| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07455 |
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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 | BN001304 |
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| Strand | - |
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| Start bp | 1542808 |
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| End bp | 1547090 |
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| Gene Length | 4283 bp |
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| Protein Length | 1407 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 | JmjC domain-containing histone demethylation protein 1 (EC 1.14.11.27)([Histone-H3]-lysine-36 demethylase 1) [Source:UniProtKB/Swiss-Prot;Acc:Q5AW75] |
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| Protein accession | CBF79416 |
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| Protein GI | 259483761 |
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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 | 1 |
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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 | 34 |
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| Fosmid unclonability p-value | 0.196095 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATAAGTG CTACTTCTTT CGTAACCGCC ATCGGCAGCC GGCCGCCGCG ATATCGAACC
CCTTCCCCTC CGCGACGCGC CGTTGAACCT ATCTCGCCGT GCTCGACCGC GGACTATCGC
ACATACCGGG CTAGTCGCGA AATTTCAGCA TCTGCTACCT CTGATCATGT CCGTTCCACG
CCAACTGATA AAAGGCCGTC CCCGGCCGAT GTTCCGGCAT CGCATCGGTC GGGTCATGGT
CGGTCCAGCT CAACCATCGA CACACTCGCA ACGATCGCGC TAGCTACGAG TCCTACATTC
ACACCCCTCA CACACCGCCC TCCTTCGGAC AAGTCCAACA CCACGTTATC AATGTTTCCT
CCCGAAACAG AACCGGTAGA GCGCCCAGCA AAGCGACCGC GATCGGAAAG GGACGAATCC
TCATATACTC AACACCGATC AAATGCTTTC TCGATTGCGC GCCCTCCTGC GATTTCTGAT
AGTATGAAAA CCGATGCAGA GCTGCTTCTG AATTTCGCGC GGCCTACGAA TCTGTACCCA
CCTATACCGT CGTCGAAGCG AGCCAACACG GATGACTCTT ATCATAATCA TACCTTTCAC
ACCCAAGCCC AAATCAAGGA GCGCAACGCA AGCACATACT GGGTGACAAA CCATGAGAAC
GTGATCTTCA ACCATTCCGC AATGCACAAT ATTCCACCGT CACGGATGAG GTCTCAATCG
GATGGCTCGG CCGCTATATC CCGTCCCGTG ATAGAAGGCC TTCGGCCGAA CACAAGCTCT
TCTACGCTTC CGCCCTTAGC TTTTCAAGAA GAGGCGGATA GTGGAGACAG ACATTGGGAT
ATGGAGCGCA AGCCCGTTCT TGAAGAATCT CAGGTTGACT TCTGCAAACC GGATGAAACG
GTGCCGATTT TGTCTCAGAG CCAGCCCCTA AAGAAGGAAC TCGACGCAGA TTCCAACGGA
TCTAGTCAGG CAAGCTGTGC TACCTGCAAC CTCGTTCGGA TACCGGTCGA TAATGAGGAC
CAAGATGTCA CATGGATCAG CTGTGACGGC TGCAAACGCT GGTTCCATAT TGTATGTGCT
GGCTTCAAAA ATGATCGCGA GACCAGGACA GTCGATAAAT TCATTTGCAA AACTTGTCGG
CCTATTCACG GCCAGACCAC TTTTGTCAGA AAGTCGTCTC GTGTTCGCAC CTCGATCGAT
TATGCCGGTC TCAATCAGGG CCTGGTGAAG TCCGCAACAG ACTCGTTAGA ACATCACTAC
ATCGAACCTA TAAAGCAAAA TAAGATCCGC TTCCTCCCTG AGAACTTCCC CCGCATGCGC
CCGGAACTTG TCACTGCTGA GTATTTTGAG AAAGGAAATG GTATGACAGA ACCAATCGTC
ATCCCCGCCG AGTTCAACAC CCATGCAACG ATACCGCCCA CCAACCCCGA GTTTGATGCT
CTTGTTCAAG ATGCACCGAG CCAAGAAATG TTCGACGAGC TCTTAGACCA CTTACCGAAT
GTCGATCATG AGACCGTTAT CGACTGCGGC CAAAATCAAT TAGATATGGT AATTCCGCAG
GGTTTGACGG TCAGGACAGT TTCAGAGCTT TATGGCCCGG AAGAAAGGGT GGAGGTCATC
GATGTTAAAT CACAGCATGG TGAAGATAAG CGCTGGACCA TGCAGAAGTG GGCGGACTAT
TACGAGAGCA CTGGCGATAA AGTCGTCCGA AATGTCATCA GCCTCGAGGT ATCACAAAGT
AAACTAGGCA GGCTAATCCG CCGGCCGAAG ATTGTGCGCG ATCTCGATCT CCAGGATGCG
GTTTGGCCTG AGGAGTTAAA GGCCGTTGGG AACTTCCCCA AAGTGCAATT CTATTGCTTG
ATGTCAGTAG CCGACTGCTA TACCGACTTC CACATTGATT TTGGAGGTTC CTCTGTCTAC
TACCACATCC TGAAGGGCAA GAAGACATTC TTTTTCATAC CCCCCAAAGA CAAACATCTG
AAGAAGTATG AGGAGTGGTG CAACTCGCCT GCTCAAGACT ACACCTTCCT GGGAGATCAG
ACCAAAGAAT GCTACCGCGT TGATCTTTCC GAAGGTGATA CAATGCTCAT CCCGTCTGGC
TGGATCCATG CCGTCTGGAC CCCTGAGAAC AGTCTTGTCA TTGGGGGCAA CTTTTTGACC
AGGCTCAATT ACGGAATGCA GATCAAGATT GCGAAAATTG AAAAGGAGAC CAAAGTCCCA
ATGAAATTCA GATACCCCTT TTTTCAGAAG ATTCAGTGGT ACGCTGTGCT GAAATATCTC
GAGGAAGATC CAGTACCTCA AAGCGTGCTG GCTGCTTTTT CGCAAGACGA GAATTATCGC
TTCCACCGGA AGTATCCTAT CTACTACGAA TTTGGAGAGC GGGCCAATAC TGAGCCTAAG
GGGTCGCCCT ATCACAACTC GCGCTTTTAT TCACAGGCTG AGCTCGAGGG CCTCCCGGAT
CTCGCAAAGT ATCTCCTCAG GACTGCCTTG ATTGCAGGCT CTTACCTTGT GGAAGGTGTT
ACTGCTGATA CCAGAAATGC TGTCAAGAGA TCTATACCTG CGATGCCTGG AGAACCCATT
GACGTGATCC GGACATTCGG TGTGTGGATT GCGTGGAAGC GAGGCAACGA AAAGGCGGCA
CATTGGACCC GCCCTGGTGT TGTTGAAAGC AATGCTAAAC TCAGTCTTGC AGAGAAAAGG
CCTGCTGGAA GGCCCAGTCG CCGTTCAGAG CGTAACGCCG ATAACCAACG GACATACGCA
GAGAGACAAG CAGTGCAGCG TTTGTCGGAG CGCCCAGCCG TTGATATTCA GAAAGATTCT
GCTCCCGGCG ATGAGAGTGT TGCGCCCTTA GCAAATAATT CTCCCCCAGC AGCCACCTCC
GGCATTCCAG TACCTGTCAT GAACGAAGAC ACAAGTCAAA AACACAAAAC CGCTTCTAGG
GGCTCTGGCC TTGGTCCGAA ACGTGTAGCT TGTGACGCAT GCCGCAAGCG AAGAATTCGA
TGCCATCACA AAGAAGAGAA TAATGGAGCG TCAGGTTCGC AAATGACAGT CAGCACTTCT
AGCCTAGGAC ATCACACACC GACTGCGCAG GATGCAGCAT CGGCGCTGAA TTCACTAGCC
GCGATTGCCT CCGGGGCTGG GTTCCAAAAC GGTCTTCATA GCATCAAAGG CATGGATCGA
ATGGATGCTT CGGCTAATTT TGCAACAAGT ATATCGGCCA CGCCGCATGG GGTCACGTTG
AAAGTTGGTG ATGGCAGCCC GGATGGTCTG AATTCGGCCA AGAAGGGTCG TAGCAAAGCT
TGTGACGACT GCCGGAAGAG CAAGGTTTGT GCATATTCCA ACTCACGTGT TCTAGTTACT
GATTAGATTA CTGACTCTTG CAGCGTCGTT GCATTCACGA CGAGTACGGC AGGATTGATC
CTATCAAAGC CCAAGAGCGA TCAAAGCCAC GAGCGACAAG TCTGGCGAAG AGACCACGGG
TCCACGAGGA AGCGGCCCCA TCAAGCGCGA ATAAACGCTT GAAGCAGGAA AGTACATCAC
CAGTGGCGCA GCCCGTGCAT TCAAGCCATA TGGACACGGA AACTCCTACT CGTGCGCAGG
ACTCGGTTGA GAACGGCGTG CTCGATCAGT ATCCACGCAA AAGCAACACA CAACACGCAG
ATGGACTTCC CGCGGAGAAG GCATTGCTCC CCGATCAGAG CTCATATGCA TCGCCACCAG
CGTTCCAGGC GGATGCAGTG GCTACAAAGG AGTTGCCAGC AACTGTGTCG AAGCCGGCTG
CCGTGCTGGT GTCACCACCA ACGTCGCTAG CTGATGAGAT GGATATCCAT GATCAAGTGG
ACGCCGGGGG GGAGCATGTA TCGGTAATCT ACACGCCTTC GTCAGGCTCC CGCCAGTCTT
CACGCCAGCC CCGTCAAGTT GAGAGGTATA TGCCAGAGGT TCACTTTGCC AAGACAGCCA
AGTCTACAAC CACAACCCCT CAAACTACGC GCCGCTCGTC TTTTGGTTCC AGTGGCCGGA
AGACTACACC GGGATTGTCC TCCGGTTCAA AGAAATCTGG ATCTCGGCCC TCCTCATCTC
ATGGAAAGAA GAGTCTTTCC CCTTCCGTGG AGAAGAAAGC CGAACGCCAT GCCATCTCTT
CAGCGCCATT TGGTCAGCAC GGCAGGGGCT CCAAATCGGA GCATGGAACA AGCGACGTTG
ACCCCGATGC TGAAAGCTTA CGCCTGATCC GCGAAATACA AGAGCAGGAG TTTGGTTTAC
GGCGGCGAGC AGGCAGAGCA TAA
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| Protein sequence | MISATSFVTA IGSRPPRYRT PSPPRRAVEP ISPCSTADYR TYRASREISA SATSDHVRST
PTDKRPSPAD VPASHRSGHG RSSSTIDTLA TIALATSPTF TPLTHRPPSD KSNTTLSMFP
PETEPVERPA KRPRSERDES SYTQHRSNAF SIARPPAISD SMKTDAELLL NFARPTNLYP
PIPSSKRANT DDSYHNHTFH TQAQIKERNA STYWVTNHEN VIFNHSAMHN IPPSRMRSQS
DGSAAISRPV IEGLRPNTSS STLPPLAFQE EADSGDRHWD MERKPVLEES QVDFCKPDET
VPILSQSQPL KKELDADSNG SSQASCATCN LVRIPVDNED QDVTWISCDG CKRWFHIVCA
GFKNDRETRT VDKFICKTCR PIHGQTTFVR KSSRVRTSID YAGLNQGLVK SATDSLEHHY
IEPIKQNKIR FLPENFPRMR PELVTAEYFE KGNGMTEPIV IPAEFNTHAT IPPTNPEFDA
LVQDAPSQEM FDELLDHLPN VDHETVIDCG QNQLDMVIPQ GLTVRTVSEL YGPEERVEVI
DVKSQHGEDK RWTMQKWADY YESTGDKVVR NVISLEVSQS KLGRLIRRPK IVRDLDLQDA
VWPEELKAVG NFPKVQFYCL MSVADCYTDF HIDFGGSSVY YHILKGKKTF FFIPPKDKHL
KKYEEWCNSP AQDYTFLGDQ TKECYRVDLS EGDTMLIPSG WIHAVWTPEN SLVIGGNFLT
RLNYGMQIKI AKIEKETKVP MKFRYPFFQK IQWYAVLKYL EEDPVPQSVL AAFSQDENYR
FHRKYPIYYE FGERANTEPK GSPYHNSRFY SQAELEGLPD LAKYLLRTAL IAGSYLVEGV
TADTRNAVKR SIPAMPGEPI DVIRTFGVWI AWKRGNEKAA HWTRPGVVES NAKLSLAEKR
PAGRPSRRSE RNADNQRTYA ERQAVQRLSE RPAVDIQKDS APGDESVAPL ANNSPPAATS
GIPVPVMNED TSQKHKTASR GSGLGPKRVA CDACRKRRIR CHHKEENNGA SGSQMTVSTS
SLGHHTPTAQ DAASALNSLA AIASGAGFQN GLHSIKGMDR MDASANFATS ISATPHGVTL
KVGDGSPDGL NSAKKGRSKA CDDCRKSKRR CIHDEYGRID PIKAQERSKP RATSLAKRPR
VHEEAAPSSA NKRLKQESTS PVAQPVHSSH MDTETPTRAQ DSVENGVLDQ YPRKSNTQHA
DGLPAEKALL PDQSSYASPP AFQADAVATK ELPATVSKPA AVLVSPPTSL ADEMDIHDQV
DAGGEHVSVI YTPSSGSRQS SRQPRQVERY MPEVHFAKTA KSTTTTPQTT RRSSFGSSGR
KTTPGLSSGS KKSGSRPSSS HGKKSLSPSV EKKAERHAIS SAPFGQHGRG SKSEHGTSDV
DPDAESLRLI REIQEQEFGL RRRAGRA
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