| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07032 |
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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 | BN001304 |
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| Strand | + |
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| Start bp | 1244166 |
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| End bp | 1247350 |
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| Gene Length | 3185 bp |
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| Protein Length | 1013 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 | Chitin synthase A (EC 2.4.1.16)(Chitin-UDP acetyl-glucosaminyl transferase A)(Class-II chitin synthase A) [Source:UniProtKB/Swiss-Prot;Acc:P30584] |
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| Protein accession | CBF79220 |
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| Protein GI | 259483654 |
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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 | 21 |
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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 | 44 |
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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 | ATGGATTGTC AGAATGGAAG ACGAGCTAAC CGCACTGTCC GTTTCGCCAG AACCGCAGAG
AGCAGATACC CGGAGCGGTA CTCCTACGAA TATGATCCTG AGGAAACACT CTCACGTGCC
GCTCCAAGCA TGCGAAATGC GCCCACGATT CCTCCGCCGA CGGCCTCTGG TGCAGACGAA
ATGCGGTATA CGGCTTCTCG CCCTGCATCG CCTGCTCGGC CATGGTCACC TACTCGTGCA
GCAGACTGGG TAAGACCACC ATCAGCGGCT GCGTCATATT ACGAGCGAGC AGACATCAAT
GGTAGTCCAC GACCCGGGAC CCCCAGTTCA AGGTATGGCG GGAGTCCGAG GAGGCCCCTT
CCGCCAGCCC CGTTGTTCTC GAAACCAGGA ACCACAACTC AAGACACGAA AATCGATATT
GGCGACGGCG AAGAAGACCC ATTCGGCGGC GGTGGAAGAA CAATAAGTTC TCGCCACGGA
CCCCAGGGCA GCGTGCAATC GTTTACGAGC GAATCGACGT TTATCGCGGA CGAAACGGAC
TTGGAAAAGG TTGATTTGGA TGAGTACGAA GAAGAAAGTA ACGAAACCAA ATCAATGGTC
GATCCCAATC TGCACTACGG CCCTGCCCCC GAGAAGCAGA GCCGCCGAGG CGTCCGCAAC
GCGCAGATGG CAAAGAAAGA AGTTCAGCTG GTCAACGGTG AGTTGATTTT GGAGTGTAAG
ATACCCACGA TTTTGCATAG CTTTCTGCCA CGCCGAGACG ACCGAGAGTT TACGCACATG
AGATACACTG CTGTGACCTG CGATCCAGAT GATTTTACGC AAAGGGGGTA TAAACTGCGC
CAGCAGATTG GAAGGACGAT GCGCGAGACC GAGTTATTTA TATGTATCAC CATGTATAAC
GAGGACGAAA CCCACTTTAC GAGGACCATG CACGGCGTCA TGCAGAATAT CAGCCATTTT
TGTTCTCGAT CCAAGTCTCG TACATGGGGC AAAGATGGAT GGAAGAAGAT TGTGGTTTGT
ATCATTTCGG ACGGGCGAAA GAAGGTGCAT CCCCGGACGT TGAATGCTCT GGCTGCGCTG
GGTGTGTACC AAGAGGGCAT TGCAAAGAAC GTCGTCAACC AGAAACAGGT CAATGCCCAC
GTTTATGAGT ATACCACACA AGTGTCGCTC GACTCCGACC TCAAGTTCAA GGGGGCTGAG
AAAGGTATCG TGCCTTGCCA GGTTATCTTC TGTCTGAAGG AGCACAATCA GAAAAAGCTA
AACTCGCATC GTTGGTTCTT CAACGCTTTT GGCCGCGCTT TGCAACCTAA CATTTGCATC
CTCCTTGACG TCGGTACCCG GCCGGAGCCC ACCGCACTGT ACCATCTATG GAAAGCGTTC
GATCAGGATT CCAATGTTGC TGGTGCAGCC GGTGAAATCA AGGCCAGTAA AGGCAAGAAT
ATGCTAGGTC TTCTGAATCC GCTCGTCGCG AGTCAGAACT TTGAATACAA GATGTCAAAC
ATCCTCGACA AGCCATTGGA GTCTGTGTTT GGGTATATCA CTGTGTTGCC GGGTGCGCTT
AGTGCATATC GATTCTTCGC ATTGCAAAAT GACGCCGAAG GTAACGGTCC TCTGAACCAG
TATTTCAAGG GAGAGACGCT GCATGGTAAG GATGCAGATG TGTTCACTGC CAATATGTAC
CTGGCGGAGG ATCGTATTCT CTGTTGGGAG CTGGTTGCTA AGCGGGAGGA AAGATGGGTC
TTACGATTCG TCAAGAGTGC TGTTGGAGAG ACTGATGTTC CTGGTACGTA CCTTGCACGG
CACTGGAAAT AACCCACTAA TGGATGACAG ATTCCATTCC CGAATTCATA TCTCAGCGTC
GTCGATGGTT GAACGGTGCC TTTTTCGCAG CTGTTTATTC TATTGTCAAT GTAAAGCAGC
TGTGGAAAAC CGATCATTCG CTCGCACGAA AGATACTTCT TCAGATCGAG TCTGTCTACC
AACTGCTGCA GCTTATCTTT ACATATTTTG GTCTGGTGAG TTCCCTACTT CTAAAATATC
AGAACTCATG GCTAACAACG ATAGGCAAAC TTTTACCTAG CTTTCTTCTT CATTGCGGGT
TCTCTTACCG ATGAGAAGAT TGACCCATTT GGCCACAACA TGGGCAAATA CATATTTATC
GTTTTGAGAT ATGCTTGTGT TCTTGTTATG TGTCTTCAAT TCATCTTCTC TATGGGCAAT
CGACCGCAAG GGTAAGACTC TTTTACTCCA GATAAGAGGC GTACTAACCG GTCTATAGAG
CGAAGAAGCT ATACCTTTCA AGCATGATTG TCTACAGTAT AGTCATGGCG TATACCGCAT
TCTGCACACT ATATCTGATC GTGTTGGAGC TTATGGCTAA GACTGGCCAC GATGTTCCCA
TAACTATGAG CGATACGCTT TTCGTGAACA TCGTGGTTTC CCTACTTTCC ACGGTCGGGC
TGTACTTTTT CACTTCGTTC ATGTATCTGG ACCCTTGGCA TATGTTCACG TCGTCTGCGC
AGTATTTCGC CTTGCTGCCC AGCTATATTT GCACACTGCA GTGTTATGCG TTCTGCAACA
CCCACGATGT CACCTGGGGA ACCAAGGGTG ATAACACAAT CAACACTGAC CTGGGTACGG
CGCGCATCAT CAATGGGTCT ATTGTCGAGG TCGAGATGCC ATCCGAACAA CTTGATATCG
ACAGTGGCTA CGATGCTGCG CTTCGCAACC TCCGAGACCG TCTTGAGGTC CCCGACCCTG
GAGTGTCCGA AAGCCAGCAA CAGGAAGACT ACTACCGTGC AGTACGGACG TATATGGTCT
CCGTCTGGAT GGTCGCCAAC GTGGTTCTCG CCATGGCTGT CTCTGAAGTG TACGGTGTCG
GCTCGAGTGG TACGAACGTC TACCTCGCTA TCATCTTGTG GTCTGTCGCG GTTTTAGCTA
TCATACGTGC CATAGGATCA ACGGCGTATG CAGTTCTGTA TCTGATCCAG AAGCTCGTCG
AGGGCAAGGC CAAGTTCCAA GCCGGTAATA TTGCGAGTGC CAATGCCAGC GCCGCTGGGA
GCTCGCTCGG GACAAAGTCG AATGTGTCTT ACGGCAGCAA AGGCTTGAAC ATGACGGACA
GGATTAACGA AACTAAATGG GCTATTTCGA GAGGGATGCA GAAGGCTATG TTTTGGAAGA
AGTGA
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| Protein sequence | MDCQNGRRAN RTVRFARTAE SRYPERYSYE YDPEETLSRA APSMRNAPTI PPPTASGADE
MRYTASRPAS PARPWSPTRA ADWVRPPSAA ASYYERADIN GSPRPGTPSS RYGGSPRRPL
PPAPLFSKPG TTTQDTKIDI GDGEEDPFGG GGRTISSRHG PQGSVQSFTS ESTFIADETD
LEKVDLDEYE EESNETKSMV DPNLHYGPAP EKQSRRGVRN AQMAKKEVQL VNGELILECK
IPTILHSFLP RRDDREFTHM RYTAVTCDPD DFTQRGYKLR QQIGRTMRET ELFICITMYN
EDETHFTRTM HGVMQNISHF CSRSKSRTWG KDGWKKIVVC IISDGRKKVH PRTLNALAAL
GVYQEGIAKN VVNQKQVNAH VYEYTTQVSL DSDLKFKGAE KGIVPCQVIF CLKEHNQKKL
NSHRWFFNAF GRALQPNICI LLDVGTRPEP TALYHLWKAF DQDSNVAGAA GEIKASKGKN
MLGLLNPLVA SQNFEYKMSN ILDKPLESVF GYITVLPGAL SAYRFFALQN DAEGNGPLNQ
YFKGETLHGK DADVFTANMY LAEDRILCWE LVAKREERWV LRFVKSAVGE TDVPDSIPEF
ISQRRRWLNG AFFAAVYSIV NVKQLWKTDH SLARKILLQI ESVYQLLQLI FTYFGLANFY
LAFFFIAGSL TDEKIDPFGH NMGKYIFIVL RYACVLVMCL QFIFSMGNRP QGAKKLYLSS
MIVYSIVMAY TAFCTLYLIV LELMAKTGHD VPITMSDTLF VNIVVSLLST VGLYFFTSFM
YLDPWHMFTS SAQYFALLPS YICTLQCYAF CNTHDVTWGT KGDNTINTDL GTARIINGSI
VEVEMPSEQL DIDSGYDAAL RNLRDRLEVP DPGVSESQQQ EDYYRAVRTY MVSVWMVANV
VLAMAVSEVY GVGSSGTNVY LAIILWSVAV LAIIRAIGST AYAVLYLIQK LVEGKAKFQA
GNIASANASA AGSSLGTKSN VSYGSKGLNM TDRINETKWA ISRGMQKAMF WKK
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