CDS Information : AO090009000356

Display	1000bp 10000bp 100000bp Clone

Aspergillus oryzae RIB40 (= NBRC 100959) chromosome1	Legend Jump
Contig Overview  Genome Proteome  Clone

Center position	SC009SC005SC30847Q_0141te14	change
ID		change
Gene name		change

Organism	Aspergillus oryzae RIB40 (= NBRC 100959)
Replicon	chromosome1
Contig	SC009
Start / Stop / Direction	951,639 / 948,749 / -
Location	complement(join(948749..948982, 949041..951091, 951151..951203, 951263..951307, 951363..951505, 951580..951639))
Type	CDS
Length	2,586 bp (861 aa)
Intron	951579..951506, 951362..951308, 951262..951204, 951150..951092, 949040..948983

Product	beta-glucosidase-related glycosidases
Gene name
Functional category	Metabolism - [G] Carbohydrate transport and metabolism
EC number
Note
KEGG pathway
Sequence feature
References

Proteome results	2D-PAGE YPD_filter (1) 1D-PAGE-LC YPD_liquid 1D-PAGE-LC YPD_filter MDLC YPD_filter Show sequence

RefSeq	XP_001816831.1 : N-term changed (-2657)
GI	169764719 : N-term changed (-2657)
GeneID	5988761 : N-term changed (-2657)

BLASTP Database:UniProtKB:2010_04 show BLAST table	1 E=0 Q2UUD6_ASPOR Beta-glucosidase-related glycosidases Alignment 2 E=0 B8NRX2_ASPFN Beta-glucosidase, putative Alignment 3 E=0 Q0CTD7_ASPTN Beta-glucosidase 1 Alignment 4 E=0 D0VKF5_ASPTE Beta-glucosidase Alignment 5 E=0 BGL1_ASPAC Beta-glucosidase 1 Gentiobiase Cellobiase Beta-D-glucoside glucohydrolase Alignment
HAMAP	No significant hit
InterPro	No significant hit
SignalP	Eukaryota    Bacteria, Gram-negative
TMHMM	No significant hit
SOSUI	No significant hit

size of protein	861 amino acids
molecular mass	93,414.85 Da
pI	4.63
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 9.4 (81aa) 7.7 (66aa) 7.5 (65aa) 3.6 (31aa) 3.5 (30aa) 2.7 (23aa) 5.3 (46aa) 1.5 (13aa) 10.1 (87aa) 7.4 (64aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 5.7 (49aa) 0.8 (7aa) 6 (52aa) 3.5 (30aa) 3.9 (34aa) 3.9 (34aa) 1.7 (15aa) 3.8 (33aa) 6.5 (56aa) 5.2 (45aa)

>AO090009000356 beta-glucosidase-related glycosidases
ATGAAGCTTGGTTGGATCGAGGTGGCCGCATTGGCGGCTGCCTCAGTAGTCAGTGCCAAG
GATGATCTCGCGTACTCCCCTCCTTTCTACCCTTCCCCATGGGCAGATGGTCAGGGTGAA
TGGGCGGAAGTATACAAACGCGCTGTAGACATAGTTTCCCAGATGACGTTGACAGAGAAA
GTCAACTTAACGACTGGAACAGGATGGCAACTAGAGAGGTGTGTTGGACAAACTGGCAGT
GTTCCCAGACTCAACATCCCCAGCTTGTGTTTGCAGGATAGTCCTCTTGGTATTCGTTTC
TCGGACTACAATTCAGCTTTCCCTGCGGGTGTTAATGTCGCTGCCACCTGGGACAAGACG
CTCGCCTACCTTCGTGGTCAGGCAATGGGTGAGGAGTTCAGTGATAAGGGTATTGACGTT
CAGCTGGGTCCTGCTGCTGGCCCTCTCGGTGCTCATCCGGATGGCGGTAGAAACTGGGAA
GGTTTCTCACCAGATCCAGCCCTCACCGGTGTACTTTTTGCGGAGACGATTAAGGGTATT
CAAGATGCTGGTGTCATTGCGACAGCTAAGCATTATATCATGAACGAACAAGAGCATTTC
CGCCAACAACCCGAGGCTGCGGGTTACGGATTCAACGTAAGCGACAGTTTGAGTTCCAAC
GTTGATGACAAGACTATGCATGAATTGTACCTCTGGCCCTTCGCGGATGCAGTACGCGCT
GGAGTCGGTGCTGTCATGTGCTCTTACAACCAAATCAACAACAGCTACGGTTGCGAGAAT
AGCGAAACTCTGAACAAGCTTTTGAAGGCGGAGCTTGGTTTCCAAGGCTTCGTCATGAGT
GATTGGACCGCTCATCACAGCGGCGTAGGCGCTGCTTTAGCAGGTCTGGATATGTCGATG
CCCGGTGATGTTACCTTCGATAGTGGTACGTCTTTCTGGGGTGCAAACTTGACGGTCGGT
GTCCTTAACGGTACAATCCCCCAATGGCGTGTTGATGACATGGCTGTCCGTATCATGGCC
GCTTATTACAAGGTTGGCCGCGACACCAAATACACCCCTCCCAACTTCAGCTCGTGGACC
AGGGACGAATATGGTTTCGCGCATAACCATGTTTCGGAAGGTGCTTACGAGAGGGTCAAC
GAATTCGTGGACGTGCAACGCGATCATGCCGACCTAATCCGTCGCATCGGCGCGCAGAGC
ACTGTTCTGCTGAAGAACAAGGGTGCCTTGCCCTTGAGCCGCAAGGAAAAGCTGGTCGCC
CTTCTGGGAGAGGATGCGGGTTCCAACTCGTGGGGCGCTAACGGCTGTGATGACCGTGGT
TGCGATAACGGTACCCTTGCCATGGCCTGGGGTAGCGGTACTGCGAATTTCCCATACCTC
GTGACACCAGAGCAGGCGATTCAGAACGAAGTTCTTCAGGGCCGTGGTAATGTCTTCGCC
GTGACCGACAGTTGGGCGCTCGACAAGATCGCTGCGGCTGCCCGCCAGGCCAGCGTATCT
CTCGTGTTCGTCAACTCCGACTCAGGAGAAGGCTATCTTAGTGTGGATGGAAATGAGGGC
GATCGTAACAACATCACTCTGTGGAAGAACGGCGACAATGTGGTCAAGACCGCAGCGAAT
AACTGTAACAACACCGTTGTCATCATCCACTCCGTCGGACCAGTTTTGATCGATGAATGG
TATGACCACCCCAATGTCACTGGTATTCTCTGGGCTGGTCTGCCAGGCCAGGAGTCTGGT
AACTCCATTGCCGATGTGCTGTACGGTCGTGTCAACCCTGGCGCCAAGTCTCCTTTCACT
TGGGGCAAGACCCGGGAGTCGTATGGTTCTCCCTTGGTCAAGGATGCCAACAATGGCAAC
GGAGCGCCCCAGTCTGATTTCACCCAGGGTGTTTTCATCGATTACCGCCATTTCGATAAG
TTCAATGAGACCCCTATCTACGAGTTTGGCTACGGCTTGAGCTACACCACCTTCGAGCTC
TCCGACCTCCATGTTCAGCCCCTGAACGCGTCCCGATACACTCCCACCAGTGGCATGACT
GAAGCTGCAAAGAACTTTGGTGAAATTGGCGATGCGTCGGAGTACGTGTATCCGGAGGGG
CTGGAAAGGATCCATGAGTTTATCTATCCCTGGATCAACTCTACCGACCTGAAGGCATCG
TCTGACGATTCTAACTACGGCTGGGAAGACTCCAAGTATATTCCCGAAGGCGCCACGGAT
GGGTCTGCCCAGCCCCGTTTGCCCGCTAGTGGTGGTGCCGGAGGAAACCCCGGTCTGTAC
GAGGATCTTTTCCGCGTCTCTGTGAAGGTCAAGAACACGGGCAATGTCGCCGGTGATGAA
GTTCCTCAGCTGTACGTTTCCCTAGGCGGCCCGAATGAGCCCAAGGTGGTACTGCGCAAG
TTTGAGCGTATTCACTTGGCCCCTTCGCAGGAGGCCGTGTGGACAACGACCCTTACCCGT
CGTGACCTTGCAAACTGGGACGTTTCGGCTCAGGACTGGACCGTCACTCCTTACCCCAAG
ACGATCTACGTTGGAAACTCCTCACGGAAACTGCCGCTCCAGGCCTCGCTGCCTAAGGCC
CAGTAA


>AO090009000356 beta-glucosidase-related glycosidases
MKLGWIEVAALAAASVVSAKDDLAYSPPFYPSPWADGQGEWAEVYKRAVDIVSQMTLTEK
VNLTTGTGWQLERCVGQTGSVPRLNIPSLCLQDSPLGIRFSDYNSAFPAGVNVAATWDKT
LAYLRGQAMGEEFSDKGIDVQLGPAAGPLGAHPDGGRNWEGFSPDPALTGVLFAETIKGI
QDAGVIATAKHYIMNEQEHFRQQPEAAGYGFNVSDSLSSNVDDKTMHELYLWPFADAVRA
GVGAVMCSYNQINNSYGCENSETLNKLLKAELGFQGFVMSDWTAHHSGVGAALAGLDMSM
PGDVTFDSGTSFWGANLTVGVLNGTIPQWRVDDMAVRIMAAYYKVGRDTKYTPPNFSSWT
RDEYGFAHNHVSEGAYERVNEFVDVQRDHADLIRRIGAQSTVLLKNKGALPLSRKEKLVA
LLGEDAGSNSWGANGCDDRGCDNGTLAMAWGSGTANFPYLVTPEQAIQNEVLQGRGNVFA
VTDSWALDKIAAAARQASVSLVFVNSDSGEGYLSVDGNEGDRNNITLWKNGDNVVKTAAN
NCNNTVVIIHSVGPVLIDEWYDHPNVTGILWAGLPGQESGNSIADVLYGRVNPGAKSPFT
WGKTRESYGSPLVKDANNGNGAPQSDFTQGVFIDYRHFDKFNETPIYEFGYGLSYTTFEL
SDLHVQPLNASRYTPTSGMTEAAKNFGEIGDASEYVYPEGLERIHEFIYPWINSTDLKAS
SDDSNYGWEDSKYIPEGATDGSAQPRLPASGGAGGNPGLYEDLFRVSVKVKNTGNVAGDE
VPQLYVSLGGPNEPKVVLRKFERIHLAPSQEAVWTTTLTRRDLANWDVSAQDWTVTPYPK
TIYVGNSSRKLPLQASLPKAQ


>AO090009000356 with intron
ATGAAGCTTGGTTGGATCGAGGTGGCCGCATTGGCGGCTGCCTCAGTAGTCAGTGCCAAG
GTATGCTTCAGCATCTCATACGGTGCTATTCGACTCAATTGAATCAGCTTTTTAACAATT
TTTACTCTGAATAGGATGATCTCGCGTACTCCCCTCCTTTCTACCCTTCCCCATGGGCAG
ATGGTCAGGGTGAATGGGCGGAAGTATACAAACGCGCTGTAGACATAGTTTCCCAGATGA
CGTTGACAGAGAAAGTCAACTTAACGACTGGAACAGGGTAAGCTTGCGTATGCCTTAGCG
TGTCTGAAGCTCGATTAGCTAAAGTACTTCAGATGGCAACTAGAGAGGTGTGTTGGACAA
ACTGGCAGTGTTCCCAGGTAAGTAGATTTTCACATGACTTTATACTCTTACGGAAGGCTG
ATTGTTGTGAATATAGACTCAACATCCCCAGCTTGTGTTTGCAGGATAGTCCTCTTGGTA
TTCGTTTCTGTACGTGTGGCTTTTATTTCCCTTTCCTTCCTAACATGTTGCTAACAGTAG
ACGCGCAGCGGACTACAATTCAGCTTTCCCTGCGGGTGTTAATGTCGCTGCCACCTGGGA
CAAGACGCTCGCCTACCTTCGTGGTCAGGCAATGGGTGAGGAGTTCAGTGATAAGGGTAT
TGACGTTCAGCTGGGTCCTGCTGCTGGCCCTCTCGGTGCTCATCCGGATGGCGGTAGAAA
CTGGGAAGGTTTCTCACCAGATCCAGCCCTCACCGGTGTACTTTTTGCGGAGACGATTAA
GGGTATTCAAGATGCTGGTGTCATTGCGACAGCTAAGCATTATATCATGAACGAACAAGA
GCATTTCCGCCAACAACCCGAGGCTGCGGGTTACGGATTCAACGTAAGCGACAGTTTGAG
TTCCAACGTTGATGACAAGACTATGCATGAATTGTACCTCTGGCCCTTCGCGGATGCAGT
ACGCGCTGGAGTCGGTGCTGTCATGTGCTCTTACAACCAAATCAACAACAGCTACGGTTG
CGAGAATAGCGAAACTCTGAACAAGCTTTTGAAGGCGGAGCTTGGTTTCCAAGGCTTCGT
CATGAGTGATTGGACCGCTCATCACAGCGGCGTAGGCGCTGCTTTAGCAGGTCTGGATAT
GTCGATGCCCGGTGATGTTACCTTCGATAGTGGTACGTCTTTCTGGGGTGCAAACTTGAC
GGTCGGTGTCCTTAACGGTACAATCCCCCAATGGCGTGTTGATGACATGGCTGTCCGTAT
CATGGCCGCTTATTACAAGGTTGGCCGCGACACCAAATACACCCCTCCCAACTTCAGCTC
GTGGACCAGGGACGAATATGGTTTCGCGCATAACCATGTTTCGGAAGGTGCTTACGAGAG
GGTCAACGAATTCGTGGACGTGCAACGCGATCATGCCGACCTAATCCGTCGCATCGGCGC
GCAGAGCACTGTTCTGCTGAAGAACAAGGGTGCCTTGCCCTTGAGCCGCAAGGAAAAGCT
GGTCGCCCTTCTGGGAGAGGATGCGGGTTCCAACTCGTGGGGCGCTAACGGCTGTGATGA
CCGTGGTTGCGATAACGGTACCCTTGCCATGGCCTGGGGTAGCGGTACTGCGAATTTCCC
ATACCTCGTGACACCAGAGCAGGCGATTCAGAACGAAGTTCTTCAGGGCCGTGGTAATGT
CTTCGCCGTGACCGACAGTTGGGCGCTCGACAAGATCGCTGCGGCTGCCCGCCAGGCCAG
CGTATCTCTCGTGTTCGTCAACTCCGACTCAGGAGAAGGCTATCTTAGTGTGGATGGAAA
TGAGGGCGATCGTAACAACATCACTCTGTGGAAGAACGGCGACAATGTGGTCAAGACCGC
AGCGAATAACTGTAACAACACCGTTGTCATCATCCACTCCGTCGGACCAGTTTTGATCGA
TGAATGGTATGACCACCCCAATGTCACTGGTATTCTCTGGGCTGGTCTGCCAGGCCAGGA
GTCTGGTAACTCCATTGCCGATGTGCTGTACGGTCGTGTCAACCCTGGCGCCAAGTCTCC
TTTCACTTGGGGCAAGACCCGGGAGTCGTATGGTTCTCCCTTGGTCAAGGATGCCAACAA
TGGCAACGGAGCGCCCCAGTCTGATTTCACCCAGGGTGTTTTCATCGATTACCGCCATTT
CGATAAGTTCAATGAGACCCCTATCTACGAGTTTGGCTACGGCTTGAGCTACACCACCTT
CGAGCTCTCCGACCTCCATGTTCAGCCCCTGAACGCGTCCCGATACACTCCCACCAGTGG
CATGACTGAAGCTGCAAAGAACTTTGGTGAAATTGGCGATGCGTCGGAGTACGTGTATCC
GGAGGGGCTGGAAAGGATCCATGAGTTTATCTATCCCTGGATCAACTCTACCGACCTGAA
GGCATCGTCTGACGATTCTAACTACGGCTGGGAAGACTCCAAGTATATTCCCGAAGGCGC
CACGGATGGGTCTGCCCAGCCCCGTTTGCCCGCTAGTGGTGGTGCCGGAGGAAACCCCGG
TCTGTACGAGGATCTTTTCCGCGTCTCTGTGAAGGTCAAGAACACGGGCAATGTCGCCGG
TGATGAAGTTCCTCAGCTGGTAAGTTGACCTGATTGGGTGATGTGTAATAATTTCAATGC
TAACTTTTTCTGTGTAGTACGTTTCCCTAGGCGGCCCGAATGAGCCCAAGGTGGTACTGC
GCAAGTTTGAGCGTATTCACTTGGCCCCTTCGCAGGAGGCCGTGTGGACAACGACCCTTA
CCCGTCGTGACCTTGCAAACTGGGACGTTTCGGCTCAGGACTGGACCGTCACTCCTTACC
CCAAGACGATCTACGTTGGAAACTCCTCACGGAAACTGCCGCTCCAGGCCTCGCTGCCTA
AGGCCCAGTAA

NBRC No.	clone name	start	stop	length(bp)
G07-009-079	B001H05	813,315	996,486	183,172
G07-009-081	B051G03	832,072	1,004,589	172,518
G07-009-083	B075E03	837,015	1,013,034	176,020
G07-009-084	B064H10	859,921	1,050,757	190,837
G07-009-085	B059H05	867,754	1,015,057	147,304
G07-009-086	B041A03	872,272	1,028,651	156,380
G07-009-088	B047B06	873,541	973,219	99,679
G07-009-089	B047F11	910,165	1,027,362	117,198
G07-009-090	B062G02	919,275	996,486	77,212
G07-009-091	B056B06	935,052	1,099,176	164,125
G07-009-092	B065E01	942,616	1,024,835	82,220

We have been distributing copies of the microbial genomic DNA clones constructed during the course of each of the genomic DNA sequencing projects.
You can find more detailed information at http://www.nbrc.nite.go.jp/e/mdna-e.html.