| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03801 |
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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 | BN001302 |
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| Strand | + |
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| Start bp | 2951287 |
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| End bp | 2954634 |
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| Gene Length | 3348 bp |
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| Protein Length | 568 aa |
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| Translation table | |
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| GC content | 39% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF75354 |
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| Protein GI | 259481643 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.0583057 |
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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 | 48 |
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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 | ATGGATACCG AGTACAATTA CCTCAACGAC CAAACCGTCA TTAATGACTT AATAAATTTA
TCAATCTCAT CTGAGAGTGA TTCTTTGAAT GAGAATGAAG CTGAAATATA TCATGAAAAT
GATGATAGAA TTTTACATGA GCGAAACCAG GCCGAGGTAG AGGTTAAGGA GGTAGGAATA
TATATTTTGG GTATACCAGT TTCTAACTAG TTCTAGGATC CTATGCCAGT TCCTTTAACA
ACAGGAGCAC CTTCGCCAGT CTCAGCACAA AAAATTGAAT ATACTAATCA TTTGCCTGAA
TATCCACAAA CTCATCCACA AGGATATGCA TATGTGATTA ATTTTCATCA AAGCCAGCCT
GAAAAGATTC GCAGTGCACT CACATCAGTA AGTAATGTAA ACTAGTTCCC GCTCGGTCGG
AACTAGTTCT ATTAAACCTA ATCGTCATTA TCAGATGGAC TAGTTACTAA CTAGTTTAGA
TTCAATATTC CCATAAAATT GCTGGAACTC CACGTACAAT CTTTTCTACA TTTTTGCAGT
GCTGTGTCAA GAAATATCAT TATACATGTA CAGGCATTAA AGCCTGTGAA TATTTACATC
CAGATTTACT GGATATGAAT CACCAAGAGG TTACTGATGC GATGTTCAAT ACTATTTTCC
AAAAAAGAAG GGACATTATA TCACAGCGAG AGCGGCCAGA GACTCGTACA ACCTATAGGT
AACTATATCT AGTCCCTAAC TAGTCCCTAA CTAATTACTA GCAGCCTCTA CCGTTCAGTC
TGCAAGTCCT TCCAAAATAG CGTTGCATGC CTAGCATCGC AAACTAGTTG CAAACCAGTT
CTTCGCAAAC ACTCTGAGCC TGTAAGTGTC CTTGCTTCTA ACCTATGGAA ACTAGTTCTG
AACTAGTTCA GGATATCTCC GGAGCAAGCC ATTACTATAT TGCTTGTATC AATGCCTCAT
CAGATATATT TCAGCAGCAT TTTACCTATA GCCTTTCTCA CAGGGCTTCT AACCTTGACA
TTTCATTATT GGAAGATCTA TTTTCAAGGC CGCTAGAGGT AGCTAATGAA GCCTGTGAAA
TGATTGATCA ACAAACAACT CGGAGAGCAA ACTGTGGTAA GGACCTGTCT ATTCTATCTT
TGAATAACTA GTTACTAACT AGTCCTTGTA AGGTGTTGAC CATCCGCAAG GGCCGGGAAA
GATCAACAAA TTCAGATGCA GTACAACATT TACTTTCTTT ATACCATTAA ATATTGCAGA
ATGCCCTTAT ACAGTCTTTG TATCACGTGG TATTCATTCA CATCCTCCTC CTCCTCCAAA
TAAGCCTCCG CAGCTTATAC TAGATGAGAT TTTGGACCTT ATTCGAAAGA TGCAGAGTCC
TGACTTGACC CCTAGTAAGT GCAGCTAGTT CACAACTAGT TGAGCATGTG CTAAACTAGT
TTAGGTTTAT TTCTACGGAG TCCGGCACTG AAACAGTTTT GCCAAAAATA TAATGGCCAG
ACTCTTTCAC AAATCCATAA TAGCTTTGTA AATCAAGACC GATTTGCAGC TATTATAGCA
AAGGAAAAGG CTTTACTATA TCGTAAAGGC CGTGGCCTTG CAGGTGTACG CTGCGAGTTG
GATCGGCATC CAGAATATCG AGTATGTAAA CTAGTTCATG ACTAGTTCTC TGCTAATCAT
ACTTAGGAAT ATGTTCGCAG AATCTATACA GACCATGATA TTGTCATGAT TATTTGTGGA
TTTAATAAGC AAATCCAGCT CCTTGGATCC CTTGATTCAT TTGAAGTTGA TATGTCTTAT
AAACGAGTTA AAGGGGACTT TAATGAGGTT ATTTTTGCAA CCTTTTTACC TCAGCATGGG
AAGAGTAAGT ACCTGAACTA GTTATAGACT AGTTCTACAT AGCTAACAAC TACAGTTATA
ACTTTACTTC GGGTTTTCAT GGATCATGAG TCAGCATTTA GCTATAAACT CCTCTTTACA
CGGGTCTTCC AGTTAATTGC TGATATCCAA GGATGTACAA CACAATTCTT TTATCTACAT
AATAGGGGAC TTAAGGCTAT TATTACAGAT ATGTGTGCAA AGCAGATGTC AGGTAAGAGC
AGCCCCTAGT TATTATATAG ACTAGTTATT AACTAGTATA CAGGACTTGG CCATTACCTG
CAAGAGCTTG ATCCTCTTCA GCGTCCCTGG ACATGGCAGC TTATGAATAT TCTGATTTTA
TGCCGGGTTC ATTTTCTAAG AACTATTTCT AAACTAGTTC AACAGACTGG AGATCTATCT
GATTATCATT CTTCAGCTAG ATGTCGGATG GAAAGCCTTC TTACTTGCTC AACCCGAGAG
GAATACTTTC ACCTGATTGA ATTATTAGAA GGTAAGGATC TTACCCAACT AGTTGGGAAC
TAGTTCTAAC TGTTATACAG CTCACGAAAC CCCTAAAATT GCAGAGTGGG CAAGGCATAA
ACGGCATTCA GTTATTGCTG CAGGTTTAAA TAAAGCCTGT AGCCTGATAA AGCCAGAATA
TTTTGAGAAA ATTAGGAATA TTACGAATGC AGTGGAGCAA AGCCATTATA AGTCATATTA
TATGGGAACT TATGACTCGT TATTAGGAGC GACCTTGAGG TAAGACACTA GTTGTCAACT
AGTTATGATT GCAACTGATA TCTCTAGCTC CCGAATCCTT GACCAGCGTG ATATTGACCA
ATATCTTGCT CGAAATCAAT ATGGAACTAG TCATTTATCA CGGATCACAA GTATGGATAC
CCGGTTTTAT AATAGTATCA GGCGTGAAGG CAAGTTATTT TTCACCTATT TAAACTAGTT
ACTAACTAGT TACCCCAGGC ACACGGAAAC GAAAACGCCT GGCTCAGGAT AATGAGCTAG
TTCTATCTTC AGTTGAAGAT AATAGTATTC TTTTTAGGGC GAGTTCTTCA GGATTCATTC
CTCCACGCCG ATCTAGTTCC CGTGGTCGAG GTTCAAGATC TAGATCACGG GGAAGCAGGT
TCGTACTATA AACTAGTCCG AAACTAGTTC ATGATGATTC TAACTTCTAA AAAGTTCTCG
TTATAATACA CCAGCACATC AGTCACCATC CAGGTCTTCT TCAGAGTATG CTATTCTTAC
TTGTTGAAAC TAGTTCTGGA TTAGTTCCGC TGACCCCAGG TTCTACATTT TAGAACACCT
ATCCTCCAGC GATCAGCTAC AGCGAATTTA CAGGTTCAAA ACCTTGAGCT GCAAAGACAA
CAACTTGAAC TAGAAGCTCA ACAAGTTCGA ATACGAAAGG AGAAGGCAGA GGCTGAAAAA
TTAGAGCTTG AAAATATGCT TCGTCGACGA GAGTTGGGTC TGGACTGA
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| Protein sequence | MDTEYNYLND QTVINDLINL SISSESDSLN ENEAEIYHEN DDRILHERNQ AEVEVKECTH
INLLDMNHQE VTDAMFNTIF QKRRDIISQR ERPETRTTYS LYRSVCKSFQ NSVACLASQT
SCKPVLRKHS EPLLTSPFFV SRGIHSHPPP PPNKPPQLIL DEILDLIRKM QSPDLTPSLF
LRSPALKQFC QKYNGQTLSQ IHNSFVNQDR FAAIIAKEKA LLYRKGRGLA GVRCELDRHP
EYREYVRRIY TDHDIVMIIC GFNKQIQLLG SLDSFEVDMS YKRVKGDFNE VIFATFLPQH
GKIITLLRVF MDHESAFSYK LLFTRVFQLI ADIQGYMCAK QMSGLGHYLQ ELDPLQRPWT
WQLMNILILC RTGDLSDYHS SARCRMESLL TCSTREEYFH LIELLEAHET PKIAEWARHK
RHSVIAAGAT LSSRILDQRD IDQYLARNQY GTSHLSRITS TRKRKRLAQD NELVLSSVED
NRRVLQDSFL HADLVPVVEV QDLDHGEAVT IQVFFRRSAT ANLQVQNLEL QRQQLELEAQ
QVRIRKEKAE AEKLELENML RRRELGLD
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