| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03437 |
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| Symbol | apsB |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 675759 |
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| End bp | 678962 |
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| Gene Length | 3204 bp |
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| Protein Length | 1051 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | Anucleate primary sterigmata protein B [Source:UniProtKB/Swiss-Prot;Acc:O60039] |
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| Protein accession | CBF82712 |
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| Protein GI | 259485575 |
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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 | 19 |
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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 | 0.507114 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTCTAA AAGAGCAAAG TAGTACGATC GACCGCCTCT CGAAAGAAAA CTTTGACTTG
AAGATGCGGA TACATTTCCT GAACGAAGCG CTGAACCGCC GTTCTGAGGA AGGCATCAAA
GAGATGATCT CAGAAAACGT TGAGTTGAAA TCGGATAAGT TGAAGCTACA GAAGGATAAC
CAAGGGTTGA AGCGGAAGAT TCGCGATTTG GAGAAGCAAC TTAAAGACCA GCAGTCAGAT
AAGGAGTCGA TGCTAAACCA TGACCCGGAA GGTGGCTCCG ATGAAGAAGA CCGTGACCAC
GCTCAGGATG AGGAGCTGCT ATTTTTGCGT GAAAGGGTGG AGACGTATGA GCTCGAGATA
GAACGACTAA GGTCTGAGAG TATCGCGAGG GAAAGCGAGA AACGGAGGCT GGCAGAGATG
CTGAAATCCC TGAATGATGG CAGGCCAACC GGGTCGGACT CTGGAGCAAG AGAGGAGAGA
GTAAGTCAAG ATTAGTAGCT ACAGGAGCTT CGCTGACATA CTTTCTAGGA TATGTGGAAA
GACATGCTCG ATGCAGAAAC TGCAGCTCGC GAACAGGCTG ATGAGGAAAA CAAGAGATTA
CGAGAAGAAC TGATGCGTGT CAGGAGCGAG GCGACTTACG CCATAGCTCC CGCGGCGCCT
TTGAGGTCAG GACACCGTAA TCGTGGTGAT TCACTGGTGT CGCATTCGGC CGTTTCGGAC
AGAGAACTGT ACCGCAATAC TGCTGCCGGA AGCTCCTCAA GTTCCACTCT TGTGATGGAA
TTTGAATTAC TGAAACAGGA GAACGCAGAA TTGCGGAGGG AGGTCAGCGC GCAGACCTCA
ATGCTGACCT CGCGAAACCG AGAAAAAGAA CGCTTATACC AAGAGATTGA GGAACTTAAA
CTCGGCCAAC GTCGTGATCG ATCGATTGCC GGCGACAGCA TACTAGATCG GTCTGCTTCC
AGGGCCCAAG GGCGGCCATC TTCCAGCATC AGTGACCGGA CTGGACAGTC ACCGATTGAC
GACGCGGAGC GTGAAGACTG GGAACTTCGA AACGGGCAAC TCCGGGACCA AGTCTCCGCA
CTGAAATTAG AAAATCAAGC TATTCGACAG GAACTCGAGG AGCTAGATAA AGCTTACTCA
GCTGACGTAG AGCAAGCTGA GGAAGATATA CAAACTCTTC AGCAAGAACG CGACCAGGCA
ATGCAAGTAG CTGAGGAGCG GGATGCTGCT TTCCAAGAAT TGAGAGCGGA AGCCCAGGAA
GAGTTGGACG CTCTAGGTGA CGAACTGGAC CAAAAGATCG AGGAGTGTCA ACGCCTAACG
GAAGACCTAC GAACGCAGGA TGACAACCTA AGAGCGCTGC AGGCGGAGAT GCGCTCTGCC
AGCGAAGGCA TTATTCGACT AGAAGAGGAT GCACAGAATA ATCTGCAGCG CTACAAGGCC
GTACAGCAGG AGCTCGAGCA GTGCAACGAA GAGATGGAAT CTTTGGAGAA GAGCTTGTAC
GAGGCCAACT CCAAAGTCCA ACGACTCACT GTCCAAATTG AGTCGAGCCA AAATGAGATT
GCATTTCTCC GAGAGGAACA AGATGGCGAC AAGATCAAGA TTGGCGACCT AGAGTCTGAG
CTCAAGACCT ATCGAATGAG TCTTCAGAGC GAAAAGGACA AGACGAAGGA ACTTGAGGGA
CGTCTAGCTG AGGAAAGATA CCAGCGCGAA GTTGTTGGAA GCAAGGAAAA GCAAGAGGTA
CAGCGGATCA TGAACGAGCT AAATCGGGAG GTGTCCGCCG CCAAGGAAGA ATGCCGCAAA
TTGAAGAAGA ACCTTTCGGC GCAAGAAATC GAGACGAATA CCTGGAAGGA GCGGCTCACT
GATCTGGAGA ACAACCTGCG AGAGACTCTT GGTGACCTGA CGGGCAGTCG GTCCAGCTTG
ATCGCCAACA TCATGAAATT ACAAAAGGAG CTCGAAAGCA CTGCGCTGGA GCTCGAGAGC
ACGCGCTCTA CGCTGGATGA GAAAGAAACA TTATTACGAA ACCGCGATGC GCTACTCGAG
AGTCATGGGC TAGAGTCCCG AAAACTGTCT GAATTGCTTG AACGCGAACG CCAGGCTCGT
CGCGCAGACA AGCAGTCATT CGAACAGGCG CTCAAATCTC ACCATCAGGC ATCGCGTACC
ATCACGCAAA ACAACTCCCG TATCCTGGAG CTCGAAAATG CAAGAAATCA AGATCGTAAG
CGTTTTACCA GCCTTGAGCA ACAGTTTCGC GAGCAGCTCA ATGAGCGGAA TTCCATGCTG
CTGACTATCT GGAAGCGCCT GTCCGGCATG TGTGGGCCAG ACTGGGCTCA TTCTAACAGC
TTGATCAACG GAAACCTGCC AAGCCAGGAA GTTATCGGCA ATATCCTGTT CTGGCCAGGA
TTTAGCCGCA ATCTTCTTCT CGCGGTCAAG ACGCTGGAGA ACGTAATATC AAGCTTCAAG
ACCCGTGTCA AGGATGTCGA ACGTAACTTG ACAAAGCAAT ATCAAACCCT TGAGCACGCG
TTTAGTTTGC GGATCAAGAA GCTAGACCGG TTGGAGGAAA CTACAATGAA CATGCGCGCC
CAGTTACAGA CTCGAAACCA GACGGGGCTC TCGCCAGAGT TATCCAAACT TCGCGGTGAA
AACCGACTGC TGAAGGCCGA ACTCAACTTA CTTCAAAACC ACCCGCGCAG CCGCAGCACG
ACAGCTGGCG TGGCAGGCTC GCCGCAGTCA TCCACTATTG ACCTGGCAGA ACGCGGCTCG
CTAGTACGCG CCAACACAGC AGCCGAATCG CCTGCAAGAT CCAGTATTCC CCAACCGGCC
CAAATGACAA ATCTTGCAGA ACCCACCGGT GCTGTCACTC GCCCACGGCA ATTCAAACCA
TCAGATAACC ACGGCAATCA AGAAGTATGG ATAAAGCGTC TGCACGAGCT GGAACGGAGG
CTCAAAGCCG AACGGGAAGC GCGCCTTTTG GACCGCAATG GCGCACGGAG ACGCCTGGAG
GAGCGCGACG CCGAGAATAA ACGGCTCCGT GCGCAGTTGG ACCGACAGCG TCTCCGCCAA
GGAGTCTCAA CAGAGACTTC TACCGATGAT GGCGGCCATG GACCTCCTTC TGAACCTACT
ACCGGGGACG AGGGGTACAG GGAGCGGGAG GAAGAACATA GCTCGAGTGA GGGGGAAGGC
ATCACAGTTG ATATCGAAGT TTGA
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| Protein sequence | MTLKEQSSTI DRLSKENFDL KMRIHFLNEA LNRRSEEGIK EMISENVELK SDKLKLQKDN
QGLKRKIRDL EKQLKDQQSD KESMLNHDPE GGSDEEDRDH AQDEELLFLR ERVETYELEI
ERLRSESIAR ESEKRRLAEM LKSLNDGRPT GSDSGAREER DMWKDMLDAE TAAREQADEE
NKRLREELMR VRSEATYAIA PAAPLRSGHR NRGDSLVSHS AVSDRELYRN TAAGSSSSST
LVMEFELLKQ ENAELRREVS AQTSMLTSRN REKERLYQEI EELKLGQRRD RSIAGDSILD
RSASRAQGRP SSSISDRTGQ SPIDDAERED WELRNGQLRD QVSALKLENQ AIRQELEELD
KAYSADVEQA EEDIQTLQQE RDQAMQVAEE RDAAFQELRA EAQEELDALG DELDQKIEEC
QRLTEDLRTQ DDNLRALQAE MRSASEGIIR LEEDAQNNLQ RYKAVQQELE QCNEEMESLE
KSLYEANSKV QRLTVQIESS QNEIAFLREE QDGDKIKIGD LESELKTYRM SLQSEKDKTK
ELEGRLAEER YQREVVGSKE KQEVQRIMNE LNREVSAAKE ECRKLKKNLS AQEIETNTWK
ERLTDLENNL RETLGDLTGS RSSLIANIMK LQKELESTAL ELESTRSTLD EKETLLRNRD
ALLESHGLES RKLSELLERE RQARRADKQS FEQALKSHHQ ASRTITQNNS RILELENARN
QDRKRFTSLE QQFREQLNER NSMLLTIWKR LSGMCGPDWA HSNSLINGNL PSQEVIGNIL
FWPGFSRNLL LAVKTLENVI SSFKTRVKDV ERNLTKQYQT LEHAFSLRIK KLDRLEETTM
NMRAQLQTRN QTGLSPELSK LRGENRLLKA ELNLLQNHPR SRSTTAGVAG SPQSSTIDLA
ERGSLVRANT AAESPARSSI PQPAQMTNLA EPTGAVTRPR QFKPSDNHGN QEVWIKRLHE
LERRLKAERE ARLLDRNGAR RRLEERDAEN KRLRAQLDRQ RLRQGVSTET STDDGGHGPP
SEPTTGDEGY REREEEHSSS EGEGITVDIE V
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