| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05893 |
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| Symbol | flbA |
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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 | 1876416 |
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| End bp | 1879694 |
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| Gene Length | 3279 bp |
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| Protein Length | 719 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 | Developmental regulator flbA [Source:UniProtKB/Swiss-Prot;Acc:P38093] |
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| Protein accession | CBF70620 |
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| Protein GI | 259479939 |
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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 | 24 |
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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 | 38 |
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| Fosmid unclonability p-value | 0.72632 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGATCCTCT CCCTTCCCAC CCCCTCCCCT CCTCCGATTT TCTGCCCTTT TTTTTTCGTC
CCCTCTGGTT TAGTCTGATT TTCGTCATCC CGTACTGTAT TTTATTTTAA TTTTTTCTCA
TTTTACTTAG TCTGCCCTAG CCTCCCACTC CCACTCCGAC CTGCACTCTT CAATGCCAAC
TTCCATATCT ACCGCTCCCC TCAGCCAAGG ATCCCCTCCC TCTTCTCTCA TTGATTATCA
GCCTCAGTCC GTCCCTTCTT CTTCTTCCCC TCCTCCTTCT ACAGCTGCTG CTGCTGCTGC
TGCGGTTGTC GTCGCTGTTC CTTCGTCTTC CTCCCCGGTC GACCTTGGCC TCCCGTCTTT
CACCTCCACC TCGTCCCTTA TCACGTCCGA CGTCCCCGCC ACCACAACCA CACCCAGTTT
TACTGGTTCG GTTATCGGCT CCATTTCACG TCGGAATCGA CGCTCTTTTG CTGCTCTCGC
TCGAGAAAAG ACTTCTAGCG CTCTCGCAAA TCTCTCGTCA ATCGGCTCGA CCACGAATTC
CTCCCTCCGG CAGTCCGCCT CATCCGGGAG TCTACAGAAG CATTCGCGCA AGGCTTCGCA
ACTGAGTGTG GGCGAAATCT CAGGCTTTGT TCCACTCTCC CCGCCATTGT CCGACGGTAG
CGGCAGCAGC GAGCAATCGA GCTCTGCCCC GTTCGAACCT TTATCAGCGG TCACTGAGCA
GCCCAACCCT GCCGCAGAAC GGCGCCGCCA GACCATCCAG CTTGTACCGC CCATCTCTGA
GAACATACCT GTTTCTCCCG CCAAAATGCA TCAAACCTCG TCAAGGCTGT TGCGCATGAC
GGAGGATGAT CGTCCTTTCA CCAAGGTAAT AATGCGACTT GCATTTTTAA ACGAAGCGCT
TGTGTTGGGA ACATTAACTG ACAATCGTGC CCTTCCGTAG GATTTCATGG ATCTTTTCTC
TACTCTTATG GTCAGCTTGA AACTGGATTC GCATCGCGTT CGCTTTACGA AATATGACCA
CACTTTCACA TCGGAGGAAG CCATTAACAA TCTGGGCTCC CTCAAATTCT CTCAATCGAA
CCGGATGCCA GACCCGAAAG ACCCCTCCCG CATTGTAACC ACTACTACAA CAACTACCTT
CTCAATGGCG AAAGAAATGG CTCGATCGGT ATGTCAGCGG TTTGTGGATG CTCGCTTCAT
TGAGTCTGTG GATGGGAAAT ACTCGCACAC GTTTCCGCTG AAGGGCGCTT TATATCAACT
TACTCCGAAA GGTATCAACA TTTTGCAGAG GTTCTGTCAG AGAAACGGCA TCACTGCGCG
CCATGTTATT GACGTCCTGG AGTCGCCCCG CAACACTATG CAACTCGTCA ACTTGGAGCG
CGATACCGAA ACCGACAAGC TCTCCCACGA CCGAGCGACG ATCGAAGTCA TCTTCCGTCG
ATTCGCAGGG CAGGACGGCC CTAATGTGAA GAGCAGTGTC TCGAGCTCGG ATTCAGATTC
CCTCAGCGAC TACTCAAATG GTCTGGTTGG AGTAAAGATG GCTCGGGAGC GCAAAGTCGG
CGACAAAATT TGCGCCAATA CTTTCACTGG GAAGGCTGCG GTTGACTGGC TGATGGACTG
TTCGACAACC ATTGAGCCCC GGGAGACGGT TCTGATCGCG GAACTTTTTG TTAAGTATGG
ATTGATCACC GTACTTCAGG AGGACCGGTC AATGCCGCAG GTCGAGAACT CACTAGTTGC
TTTCCAACCC TCGAAGAACG CGATCTACGC CATCACTGAG CGTGGCCAGC GGGTTTGCGG
ATGGCTCGCT CGCGACAAGC CTCGCGACAC GACGACCTAT GACAGCCGTG GCATCCCACG
GGATTCGAAT AACGCACGCT TGAACCATAT CTTGCAAGAC CCTGCCCTAC GCCTACTATT
CCGAGAATTT CTCCGTTTCT CACTCTGCGA AGAAAACCTG TCATTCTACA TTGACGTCTC
CGAGTTCACC ACCCAGTATC ATAAATTCGA CAAGGTGGGC CACTTCAAGA AGCCCGACGC
TGTACGGGAA ACGCTTGCGG CAGCATATGG TAAGTCATAC TTCCCAAACG AAACTATTTG
GACCTGAACA ATCAGTCTAA TTTGACAAGG CCTTTACAAT GCGTTCCTAG CACCCGGGTC
TCCCTGCGAG CTCAACATTG ACCACGCGCT CCGTAACAGT CTGGCCAGTC GCATGACGAA
AGCTGTTGGC GACGACGACT CAATGCTCAA GAGTCTCCAA GAAGTAGTCC AGCTGTTTGA
GATGGCACAA ACATCGGTAT TCAAGCTTAT GTCAAGCGTT CGTGGCACCG ATACATGATA
TTACTGTTCG ATAACTAATT TCTACCAGGA TTCTGTTCCC AAATTCCTGC GGGATCCGAA
ATACTCCGCA ATCCTCCAGG AGCACGACGT TGATGACCTG ATCGGTGGTG GAAGATCTTA
CTCGCCTACG CCTGGAAACG TCCCGGAACG ATCGATGAGT CGCTCACAAC GTTCATGACA
GTAATTATCT ACACGCGTGA TGGCTACGCC CATCGTACCC TATCGGTCGA TATTACTTTC
TAGGCACGAT TTTGTTCCAC GCGATACGTT TTAATATCTT CATTCCACGT CTGTGATATG
AACGCCCTCC GCATTGTTTC CTATATATAA TCCACCCTCG AGACACGACA CCTATTTCCC
CCGACGAGCT TCCTGCAAGC CATCACGAGA TATGAAAGAC ATTATGATCC ACGGATCATG
TTGATAGAGA CGCCTGGGCA GAAATTTTGC TGATGTTTTC TGTCGCCTTT TCTTTTATCC
ATTCGCACGG ATTCCACTGG GATAGAAATG CGGAAAGCCC AAAACATAAT TGTTGAGCAG
CATTAGAGTG GCGTTTCTTC CTGCTTCATT TACTCTTTTT CATCTCATTT GTCGCACTAT
TCTCCCATGT ATGCACGAAG CTAAGACCTC AATTTCCTTA CTTCATTTTC CTTTTATTTC
ATCTATTCAC TTCGGGACAT CAAGTCGACA TGTAGGTGCC CTCGTCTTAT GTTCTCTCTG
CACGAGCATC TAGCGTCTTC CAAGCAATCT GCACGCATCT ATCTGGTTTC GCATTTCAGG
GTTCAGCGCT GTCTGGCTAT CTGTTCTATG CAGCTACGGC GATTCGATTC TCGTTTGCCT
TATCTTCTCT TCTTGACCGA GGTTCCCTGC TGTTCTTGTA TACATATGAT ATGATTCACA
TACCTACCAT CCAGAAATTT AGTAAAAGCA TTCAGAAAC
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| Protein sequence | MPTSISTAPL SQGSPPSSLI DYQPQSVPSS SSPPPSTAAA AAAAVVVAVP SSSSPVDLGL
PSFTSTSSLI TSDVPATTTT PSFTGSVIGS ISRRNRRSFA ALAREKTSSA LANLSSIGST
TNSSLRQSAS SGSLQKHSRK ASQLSVGEIS GFVPLSPPLS DGSGSSEQSS SAPFEPLSAV
TEQPNPAAER RRQTIQLVPP ISENIPVSPA KMHQTSSRLL RMTEDDRPFT KDFMDLFSTL
MVSLKLDSHR VRFTKYDHTF TSEEAINNLG SLKFSQSNRM PDPKDPSRIV TTTTTTTFSM
AKEMARSVCQ RFVDARFIES VDGKYSHTFP LKGALYQLTP KGINILQRFC QRNGITARHV
IDVLESPRNT MQLVNLERDT ETDKLSHDRA TIEVIFRRFA GQDGPNVKSS VSSSDSDSLS
DYSNGLVGVK MARERKVGDK ICANTFTGKA AVDWLMDCST TIEPRETVLI AELFVKYGLI
TVLQEDRSMP QVENSLVAFQ PSKNAIYAIT ERGQRVCGWL ARDKPRDTTT YDSRGIPRDS
NNARLNHILQ DPALRLLFRE FLRFSLCEEN LSFYIDVSEF TTQYHKFDKV GHFKKPDAVR
ETLAAAYGLY NAFLAPGSPC ELNIDHALRN SLASRMTKAV GDDDSMLKSL QEVVQLFEMA
QTSVFKLMSS DSVPKFLRDP KYSAILQEHD VDDLIGGGRS YSPTPGNVPE RSMSRSQRS
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