| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05891 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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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 | 1892217 |
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| End bp | 1895657 |
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| Gene Length | 3441 bp |
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| Protein Length | 903 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | PHD finger and SET domain protein, putative (AFU_orthologue; AFUA_2G11210) |
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| Protein accession | CBF70626 |
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| Protein GI | 259479942 |
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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 | 20 |
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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 | 44 |
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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 | CTTTCCCACG GTCGCAGACG ACACGGTGGA CGACGTCCTT ATTAGAACCG CCACTTACTC
GAATTGCTGT ATCGATCGAC CCGGTCCTAC TCCTTGTTTG AACAACATTT GGTTTGTGAA
GCCGTCGGAC GAACCTCGCC TTTCTGCAGC CAGCTCTGGC TCTTCAGTAC GCTCTGCAGC
CATCGCGTCA GGTTGCAAAG ATATTAGGGC GTGACATCTT GCACTGAGTA GCTTGGTGGA
CCGCTAGTTG AAAGCAGGTA TTGCCTTAGG TAAAGGCTTT CGTGATATGT GGTTAGGGAT
ATAATCGATC CCATACGCCG CTTCTTGCAA GTACAAATAC CAGCGCGCTT CGCATTAGAC
GTCCGAGGGG GTGTTCTGTC GGATTATGAC AGAGACCTCC CCAGTCGTCA TCACGCATCC
AACCACGGAG CCTTTCCCGG TCACCGCCCC TCTGGACTCA CCCATCGTCA ACGGCGCCGT
GTCAGATTCG GTCCCGGCTG AAGAGGAGGA GCCGTATACC ATCAAATGCA TTTGTGCGTT
CGAAGATGAT GATGGGAATA CAGTCTTCTG TGAGGGTTGC GAAACGTGGC AGCATATTGA
ATGCTATTAC CATGGTCGGG ATGTCCCAGA AGTCCACAAC TGTGTCGATT GTGAGCCCCG
TCATCTTGAC AGTCGGCGCG CCACAGAGCG ACAGAGGCGC CTCAGGGAGC AAAGCGATGG
CGGTGACCGG AAAGCTAAAC GCTCAGGAAC GAAGAGTCAC AAAAAGAAGG CGAAGGATCA
TGCGGATCAC GTAAATGGTT TCCATCAGCG GTCAGAGTCG AGCAGTCGCG AACAGCTTCC
GTTGAAGAAG GCAAAAACTG GTCATCGCGC GTCAGGCTCG GTCAACTCTT TGCCCGGGAA
CTCGGCGCTT ACTTCTGACA GTCGCAAGCG CACCGCGGCC TCTTTGAGCC CAATCAAGTC
GTTCGGCCCC TCGATTCCTC TCTACTCTAA TGAGTTTCTC CACCTGTACG ACCAGGATCA
TGGGCATGCT GATATGGACG GTAATCTTTT TGTCAATCTA ACACTTGCCG CTGATTTGGC
CTCGTGGGTG AAAGATCATG TCTCACTCGC TCAGGTAGCC AACGGCCGCT CTGCGGACGA
GATATTCACC AGGTCTGGCG CAACTTTGGA TCGGTCTCAT TGGCCTTCCC TGTCTCTCAA
TTCAGTAACA GATCCCAGTA CTGAATTTGG CGGCAAGCAT CCGACTTGGA AAGTTCTCAA
GACCCAAGAT GCCGTTGGTA AAGACGAGAT TGTTGGCGAA ATCACAGGCA AGATTGGTCT
GCTACGAGAC TATTGCCTCG ATCCCGGTAA TCGTTGGCAA GAGTTGCGAC ACCCCGAGCC
GTTTGTCTTT TTCCATCCCC AGCTTCCGAT TTACATCGAC AGTCGACAAG AAGGCAGTAT
CCTGCGTTAC GCCAGGCGGT CATGTCGTCC TAATGTGACT ATGAAGACCT ACATTACGAA
TGATGTGGAA TATCACTTTT GCTTTGTTGC CAAAGAGGAT ATCGCACCGG ATTCAGAGAT
TACAGCGACA TGGTATCTAG ATCCCCAGTT GTTTGGGTCT ACCAATGGGA TAGTCAAGCA
AGAGCCCGGG GACAGTGTGC AGGAAGTGGC TGCTGTTTGT ATCAGCAATG TACTGGCCAA
TTTTGGTGGC TGCGCGTGCG TTGAGCCACA CAGCTGCCTG CTTTCCAGTC TTGATTGCCG
GCGGCATCCC AAACTTGCGG ATGGAAGCGT AAAACAAGCA CATGCTAAAC GGAGGAAAAC
AAAAAGCAAA CCCAATGTAT CACCGCATGG TAATAATAGC CGTGCTGGGA GTGAAGCTGT
CTTTACTCTG GACGACGATG ATCATGCAGA CAGTCGTTCT GCATCGAGTT CCAACCGTGG
GCAGACCCGC AGTCGTGATT TGACGCCAAC CTTACAGACT CCCACAGATG CCTTTGGCTT
TGGGGATTCT GAGCTGTCCG CTCGCGAAAG GCGTAAGATT GCCGCAGCAG AAAAGAAATT
CCAGCAGTTA GAACAGGATC AACAGACAAC CCACAAACGG AGAAAGCGTG TTAGTGGGCA
GTCCGCTCAT GCAACTGGGC CAGGCACTTC CGACCGTCGG TCATTCTCAC CCCCATTGTC
TGGAGGTGGT CACCGATCAC CACGCAAACC CTCTGCTCTT AGCACGCCTG CCAGACGGTA
TCCATACGTC GACTCTGCCG TCCAGGCAGA CATCGAGGTT GCGAACGGTG TAATGCCATC
CCCTCCTTCC TCTAAGCGGC CCAACTTCGT CCCTCTTACC CAACGTCTCC TCAAGCGATG
TTACATTGAT CGGATCCGGA TGGAACATAC CAGTCGTCAA CAACCTGATT CACCCCAATC
AAATAAAACT ACCTTTGAAG TATCATCCCA TCTTGTTCCT ACGCCGACAG CCACCACCCC
AAGTGTGTCA GGTGAGAAAG AAGATGTGGA AATGCAAGAC CTAGAGTCAC CAACCGAAGC
ATCTTCGGCA CGGCCGCAGA CGCGCAATCC CTCTATGGAC ATGTCGCCGT CCCATGGGCG
GGGTTCAGAT GGAGCACTCC CGCTGCCACC ACCATGGCCG TCTAGCGCAG CTCATATCGC
TCGAATCCCA GCGCGCAAGG TCACCAGCAC TCGTGTAGAT TTACACATGC CTCCGACTAC
TGCCACTGGC CTCCCATCGA CGGCGAGCCC GAATTCAATA TCGTCGGCTG CATCATCCCC
GTCTACTTTG GATCCGTCCT CGCAACACCC CGGAACTGCT CTTCCTGGAG CGGGACTGGC
TGCTCCTAGT CCTGTGAAGA AAAAGCTGAG TCTAGGTGAC TATCTAAGTC GAAGGGGGTC
GTTAAAGACT CCAACATCGG AGAAGACGCA GGCGCAGGCT GCAATGCCAC CCCCCACCCC
TCCTGCTCAG CTCTCGGACA GACGGGATGT TTCAGCTATG ACAGGTAACA TACATCCGGA
CAGCAGCCCT TCATTGTCGA GTCCAACAAC GGCGGATGTC ACAATGAAAC ATGTCTCGAG
CTCATCACAA CCCGCGCATT CTCCATCAAT TTCCTGATCG ACTCTCATCA TTCGGTCATT
GGTGCGGAAA TGGCTGGCCA ATACCTGACG AATTACTTCT CTTTTATACA TGTTTTTATT
ACCGCTATCT CTTTTATTCA CTTGTAAACG ATTGGAATGG ACTGGCGTTC GTCGTGGCTT
TGGGTGCTTA TTCTTGCGAG AGGTTTGAGG GTGGCGTACT TGGCGCGTTT GGCGGGAATA
ACTGATGGGT TACGGCTCTC TATGGAATGG AAGCCATGGT CATGCGATTC TCTACGCGCA
GCCTTTGCTT GCTTCACGCT TTGTCTTCTA GCCTTTCATC TCAGAATATG TCCGTAGTGG
TCCTGGGATA GCTAGCGTCA A
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| Protein sequence | MTETSPVVIT HPTTEPFPVT APLDSPIVNG AVSDSVPAEE EEPYTIKCIC AFEDDDGNTV
FCEGCETWQH IECYYHGRDV PEVHNCVDCE PRHLDSRRAT ERQRRLREQS DGGDRKAKRS
GTKSHKKKAK DHADHVNGFH QRSESSSREQ LPLKKAKTGH RASGSVNSLP GNSALTSDSR
KRTAASLSPI KSFGPSIPLY SNEFLHLYDQ DHGHADMDGN LFVNLTLAAD LASWVKDHVS
LAQVANGRSA DEIFTRSGAT LDRSHWPSLS LNSVTDPSTE FGGKHPTWKV LKTQDAVGKD
EIVGEITGKI GLLRDYCLDP GNRWQELRHP EPFVFFHPQL PIYIDSRQEG SILRYARRSC
RPNVTMKTYI TNDVEYHFCF VAKEDIAPDS EITATWYLDP QLFGSTNGIV KQEPGDSVQE
VAAVCISNVL ANFGGCACVE PHSCLLSSLD CRRHPKLADG SVKQAHAKRR KTKSKPNVSP
HGNNSRAGSE AVFTLDDDDH ADSRSASSSN RGQTRSRDLT PTLQTPTDAF GFGDSELSAR
ERRKIAAAEK KFQQLEQDQQ TTHKRRKRVS GQSAHATGPG TSDRRSFSPP LSGGGHRSPR
KPSALSTPAR RYPYVDSAVQ ADIEVANGVM PSPPSSKRPN FVPLTQRLLK RCYIDRIRME
HTSRQQPDSP QSNKTTFEVS SHLVPTPTAT TPSVSGEKED VEMQDLESPT EASSARPQTR
NPSMDMSPSH GRGSDGALPL PPPWPSSAAH IARIPARKVT STRVDLHMPP TTATGLPSTA
SPNSISSAAS SPSTLDPSSQ HPGTALPGAG LAAPSPVKKK LSLGDYLSRR GSLKTPTSEK
TQAQAAMPPP TPPAQLSDRR DVSAMTGNIH PDSSPSLSSP TTADVTMKHV SSSSQPAHSP
SIS
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