| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05992 |
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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 | BN001301 |
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| Strand | - |
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| Start bp | 1563759 |
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| End bp | 1566444 |
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| Gene Length | 2686 bp |
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| Protein Length | 811 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 | DNA replication licensing factor Mcm7, putative (AFU_orthologue; AFUA_2G10140) |
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| Protein accession | CBF70403 |
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| Protein GI | 259479825 |
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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 | 0.807141 |
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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 | 39 |
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| Fosmid unclonability p-value | 0.858762 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TCCGCAGCAC CTGCGCCCTC TTCTTGCTGA GCTTCTGGAC TCTCTCGGTT GAGCCAATTG
TTCCTGTCGC GGTCGCTCTA TCATGGCTTT GAACCAGTAC CCTGCCCCGG TTGATTACCA
TGGGCAGCTT GAGGCCTTCA AGGATTTCCT CAAACACTTC AAAAGCTTTG AGTCCGCCTC
TGCATCAGCC GCAACAGAAG CTATCGAAGA CCTACACATC GACGAAGATG GCATCAGCGA
CGAGTACGAT TTTATGGAGG ACGCTGATGA GAGTGGAGCG CAGAGCAGGG CAGGGCGCCG
CCGAAACAAG GAGCCCAAGC TGAAGTACAT GCAGATGTTA CAGGACGTAG CTGACCGGGA
ACGTTTAGAC GTCCTCGTTG AGCTGGATGA TCTCGTAAAT GTAAGCGCTT GCTTCTCTTC
TTACTCATTC CAGTCAATGT CTAACCGCGC CGTCTTCTAG TATGAGCGTT CGCTCCCGGA
GGAGGTTGAC TTGAAACTTG CTCAGTCCGT CCAGAGAAAT ACCAAGCGTT ATATTGAGGT
CATGTCTCAG GCAGTGGACG CTGTTATGCC GAAGGAAACA AAAGAAATCT CGTATGTCAG
GCTGCTCCAT GAATTACGAG TGCTGGAACT GAGTTGCATC TAGGTTCAAG GACGATGTCC
TCGATGTGAT CATGTCGCAA CGTGAGAAGC GAAACGAAGC CATGACCATG GCTGCTGAAG
CCGACCCAGA AGCCGCCCTA GATGCGTCAA TGTTCCCTCC CGAGCTTACT CGTCGATATA
CCCTTCACTT CAAGCCCCTT ACTCCTTCTG GATCCAGCAG CGAACGTGCT TCGAAAGCTC
TCGCTGTGCG CAACGTGCGC GCCGAGCATC TTGGTAGCCT CATCACAGTT CGCGGCATCA
CAACTCGAGT ATCGGACGTT AAGCCAGCTG TCCAGATCAA CGCTTACACA TGTGACCGCT
GTGGTAACGA AGTTTTCCAG CCGGTCACGA CAAAGCAGTT CACCCCGATG TCAGAGTGTC
CGTCGAAAGA GTGCAAGGAG AACAACACGA AGGGTCAACT CTTCCTGTCC ACAAGGGCGT
CAAAGTTTGT GCCCTTCCAA GAAGTCAAGA TTCAAGAGAT GGCGGATCAA GTGCCTGTCG
GCCACATTCC ACGGACTATG ACTGTTAACT GCACTGGCAC CCTTACGCGG CAGCTCAATC
CGGGTGATCT AGTAGATATC GCTGGTATCT TCCTTCCTAC ACCTTACACC GGCTTCAGAG
CGATTCGCGC TGGATTGCTC ACAGACACCT ATCTCGAAGC CCAGCACATC ACCCACCACA
AGAAGTCTTA CAACGACATC GGCATAGACA GCCGAACCCT ACGCAAGATC GAACAACACC
AAAAGTCCGG CAACATGTAT GAGTACCTCG CCCGGTCCAT TGCGCCTGAA ATCTACGGCC
ACTTGGATGT CAAGAAAGCG CTGCTTCTGC TCCTCATTGG CGGTGTCACT AAAGAGATGG
GCGACGGCAT GCACATTCGT GGTGACATCA ACATCTGCCT GATGGGTGAT CCCGGTGTTG
CCAAATCGCA ACTGTTAAAA TACATTGCCA AGGTCGCCCC GCGAGGTGTT TACACGACAG
GTCGTGGTAG CAGTGGTGTT GGTCTCACAG CTGCTGTTAT GCGTGACCCT GTTACGGACG
AAATGATTCT TGAGGGTGGT GCCCTGGTAC TCGCAGATAA TGGTATCTGT TGCATCGATG
AATTCGACAA GATGGAAGAC GGGGACCGAA CAGCCATTCA CGAAGTCATG GAACAACAGA
CTATCTCCAT TTCCAAAGCC GGCATCACCA CCACCCTTAA TGCTCGTACT TCTATCCTTG
CTGCAGCCAA CCCGCTGTAC GGTCGCTACA ACCCCCGAGT TTCTCCAGTC GAGAACATCA
ATCTTCCAGC AGCTCTACTT TCTCGCTTCG ACGTGATGTT CCTCATCCTC GACACTCCGT
CCCGCGATGC AGACGAGGAG CTGGCCAGTC ACGTCGCTTA CGTCCACATG CACAACAAGC
ACCCCGAAAA CGAAGATGCA GGCGTCATGT TCACACCACA CGAGGTCCGC CAATATATTG
CCAAGGCACG AACATACCGT CCCGTTGTTC CCTCACGGGT CTCTGACTAC ATGGTCGGCG
CCTATGTGCA AATGAGAAAG CGCCAGAAGC GCGACGAAGC GAACAAAAAG CAGTTCTCCC
ACGTCACCCC GCGTACCCTG CTCGGTGTTG TCCGTATCTC CCAGGCTCTT GCGCGCCTTC
GGTTCAGTGA AGAGGTCGTT ACAGAGGACG TCGACGAGGC CCTGCGCCTG ATTGAGGTCA
GCCGAGCGTC CCTGTCCAAC GATGGCCAAT CGCACCTTGA CCAAAGCCCT ACATCTAAGA
TCTACAACCT CATCCGTGGT ATGCTCGAGA GCGGTGCAGC TGCCGTCGGA GACGGCGAAG
ACGGCGAGCT CAGCATGAGG AGAATCCGAG AGAGGGTTCT GGCAAAGGGC TTTACAGAGG
ATCAACTCAC AATGACGATC GACGAGTATG AAAACTCTCA CGTACGTCTC TTAATTTCCC
CACGTTACCT GCATCTTCCG CTAACATTCA ACTCCAGGTC TGGCAAGTTA TCGCCAACGG
CACGCGTCTC GTATTCCTCG ACAACGTTGA TGACATGGAC ATGTAA
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| Protein sequence | MALNQYPAPV DYHGQLEAFK DFLKHFKSFE SASASAATEA IEDLHIDEDG ISDEYDFMED
ADESGAQSRA GRRRNKEPKL KYMQMLQDVA DRERLDVLVE LDDLVNYERS LPEEVDLKLA
QSVQRNTKRY IEVMSQAVDA VMPKETKEIS FKDDVLDVIM SQREKRNEAM TMAAEADPEA
ALDASMFPPE LTRRYTLHFK PLTPSGSSSE RASKALAVRN VRAEHLGSLI TVRGITTRVS
DVKPAVQINA YTCDRCGNEV FQPVTTKQFT PMSECPSKEC KENNTKGQLF LSTRASKFVP
FQEVKIQEMA DQVPVGHIPR TMTVNCTGTL TRQLNPGDLV DIAGIFLPTP YTGFRAIRAG
LLTDTYLEAQ HITHHKKSYN DIGIDSRTLR KIEQHQKSGN MYEYLARSIA PEIYGHLDVK
KALLLLLIGG VTKEMGDGMH IRGDINICLM GDPGVAKSQL LKYIAKVAPR GVYTTGRGSS
GVGLTAAVMR DPVTDEMILE GGALVLADNG ICCIDEFDKM EDGDRTAIHE VMEQQTISIS
KAGITTTLNA RTSILAAANP LYGRYNPRVS PVENINLPAA LLSRFDVMFL ILDTPSRDAD
EELASHVAYV HMHNKHPENE DAGVMFTPHE VRQYIAKART YRPVVPSRVS DYMVGAYVQM
RKRQKRDEAN KKQFSHVTPR TLLGVVRISQ ALARLRFSEE VVTEDVDEAL RLIEVSRASL
SNDGQSHLDQ SPTSKIYNLI RGMLESGAAA VGDGEDGELS MRRIRERVLA KGFTEDQLTM
TIDEYENSHV WQVIANGTRL VFLDNVDDMD M
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