| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04840 |
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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 | 818712 |
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| End bp | 822475 |
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| Gene Length | 3764 bp |
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| Protein Length | 803 aa |
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| Translation table | |
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| GC content | 55% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | CBF76658 |
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| Protein GI | 259482304 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.174249 |
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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 | 43 |
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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 | ATGAGGCTGA GGAGCACTGC GGGAGGTAAA TAACCGTACT TTGGTGGCGA GGACCAATGG
CTGAGCGCAA GGTGAAACAT GCTGCAAGGT ACTGATCGAT GTGTTTAAGA CAGGCTGAGG
ATCCCGAGCA ACGATCCCCC TTTTGAATAT ATACTTGTTG ATGCGGATTT GTAATGATTA
TCGCAAGCAA TGATCGCAAT CCGACGGCTT CAATCTCCGT CTGGTGGTCA TGGGCGACGA
GGCTGGTATA GACCCGCACC CCTTGGTAGA GGCGAGAGAA GGATATTCCG TATTTTGACG
AGAGAGGTAA AACCAAGCTG GGTCTCATTC TAATTCTCGT TGAGCATATA TTAATTCGAG
ATTGTGCGCG ATTGCTCCTA CTATACGGTG AGTCTAGACC CAGAAGCCCA CCTGCGCAGT
AGTGAGTAGT CGTACCCTCA AGGTCTCCCC AAGCCCAAAG TGTAGGCACT AGCATATAAT
CCACAATCAG TATGGGGCGT TTGGGTAGAA TTATAATGCG ATGGACAAAC AGCGTTATTC
CACCCGACTG GATGCCTTGA CTGCCAGCTC ATCAGGCCGA ATTTGTTGCT GTATGTACCG
ACGGGGACAT GGTTGTTGAG AGGACATGGA ATATCCCTCC CACTATGATT GTAGAGATAC
CCCGACTCTG CCATGAATAC CAGACATCAT CGCCTGATAC TCAGACTGTT CCGTGCGTTC
GGCGACTCGC TTGGAGAGGT AAGGTAGCCC GTTCCTTGCT GGGCCCTGTC TGATCAAGGC
CCAATTCACA GCCCCGGTTA TATAAAGTAA ATCTGTAAAG AATCATTGAA GAATCATCCA
GGAGCTGACC AAAAACTGCA AATTGATCGA TTGATTCGCT CATCGAGGTC AATTCTCCAA
ACGCAAGCCT CTCCAGCTCT CAATGAGTAA CACTGGAAGA ATCAATCGTT ACGATACGCA
GATCGAACCA CATATATCTC AATAATAATT GGGCAGAGTC TCCAGCATCC GGCGCGGCCC
AATATTACGT GACGGACGCG TTACCGACTT CCTCTCCTCC AGCATCTCTC CGCCGTTCCT
ACCTTCTCCC GTCACTCTTT AGCATCATCA CTAAAATCGC GGTGAGCTCA CAACTTTTCT
TCGCTTCTCG ACAGCCATTG AGCTCATCCG CTCTGCTCTA TGACCACTGC GGGCCATCTC
GAGTGCTCGT TGTGGTCTAG GAGCAAGAGC TCATCTTTGT GCCCCCAGCC ATCGCAATTC
CGCACCGGAG ACGCTCACTA TTCGCCCAGC CACTGCACGA CTCCCGTCCT TGCTCAGTGC
GCTGTGAGCT GTCCTCTCTC TCTAGGTCTC TAGGGGCCCT TCCTTCACTT TTTCTTTTTA
TCTTTCACTC ATTGCCCCGT ACCTCATACC CACATTCCGG GCCCCGTCAG TCCTTTAACT
AGTTACTCTC TTGAACCGGC CCAGAGCACA GATACCGACA GCTTCGATTT CGAAGTGTCT
TTGGGTTGCA TTAGGCCGCT GGACATTCCG AGGGACATAT CCTCACATTG TCGTCGCATC
TGCCTCCAGA ACTTGCCTCC GCGGTGCATC GCCAACCTCA CCGTACCCTT GACGAGACCT
ACGACGTTCA CGACTCTTCT ACGTTTACGA CCCAACGGCA GCAACGCCAG CAGCAGGCTG
CTCCTAATCC TGCTTCTAAT CCAACTAATT ACCCGCCTCA TCGACCATCA AGCGCTCTCG
ATAATCATCC CCGGGCCCTA CGGAGAACCT CGCGATATTC TTCCCGACGA CCCGGTTCGG
TAGATGCATC AGGACGCCCT TTTCAAATAG AGCAGACGAT CCCAGTAATC GTCCGACCGG
CCTCCGAACG CTCTCGTGAG GCAGCAGCGC CACGCTTACC TCCATCGGAC ATAAGAACAG
AGGGCGACGA TAGCGATTCC ACGCTCGACG ATAATCTTCA GCCTGGAAAC AGTGAATATT
GGCCTCGCAG GTCCACACGC GTCTCCCCTC ACACAGCATC TGCGGTCCTC TGGACGCTAG
AGGAGGCCAT TCGCAAGCCG TTTCCATTTA CACTCGACTG GGACGAAGTG AATGCTTCCA
TGTCGGACCT AGCAGGTGGC CCCGGTATGT CCGGGCTTGG AAGTAATGGC CGGAGTCAAA
ATGGAGCTTC TAGGGCTGCC CAAGGCCCAA TTCCCGTCAA CCCGCACCCG GCTAGCGGCG
TGCGTACGCC GACGGACATA ATGCGGCAAC GTCGGGACAG GGAAGCTCGT AAGAAAGCGG
AACAAGAAGC AAAGGATCGG GAGCAGGAGG AAGCTGAGCG CAGGCGGCTA CAGCAGGAGC
AAGCCAAGGC TCAAGCTGCG CAGCCCTACC CTGCTGGCGT TGCTGGCGAA AGACCCACGC
AGCGGAGAGC TGCACCAAGA GTCCCAGCGG GTAATGCCCC TGGGACGACG CAGGCCCCCG
CCACTGCAGC CCAATCCAGG CAGCCCGCTC CTACGTTTGC GTCGCAGCAA GCACCTCAGT
CGGGACCACA GCAAACTTCT CAGGCGAAGC TGGCCTCTCA GCAACAAGTC CCTACAGCTA
CATCTCAGCA ACCGCAACAG CCCCGACGTG CTGGTTTTCC TCATGCGTTT GAACGGTGGG
AGACCCTTTC GTCTCATTGG GAAGGATTGA CTAGCTACTG GATCCGCAAG CTTGAGCAAA
ATAATGAGGC ACTTGAGCGG GATCCTCTCA GCCAACAGAT GGCCCGCCAA GTGACCGATC
TCAGCGCCGC TGGTGCCAAT CTCTTCCATG CTGTTGTAGA GTTGCAACGC TTGCGCGCGT
CATCCGAGCG AAAGTTTCAG CGATGGTTCT TTGACACGCG GGCGGAGCAA GAGCGGTCCA
AAGAGCTGCA GGCTGAGCTT GAGAGGCAGA TTCAATCTGA ACGACAAGCC CGCACAGAAG
CAATGGCAGC GGCACAGAAG GCAGAGAGTG ACAAGTCTCG TATCGAAGAG CTGCTAAAGG
AGATGCGCCG CGAACTTCAG ATCTCAAAGG AGGAAGCTCG CCGTGCCTGG GAGGAACTAG
GCCGCCGCGA ACAAGAAGAA CGGGATCGTA CGAATTCCCT CCGTAACGGG GAGCCCACTC
TGGTCGGCGG AGTGCAGGTG GTTCCGATGA TCGCAGGACT CCCTCGCCGG GATCCCGCTC
GGCCTCCAAC TAGAGACGGC CCTTACAGCG GAGCTGAAAG GAAGCCAAGG GAGGAAATGT
ATGGTGATAT TCCGATTTCG CCTGTCGGAA CCGATCCTTT CATTGAAGGG CAGTCTGGAG
TTCAAGAGGC GACTCCTGTC ACTGGCTCCC AGAGCCAAGG ACATTACGCC AGCTATTATG
AGCCAGAGAG CACCTACCCT CCACGCACCA CTGCCGGACA TGAAGCCAGC ATGGGCAGCA
GCGAGCCTGG CGATGACTAT GGTTACCAGC AAACCTCGCA AAGCCGCCAG ATGGCCTACC
CCCGGTCAGA AGAGAGCGAC GAGTATGAGC AAGCGTCGCT CGAGGATAGT GAAGGCGGCT
ATGCGACAAG TACTATGCCT CCGACGTCTG GGCCAATGTA CGCTGGTTAC GACCAGTCAG
TCGACTACAG CGGAGCCAGC TGGGGCGTCG GGACCGGCTG GGAATCTGTC ACTCCCCGCC
ATCGCCATCC GACGCGCCTT AGCGATGTCC TGGAAGAGGA GGAGCCCCGG ACGACCCCCA
GCCGAGCTAG CCGTGCCAGC CAGGCGAGCA GGAGTGTTCA ATGA
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| Protein sequence | MRLRSTAGDP EAHLRSTLFH PTGCLDCQLI RPNLLLHHRL ILRLFRAFGD SLGEAAGHSE
GHILTLSSHL PPELASAVHR QPHRTLDETY DVHDSSTFTT QRQQRQQQAA PNPASNPTNY
PPHRPSSALD NHPRALRRTS RYSSRRPGSV DASGRPFQIE QTIPVIVRPA SERSREAAAP
RLPPSDIRTE GDDSDSTLDD NLQPGNSEYW PRRSTRVSPH TASAVLWTLE EAIRKPFPFT
LDWDEVNASM SDLAGGPGMS GLGSNGRSQN GASRAAQGPI PVNPHPASGV RTPTDIMRQR
RDREARKKAE QEAKDREQEE AERRRLQQEQ AKAQAAQPYP AGVAGERPTQ RRAAPRVPAG
NAPGTTQAPA TAAQSRQPAP TFASQQAPQS GPQQTSQAKL ASQQQVPTAT SQQPQQPRRA
GFPHAFERWE TLSSHWEGLT SYWIRKLEQN NEALERDPLS QQMARQVTDL SAAGANLFHA
VVELQRLRAS SERKFQRWFF DTRAEQERSK ELQAELERQI QSERQARTEA MAAAQKAESD
KSRIEELLKE MRRELQISKE EARRAWEELG RREQEERDRT NSLRNGEPTL VGGVQVVPMI
AGLPRRDPAR PPTRDGPYSG AERKPREEMY GDIPISPVGT DPFIEGQSGV QEATPVTGSQ
SQGHYASYYE PESTYPPRTT AGHEASMGSS EPGDDYGYQQ TSQSRQMAYP RSEESDEYEQ
ASLEDSEGGY ATSTMPPTSG PMYAGYDQSV DYSGASWGVG TGWESVTPRH RHPTRLSDVL
EEEEPRTTPS RASRASQASR SVQ
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