| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07325 |
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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 | 299146 |
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| End bp | 302543 |
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| Gene Length | 3398 bp |
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| Protein Length | 1044 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | catalytic subunit of DNA polymerase delta (Eurofung) |
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| Protein accession | CBF78614 |
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| Protein GI | 259483322 |
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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 | 21 |
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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 | ATGACTGAAG CTATTGTCAT GCCCCAGAAG CGGGTTCTCG GCGACGCCTC GAATAATCCC
CGCGGTGTCG TGAATTCTCC CGACACAATA AAGAAGCGCA AGATCGATAT GCAGAATACG
GTTAAACCGA GCCCTCGGGC CCCGAACGGA CAGAGGAAAG TCGGTTCGAG TCAGCAGAAA
AGTCAATTTG AGGAGGAGGT GCTCGAGAAA CTGACGCAAG ATATCAGCGG CTTAAAAGAG
AACAACTCGG AAAAGGACCA ACAATGGGAA CGACCGCCGC TCGGTGAGTT TGACCCTACG
AAGGACAATA TCTGTTTCCA ACAGATTGAT GCGGAGGAGG GTACAACGAT GGGAAAACCA
GCTATCAGGC TGTTTGGTGT AACAGAGGTA TGGCCCTCGC CTGCTCCATT ACCCTCTCAT
ATTTTTCTGA CCCCCAAAAG GCTGGCCAGT CAGTACTTCT CCATGTTACT GGATTTCAGC
ACTATTTGTA TATTGCCGCT CCTGTTGGTT TTACAAAAGA GGATTGCGAC CCCTACCGAG
CGTTCCTAGA GAGCAAGATT GGGCAATTTC CTCCCGTCAT CCAGTCAGTT CAAATTACGA
TGAGAGAGAA TATATATGGC TTTCAAGGGA ACAAGAAGAG CTACTATTTG AAGATCACAG
TGACGGAGCC AAGACATATC TCCAAGCTGC GAAGTGCTCT TGAAACAAAA GCCCAGACGG
TCAACTACAA AGGATTGTGG ACAAATGCTG ATGGTGGTAT ACTAACCTTC GACAATATTC
AATACCTGCT CAGGTTTATG ATTGATACGG ATATTCAGGG AATGTCATGG GTCGAAGCAC
CAGCGGGAAA GTACGAACTC ATTGCTCCCC AGGACAAGGT CTCCAACTGC CAGCTCGAGG
CGCGCATTGA TTACCGCAGT CTAATATCGC ATGCTCCGGT TGGCGACTGG GCGAAAATGG
CGCCTTTGCG GATCCTCTCC TTTGATATAG AATGTGCCGG CCGTAAGGGA ATTTTCCCGG
AACCTAATCA CGACCCTGTC ATCCAGATCG CCAATGTCGT CACCCGCTAC GGAGAATCGA
AGCCCTTTAT CCGCAATGTG TTTGTAATGA ACACGTGCAG TTTGATCGTT AATACCCAGA
TTCTGGAATT TCAACAAGAA GAAAAAATGC TTATGGCTTG GCGGGATTTC ATCCAAAAGG
TCGATCCCGA TGTCATTATT GGATACAACA TTGCCAACTT CGATTTTCCG TATCTTTTGG
ATAGAGCAAA GCATCTCAAG TGCACAAATT TCCCTTACTG GACTCGACTC AATGGCATGC
GATCGGAAGC GAAGGACACA AATTTCTCCA GCAAGCAGAT GGGCAACCGC GACACGAAGG
CAACGAACAC CAACGGACGA CTGCAATTAG ATCTTCTGCA ACTAGTTCAA AGAGATCACA
ATCTGCGAAG TTACACGCTC AACTCCGTCT CGTACGAATT TCTAGGCGAG CAGAAAGAGG
ACGTGCATCA TACGATGATT ACTGAGCTCT ATAACGGAAC GCCGGATTCG AGACGTCGCC
TGGCGGTTTA CTGTTTGAAA GACGCATATT TACCGCAACG CTTAATGGAC AAGCTGATGT
GTCTTGTCAA CTACACTGAA ATGGCGAGAG TTACAGGTGT CCCTTTCAAT TTCTTGCTCT
CCCGTGGGCA ACAAGTCAAG TTCCTCAGTC AGCTCTATCG GAAAGCTTTG CAACAGCAAC
TGGTCATTCC AAATATGAAA TCAACGGACG AACAAGATTA CGAGGGTGCT ACTGTCATTG
AACCCATTCG CGATTATTAC GACGTGCCGA TTGCAACTCT TGACTTTGCC TCTCTATATC
CTTCTATTAT TCAAGCTCAC AACTTGTGCT ACACGACCTT ACTCAATAAG AATAGTGTCG
CTGGGATGAA GAAGGATGAA GACTACATTG TCACGCCAAA TGGTGATATG TTCTGTACGC
CTAAAGTGCG AAAAGGTCTT CTGTCCCAGA TTCTGGAGGA ATTGCTGAGT GCAAGAAAGA
AGGCCAAGAA AGAGCTGGCT CAAGAGACGG ACCCATTTAA GAAAGCCGTC TTGAACGGAC
GGCAGCTCGC TCTGAAGGTT AGCGCCAACA GTGTTTACGG TCTTACTGGA GCTACTGTGG
GAAAGTTGCC GTGTCTTGCC ATCGCGAGTA GCACAACCAG TTATGGTCGT CAAATGATTG
AGAAAACGAA GCAGGAGGTC GAGGCGAGAT ATACCATTGC GAACGGTTAT TCTCATGATG
CGAAGGTCAT CTATGGTGAT ACTGATTCGG TCATGGTTAA ATTCGGCGTT ACCGAACTTG
AGGAGGCCAT GAAACTTGGC CAAGAAGCTT CCGAATACGT ATCATCAAAG TTCATCAAGC
CGATCAAGCT CGAGTTCGAA AAGGTCTACT TCCCATATCT TCTTATCAAT AAGAAACGAT
ATGCAGGTCT ATACTGGACG AACCCGAAGA AGTATGACAA GATGGATACG AAGGGTATTG
AGACTGTTCG CAGAGACAAC TGCTTGCTCG TGCAAAACGT GATTGAAACG GTGCTGCACA
AAATCTTGAT TGACCGTGAC GTCGAAGCCG CTCAAGAGTA TGTACTCCGC GACTCTTTCC
TCGTTCTTTA CTGACTCCTT TAGATATGTC AAAGACACCA TATCCGACCT TTTGCAGAAC
AAGATCGACA TGTCGAAGCT GGTGATCACG AAAGCTCTGA CCAAGGATTC CTATACCGCC
AAACAAGCTC ACGTTGAGCT CGCAGAACGG ATGCGAAAGC GTGATGCGGG TTCTGCTCCT
ACGCTAGGCG ACCGTGTTGC CTACGTTATT GTCAAAGGCA CCGGTGCCAA GAACTACGAG
AAGTCGGAAG ATCCTATCTA TGTCCTCGAG AACAACATCC CTATTGACAC AAGGTACTAT
CTCGATAATC AGCTTGCAAA CCCGCTTGGC CGAATTTTTG AGCCTATACT AGGAGAAAGA
AAAGTTGGCC AACTGCTTCA TGGTGAGCAC ACGAGGTCCA TCGCCATAGT GCACCGACTA
TGGGAGGACT TATGAAGTTC ACTAAGAAGA CACAAACCTG CCTCGGCTGC AAGAAGCCGC
TTACTGGGAA GGATGTAATG GCGGGGGCAG TGTGTGAATC GTGCCGCCCT CGCCTAGGCG
AGCTATATAC TAAGAGTATG AACAAGATGT CGGACCTGGA AGTGAGGTTT GGGCGACTGT
GGACGCAGTG TCAGCGGTGC CAAGGCAGTC TTCACTGCGA AGTTATTTGC TCGTCGAGAG
ATTGTCCTAT CTTCTACATG CGGATGAAGG CGAAGAAGGA TGTTGAGGAT GCCCAAAAGG
AACTGGCAAG GTTTGATTTT GATGCCGGTG CTTGGTGA
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| Protein sequence | MTEAIVMPQK RVLGDASNNP RGVVNSPDTI KKRKIDMQNT VKPSPRAPNG QRKVGSSQQK
SQFEEEVLEK LTQDISGLKE NNSEKDQQWE RPPLGEFDPT KDNICFQQID AEEGTTMGKP
AIRLFGVTEA GQSVLLHVTG FQHYLYIAAP VGFTKEDCDP YRAFLESKIG QFPPVIQSVQ
ITMRENIYGF QGNKKSYYLK ITVTEPRHIS KLRSALETKA QTVNYKGLWT NADGGILTFD
NIQYLLRFMI DTDIQGMSWV EAPAGKYELI APQDKVSNCQ LEARIDYRSL ISHAPVGDWA
KMAPLRILSF DIECAGRKGI FPEPNHDPVI QIANVVTRYG ESKPFIRNVF VMNTCSLIVN
TQILEFQQEE KMLMAWRDFI QKVDPDVIIG YNIANFDFPY LLDRAKHLKC TNFPYWTRLN
GMRSEAKDTN FSSKQMGNRD TKATNTNGRL QLDLLQLVQR DHNLRSYTLN SVSYEFLGEQ
KEDVHHTMIT ELYNGTPDSR RRLAVYCLKD AYLPQRLMDK LMCLVNYTEM ARVTGVPFNF
LLSRGQQVKF LSQLYRKALQ QQLVIPNMKS TDEQDYEGAT VIEPIRDYYD VPIATLDFAS
LYPSIIQAHN LCYTTLLNKN SVAGMKKDED YIVTPNGDMF CTPKVRKGLL SQILEELLSA
RKKAKKELAQ ETDPFKKAVL NGRQLALKVS ANSVYGLTGA TVGKLPCLAI ASSTTSYGRQ
MIEKTKQEVE ARYTIANGYS HDAKVIYGDT DSVMVKFGVT ELEEAMKLGQ EASEYVSSKF
IKPIKLEFEK VYFPYLLINK KRYAGLYWTN PKKYDKMDTK GIETVRRDNC LLVQNVIETV
LHKILIDRDV EAAQEYVKDT ISDLLQNKID MSKLVITKAL TKDSYTAKQA HVELAERMRK
RDAGSAPTLG DRVAYVIVKG TAHEVHRHSA PTMGGLMKFT KKTQTCLGCK KPLTGKDVMA
GAVCESCRPR LGELYTKSMN KMSDLEVRFG RLWTQCQRCQ GSLHCEVICS SRDCPIFYMR
MKAKKDVEDA QKELARFDFD AGAW
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