| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05728 |
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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 | 1616568 |
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| End bp | 1620779 |
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| Gene Length | 4212 bp |
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| Protein Length | 1202 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 | serine/threonine protein kinase, putative (AFU_orthologue; AFUA_1G06920) |
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| Protein accession | CBF81322 |
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| Protein GI | 259484795 |
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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 | 15 |
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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 | 47 |
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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 | ATGGCCGATC GGGCCCCTTC AGAGCTCAGC CTCGAGGAAC CCACGGACGT GGCGGCACCC
CATCATGGGC AGGTATCGGA GTACACCCAT AGGAGGGGCA CAAGCAAGAG TGATATAGCG
GGCGGTTCTC AGCACTCGTC GATCGATTTG GACGCCGGCC AAGCCGTCAC TAAGCCGTCA
AACGCAAAGC TCCCTCCTTC GAATGACTCA TTGGATGGCC AACCGTCTCT TCGACACACA
TTCCCCCATC TATATCACTC CTCTGGAACC TCCCGGTCGC CATCCACTAG AACCTCGTCC
AGTTCTCTTC AAGCATTGAA CGAGGATACC GTGGTCGATG CTCGGTCGGA ACGCAGCGTC
TTTGCACGGA TCTCGCTGTC GCGAAGGACG TCCTACAACC ACCAATCCGA CGGCGGAGCC
GCCGAATACC CTGTATATCC TGATCAGTCC TATGCCGTTC TTCAATCTCA AATACACCCA
ACCTATCAAC CTCCATTTCT ACGCTCCCGA AGCTCTTATC CCATCGACAC TGTTCACAAA
CCTACTTACT CCCGTGGCGC TCGTACCGCT GGCAATACTC CTATATCCAG TCCAGGTCTG
TTCTCTGTCC GAACCCCTGG CCTGACATCG TCGCCGGGAT CGGACGGTGA TGACCGTTCT
GGCAATTCCT ACCTTCATCC GTCACATCTT CAGCCACCAA AGGAGTAAGT TTATAACGAC
CTGATCCTAG GGACATCTAC TATAGTACAC AATATACTGA CCACTGGTGT AGGACACATA
CTGTCGAAGT AGACAGGGAC TCCGTAACTG GAAACAAAGT CATCAACCAG TATGAGATCC
TCTCAGAGCT AGGTCGTGGC GAACATGGGA AAGTGAAACT TGGTCGCCAC GTGACAACCG
GCCAAAAGGT TGCGATTAAG ATTGTCCAGC GGTACTCGAA ACGGCGGCGC TTGGGGAGAC
TGGGGAATGC CGAGGACAAG GTCAAAAAGG AGGTCGCCAT CCTGAAAAAG GCCCGCCATC
CGAACGTGGT TAGCCTGCTA GAAGTAATCG ACGATCCGAA CCGCCAGAAG GTTTACATAG
TACTCGAGTA CGTCGAAAAT GGAGAGATTA TTTGGCGACA AAAAGGACTT CGCGAGATTG
TGGAAGTTGA CAAGCTCCGA CTTGAACGCG AGAAAATCGG TGCTCCTGAC ACACCAGCAT
TTTGGGAAGA GAGCAAGCAG TACATCATGG CAGCGCAGCG TTGGCGGGAG CAACGCTTGA
GAGCAATGGA ACGGCGCCAA GCGCAAGCAG AGCATGCGCA GCAGGGACCC ATTCCTGCTT
GGAGTTTGGA ACATGGTGCA GAATCGGATG ATGAACTGGG AGCTGAGATC GCAGCGACAG
AGTCTCATTC CTCTTCGAGC CACGCCTCTT CCGCGCCTCA AGAGGCTGCA TTGGCCGCAA
TGGAAGGCAC CATGTTCGGG GCCTATACTG ATTACCCATC TGATAGACGG CGGTTCAGTA
CCGCATCCAG CAGTTTTGGC TACGCACCTT CAGAGACAGA TCTGTCCCCT GAAGAGGACG
ACATGTCCTA TGTGCCTTGT TTAACTTTCG CGGAAGCACG CAACGCTTTT CGAGATTCGC
TTCTCGGCCT CGAATATCTC CATTATCAAG GAATCATACA CCGCGATATC AAGCCGGCAA
ACCTTCTGGT TACCAGTGGT CATCGCGTCA AGATATCCGA TTTCGGTGTT TCTTACCTGG
GACGACCTAT TCGAGACGAG GAGGAGGAGC AACTGGATGA GACAGATGTT GCAACTGAGC
TGGACGATGC GCGGGAGTTG TCTAAAACCG TTGGCACACC GGCTTTCTAC GCCCCCGAGC
TTTGCTACAC TGGTGACGAC TTCGTTGAAA GCCTTGGTGG CGTGCCCCGT ATCACCGGAG
CCATTGATAT CTGGTCCCTT GGTGTGACGC TCTACGGGAT GATATTTGGT CGGTTGCCGT
TTGTCTCGGA TGACGAGTAT AGCATGTATC AGACGATCGT GAAGCAGGAT GTCTTTATTC
CACGCAAACG TCTAAAACCC GTCCAGGTGA AGACCAGCGC CCAGTGGCCT CGTTATGCGC
CAGATAGTAT TCGAGCGGAC AACGAGCTGG TTTATGAAGA AGTTGATGAA GAATTGTGGG
ATTTGTTGAA ACGACTACTC ACTAAAGACC CGGTGAGGCG CATCACATTA AAAGAGATCA
AGCATCATCC ATGGGTTCTT CATGGCCTTC CGAATCCTAG AGCTTGGGTG GAAGAGACCG
ATCCCGGCTA CCTAAGCAAG GGCAAGAAGA TTGAAGTTTC CAATGAGGAA GTTACCACTG
CCGTCAGCAA GGTGCCGTTT ATTCAACGTG TGCGGTCCAA TGTGGCAAAA TGGTCGCATT
ATTTGACTGG AAGGTCGAAA GACAGAGACA GTCGCAAACG CACTCCTAGT GCAAGCCCCT
CGGTTGATTC GACATCCACT TCGAGCAGCA ATTCTCACGG AAAGCATCAT CTCTGGGATG
GTGGCCGATT CAGTCTCCGC GGTGACGAAG AGCTCTTTTC CCGGTTCAAC CGACATCACA
GGGATAGTGA GCATCCTCTC TCACAAAGTG TGACGGTGAG CCCTACGGCT AGCCCCGAAG
AACGGCCCAC ATCATATTTG GCCCAGGATG GCGCTCCCGG ATATCACTCC CCTGCCAATC
GAACACCTCG CCCTGACCAT CCTGAGCGTG CAACGTCGAA CTTATCGACT GCCGAGTCAT
CAAAAACCGT TAGGGCGTCT GCTATGAATA AGAGCTACTC TGTACCTTTG CGTCCCGCTA
CGCCTGATCT GTCAGGGTCT TCGGGAACCA CAAACATAAG CGGTGTCATT GGTGGCGCGA
GCCACCGGTT AGCAAGGGGG CTTCAGCCAG GAGATCGGCA TTTTCCCACC GACTTTTCGA
CCGCCGAGGA AGACCATCAT TCGGAACCCA GTCTCGCCTT GAGCATCGCG TCCGCGGTTG
GGCAGATGCA GCCGTCAGCA TGGCAACCAG ATGGAGAGCC GTTCACAATA CGCGAGAGCC
GGGCATCAAC TCCCGAGCAC CGGCGCAAGA TATCTCACCC ACTCTTAGCT GTTGAGCCCT
TCCATCTCCC CAAGGAGGGT TCATGGCACA TCAAAGGTAG CCGCTCAGAC CCACTTACTG
GGCTCTCTTC GGACCGCGAA CATCGTTCCG GCGCGGACAA TGCTAGCCGC AAGGGGTTGG
ATGCCACAGC GGATACTGGT GCCGCGGAAT ATGTCAAAGA GGGCTTGACG ACATCACCAA
CCTCTGCAGC TACCATGTCT TCCTCTTCTA TGGATGAAGA CACCAGTGGT ATGTCGCAAA
GTACATCCCA TCCTAGCATT CCGTCCGTCA TGTCAGGAGC TTCGTCTTTG TCAGAAGGCG
GGATAAACAA GGAGAATGAT TGCGACAAAG TGGCCCAGGT TCCTTCAATC CTTCGTACCG
GTGAAACGGT CAAAGCACGG CGGCTCAGTA CGTCGCGCCC GCCAGAGGAT GACGAATCTC
GATACTACTG CGATGACGAG GAGGAGAGCG GCGACGATTC TGAAGATGAA GGTCTAGTCT
TTGGCAATAC CAGAGCCGTC AACAAAAAAC CAGCTATCAT CATGGGCAAA GCGAAGAAAG
GGCACGATGC AGGCTAATCC TGCCCCTTCG TCATGCTCTG ACAAGGGCTA CCAGCTCCGA
TTGTTTTTCT TATTCGCCGC CGTCCACGTC AACCTTCGCA CCCCCTTATC AACTCTGCTT
ACCCAGCTCT GAGATTCACG TGTATATCAT TTAATTGGGA CCTTCTGGCT GCATCTTTTA
TCTTTCTTTT GCGCGCATAC AGGGCACCTG CAGAGGGTTA CATTGCTTGT ACATATATTT
CGCATTGGTG GCAGGCTATC CTTCTCATTT CGTTCTTCTC GGATGGGCTT CCAAAAGACC
GGCGTTTGTT TTGCTTTCAA TGTCTATCTT CATCTGGCCC CTTTTAAGGT TTATATATCG
GTTCTTATTT GATGCATGGG GTCCGGGACA TGTGCGAGTT TCTGTATGTA ATGTTCGGGG
GAGGAGGTCT GAGATTTAGT GCATTTGGCT TTCTTATGAG TGGTGTGCAG GATGAACGGC
AGGGGAGACA ATTGAAATGA ACCAGATCAT ATATTGGGAA CAATGGAGAA ACACTCGATT
CTTCACGCCG TT
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| Protein sequence | MADRAPSELS LEEPTDVAAP HHGQVSEYTH RRGTSKSDIA GGSQHSSIDL DAGQAVTKPS
NAKLPPSNDS LDGQPSLRHT FPHLYHSSGT SRSPSTRTSS SSLQALNEDT VVDARSERSV
FARISLSRRT SYNHQSDGGA AEYPVYPDQS YAVLQSQIHP TYQPPFLRSR SSYPIDTVHK
PTYSRGARTA GNTPISSPGL FSVRTPGLTS SPGSDGDDRS GNSYLHPSHL QPPKETHTVE
VDRDSVTGNK VINQYEILSE LGRGEHGKVK LGRHVTTGQK VAIKIVQRYS KRRRLGRLGN
AEDKVKKEVA ILKKARHPNV VSLLEVIDDP NRQKVYIVLE YVENGEIIWR QKGLREIVEV
DKLRLEREKI GAPDTPAFWE ESKQYIMAAQ RWREQRLRAM ERRQAQAEHA QQGPIPAWSL
EHGAESDDEL GAEIAATESH SSSSHASSAP QEAALAAMEG TMFGAYTDYP SDRRRFSTAS
SSFGYAPSET DLSPEEDDMS YVPCLTFAEA RNAFRDSLLG LEYLHYQGII HRDIKPANLL
VTSGHRVKIS DFGVSYLGRP IRDEEEEQLD ETDVATELDD ARELSKTVGT PAFYAPELCY
TGDDFVESLG GVPRITGAID IWSLGVTLYG MIFGRLPFVS DDEYSMYQTI VKQDVFIPRK
RLKPVQVKTS AQWPRYAPDS IRADNELVYE EVDEELWDLL KRLLTKDPVR RITLKEIKHH
PWVLHGLPNP RAWVEETDPG YLSKGKKIEV SNEEVTTAVS KVPFIQRVRS NVAKWSHYLT
GRSKDRDSRK RTPSASPSVD STSTSSSNSH GKHHLWDGGR FSLRGDEELF SRFNRHHRDS
EHPLSQSVTV SPTASPEERP TSYLAQDGAP GYHSPANRTP RPDHPERATS NLSTAESSKT
VRASAMNKSY SVPLRPATPD LSGSSGTTNI SGVIGGASHR LARGLQPGDR HFPTDFSTAE
EDHHSEPSLA LSIASAVGQM QPSAWQPDGE PFTIRESRAS TPEHRRKISH PLLAVEPFHL
PKEGSWHIKG SRSDPLTGLS SDREHRSGAD NASRKGLDAT ADTGAAEYVK EGLTTSPTSA
ATMSSSSMDE DTSGMSQSTS HPSIPSVMSG ASSLSEGGIN KENDCDKVAQ VPSILRTGET
VKARRLSTSR PPEDDESRYY CDDEEESGDD SEDEGLVFGN TRAVNKKPAI IMGKAKKGHD
AG
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