| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06685 |
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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 | 2788797 |
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| End bp | 2792875 |
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| Gene Length | 4079 bp |
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| Protein Length | 1214 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | cellular morphogenesis protein (Rax2), putative (AFU_orthologue; AFUA_7G05340) |
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| Protein accession | CBF71245 |
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| Protein GI | 259480269 |
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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 | 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 | 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 | ATGAGGCTTC CCTCACTGTT TGGGCCTGCG ACGGCTGGCT CGTCAGCATT TCTGCAGTTG
TGGCTTTTGA GCCAATTGTC AGGTGCTTCT GCGTTATCGT TTCAACCAGT TTCTCGCCCT
GAGCTAGATC TCTCGCGCCT CGGGCACGTC GCTCTTACCG GGGAATTCGA CGCCGTAACA
TTTTACTCAT ACGCCGAACA AAAGAACGCG AAAGCCGGAG ACGATGATTC CCAGTCTATC
CTCGCCCCCC TTCCAAACGG GATCCTCACC ACGCTGTCAA CCTCCGACGC TGATATCCGT
GCAATGTGCG CCTTCTCCAA GCAGGATGGA TCGCACTCTG GAATATATGT CGGGGGGAAT
TTCACTAGTC TCGGAGGCGA AAAGGCCAAT GGCGTCGCGT TGTATGATCC GATTTCGAAC
AAGGTAACAA CTTTGCCAGG TCTTTCGGGC TCGGTATCGG CATTGCTATG CGATCAGGAA
ACCAATACCG TCTACGTTGG TGGTTCCTTC AAACAAGGAA ATACATCAAA TGCGGCTGCT
TGGGTTGTCG GTGAAGGCTG GAAAGATCTA TCGTTTGGTG GGCTCAACGG ACCTGTCAGC
TCGATCGTCA AGAATGACGA TGCGCATATC GTGTTTGGTG GGTCGTTTGA CGGTATCGGC
AACTCAACGT CTTCATCAAA GAAAATTGAA CAGGTCATCA ACCTTTCGAA TGCAACAATC
ACTTCGGATA CCACTTCTAC AAGGAGCGGT TTTACTGACC CCCGGAATAT CATTTGCCAA
ACCAGCGGTG CCGGTGGTGC GGGACAGACA TGGTTATTGG CAGATTATGC CCTAGGATAT
TGGCGGGCGG ATATGCGTTA CAACTTCAGT CCAACTAAGC TTCGCGTCTA TAATACGCAT
TACGAAGGGA GGGGCACAAA ATCCTTCTTG TTCAGACGAT TGCCAGATAA CGGAATCATG
AACCTGACTT ATACGGATCC CTCCACTGGT GACGATGTCA ACTGCGATCA GTATTGCTCG
CTCTCGGACG ACCCAGACGA GGAGTACCGT GACTTCCGAT TTGTCAATCA GGTTGGTATG
ACGGGGTTCA TGTTCGAGAT TCGGGATTAT TATGGCACTG GCGCCGGGTT GAATGGTATC
GAAGTGTTTA CAAATGGTGA GTTTATAGTT GGGCGATTCG GCGCCGCACG TGCTAACGGA
TCTAGATGTC TTCACTTATG CCATCAATGA CTTTAACGAG CCGACATGTG GTAACAGCAG
TGACATTTCC ACTTCCACTC GGACGGGATC GTGGACTCTG ACGGATGGTA ACGACAGTCC
TTCCGACTAC CTGACGGCAC ATGTATCCGA CTCTGACGCG GCAAGCACAT CTGTCGTTTT
TGAGCCCAAT ATTCAACGCT CCGGAAACTA TTCCATCCTT GTTTACACCC CCGGATGTGT
TCAGGACGGA ACCTGTGGTT CTCGAGGAAT CGTTAATGTG ACGGCTACTG TCAGGGCTGA
CTCTGAAGAG CTCATCGAGA AGCAAATCTA TCAGACCAAC AACTACGAAA AATATGACAC
CATCTACACC GGCCCTGTAG ACGTCAGCGA CGATTCTTTC CGTCCTCGTG TGACATTGAG
CCCAGTTGCT GGCCAGGGAG ACCTCACTGT TGTGGCCTCT CGAGTCAGGT TTGAGCTTAT
TTCAGCTTCA AACGACACGA GCGGTGAATT GAATGGCCTA TTCGAGTATG ACCCGACTTC
GAAGAATGCC ACAGCCAATC TGCTGGGATC AACCATCAAC AGCTCCGGGA CGCAGCTGGA
TTCTGATGCT TCAGTTTTGA GCTTAGTGAC GCATAGGGGC GTTATCTACG CTGGAGGTAA
CTTCTCAAGT TCTGATATCA ACAACCTATT CTCGCTGGAA CAAGACGCCA ATGCCACGGC
TCTGCCCCAG GGAGGCTTGA ACTCCGAGGT AACTACAATG TCGGTTCTCA ACGACAAGCT
TTATGTTGGC GGAAACTTTA CTGGGACTTC TGAGGGTGCA ACTGACAGTC TCAGCTATGT
TGCTTCCTAC TCAATTGACT CTAAATCCTG GTCAGCTCTC GGGGGTGGGG TTAATGGCCA
TGTCAAGCGA GTCTTTGCGC TTCCTTTGAA TGTTTCCACC GTCATTAATG AGACTATCGT
CGCTGTTAGT GGTGACTTTG ATGAATTGCT GCCTTTTGAT GAATATCCTG CTGTAGCCGT
GTCTGGCTTT GCTGTTTGGG TTCCGTCACG CAACAACTGG CTCCAAAACC TCAATGTCAG
CCAAACACAA TTTGCAGGCC ATTTATCATC CTTCGCGAGC TTCAACGGCA CAACTATTCT
TGGTGGAAGT CTCTCATCTG GAGGTTTGGC TGCTGGTGGA GCGGTGGCGC TACTTCAAGA
AGATGGGCTT CAGCTTGGAC CCCTCCTGAA CAGCACCCAA TTAACTGGTG AAATAATTAC
TGGCATATAC GACACAGACT CCAGCCGCAA CTTGACTATA CTTGGAGGTC ACTTCAACCT
CTCAACTGGC GGCCAGGAAG TACGAAATCT GGCCTTCATA GACGGAGGTA CAGGCTCCAT
CAGTGGCCTC GGTACTGAGG TTGAGAATAA CTCCACGTTC ATGGCCTTTG CCATCACAAG
CAACGTTTTG TACGCTGGCG GTAGGGTTAC CGGCACAGTA GGTAAGAACG AGATCGATGG
GCTGGTACTT TACGATCTCC AGAATGGAAC GATCGCACAA GAGCAGCCGT CCAAATTCAA
TGGTGATAAT GTGTCCGTTA ATGCGATTGC ACCTCGTCCC AATTCGAAAG AAATCTATGT
CGGAGGATAT TTTCAAGCCG CAGGGGCTCT TACCTGTCCA GGTGTTTGTT ACTATGACAC
CGAAAGCCAG CAATGGAATC GACCGGGTGT TGGCCTGGAA GGGAGTGTCC TGGCGCTTAA
ATGGGGCAAC GCCAACACAT TGATCGCCGT TGGCAATCTG ACCGTTGCAG GCAATGAGAC
CGCAGTCGCA AGCTATTCCG CCAAAGAACA AATATGGGAA GTCTTCGATG GAGCTTCAAG
TTCGTCTATC CCAGGCACTG TGACGGCGTT TAGCCCAGCC AATGGAGATG CATCACGATT
TTGGCTTGCA GGTCAGTCGA GCAATGGATC AAATTTCATC GTCAATTATG ACGGCTCCTC
GTTCCAATTG GCCCAAGAGA TCTTTGACGA TGGGACGATC ATTCGTGGAC TCGACGTTAT
CCCTCTAGCC AGTGACCATG ACGACAGTGA TCTTTTGAAC AATGACCTGG CTCTTATGAT
TACTGGTCAA ATCGCTGTCC CAGAGTTTGG CACTGCCTCA GCTGCGTTGT TTAATGGCAC
CACCTTGATT CCCTTTGTCA TCTCCTCTAA ATCTGATGGT CAACCTGGCC GTATGTCGCG
CATGTTCTAT GAGAACAATA ACCCCTACGC TCGAGGAAGT GAGTATGCTT CTGAACGAGG
ATCTTCGAGT ACTGCTAACG TTCTTCAGGT GGGCATCACT CCAACGGAAT TGTTGTTTTG
GTAGCTTTCT GTTGTGCGCT TGGCTGCGTG TTCCTAATTG TCATTGCCGG TGTCATCTTC
AATAAGATCC AGCGCCGCCG ACAAGGTTAT ATGGCAGCCC CTCAATCAAC CGGAACGGAC
CGACCGACGT CCATGCGCCG GCTCCCTCCG GAGTATCTTT TCAACTCCTT GAAGCAGCCG
AATCCAGGGG CGCCCTCTAT ATGAATCGGG ACATGACATC TAGACGACAT CTTTCTTACA
TAGCAGAGAT CGTTGGCATT GCTTGAACAT TTTAATTCTT CCTAGTATCC CAGAAGGATA
CCAGAACGGC GTTCTCGGGA CAAACCGTCT TATACCCTTA ATCTAATTCT GCGCCTATTA
CGCACTTGTG TGGTTCGTTT TTATTTGTTG GACGTGTGGA GGACCGCCTT TGTATTGGGC
ATTAGTCTCT GACGTTTTGT ACTATACCTA CTCTGGTTTC GAGCGGAGAG CGATGTTACT
AGCTACTGGA AATGTACATA CATAGCATGC GCTATATCGT CGCGAAGCTA GTTTTCTGC
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| Protein sequence | MRLPSLFGPA TAGSSAFLQL WLLSQLSGAS ALSFQPVSRP ELDLSRLGHV ALTGEFDAVT
FYSYAEQKNA KAGDDDSQSI LAPLPNGILT TLSTSDADIR AMCAFSKQDG SHSGIYVGGN
FTSLGGEKAN GVALYDPISN KVTTLPGLSG SVSALLCDQE TNTVYVGGSF KQGNTSNAAA
WVVGEGWKDL SFGGLNGPVS SIVKNDDAHI VFGGSFDGIG NSTSSSKKIE QVINLSNATI
TSDTTSTRSG FTDPRNIICQ TSGAGGAGQT WLLADYALGY WRADMRYNFS PTKLRVYNTH
YEGRGTKSFL FRRLPDNGIM NLTYTDPSTG DDVNCDQYCS LSDDPDEEYR DFRFVNQVGM
TGFMFEIRDY YGTGAGLNGI EVFTNDVFTY AINDFNEPTC GNSSDISTST RTGSWTLTDG
NDSPSDYLTA HVSDSDAAST SVVFEPNIQR SGNYSILVYT PGCVQDGTCG SRGIVNVTAT
VRADSEELIE KQIYQTNNYE KYDTIYTGPV DVSDDSFRPR VTLSPVAGQG DLTVVASRVR
FELISASNDT SGELNGLFEY DPTSKNATAN LLGSTINSSG TQLDSDASVL SLVTHRGVIY
AGGNFSSSDI NNLFSLEQDA NATALPQGGL NSEVTTMSVL NDKLYVGGNF TGTSEGATDS
LSYVASYSID SKSWSALGGG VNGHVKRVFA LPLNVSTVIN ETIVAVSGDF DELLPFDEYP
AVAVSGFAVW VPSRNNWLQN LNVSQTQFAG HLSSFASFNG TTILGGSLSS GGLAAGGAVA
LLQEDGLQLG PLLNSTQLTG EIITGIYDTD SSRNLTILGG HFNLSTGGQE VRNLAFIDGG
TGSISGLGTE VENNSTFMAF AITSNVLYAG GRVTGTVGKN EIDGLVLYDL QNGTIAQEQP
SKFNGDNVSV NAIAPRPNSK EIYVGGYFQA AGALTCPGVC YYDTESQQWN RPGVGLEGSV
LALKWGNANT LIAVGNLTVA GNETAVASYS AKEQIWEVFD GASSSSIPGT VTAFSPANGD
ASRFWLAGQS SNGSNFIVNY DGSSFQLAQE IFDDGTIIRG LDVIPLASDH DDSDLLNNDL
ALMITGQIAV PEFGTASAAL FNGTTLIPFV ISSKSDGQPG RMSRMFYENN NPYARGSGHH
SNGIVVLVAF CCALGCVFLI VIAGVIFNKI QRRRQGYMAA PQSTGTDRPT SMRRLPPEYL
FNSLKQPNPG APSI
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