| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04238 |
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| Symbol | schA |
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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 | 1594677 |
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| End bp | 1598054 |
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| Gene Length | 3378 bp |
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| Protein Length | 919 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 | CAMP-dependent protein kinase-likePutative uncharacterized protein ; [Source:UniProtKB/TrEMBL;Acc:Q8NIK8] |
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| Protein accession | CBF74417 |
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| Protein GI | 259481151 |
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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 | 0.63247 |
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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 | 0.893544 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCGCTG CTCAGAGTGG TTCAGAAAAC ACGGAGTTGT CGAAGCAGCC ATCTCCCCAA
AAGTGAGTTT TTATTTCTGT TCCCACTGTC TGATTGGCAA GGAAAACTCG AGAGACTGGA
TGCGGGAAAG CCAAACCCTC GAGGCGGACG TCGTGGTGCG GTCTGCGTGT GTGCCTGAGT
GCGAAATTTG CGGGTTTGGC TCTGCTTGTT CCGAGCGTGC CGTCGCATTG ATCTCGAGGC
AGCCGCAGGT TCAGGCTTGA TTTCCTGCTC TGTCCCACTT TCTTGCAAGA AAAACCTGTC
TTTCTGCCTC CTTTGCATAT CAATTGCATC CCCGTCTCTG CGACGTACTT TTTCTTTCTT
GCATTCGGCA TGCCAGCATC ACGCTGCATT CCGACACTCT TTCACGATGA ATTCAGCAAC
CCATCCAAGA TCTTGGGCGG CTAACATCTC CAGTAGCGAT GGGTGTCAGG ACGACGATAA
CCACGATCAA ATTGGTTCGA GTACCCCGAG TCCGTCAGGG ATTGCCACCC CGCAGCCCAA
CCCGGCTGAC AGGCGTCTAC CTTCCATAAT GCACAATTAC TTCCAGGTTG GTAGTTCTTC
TGCTGTCATG CTTCGCTCTC TCAAAACCCG GTTTTCCCTC TCCGATCCTT CTCCCTCTTC
CGCAGACACT ATGCAGTCGG GTTCGCTAGC AAATGGGACG CGCGATGCTC AATCATCGGG
GCACACTTCC TCGTCATCAG GGTCCTTTGT CATTATGGAG CGTGACGAGG CTCGCCTCGA
ATCCCCAACC ACGCCGCCAG ACAATGAGGC GGAAACCCAA GAGATCTCGC AAGAATCTCG
TCCTCCTGCG GCCCTTCCCA CCCCCCCTTG CTCCTCGGCA TGCTCCCTTC TGCAGAAGGA
GTCTGAAGAG CCAGAAGCGG GCCCTGATAA AGGAATGGGT TCTATTTTCA ATACACTGAA
AAATTATCTA TCTCCATCTC GAAGCGTGTC CTGTTCTGAT TCTCAGGCAC GTCGTCATAC
TTCTCATCCC GTCTCCAGCA TTTCTGACGA TCCCGTCCTT GCCTCTCATT TCTTCAACCC
TTCTCTTTCC CAAACTCCGG AATCACTTTG CTTAGTCGAA GCTCCCCTTC TCGACCATGA
GAAACCGCAT GTTTCTGCGT CTTCTGAGAA CGCCGCGAAG CTAACTGCCA ACGTGTCAAA
TCCTTCACAC TTAAAGAATA CCCCTCCTCA TACACCTCGG GCAATGTCCG ATGAAGATTT
GCAATCCAAT GGGAAAGCTC CCGCATCCCC TCCCCGATCA TCGAACCCCA CCCATTCGCC
GCGCGACGAA CCGTCAGATT CCGCCGACGA AATCACAGGA AAACTTAACG AAGTCTTCCC
GTCGTCGATG GATACTTCTT CCTCACCGTC TTCCGGTCCC CCGGTAGCAT CTCTCAAAGG
CAAGCTGCAT GTCAAGATTT CGGAGGGGAA GGGCCTCCAA CCGGGGTTCG ACCCATATGT
GGTCTGTGTT TTCGAGTGGA ACGAGGTAAT TTCGAAGAGC GTTCAGGACG AGGAGCAAGA
ATCCTTGAAA CGACAACAGA AGGAACTAGA GCAATCGGCC CTCGATTCTG GACGACCAAT
GGCTATTCCG ATGAACCGAC AGAGTAGCCA TAACAATACT CTCGAGAGCA CAGACCACAG
AGGACATGCT CCTATCACAG ATCCACACTG GAACCATGAA GCGGTCTTGT AAGATTATCT
TCTTATCCCT ATACTTTTTG TCTTCAAATG TTGCAGTTTC CTGATCTTTG TTGCTATCTA
GTGATGTTTT CGGTGACCAG TCTGAAATTG ACGTCTCCGT GTATGACCGC AATGACTCGG
AAGCCTTCCT AGGCCATGTG CGACTCTGCG TGAATCTTAA GGAAGATAAC AGTCGCTTGG
ACGGGTGGTT TCCCTTGAAA GGTCGGGCAG CAGGGGACTC CCGAGTTTCC GGAGAGATTC
ATATGGAAAT GAGGTTTGAG AAGACGGAGA AGAAGCAGGT CGGACCAAAT GACTTTCAAA
TCCTGAAGCT GATCGGCAAG GGAACCTTTG GCCAAGTCTA CCAGGTTAAG AAGAAGGATA
CACGGCGAAT TTATGCGATG AAGGTGCTCT CGAAGAAAGT TATCATTCAG AAGAAGGAGG
TTGCGCACAC CGTTGGAGAA AGAAATATCC TGGTTCGAAC AGCTATGGCT GCTTCTCCGT
TTATCGTCGG GCTCAAGTTC TCTTTCCAAA CACCCACGGA TCTCTACCTG GTCACGGATT
ACATGTCTGG AGGTGAGCTA TTCTGGCATC TCCAGAAAGA GGGACGGTTC CAGGAGCCCC
GCGCCAAGTT TTACATTGCC GAGCTCATCA TGGCTTTGCA ACATCTACAC GACCATGATA
TCGTATACCG TGACCTCAAA CCGGAGAATA TTCTGCTTGA TGCCAATGGT CACATCGCGC
TTTGTGATTT CGGTCTGTCA AAGGCGAATC TTACGCAGAA CGATACAACG AATACGTTTT
GCGGCACAAC AGAATATCTT GCCCCGGAGG TACTACTCGA TGAACAAGGG TATACGAAAA
TGGTTGATTT TTGGTCACTG GGTGTCCTCG TCTTTGAGAT GTGTTGTGGC TGGAGTCCGT
TCTACGCGGA GGACACGCAG CAGATGTACA AAAACATTGC CTTCGGCAAG GTCCGGTTCC
CTCGTGATGC TTTAAGCACG GAAGGACGCA ACTTTGTGAA AGGCCTGCTC AACCGGAATC
CCAAGCACCG CCTGGGAGCC CAGAATGACG CGAAAGAACT CATGGCGCAC CCCTTTTTCC
ATGACATTGA CTGGGAGGCA CTGGGCAGAA AAGAGGTCAT CCCACCGTTC AAACCCAAGC
TCAAGTCCGA CACAGATACG TCCAACTTTG ACCCAGAGTT TACCAACGCT CTTGAAAACA
GTAACTCGCT AAATGACCGA GCTGCAGCTC TTGCCAATGG GTTTATGGCC GCGTCGACGC
CGCTCTCTCC AGGGATGCAA GCTAATTTCC AAGGGTTTAC CTTTGTGAAT GAGAGCTCGA
TCGATCACCA TTTCAAGAAC GAAGTAGGGG ATCGTATGGA TGAGGATTAC GAGCCAATGC
ATCGGTCCCA TCGATCTGGG AATTCTATAG ATCACCGCAT GGCTGGCGTT CAGAAGACTG
GAGATGCGGG TGAGATTTTC AATGTTGACG ACAATTTTGA CATGTGATTA TGGCTTTCGA
TGCATGCTAG TGGAGTTGTG ATGTCTGCAT ATATCTTGTC TTTTTCCTGC GCTGTACATG
TTTTCCTCCT GAATAGGGGC TCAGGATGAG TCTCCGATTT TGTCCTCGTT TAACATACCC
CAGAAGATTT ATTCTGTA
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| Protein sequence | MAAAQSGSEN TELSKQPSPQ NDGCQDDDNH DQIGSSTPSP SGIATPQPNP ADRRLPSIMH
NYFQVGSSSA VMLRSLKTRF SLSDPSPSSA DTMQSGSLAN GTRDAQSSGH TSSSSGSFVI
MERDEARLES PTTPPDNEAE TQEISQESRP PAALPTPPCS SACSLLQKES EEPEAGPDKG
MGSIFNTLKN YLSPSRSVSC SDSQARRHTS HPVSSISDDP VLASHFFNPS LSQTPESLCL
VEAPLLDHEK PHVSASSENA AKLTANVSNP SHLKNTPPHT PRAMSDEDLQ SNGKAPASPP
RSSNPTHSPR DEPSDSADEI TGKLNEVFPS SMDTSSSPSS GPPVASLKGK LHVKISEGKG
LQPGFDPYVV CVFEWNEVIS KSVQDEEQES LKRQQKELEQ SALDSGRPMA IPMNRQSSHN
NTLESTDHRG HAPITDPHWN HEAVFDVFGD QSEIDVSVYD RNDSEAFLGH VRLCVNLKED
NSRLDGWFPL KGRAAGDSRV SGEIHMEMRF EKTEKKQVGP NDFQILKLIG KGTFGQVYQV
KKKDTRRIYA MKVLSKKVII QKKEVAHTVG ERNILVRTAM AASPFIVGLK FSFQTPTDLY
LVTDYMSGGE LFWHLQKEGR FQEPRAKFYI AELIMALQHL HDHDIVYRDL KPENILLDAN
GHIALCDFGL SKANLTQNDT TNTFCGTTEY LAPEVLLDEQ GYTKMVDFWS LGVLVFEMCC
GWSPFYAEDT QQMYKNIAFG KVRFPRDALS TEGRNFVKGL LNRNPKHRLG AQNDAKELMA
HPFFHDIDWE ALGRKEVIPP FKPKLKSDTD TSNFDPEFTN ALENSNSLND RAAALANGFM
AASTPLSPGM QANFQGFTFV NESSIDHHFK NEVGDRMDED YEPMHRSHRS GNSIDHRMAG
VQKTGDAGEI FNVDDNFDM
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