CDS Information : AO090011000579

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Aspergillus oryzae RIB40 (= NBRC 100959) chromosome7	Legend Jump
Contig Overview  Genome Proteome  Clone

Center position	SC011SC206rDNA_te13	change
ID		change
Gene name		change

Organism	Aspergillus oryzae RIB40 (= NBRC 100959)
Replicon	chromosome7
Contig	SC011
Start / Stop / Direction	1,466,041 / 1,468,405 / +
Location	join(1466041..1466267, 1466321..1466402, 1466465..1467988, 1468049..1468405)
Type	CDS
Length	2,190 bp (729 aa)
Intron	1466268..1466320, 1466403..1466464, 1467989..1468048

Product	thioredoxin/protein disulfide isomerase
Gene name
Functional category	Cellular processes and signaling - [O] Posttranslational modification, protein turnover, chaperones
EC number
Note
KEGG pathway
Sequence feature
References

RefSeq	XP_001826192.1 : N-term changed (+2008)
GI	169783460 : N-term changed (+2008)
GeneID	5998295 : N-term changed (+2008)

BLASTP Database:UniProtKB:2010_04 show BLAST table	1 E=0 Q2U056_ASPOR Thioredoxin/protein disulfide isomerase Alignment 2 E=0 B8NB27_ASPFN Disulfide isomerase, putative Alignment 3 E=0 Q0CXS0_ASPTN Putative uncharacterized protein Alignment 4 E=0 A2QD55_ASPNC Contig An02c0170, complete genome. Alignment 5 E=0 Q4X1B1_ASPFU Disulfide isomerase, putative Alignment
HAMAP	No significant hit
InterPro	No significant hit
SignalP	Bacteria, Gram-positive    Eukaryota    Bacteria, Gram-negative
TMHMM	Transmembrane 1
SOSUI	Transmembrane 2

size of protein	729 amino acids
molecular mass	81,570.44 Da
pI	7.34
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 8.1 (59aa) 6.2 (45aa) 8.8 (64aa) 4.4 (32aa) 5.1 (37aa) 1.9 (14aa) 5.3 (39aa) 1.5 (11aa) 7.1 (52aa) 7.5 (55aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 5.2 (38aa) 1.2 (9aa) 4.1 (30aa) 2.9 (21aa) 2.9 (21aa) 6.9 (50aa) 1.8 (13aa) 6 (44aa) 6.3 (46aa) 6.7 (49aa)

>AO090011000579 thioredoxin/protein disulfide isomerase
ATGAGGGCATCCTTGCTGGCGTGTTCGCTTCTCTCTTTATTCTCTATCCCCACCCTCGCT
TCCCCTTCCGACAAGGTCCTTGAATCCAGAGATGGTCGACTTGTGAAGAGAGCCGACGAT
CCCGTCGACCCGGGTACCCTGTCTACTACCTTCAACGGCGTTGAAGTGCCTCCTATGAAA
GACTTGACACCTGATAACTTCGAGGAAACCATCAAGGACGGCTACTGGTTTATTAAGCAA
TTCTCTCCTGCCTGCCCGCATTGCCAAAAGATCGCTCCTACCTGGCAGACGCTCTATGAA
TATTACTATACTTCGGATCCTTTGGCCTCTTCCTCTTCGAAACCATCCGATACTAAGTCT
CTCAACTCCTTCCATGGCTTCTACAATTTCCATTTCGCATCGCTGAACTGCCAGGCCTAT
GGCGACTTTTGCAAGAAATTGGATGTCAAGTACTTCCCGCAATTCTCGCTGTATCACAAT
GGTGAAAAAGTAGAGGAGTTCACGGGAAAGAAATCAATGGAGGGGCTGAGCGAGTACGTT
GAAGACAAACTTGAATCGATCAAGCCTGGGTCTCGTCCTGCGAAGGGGGTCAACTTACCG
AAGCCCGGCGCCAAGGGCGTGGATACGAAGGCTGAACCAGAGGTCCCTGCTGCTAAAGAC
AAGGACCCCGAGGCAGGCGCCAAGGCTGGTGAAAAGCACAATGAGCAGGTTTCCGCCGAG
GATGCATCTTCCGAGAAAGCCTCCACGTTGAAGAGCAAAACGAAACCGAAAGGGGGTCCA
GCAAACCCTCAAGGAATCTCTGTTCCCCTCACCGCCGAGAGCTTCCAGAAACTTGTTACG
ACCACACAGGATCCCTGGTTCATTAAGTTTTATGCCCCATGGTGTCATCATTGCCAGGCA
CTTGCCCCTAACTGGGCGCAAATGGCCAGGGAAATGCAAAACGTTCTCAACATCGGAGAA
GTAAACTGCGACGCTGAGCCCAGACTTTGCAAAGATGCCCATGTATCGGCCTTTCCCACT
ATGTATTTCTTCCGCGGTGGTGAGAGGGTCGAATACAACGGTCTTCGGGGTCTAGGCGAT
CTAGTCAACTATGCCAAAAAGGCAGTTGACGTTGGCTTGGGTGTTCAGGACGTCGACGCC
ACTTCCTTCAAGGAGCTGGAGGAGAAGGAAGAAGTCATTTTCTTGTACTTCTACGACCAC
GCTACGACATCGGAGGATTTTGAGGCTCTGGAGCGCCTAACTCTTAGCTTAATCGGCCAT
GGACGAATTGTGAAAACGAACAGCGCAGCCTTGGCTGAACGGTTCAAGATTTCAACATGG
CCCCGCCTTCTTGTTGTCCGAGACGGTCGAGCCAACTACTATACTCCGATTGCTCCCAAG
GATATGCGAGACTTCCGACAGATCTTGGGATGGATGCGCACTGTGTGGCTACCCATAGTC
CCCGAGCTTACAGCCTCCAATGCTCGGGAAATCATGGATGGCAGGTATGTGGTTCTCGGA
ATCTTAAGCCGGGGACGCTCGGACGAATTCTTGCAGTCAAAGAGGGAGCTGAAGAGCGCG
GCTCTTGAATGGATGGACAAGCAGGTTCAGTTGTTCCAATTGGAACGGGCAGAACTTCGA
GATGCCAAACAGCTCCGCATTGAGGAGGCTGATGACCGTAACGACCAGCGCGCATTGCGA
GCTGCCAAAAACATGCGCATCACTATACGTGAAGATGACAAGAAACAAGTCGGCTTCGCG
TGGGTTGACGGCGATTTCTGGGAACGGTGGTTGAGAAATACGTATGGTATTGATGTGGCA
AATGGGGAACGAGTCATCATCAACGATCACGATAACCGACGGTACTGGGACTCATCTTCG
AGCGGGTCTCCTATCCTGGCCTCGCGTACTTCTATTCTCGAAACTATTCCTCTTGTGATC
GCCAACTCCCCTAAGTTGACACCGAAGTCCACTGTTGGCACCTTTGAGTCTGTCTTTTTC
TCCGCTCGGTCCTTCATCGTCAACCACCCCATACTCTTTGTCCTCATCCTGATCTTCTCG
GTTGTTGGCGCGACGTGGTTGGCACGAGCCAGAGGCCGGCGTGCCGGCCGCGGTGGCATT
CTTGGTGTCACTAACGGCAACAATGGTTTCTTTCACCTTGATGGGAAAGAAGGTCTGTTG
AACGGCGGCTCAACTGGAAAGGTTGATTAG


>AO090011000579 thioredoxin/protein disulfide isomerase
MRASLLACSLLSLFSIPTLASPSDKVLESRDGRLVKRADDPVDPGTLSTTFNGVEVPPMK
DLTPDNFEETIKDGYWFIKQFSPACPHCQKIAPTWQTLYEYYYTSDPLASSSSKPSDTKS
LNSFHGFYNFHFASLNCQAYGDFCKKLDVKYFPQFSLYHNGEKVEEFTGKKSMEGLSEYV
EDKLESIKPGSRPAKGVNLPKPGAKGVDTKAEPEVPAAKDKDPEAGAKAGEKHNEQVSAE
DASSEKASTLKSKTKPKGGPANPQGISVPLTAESFQKLVTTTQDPWFIKFYAPWCHHCQA
LAPNWAQMAREMQNVLNIGEVNCDAEPRLCKDAHVSAFPTMYFFRGGERVEYNGLRGLGD
LVNYAKKAVDVGLGVQDVDATSFKELEEKEEVIFLYFYDHATTSEDFEALERLTLSLIGH
GRIVKTNSAALAERFKISTWPRLLVVRDGRANYYTPIAPKDMRDFRQILGWMRTVWLPIV
PELTASNAREIMDGRYVVLGILSRGRSDEFLQSKRELKSAALEWMDKQVQLFQLERAELR
DAKQLRIEEADDRNDQRALRAAKNMRITIREDDKKQVGFAWVDGDFWERWLRNTYGIDVA
NGERVIINDHDNRRYWDSSSSGSPILASRTSILETIPLVIANSPKLTPKSTVGTFESVFF
SARSFIVNHPILFVLILIFSVVGATWLARARGRRAGRGGILGVTNGNNGFFHLDGKEGLL
NGGSTGKVD


>AO090011000579 with intron
ATGAGGGCATCCTTGCTGGCGTGTTCGCTTCTCTCTTTATTCTCTATCCCCACCCTCGCT
TCCCCTTCCGACAAGGTCCTTGAATCCAGAGATGGTCGACTTGTGAAGAGAGCCGACGAT
CCCGTCGACCCGGGTACCCTGTCTACTACCTTCAACGGCGTTGAAGTGCCTCCTATGAAA
GACTTGACACCTGATAACTTCGAGGAAACCATCAAGGACGGCTACTGGTCAGAACTCTCT
ATCATTTCGGTGTCTAGATGTCGACTCTAACATCTACTAGGTTTATTAAGCAATTCTCTC
CTGCCTGCCCGCATTGCCAAAAGATCGCTCCTACCTGGCAGACGCTCTATGAATATTACT
ATGTAAGTTCTATGGCTTCGTCCATTAGGAAGTGTGCTCATTCAAGCCCGCTAACAAACG
GTAGACTTCGGATCCTTTGGCCTCTTCCTCTTCGAAACCATCCGATACTAAGTCTCTCAA
CTCCTTCCATGGCTTCTACAATTTCCATTTCGCATCGCTGAACTGCCAGGCCTATGGCGA
CTTTTGCAAGAAATTGGATGTCAAGTACTTCCCGCAATTCTCGCTGTATCACAATGGTGA
AAAAGTAGAGGAGTTCACGGGAAAGAAATCAATGGAGGGGCTGAGCGAGTACGTTGAAGA
CAAACTTGAATCGATCAAGCCTGGGTCTCGTCCTGCGAAGGGGGTCAACTTACCGAAGCC
CGGCGCCAAGGGCGTGGATACGAAGGCTGAACCAGAGGTCCCTGCTGCTAAAGACAAGGA
CCCCGAGGCAGGCGCCAAGGCTGGTGAAAAGCACAATGAGCAGGTTTCCGCCGAGGATGC
ATCTTCCGAGAAAGCCTCCACGTTGAAGAGCAAAACGAAACCGAAAGGGGGTCCAGCAAA
CCCTCAAGGAATCTCTGTTCCCCTCACCGCCGAGAGCTTCCAGAAACTTGTTACGACCAC
ACAGGATCCCTGGTTCATTAAGTTTTATGCCCCATGGTGTCATCATTGCCAGGCACTTGC
CCCTAACTGGGCGCAAATGGCCAGGGAAATGCAAAACGTTCTCAACATCGGAGAAGTAAA
CTGCGACGCTGAGCCCAGACTTTGCAAAGATGCCCATGTATCGGCCTTTCCCACTATGTA
TTTCTTCCGCGGTGGTGAGAGGGTCGAATACAACGGTCTTCGGGGTCTAGGCGATCTAGT
CAACTATGCCAAAAAGGCAGTTGACGTTGGCTTGGGTGTTCAGGACGTCGACGCCACTTC
CTTCAAGGAGCTGGAGGAGAAGGAAGAAGTCATTTTCTTGTACTTCTACGACCACGCTAC
GACATCGGAGGATTTTGAGGCTCTGGAGCGCCTAACTCTTAGCTTAATCGGCCATGGACG
AATTGTGAAAACGAACAGCGCAGCCTTGGCTGAACGGTTCAAGATTTCAACATGGCCCCG
CCTTCTTGTTGTCCGAGACGGTCGAGCCAACTACTATACTCCGATTGCTCCCAAGGATAT
GCGAGACTTCCGACAGATCTTGGGATGGATGCGCACTGTGTGGCTACCCATAGTCCCCGA
GCTTACAGCCTCCAATGCTCGGGAAATCATGGATGGCAGGTATGTGGTTCTCGGAATCTT
AAGCCGGGGACGCTCGGACGAATTCTTGCAGTCAAAGAGGGAGCTGAAGAGCGCGGCTCT
TGAATGGATGGACAAGCAGGTTCAGTTGTTCCAATTGGAACGGGCAGAACTTCGAGATGC
CAAACAGCTCCGCATTGAGGAGGCTGATGACCGTAACGACCAGCGCGCATTGCGAGCTGC
CAAAAACATGCGCATCACTATACGTGAAGATGACAAGAAACAAGTCGGCTTCGCGTGGGT
TGACGGCGATTTCTGGGAACGGTGGTTGAGAAATACGTATGGTATTGATGTGGCAAATGG
GGAACGAGTCATCATCAACGATCACGATGTGAGTACCCTCCTTTGGGGAAGAAGACGATT
GTTTTGATATTCATGCTAATCCGACCAGAACCGACGGTACTGGGACTCATCTTCGAGCGG
GTCTCCTATCCTGGCCTCGCGTACTTCTATTCTCGAAACTATTCCTCTTGTGATCGCCAA
CTCCCCTAAGTTGACACCGAAGTCCACTGTTGGCACCTTTGAGTCTGTCTTTTTCTCCGC
TCGGTCCTTCATCGTCAACCACCCCATACTCTTTGTCCTCATCCTGATCTTCTCGGTTGT
TGGCGCGACGTGGTTGGCACGAGCCAGAGGCCGGCGTGCCGGCCGCGGTGGCATTCTTGG
TGTCACTAACGGCAACAATGGTTTCTTTCACCTTGATGGGAAAGAAGGTCTGTTGAACGG
CGGCTCAACTGGAAAGGTTGATTAG

NBRC No.	clone name	start	stop	length(bp)
G07-011-145	B049F10	1,312,847	1,500,192	187,346
G07-011-153	B006F01	1,385,316	1,558,284	172,969
G07-011-154	B050B08	1,411,206	1,470,719	59,514
G07-011-155	B042B05	1,411,874	1,502,501	90,628
G07-011-156	B074F10	1,411,918	1,515,371	103,454
G07-011-157	B062E09	1,412,482	1,492,461	79,980
G07-011-158	B067E04	1,424,401	1,530,621	106,221
G07-011-159	B081E05	1,427,552	1,500,225	72,674
G07-011-160	B007B09	1,444,020	1,557,507	113,488
G07-011-161	B091G12	1,444,632	1,517,477	72,846
G07-011-162	B053E07	1,444,637	1,502,495	57,859
G07-011-163	B089D09	1,449,927	1,605,848	155,922
G07-011-164	B040F12	1,449,932	1,506,565	56,634
G07-011-165	B088B05	1,449,964	1,502,906	52,943

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.