CDS Information : AO090001000635

Display	1000bp 10000bp 100000bp Clone

Aspergillus oryzae RIB40 (= NBRC 100959) chromosome2	Legend Jump
Contig Overview  Genome Proteome  Clone

Center position	SC001SC003	change
ID		change
Gene name		change

Organism	Aspergillus oryzae RIB40 (= NBRC 100959)
Replicon	chromosome2
Contig	SC001
Start / Stop / Direction	1,673,716 / 1,677,256 / +
Location	join(1673716..1673754, 1675573..1675610, 1675673..1675698, 1675803..1677256)
Type	CDS
Length	1,557 bp (518 aa)
Intron	1673755..1675572, 1675611..1675672, 1675699..1675802

Product	predicted protein
Gene name
Functional category	Unannotated
EC number
Note
KEGG pathway
Sequence feature
References

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

RefSeq	XP_001819136.1 : N-term changed (+2087)
GI	169769332 : N-term changed (+2087)
GeneID	5991107 : N-term changed (+2087)

BLASTP Database:UniProtKB:2010_04 show BLAST table	1 E=0 Q2UMT1_ASPOR Predicted protein Alignment 2 E=0 B8NNP3_ASPFN 1,3-beta-glucanosyltransferase, putative Alignment 3 E=0 Q0CHV8_ASPTN pH-responsive protein 2 Alignment 4 E=0 C0PBM7_MAIZE Putative uncharacterized protein Alignment 5 E=0 A1DFV5_NEOFI 1,3-beta-glucanosyltransferase, putative Alignment
HAMAP	No significant hit
InterPro	No significant hit
SignalP	No significant hit
TMHMM	No significant hit
SOSUI	No significant hit

size of protein	518 amino acids
molecular mass	56,455.64 Da
pI	4.5
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 9.3 (48aa) 6 (31aa) 5.2 (27aa) 3.5 (18aa) 4.1 (21aa) 1.2 (6aa) 4.1 (21aa) 2.7 (14aa) 7.9 (41aa) 10.4 (54aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 5.6 (29aa) 2.7 (14aa) 5.4 (28aa) 2.5 (13aa) 5.6 (29aa) 6.9 (36aa) 0.4 (2aa) 3.1 (16aa) 9.1 (47aa) 4.4 (23aa)

>AO090001000635 predicted protein
ATGTCAACGAGAAGGTCCCGCCTCCTTGCTGATGCTGAGGGGAACAAACTCTTCTATTCC
AACAATGGCACTGAATTCTTCATCCGTGGTGTTGCCTATCAGCGCTACGGTAACGAATCC
AACGGCGACTACACCGACCCTCTGTCCGACCCCAAGAAGTGCGAGCGTGATATCCCTTAC
CTGAAGGAACTGCGGACCAACGTCATCCGTACCTATGCCGTTGACCCCAAGGCCGACCAC
ACTGAGTGCATGAAGATGCTTGACGACGCCGGCATCTACCTTATCACCGATCTGTCCTCC
CCTTCGGAGTCGATCAACCGTAACGACCCCAAGTGGGACGTGGACCTGTACTCCCGCTAC
ACTAGCGTTGTCGATGCCTTCGCCAACTACACCAATGTTATTGGTTTCTTTGCCGGTAAC
GAGGTCGCCAACGACAAGAACAATACCAACTCTATTGCATTCGTCAAGGGCGCTGTTCGT
GACATGAAGAAGTATATCAAGGCCAAGAAGTACCGTGAATCCCTGCTCATCGGTTACGCC
ACCGACGATGACGCTAGCATCCGTGATGACCTGAAGAACTACCTCGTTTGCGGTGAGAGC
GATGCCATGATCGACATGTTCGGTTACAACATCTACGAATGGTGCGGCGATTCGTCCTTC
GAGACCTCTGGTTACAAGGAGCGCACTGAGGAATTCAAGGATTTCCCTGTTCCGGCATTC
TTCTCCGAGTATGGATGCAACGACCCTAAACCTCGCAAGTTCACCGATACCCCTGTCCTG
TACGGCCCCAAGATGAACAACGTCTGGAGCGGTGGTATCGTCTACATGTACTTCCAGGAG
GCCAACGACTATGGATTGGTGAAGGTCGATGGTGACAGCGTCAAGACTCGCGATGACTTC
TCTAACCTCTCTGAGCAAATCCAGAAGGCCACTGCCACTGGCGTCAACAGCGCCAGCTAC
ACTGCCCCTGCTGCTGCTACCGCATCCTGCCCTGCGGTTGGCAAGGACTGGGAAGCCACC
AGTGAACTCCCTCCTTCTCCTAACCCGGATCTGTGCTCCTGCATGGTTGATTCCTTGTCT
TGCGTCGTTAAGGATTCCGTCAAGGAAGACGACTACGAGGACCTGTTTAACTACATCTGC
GCCAAGGATGGAATGTGCGATGGTATCCAGAAGGACGGCACCAAGGGCAAGTACGGAGCG
TACAGTGTGTGCTCTCCCAAGCAGCAGCTCTCCTTCGTCATGAACCAGTGGTACGAGAAG
AGCTCCAACAAAGACCAAGCCTGTGACTTCAATGGTTCGGGCCACACCCAGAGCGCCTCC
AAGAGCGATGGCCAGTGCTCTGACCTGCTGAAGCAGGCCGGCAGCGCTGGTACTGGCAGT
GTCACCGCTTCTCCCACTGCCGGAAGTGCCGCCGCTGGCAGCACCTCCTCTTCCACCTCC
AGCGCCGACAGCGCTGCCGGTGCCGTGAGCCCAATGGCCGTCAAGGTTGGCGGTTGGCAG
TTCGGAGCTTACATCATGACTGCCTTTGTTGCCGGTGCTGGAATGCTCCTGCTGTAA


>AO090001000635 predicted protein
MSTRRSRLLADAEGNKLFYSNNGTEFFIRGVAYQRYGNESNGDYTDPLSDPKKCERDIPY
LKELRTNVIRTYAVDPKADHTECMKMLDDAGIYLITDLSSPSESINRNDPKWDVDLYSRY
TSVVDAFANYTNVIGFFAGNEVANDKNNTNSIAFVKGAVRDMKKYIKAKKYRESLLIGYA
TDDDASIRDDLKNYLVCGESDAMIDMFGYNIYEWCGDSSFETSGYKERTEEFKDFPVPAF
FSEYGCNDPKPRKFTDTPVLYGPKMNNVWSGGIVYMYFQEANDYGLVKVDGDSVKTRDDF
SNLSEQIQKATATGVNSASYTAPAAATASCPAVGKDWEATSELPPSPNPDLCSCMVDSLS
CVVKDSVKEDDYEDLFNYICAKDGMCDGIQKDGTKGKYGAYSVCSPKQQLSFVMNQWYEK
SSNKDQACDFNGSGHTQSASKSDGQCSDLLKQAGSAGTGSVTASPTAGSAAAGSTSSSTS
SADSAAGAVSPMAVKVGGWQFGAYIMTAFVAGAGMLLL


>AO090001000635 with intron
ATGTCAACGAGAAGGTCCCGCCTCCTTGCTGATGCTGAGGTATGATTCTTGACGTCACTT
CGGTCCTTAGTGGATTTTGTCCTTCATGGTCACTTTACACCCTGTAAATTATGTACGCAC
AAAGTGATGGAGGGTTAAATCTCAATTTTTAATTGTTTTTTATTTTCCTTCCTGCAGGCC
CATGGGTTCCATGTAGGCTGTACCTATATATTCATGGGGTCAGGTTTGGACAGACGTTAA
GGTTTTCTGAAACCAAACAGAAATACTTCGTACATCTAATTACATTCAAAGGACAGGCCT
TCGTTTACATCAGACAAAGCAAGTCTAAAATCTTTACTCCGTCTTCACGATGCAATGGAC
TGATACCGAGTATTTTTATCTTATTATTAAAGGCAGTGAAAAATTTTCCCGCCACCAGTG
TTTCGGTCAGCTTCAATGGGTGGACCCCTTTCAGGGTCACGACCCTCGACATTGGAGAGT
AAGACCCTGCCATTGGACCTCTCAGGTGTCCAAGGGTGTGTTCCTGGTAATCACAATGTA
TTGTGGGTGTTATCCGTGTTACCAACCTGAGTAAGCCCTGTACCGTACGTTTATCCCTGC
GGTCCATGCCGACCGGGGCGTCAGATAGGCTACCTTTCTAGAAAGGAAAACAACACATTG
ATGTGATATATAATTCTTGACTACTTGATCAATGTTTTGTGTTACACCAAAGTAATTATC
GCCTGGCTTGAACCAAGTCCTGAAGTACCTCATTAGACAGGCAAAAAGAGGCCAAGGGAC
TTCGGCCCCACCGGTCAAGAATCACAAGCAATTATTGGCAGGGAACAAGACACAGAGCCA
AGGTCGGGACCGGGTGTAATACAGCGTAAGATTGGTGATACAGGGCCGAGGGGACCATCG
TGACCAATTAAGGGTCAGTCTCCACCGACTAGTTTCAGGGCCCACATGTACTAGTTGGGC
TACCCTGAAGTTAAAGGGTCCAGTCATTGGGCAAAGTAAAAAGTATGTACCGAATCCCAG
TGTCCCGAGTGCTCCGTTGGCGTTTATTCTTAGGAATTAGAGGCATGAACGCAGTGGATG
AATGACTACTACAGAATCTGTTCCCTTTTGATCCACTGGCATTCGTGCCTTGGCCAGGAC
TATGAAGAAGATGGCAGCGAGACAATGACATGGGATGGACACCAGTTGCCATGATTCATG
CGGTGGGTTTTCAATATTTTGATGTTGATCATTATTATTACGTCGTTGCCTGTTATAAAA
CAACGAACCAAACAGGTCAAACAGGGCGATTGATTCTATTCTAAGTAAGACAGGCCAGAC
AGACTAAACCTCAGGCTCCTCTCGGCCCCCCCCTTTCCCACTCCTGTCCATTCTTCCTTT
CTCCGTCGCCTCCTCGCCTCCTGCTATTTCTTGTTTCTTATTCTTCCCTATCACTTCCTT
CCCTCGTTACATACCTCTTTGGATACTTTTTTTTTTTTATTTCCCGCAATTCCATTCCAC
GGCTCAGTGTTTCAGCCGTCAGTCACTCGTTGTAGTATATATACTCTTCTAGACTTTCTC
AATCCACTCCGCGATTGTTATTTCATTAATTCGACCTGATATCACTGGGTCTGCAGATCA
AGTTGATCAATCCCTCGTTGTCTTCCGCTGCAGATCATTAACTGTCGTCGCTGCGGCTGG
TATACGTTTGAACGACTGTCAATAGATTCTCATCATGAAGGCCGCATTTGCTCTTGCCGG
GGCTTCGCTCGTGGGCAGCGTCCTGGCGACCTTGCCTGCCATCGAGTCGAAGGTAGTCAT
CAGGTGTTGCGCTTGTCGCGGTCGCATTCATGGCTAACTTGGGAAATTCTGCCTTAGGGG
AACAAACTCTTCTATTCCAACAATGGCACTGAATTGTAAGTGGAAAACCCCTGGCGCTCA
AAGCATCGGTGAGATGGCGGAACTAATATGATATTAGCTTCATCCGTGGTGTTGCCTATC
AGCGTATGTTCCATGCCGGAAAATCTTGAGTCGAGGTAATTGGACTGGGAACTAATGTTG
ATCTATAGAGGAATATTCTTCCAATGGCACCAGCAGCTCCAGCACAGGCTACGGTAACGA
ATCCAACGGCGACTACACCGACCCTCTGTCCGACCCCAAGAAGTGCGAGCGTGATATCCC
TTACCTGAAGGAACTGCGGACCAACGTCATCCGTACCTATGCCGTTGACCCCAAGGCCGA
CCACACTGAGTGCATGAAGATGCTTGACGACGCCGGCATCTACCTTATCACCGATCTGTC
CTCCCCTTCGGAGTCGATCAACCGTAACGACCCCAAGTGGGACGTGGACCTGTACTCCCG
CTACACTAGCGTTGTCGATGCCTTCGCCAACTACACCAATGTTATTGGTTTCTTTGCCGG
TAACGAGGTCGCCAACGACAAGAACAATACCAACTCTATTGCATTCGTCAAGGGCGCTGT
TCGTGACATGAAGAAGTATATCAAGGCCAAGAAGTACCGTGAATCCCTGCTCATCGGTTA
CGCCACCGACGATGACGCTAGCATCCGTGATGACCTGAAGAACTACCTCGTTTGCGGTGA
GAGCGATGCCATGATCGACATGTTCGGTTACAACATCTACGAATGGTGCGGCGATTCGTC
CTTCGAGACCTCTGGTTACAAGGAGCGCACTGAGGAATTCAAGGATTTCCCTGTTCCGGC
ATTCTTCTCCGAGTATGGATGCAACGACCCTAAACCTCGCAAGTTCACCGATACCCCTGT
CCTGTACGGCCCCAAGATGAACAACGTCTGGAGCGGTGGTATCGTCTACATGTACTTCCA
GGAGGCCAACGACTATGGATTGGTGAAGGTCGATGGTGACAGCGTCAAGACTCGCGATGA
CTTCTCTAACCTCTCTGAGCAAATCCAGAAGGCCACTGCCACTGGCGTCAACAGCGCCAG
CTACACTGCCCCTGCTGCTGCTACCGCATCCTGCCCTGCGGTTGGCAAGGACTGGGAAGC
CACCAGTGAACTCCCTCCTTCTCCTAACCCGGATCTGTGCTCCTGCATGGTTGATTCCTT
GTCTTGCGTCGTTAAGGATTCCGTCAAGGAAGACGACTACGAGGACCTGTTTAACTACAT
CTGCGCCAAGGATGGAATGTGCGATGGTATCCAGAAGGACGGCACCAAGGGCAAGTACGG
AGCGTACAGTGTGTGCTCTCCCAAGCAGCAGCTCTCCTTCGTCATGAACCAGTGGTACGA
GAAGAGCTCCAACAAAGACCAAGCCTGTGACTTCAATGGTTCGGGCCACACCCAGAGCGC
CTCCAAGAGCGATGGCCAGTGCTCTGACCTGCTGAAGCAGGCCGGCAGCGCTGGTACTGG
CAGTGTCACCGCTTCTCCCACTGCCGGAAGTGCCGCCGCTGGCAGCACCTCCTCTTCCAC
CTCCAGCGCCGACAGCGCTGCCGGTGCCGTGAGCCCAATGGCCGTCAAGGTTGGCGGTTG
GCAGTTCGGAGCTTACATCATGACTGCCTTTGTTGCCGGTGCTGGAATGCTCCTGCTGTA
A

NBRC No.	clone name	start	stop	length(bp)
G07-001-160	B013A05	1,563,087	1,749,366	186,280
G07-001-161	B034H11	1,563,134	1,740,625	177,492
G07-001-164	B025A01	1,588,481	1,735,236	146,756
G07-001-167	B026F11	1,590,270	1,681,256	90,987
G07-001-168	B012H11	1,594,036	1,698,582	104,547
G07-001-170	B089H04	1,606,053	1,685,680	79,628
G07-001-171	B028H12	1,606,080	1,757,099	151,020
G07-001-173	B033E12	1,606,153	1,759,642	153,490
G07-001-174	B072A07	1,608,775	1,751,587	142,813
G07-001-175	B090C11	1,625,686	1,796,236	170,551
G07-001-176	B096B01	1,641,947	1,699,925	57,979
G07-001-177	B028F02	1,660,212	1,752,199	91,988
G07-001-178	B079B06	1,663,480	1,800,032	136,553
G07-001-179	B064B07	1,669,621	1,757,098	87,478

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.