CDS Information : AO090023000696

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Aspergillus oryzae RIB40 (= NBRC 100959) chromosome3	Legend Jump
Contig Overview  Genome Proteome  Clone

Center position	SC02347Q_0172SC026	change
ID		change
Gene name		change

Organism	Aspergillus oryzae RIB40 (= NBRC 100959)
Replicon	chromosome3
Contig	SC023
Start / Stop / Direction	1,837,499 / 1,836,336 / -
Location	complement(join(1836336..1836924, 1836993..1837148, 1837223..1837383, 1837467..1837499))
Type	CDS
Length	939 bp (312 aa)
Intron	1837466..1837384, 1837222..1837149, 1836992..1836925

Product	gluconolactonase
Gene name
Functional category	Metabolism - [G] Carbohydrate transport and metabolism
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_001821213.1 : N-term changed (-575)
GI	169773489 : N-term changed (-575)
GeneID	5993215 : N-term changed (-575)

BLASTP Database:UniProtKB:2010_04 show BLAST table	1 E=0 Q2UGV4_ASPOR Gluconolactonase Regucalcin like protein Alignment 2 E=0 B8N9G0_ASPFN Calcium homeostasis protein Regucalcin, putative Alignment 3 E=1e-147 A1CHH4_ASPCL Calcium homeostasis protein Regucalcin, putative Alignment 4 E=1e-146 A2QIG3_ASPNC Contig An04c0140, complete genome Alignment 5 E=1e-143 Q0CLU8_ASPTN Putative uncharacterized protein Alignment
HAMAP	No significant hit
InterPro	No significant hit
SignalP	No significant hit
TMHMM	No significant hit
SOSUI	No significant hit

size of protein	312 amino acids
molecular mass	34,893.17 Da
pI	4.74
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 6.7 (21aa) 6.7 (21aa) 4.8 (15aa) 8 (25aa) 4.8 (15aa) 1.9 (6aa) 5.4 (17aa) 1.9 (6aa) 9.3 (29aa) 5.1 (16aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 5.8 (18aa) 0.6 (2aa) 4.2 (13aa) 2.9 (9aa) 3.8 (12aa) 5.4 (17aa) 1.3 (4aa) 6.1 (19aa) 9.6 (30aa) 5.4 (17aa)

>AO090023000696 gluconolactonase
ATGTCAGCGTTCCAGAAATGGACGGTCACTGAGCCGTACATCGATATCGCAGGGACCTTG
TTGGAGGGACCGTTCTATGATGAGCCCAGAAATGAGTTCCGCTTTGTTGATATCTGGGAG
CAGAAGTTCTATGTGGTGGACTTAGCCAAAGGCCCAGACTCATTGAAGACTATTGATACG
TCTGCTTCCATCGGGGTAACTGCCAACATCAAAGATTCTGGCGATGCCTACAACGGCCAG
ATAATTGTAGCCGCAAAACATGGATATGCTCTTCTCGACCGCGCCACGGGTCAGCTCTCG
TATATCTCCAAGGTTTGGGATGACCAGAAGGACCCAGAGAGAGCCCGCATAATGCGTTTC
AACGACGGGGCAGTCGACAGCCATGGGCGATTCTGGGCGGGTTCAATGAATGACCCCAAA
GTGCAGTCCCCGGTCAACGAGGCCGTTCTTTTCAGACTGGACCCCGACATGAAAGTGCGC
CGTATGGTCGAAGGTCTGACTATTCCTAATGGGATTGGTTGGAACCATGCAGACGATACA
ATGTACCTGACCGACTCACCCACTGGCAAAATTTACGCGTATGACTTCGATGCCCAAACC
GGAGAGATTAGCAACCGTAGAGTCCACTTTGACCTGGGAGAACCAAAGGAACCTGATGGT
TTTGCCATTGATGCAGAAGGCTGTATCTGGAGCGCCATTTACGGGGGTGGTAAAGTCATC
CGTATCTCACCGGAAGGGAAAGTCATTGGAGAAGTGTCGCTTCCCACGAGAAACATCACC
TGTCCGATCTTTGTGGGGACTGAGCTACTCATCACCACTGCCAAGGATGACACCGATGAT
GAGCAGTTCCCGAACTCAATTCGGTATGGAGGGCGAGTCTATAGAGTTGACGTGGGAATC
AGGGGCAAGCCCAAGAATGAGTTTCGGTTCCAAAACTGA


>AO090023000696 gluconolactonase
MSAFQKWTVTEPYIDIAGTLLEGPFYDEPRNEFRFVDIWEQKFYVVDLAKGPDSLKTIDT
SASIGVTANIKDSGDAYNGQIIVAAKHGYALLDRATGQLSYISKVWDDQKDPERARIMRF
NDGAVDSHGRFWAGSMNDPKVQSPVNEAVLFRLDPDMKVRRMVEGLTIPNGIGWNHADDT
MYLTDSPTGKIYAYDFDAQTGEISNRRVHFDLGEPKEPDGFAIDAEGCIWSAIYGGGKVI
RISPEGKVIGEVSLPTRNITCPIFVGTELLITTAKDDTDDEQFPNSIRYGGRVYRVDVGI
RGKPKNEFRFQN


>AO090023000696 with intron
ATGTCAGCGTTCCAGAAATGGACGGTCACTGAGGTAGGAATTTAAACACCTTGCGCGGTA
TTGCCACGGGTGGAGAGACGTAAATATTGGATTCATTCTCACTTTTCAACCATTAGCCGT
ACATCGATATCGCAGGGACCTTGTTGGAGGGACCGTTCTATGATGAGCCCAGAAATGAGT
TCCGCTTTGTTGATATCTGGGAGCAGAAGTTCTATGTGGTGGACTTAGCCAAAGGCCCAG
ACTCATTGAAGACTATTGATACGTCTGCTTCCATCGGGTGCGTGGACAGACACCCCTGCA
GCTGTAGCTTTTTCGGCAACCTTGAACTGATCAGCAGAAACGGGAATTTAGGGTAACTGC
CAACATCAAAGATTCTGGCGATGCCTACAACGGCCAGATAATTGTAGCCGCAAAACATGG
ATATGCTCTTCTCGACCGCGCCACGGGTCAGCTCTCGTATATCTCCAAGGTTTGGGATGA
CCAGAAGGACCCAGAGAGAGCCCGCATGTGAGTGAAATCCAAGCTTGCTCAGCTACTGCT
CGTAAGATCTGACTAAGCGGTTTCACCCAAAACAGAATGCGTTTCAACGACGGGGCAGTC
GACAGCCATGGGCGATTCTGGGCGGGTTCAATGAATGACCCCAAAGTGCAGTCCCCGGTC
AACGAGGCCGTTCTTTTCAGACTGGACCCCGACATGAAAGTGCGCCGTATGGTCGAAGGT
CTGACTATTCCTAATGGGATTGGTTGGAACCATGCAGACGATACAATGTACCTGACCGAC
TCACCCACTGGCAAAATTTACGCGTATGACTTCGATGCCCAAACCGGAGAGATTAGCAAC
CGTAGAGTCCACTTTGACCTGGGAGAACCAAAGGAACCTGATGGTTTTGCCATTGATGCA
GAAGGCTGTATCTGGAGCGCCATTTACGGGGGTGGTAAAGTCATCCGTATCTCACCGGAA
GGGAAAGTCATTGGAGAAGTGTCGCTTCCCACGAGAAACATCACCTGTCCGATCTTTGTG
GGGACTGAGCTACTCATCACCACTGCCAAGGATGACACCGATGATGAGCAGTTCCCGAAC
TCAATTCGGTATGGAGGGCGAGTCTATAGAGTTGACGTGGGAATCAGGGGCAAGCCCAAG
AATGAGTTTCGGTTCCAAAACTGA

NBRC No.	clone name	start	stop	length(bp)
G07-023-174	B021G10	1,722,427	1,839,348	116,922
G07-023-178	B091G06	1,729,555	1,863,324	133,770
G07-023-179	B006A04	1,729,557	1,847,125	117,569
G07-023-181	B029E06	1,744,523	1,897,955	153,433
G07-023-182	B087B05	1,750,200	1,882,167	131,968
G07-023-183	B002C10	1,752,381	1,843,517	91,137
G07-023-184	B087A08	1,752,382	1,847,125	94,744
G07-023-186	B008E01	1,755,656	1,839,349	83,694
G07-023-187	B043C11	1,758,719	1,880,325	121,607
G07-023-188	B042D08	1,761,451	1,929,768	168,318
G07-023-189	B076H12	1,780,197	1,970,691	190,495
G07-023-190	B001F04	1,786,286	1,983,124	196,839
G07-023-191	B025H08	1,808,287	1,977,652	169,366
G07-023-192	B030F10	1,808,288	1,970,649	162,362
G07-023-193	B077C03	1,834,807	1,970,654	135,848

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.