| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08545 |
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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 | BN001305 |
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| Strand | - |
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| Start bp | 813819 |
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| End bp | 817284 |
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| Gene Length | 3466 bp |
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| Protein Length | 1136 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF80770 |
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| Protein GI | 259484498 |
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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 | 17 |
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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 | 41 |
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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 | ATGCGTCCTC GAAGTCGGAA TGAATTTGCG ATCGCGATCA TCTGCGCGCT GACCCTTGAA
GCCGATGCTG TTGAAGCCGT CTTTGATGTG ACTTACGATC GCCTAGGAAG AGACTACGGA
AAGGAACCAG GAGATGCAAA TACATACGTC AATGGGAGAA TCGGGGGTCA CAACGTAGTA
TTATGTTACC TACCGCGAAA AGGAAAAGGA AGCGCTGCGA GCGTTGCCTC AAGCCTCCAG
GTCAGCTACC GGAATATTCG ACTTGCTCTC GTTGTTGGAA TCTGTGGCGG GGCGCCCTCC
ATAGGGGAAG ATCAGATATA TTTGGGAGAC GTGGTGATTA GCGATTCAGT GGTCGAGTAT
GATTATGGCA GGCAGTATCC AGGGGGCTTT CAGCGGAAGA CCAACGTCGA AGATACGCTT
GGAGGACTCG ATCGTCGCCT GGGGACTTTC CTCTCTGGCC TTAAGGCAAC TCGCACCATG
GCCGAGTTTG GACGTCGAGT GTCAGAGTGC CTTAATACAC TACAGCAATC TGAGCCACGA
TGGGGCCGTC CAGGTATCGC TGATGTTCTT TATGAGGCTG CCTACCTCCA CAGACACTAC
ACAAATGATG GCTCTATCAA GTGCAATTGC GCAGAAGAAT GTACGTCTGA TAACATCTGC
GAGATTGCGC TGCAGAAAGA TTGCGACGAG CTCGGTTGCG AGGATACCCA CATTGTCCGT
CGGCGAGCTG CAGGAGAATC AGTTCCGTCA GTCTATGTAC GCAAGGTTGC CTCGGCAGAC
ACGGTTCTAA AGTCTGGCCA ATACCGCGAT GCAATAGTTC GCACGGAAAA CGTGGCTGCG
TTTGAAATGG AAGGGGCAGG CGTATGGAAC AACTTACCAT GCGTCATCAT TAAAGGTGTA
TGCGACTACT CGGATAGCCA TAAGAACAAA CTATGGCAAG CATATGCCGC GGCAACCGCA
GCTTCTGCGA CCAAAGTCTT TCTGGAATAC TGGAAGCCGT TGCAGTCGGA CGGTCAGTGA
CTTCTGAAAA AAGCGAAGCT TTGCCGATGC TGACGAAAGA GTCTCAGATG CGGCTACCGC
AGGGTACTTT ATGCTCCCAT TCATGAGAAA CCCACGCTTT GTTGGGCGTC ATCATGAACT
GCAAGAGCTT GAAGAATGGA TTGCGACACC GGACGGACCG AGAAAGCTTG CAATTACCGG
ATTAGGCGGG GTGGGAAAGA CGCAGGTGGC TCTTGAGCTG GCATATCGAA TGCGAGACCG
AGAGCCTAGA TGTTCAATAT TTTGGATACC ATGCATCACC CGAGAAGCAG TTGAGCAAGC
GTATTTGGCC ATCGCAGACA CGATCGGAAT TCATGCCGAC CGGGACTCGG TGAAAGAGCA
ACTGCAGCGA TACTTTACCG AGACCAAGGA GCAGTGGCTT CTGATATTCG ACAATGCAGA
CGATATAGAT ATGTGGACAG ACGGGTCAGA GACCCTGCCG GCGTTGCAAG AATTTCTTCC
CCAGAGTAAC CAAGGCCATA TTCTTTTCAC TACTCGCAAC CGGAAGGCTG CCGTGAAGAT
GGCCTCCGCT TCAAATTATG TGACGCATGT AGCTGAGCCC AGCGAGAATG ACGGCTTGGA
GATGCTGAGA CGGTCATTAA TCGATAAGAA GCTGCTTGAC GACCCAGAAG TCTGCATTAC
TCTGCTGGAG CAGCTTTGCT TTCTCCCATT AGCCATCACG CAAGCCACAG CCTTCATAAA
TGAAAATAGC ATCGGATTAT CCGATTACCT GGAGCTCCTA TCTGAGCAGG AGGCGGCCGT
TACCGAGCTT CTGAGCAAAG AGTTCGGTGA TGAAGGACGC TACCAAGATG TCCAAAACCC
AGTCGCGCTA ACGTGGCATA TATCATTCAA GCAGATATTG GAGATGGACG CAATGGCAGC
CGACTACCTT TCACTCCTGG CTTGTGTCCA CTCACGAGAT ATTCCACAGT CCTTCCTACC
TCAACCAAAG TCCAAGACGG CACTTATTGA GACCCTCGGA CTTCTCAAAG CTTATTCGTT
TGTTACCTTG CAGGGAAATG GGTCAATTTC AATGCACCGG TTAGTCTCTT TAGCGATGAG
GAACTGGCTG AATATGAGAA ACAAGCTTTC TGCCTATGTC CTGTGGGCGG CTGACCGGTT
TGAAGAAATA TTTCCTGATC CTGACCATAT TAACCGGCGG CTATGGAGGC AGTTCCTGCC
CCATGTTCTG CACTTACTGG ATGAGGCTGC GTTCAAAGAA GCACAAAGCA AAGGACGTTA
TTTACTCCTT GTGGACGATA TAATGGGATG CCTGTGGAAA GAAAACAGGC ATCGGGAAGC
AGAGCCACTA GCGAGAGACC TCATGACATA CTATCAGAAA GCATACGGAG ATTCTGATCG
AAGAACCTTA TCCTGTATGA ATGATCTGGT TTATTGCTAC CTGCACCAAG ACAAAATATC
CCAAGCAGAA GAGGTTGCGC TACAGGCAAC CAGCATCTGT AGAGAGACGC TGGGGCTCGC
TGATAGAACG ACTGCGACCT CCATGAGCTT CTTGGTGCAA GTTTATGTCC ACCAGGGCAA
ATACAAAGAA GCCGAGAAGT TGCAGTTAGA GGTCCTCTCA ACCAGCGGCG ATGTGGAAAA
TTCTCTGAGA GGAATTTCGA ATCTCGCATC GATCTACTCA GATCTAGGGC GGGCTGAAGA
AGCCGCAAAG CTGAGGCAGA AGGTGCTCAA GCTTGAAACA GAATCGCTTG GTGTGGACCA
TCCGGATACC ATAGCTACTA TGCATAATCT GGCACAGACC TACGAAAGTC AGGGTCGTCT
GGCTGAAGCA GAAGACCTCG CGGTGCAGGT GCTCAAGACC AACAAGAGGG TCTTGGGGTT
GAAGCACCCC AGTACCGCAA GATCCATGGC CACCCTTGCA GTAGTATATC GCGGCCAGGG
GCGACTAGAA GAAGCAGAGG AACTACTAAT AGAGGCAGTG GACATCAGCC AACACGTCTT
CGGCACTACG CATACGTACA CTGTGACTAT GACGTCCGAA CTAGCCACAA CATATTATCT
CCAAGAACGA TGGAGCGAAG CAGAAGAGAT ACAGGACCAT GTGCTCAAGC TCCGTATGGA
GAAGCTGGGG CCAATGCATC CAGACACGCT GCTGAGCATG TATAGACTTG CCCTGACCTG
GAGGGCAGCG GGAGCACAGG CTCTAGCGAT TCAAATGATG GAGGAGTGCT TTGAGCGGAG
TGCAAAATAT CTGGGACCTG ATCATCCTGC TACCATATGG TCAAAGAAGG AACTTGATAA
CTGGGAAGAT CTGGATAATG CAGAAGCAGA CTCCACTGGG GCAGTATCGT TAAGCAACAA
ACCTCGGGGC TTGAGTGGAC CCGGAGATGC AGGTGAGGAA AAGACCTCGC AGCCCGTACG
ACGCCGAAAG CGGGAGATTA TATCACGCTT CATCTGCTCA AGATAG
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| Protein sequence | MRPRSRNEFA IAIICALTLE ADAVEAVFDV TYDRLGRDYG KEPGDANTYV NGRIGGHNVV
LCYLPRKGKG SAASVASSLQ VSYRNIRLAL VVGICGGAPS IGEDQIYLGD VVISDSVVEY
DYGRQYPGGF QRKTNVEDTL GGLDRRLGTF LSGLKATRTM AEFGRRVSEC LNTLQQSEPR
WGRPGIADVL YEAAYLHRHY TNDGSIKCNC AEECTSDNIC EIALQKDCDE LGCEDTHIVR
RRAAGESVPS VYVRKVASAD TVLKSGQYRD AIVRTENVAA FEMEGAGVWN NLPCVIIKGV
CDYSDSHKNK LWQAYAAATA ASATKVFLEY WKPLQSDDAA TAGYFMLPFM RNPRFVGRHH
ELQELEEWIA TPDGPRKLAI TGLGGVGKTQ VALELAYRMR DREPRCSIFW IPCITREAVE
QAYLAIADTI GIHADRDSVK EQLQRYFTET KEQWLLIFDN ADDIDMWTDG SETLPALQEF
LPQSNQGHIL FTTRNRKAAV KMASASNYVT HVAEPSENDG LEMLRRSLID KKLLDDPEVC
ITLLEQLCFL PLAITQATAF INENSIGLSD YLELLSEQEA AVTELLSKEF GDEGRYQDVQ
NPVALTWHIS FKQILEMDAM AADYLSLLAC VHSRDIPQSF LPQPKSKTAL IETLGLLKAY
SFVTLQGNGS ISMHRLVSLA MRNWLNMRNK LSAYVLWAAD RFEEIFPDPD HINRRLWRQF
LPHVLHLLDE AAFKEAQSKG RYLLLVDDIM GCLWKENRHR EAEPLARDLM TYYQKAYGDS
DRRTLSCMND LVYCYLHQDK ISQAEEVALQ ATSICRETLG LADRTTATSM SFLVQVYVHQ
GKYKEAEKLQ LEVLSTSGDV ENSLRGISNL ASIYSDLGRA EEAAKLRQKV LKLETESLGV
DHPDTIATMH NLAQTYESQG RLAEAEDLAV QVLKTNKRVL GLKHPSTARS MATLAVVYRG
QGRLEEAEEL LIEAVDISQH VFGTTHTYTV TMTSELATTY YLQERWSEAE EIQDHVLKLR
MEKLGPMHPD TLLSMYRLAL TWRAAGAQAL AIQMMEECFE RSAKYLGPDH PATIWSKKEL
DNWEDLDNAE ADSTGAVSLS NKPRGLSGPG DAGEEKTSQP VRRRKREIIS RFICSR
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