| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02290 |
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| Symbol | steA |
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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 | BN001307 |
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| Strand | - |
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| Start bp | 3398880 |
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| End bp | 3402599 |
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| Gene Length | 3720 bp |
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| Protein Length | 692 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | Transcription factor steA [Source:UniProtKB/Swiss-Prot;Acc:O74252] |
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| Protein accession | CBF86542 |
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| Protein GI | 259487683 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.243472 |
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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 | 40 |
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| Fosmid unclonability p-value | 0.712595 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CCCGGACTGG CTGGTTCAGA ATATCATAAT CATTCATTAT TATTTATTTT ATTTTTATTT
TATCCTTTCC GCATTATTAT TAGCACCTGT GCTAGTCCCA AATAATAATA ACGAGGCTTA
TTATTATTCC TCTCGTCCCC CAGGCTTCCA AACCGACGCT CTCTCGACAC TCTGAAAAAG
CAAGTCTTCC TTCATCCTGA CATCTTTCTT CATCTCTTTC TTTTCCCTTC CCCCTCCCCC
TCCCCCCATC GCGATTCACC TATAGCTATT CTCCCTTCCT TCGTTTTATT CAATTTCGCC
GTGCGAGCTC TTCAAAGAGA ACTGAAAACG GGCTGGCCCA GTTCATTCTC TCTCCTTTCA
CTTATCCTTT TGTCGCTGCT CTTTGCCGAC GACCTCTCGC CAGCGTCAGT CTCTCTAACA
ATCTTCTGCA GGAGGCTGGT TCCTCGGATT GTGTTTGAAT ATAGCCTCTT CTGCTCCCAC
CCGCGATCGT TGTTTCTTAT ACAACACCTT ATCGCCATAT AAAACGTATC TCGTTTCACC
CTAATATTAG CCTGTCTTCC GCTGTTTCTT TAAAAACGAC TTGACGGAGG ATTCCTGACG
TATGTGTTAT CTTGCGTTAT TCGGCCCAGC CATCCGCAAA GCAGCGATCT GCCATCGTTG
GCTACGCTCG CATAGTGGAT GGTCCCATGC TCGAAACCTG GCTTCTGACG CTTCTAATCC
TCTAGGTCAC GAATATGTAC TCTCAGCACG GTGCCCCGAT GGCGCCTCCG CAGAAGCCAG
AGACGTTTAT GCTTTCGAAT GAAGCACAAC AGAGCCTGCC CCATGATGCA CAGGTCGCAC
TTCAACAAGT TGATAATCGT AAGAGAGCTC TTCTATAGCT CGCACCATAT CCGACTAACT
GTGATCAAGT GAAATACTTC CTTCTCTCAG CGCCAGTGGA CTGGCAGCCA GACCAGCTCA
TCCGAAGATT TCTTCTCCCG ACTGGTGATT ATATCTCATG TGTACTTTGG TTAGTACTCT
ATTTGAACAT ATATCACTGG AAATCCTATT AACCACTCTA CAATAGGAGC AACCTGTTCC
ACATCTCAGG TACCGATATC GTTCGGTGCC TGGCATTCAG ATTCCAAGCC TTTGGCCGTC
CTGTCAAGAA TTCTAAAAAA TTCGAGGAGG GCATCTTTTC TGATTTGCGA AACCTGAAAG
CTGGGACCGA TGCTACGCTC GAAGAACCGA AAAGCCCGTT CCTTGATTTT CTTTACAAGA
ACAATTGCAT CCGAACTCAG AAGAAGCAGA AGGTCTTCTA TTGGTATAGT GTGCCTCATG
ACAGGCTGTT TCTCGATGCG TTGGAGCGAG ATCTAAAAAG GGAGAAGATG GGCCAGGAGG
CCACCACAGT CGCAGTCAGC GAACCTGCTT TGTCTTTTGA GTTTGATTCG TCCCAGTCGT
TGTACGAGCA ACTCACAAAG GCACAACAAG CGAATTCATC CTCGTTTGCT GCACACGCAA
GTACGACATA TGGCCAATCT GCATCCCCAG TCGTTCGGAC CGTTGACGCA ATGCCTCCTC
CTCAGATGGC TCCCCAGATG GCTCCGCCGT CGATCCCCCT TCTCACGGAC GAATCGGCCA
ATTCCCAGAT GTACACATCG ATCCCAATGC CCAACCCGAT TCCTCAGAAC CTTATTAAAC
GCGAGGCGGA TTATGGGGCT ATCCAGTACG ACCGAAACGG TATGCCCATT GCTCGCATCC
ACCAGCGCCA TTCTTCAATG CCGACCTTCG TCGAGTACTC GCCGGCGCCG TCTTTCGTCT
CTTCCCAATA CGAAGATTAC AGCAACCGCG GCTTATCCTT CGAGCCTGTT ACACCACCGC
AACATAGCTC TCATATTGGA CCAGAACCTG CTTACATTGC CAACGAAGAT ACGGGCTTGT
ACACTGCAAT TCCGGAGATG TCTACTGGGT CTGGGTTCAA CCCCATGATG CACCTACCGC
CGTCTAACCT CGCAAGCGCG CATTTTCCTA CCCCAGCGAG AACTTTCCAT TCCAATGTTT
ATTCGGTCTT AGAAGGATCC CCTACATATA AGCAACGCCG GCGTCGATCG TCCATCCCGC
CCGGCGCTGC CAACCCTGTC ACTACTGGCA CTCACTCGCC TGCTCCTGCT CTATCATACG
CGGCTCATAA GCCCAGTGAT TTGCGACGCT CCGTTTCCAG CTCGGTTGCC CCCGGGGATA
CGGATGACTC ACGTCATGAG TCGTTGCATC GCTCTGTTAA TAGTACCTAT ACTGCAACTC
TTCCTCAGAA GAACCTGATG CATGAAATGT CGCGTAACGG CACACCCCTT TCCAGTGTGG
GTGAACACCG CGAGCAAAGC TCCATACCCC TTACGCAAGC GGAAGATTTG CCAGCTCTTC
CAGCAAATGG AACCGTGGAA TCAGGTGCTC CCAACGGTGT CGGACATAAG AGCGACCGTT
ATGCAACTGG ACCTGTCCGC CGCGCCCGAA GTGCTACCAT GATGGAACTT GGCCCTTACC
CGCAGAAGTC TCATTCTTGC CCCATCCCTT CGTGCGGGCG ACTCTTCAAG AGATTAGAAC
ATTTGAAACG GTGAGTTATT GCCTCGCTAT CCTACTGGTT TACATTGCCC ACAACATATG
CATGTTGTCT TGTCATAATT TCTCTAGCCG CCCGCTGATT TTTAGCTTCT AGGCATGTGA
GGACTCACAC TCAGGAGCGA CCATATCCTT GCCCCTATTG CAACAAGGCT TTTTCGAGGT
CTGATAACTT GGCTCAGTAA GTCACCATCC GTCTTGATGT CGGATTCAGT CTTCTTACAA
GACATTATAG ACATCGCCGC ATTCACGAGG CTCAGCAAGA CGGGCAGCCA CTGGTCCACG
AGGACGATTT GGAAAATGAT GACAACGAGT CTGTTTCTCA TGACGAGGAT GAGTCTCCGT
CTGAATCTGT TCACCCTGCT GTTCCGGGTG TTCACGGAAT GACCTCTATG CCATCATCCG
TCGCTCTGCA ATCCACAATG GGGTCAATGA TGGGGTCCCA CATGATTGCA CCCCAACTCC
TGCAACAGCA AATATAGTGG AGTTGTGATA TTCGCACGCC GTGGCTGATT TTCCAGTGTT
CTAATAAGGG TTTGTTACAT TATATGGTAC CTAATTTTTG CGGTTCTCCT AAGGGTTTCA
TGTCGTGTCG GGTGTTTTGT TGCAACATAC TATCAACGGC CGGGCAGCTA TCGCAGCCTT
GCGTCGGCGC CACTGCCACT TCACCCTCAG TCTGTGGTTC TTGGTGCAGA CCCGGTATTG
TTTCTATGGG TTCTATATTT GGGTTGTGAC ATGTGCATTG GCCCATGTCA TAAGGTTTTA
CGCTTGGTCT TTGTGTTCCT TGTGTACGTT TTTGTTTTTA CCTGCTTTTT GTCTCCCAGT
TCGTTTGTTC AAGGGTCCCC AGAAGTCTCG GGTTGGCTTG CATTGAACAG GACATGGAGG
GAACAAGAGC AGAAGACACC ACGACATGCA GGCTTTGATA AGCAAACAAT CAGCTTGCTG
GCGACCATGA GACTATTGAA AGACTTTTCG GGCCAGAGAA GCCTGGGGCT TCTCGCTGAA
TGCTGGTTTT GTTTTGCGCT TGATAGACAT TTCTCCGATT TACGAAGTTT TCATGTGTGA
AAGGCGGGAT TGACCTGGTC GTGTATATAC ATAGTAACAA ATCAAGTTAT AGATTGGTAT
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| Protein sequence | MYSQHGAPMA PPQKPETFML SNEAQQSLPH DAQVALQQVD NLKYFLLSAP VDWQPDQLIR
RFLLPTGDYI SCVLWSNLFH ISGTDIVRCL AFRFQAFGRP VKNSKKFEEG IFSDLRNLKA
GTDATLEEPK SPFLDFLYKN NCIRTQKKQK VFYWYSVPHD RLFLDALERD LKREKMGQEA
TTVAVSEPAL SFEFDSSQSL YEQLTKAQQA NSSSFAAHAS TTYGQSASPV VRTVDAMPPP
QMAPQMAPPS IPLLTDESAN SQMYTSIPMP NPIPQNLIKR EADYGAIQYD RNGMPIARIH
QRHSSMPTFV EYSPAPSFVS SQYEDYSNRG LSFEPVTPPQ HSSHIGPEPA YIANEDTGLY
TAIPEMSTGS GFNPMMHLPP SNLASAHFPT PARTFHSNVY SVLEGSPTYK QRRRRSSIPP
GAANPVTTGT HSPAPALSYA AHKPSDLRRS VSSSVAPGDT DDSRHESLHR SVNSTYTATL
PQKNLMHEMS RNGTPLSSVG EHREQSSIPL TQAEDLPALP ANGTVESGAP NGVGHKSDRY
ATGPVRRARS ATMMELGPYP QKSHSCPIPS CGRLFKRLEH LKRHVRTHTQ ERPYPCPYCN
KAFSRSDNLA QHRRIHEAQQ DGQPLVHEDD LENDDNESVS HDEDESPSES VHPAVPGVHG
MTSMPSSVAL QSTMGSMMGS HMIAPQLLQQ QI
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