACAGCAGC CTTCCCAGCA
TCCGCTTCAG CAGCAACAAC CGCCGCAGGC ACAGAACCAG CAGCAGCAAC TCCCTCAACA
GCCTCAGCAA GCTCAGCAAC AATTTCATGC CCAGCCTCAG TTTGTACCTC AGGGATCCAA
CTCTCCCAAT CTGAACATGC CTACTGTGAA CGGTACCCCA AACAATCCGG CCATGATTGC
AGCACTCCAA GCGGGAGGCG GAATGCAGAG TCCGCCCTTC CACAACTCTG CACCTCAAGG
CGTCTCTACA CCTTCTCCAC GTATGGGTCA ACCGAACACC CTATCTAGTG GAGCTGTTCC
AACAACGATT AGCACGATCC AGAGCCAGAT CCAAAGGAGC AATCCCAACA TGCCGCTCGA
ACAAGTCAAA CAACTAACCA CGGAACGACT CCATCAGTAC CAGCAGCAAC AGCAGCAACG
GATGTCTCAG GTTGCTATGA ATGCAGCGGC GGGTAATTTG GGCGTGCAGC CCAATTATCA
GGTCTCACAT GATGGGAATT TTCAACCTCA AAGTGGCATG AGTGGTGGTC CGAACATGCA
AGTTCCCCAG GCGCAGGGCT TTTCTCCAAT GATGCGTGTA CCCCAACCTT CCCAGCAAAA
CCGGATCGGT GCTGGAGGCT CCCCTGCTAT GGGCGTAGCT GTACCGCAAC AAAGCCGGAG
CGCGACCCCG CAAACACAAC GCAGTGGCAG CATTCAGACT GGTACAATCG CAGGAGCGAG
TAAGAGCCCT AACACTCATT CTCAAACTCA ATCTATGGGT GCCTGA
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| Protein sequence | MRSRYAGATE TFADSAYREK EQAFLDANDI TKGRYFNEAT LPALRSYAVP PVRETKVASL
PVPATTPASP NVAPAPALPQ AEARASEVAS QGALDAETQR VTAPHPVEKH PSYSGPQPSD
SRAAPQLAPG TTEISQKADG PAPEVRHAAQ NLQQGQKATS SLPDTPRSSQ DPSDATVRAD
QKDATKAIPS AQPAISTPKP QHDLPASPLP GRPVHVTDQP LSPVSSAGPY SNNTPAPTAA
SPATSTTEDV SAEKLPTPKR IAATQERSSF VPTTPDEQLR FEEAQSLQQN ALLVSQVKDG
AGTGPLTNQV ISEDLPSTST TANVAEGASE QVSKDLLPES KMPESTPAAI VESKSQPQSP
LGQASSQAET VVKDVAPGTQ LTKKTSSSPH PGPPPERMTT RVSSGAIRHK SVSEILGEAP
KTPVSPIEKP HTVEKPTDSA RAGVYDSTDS AKLRLKDRRA REKERNKFST VVFPKQQQQP
DKDGDMDLVR QQSGALIKLN EERDYLFTLF QNKAYAPPRG TALTALLSSA HKTLTTNNYL
LDYQEQMDCR ILRRIYDLQH ANRWPLRQLK RSAEPPRQAA HWDVLLDHMK WMRTDFREER
KWKLAAAKSC ADWCAEYIHS DPESRSMLRV QARIPPKDSP CKNGPQSATM VSPPAELGND
AMEISHPTPD LVPSSEEDSV SEGFPDEPRH GLQDTVAPAA IFSLGSDEFT FSLDMTPTAQ
KLLDELPIYT PVQIAPDTNL PRFKDLPDAS WKTEILPVSK YARGKIMFRE DEPARKRSRY
DYSQYSSGSE HPVVELPPEQ TNVALFQPEN RHIRDRIHPA QPFRPPTEYP MPSLGFLESR
QSSQWTYAED EELRSLVEEY SYNWSLISSC LTPSSQFTSG AERRTPWECF ERWAGIEGLP
SDMSKTAYFR AYHQRIDTAQ RNVMAQQAAA QQQQQQQQQQ GSNGNNQQPM PLIRRRGTQP
IRVDRRRSSK HLALLDAMRK LAKKRETILQ KQQHASQLAS LRKVNEANQP KPPISSPAEF
SRLKHERELK LQERQEQYRQ QMIAQQRASL AARAGQMPNQ QQMMNAPGRA PNAIPHNPNA
PPVSTSTANG LPNGISNPLA NGMPNGLPQN VGVNQGRPHV QGMHGSGGPV NNHISPNPMA
MKMMPQASMQ QNNAPRPNMA MQASPDNARV IREANRLQEQ QRILQSRQQP SQHPLQQQQP
PQAQNQQQQL PQQPQQAQQQ FHAQPQFVPQ GSNSPNLNMP TVNGTPNNPA MIAALQAGGG
MQSPPFHNSA PQGVSTPSPR MGQPNTLSSG AVPTTISTIQ SQIQRSNPNM PLEQVKQLTT
ERLHQYQQQQ QQRMSQVAMN AAAGNLGVQP NYQVSHDGNF QPQSGMSGGP NMQVPQAQGF
SPMMRVPQPS QQNRIGAGGS PAMGVAVPQQ SRSATPQTQR SGSIQTGTIA GASKSPNTHS
QTQSMGA
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