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Title Alternative Genetic factors for yield related traits in lowland New Rice for Africa (NERICA)
FullText URL srfa_113_011_016.pdf
Author Tomita, Asami| Akimoto, Yui|
Abstract Genetic factors of yield related traits in lowland New Rice for Africa variety (NERICA) using different nitrogen condition and QTL to increase rice yield in lowland NERICAs were clarified. Indica Group rice variety (Oryza sativa L.) IR64 increased panicle number, culm weight and panicle weight, according to nitrogen concentration. The tendency is especially remarkable under low nitrogen concentration. NERICA‒L‒19, which is derived from a cross between IR64 and TOG5681 (Oryza glaberrima S.), showed similar values for panicle weight and culm weight, and it showed higher plant height, panicle weight and culm weight and lower harvest index than those of IR64 under all the concentrations. QTL analysis for the agronomic traits were performed using hybrid population derived from a cross between IR64 and NERICA‒L‒19. A total of 22 QTLs were detected on chromosomes (chrs.) 1 (3 QTLs), 2 (2), 4 (2), 5 (5), 6 (1), 7 (1), 8 (6) and 10 (2). Among them, 4 regions at 34.1‒36.6Mbp of chr. 1, at 23.8‒27.8Mbp of chr. 5 and at 4.8Mbp and 20.3‒28.4Mbp of chr. 8 showed several QTLs’ peaks overlapped. The regions of chr. 5 and 4.8Mbp of chr. 8 increased panicle weight by IR64 allele. Those of chr. 1 and 20.3-28.4Mbp of chr. 8 increased plant height and harvest index, respectively, by NERICA‒L‒19 allele. These results indicated that the larger panicle type of lowland NERICA is suitable under low nitrogen condition. Also, the plant type was controlled by the combination of 4 QTLs’ regions on chr. 1 and short arm of chr. 8 originated from O. glaberrima, and those of chr. 5 and long arm of chr. 8 from O. sativa Indica Group.
Keywords lowland New Rice for Africa (NERICA) nitrogen agronomic traits QTL rice
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2024-02-01
Volume volume113
Start Page 11
End Page 16
ISSN 2186-7755
language Japanese
File Version publisher
FullText URL srfa_113_007_010.pdf
Author Phan, Thao Thu| Fukushima, Keigo| Tanaka, Yoshiyuki| Yasuba, Ken-ichiro| Yoshida, Yuichi| Goto, Tanjuro|
Abstract Cold wet treatment is frequently applied to Eustoma seeds to enhance the bolting rate of plants grown under high temperatures. Our previous study indicated that cold PEG‒primed Eustoma seeds could maintain their germination rate and bolting rate even after being re‒dried for 30days and grown under high temperatures. The present study aimed to investigate whether prolonged storage after cold PEG‒priming affect the germination, growth, and flowering of Eustoma ‘Exe Lavender’ seedling. Seeds were initially cold‒primed with water or PEG‒6000 at ‒1.5 MPa for 5 weeks at 10°C in the dark and were then subjected to re‒drying and storage for 30, 60, 90 and 360days at 10°C. After 360days of storage, cold PEG‒primed seeds germinated earlier and more effectively than cold hydro‒primed seeds. Compared to the results after 30days of storage, plants grown from 360days exhibited similar bolting rate, days to bolting, bolting node and flowering rate, cut flower length and number of flower node. These results suggest that ‘Exe Lavender’ seeds can germinate and develop well even after 360days of storage and under high temperature conditions when subjected to cold PEG‒6000 treatment.
Keywords bolting chilling dehydrate long storage PEG-6000
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2024-02-01
Volume volume113
Start Page 7
End Page 10
ISSN 2186-7755
language English
File Version publisher
Title Alternative Evaluator of adaptability of S. cerevisiae to grape juice using the oversxpression profiling ADOPT method
FullText URL srfa_113_001_006.pdf
Author Moriya, Hisao| Ono, Chiyuki Kohata |
Abstract The authors have recently developed the overexpression profiling ADOPT method. In the ADOPT method, yeast strains overexpressing most of the genes in the budding yeast Saccharomyces cerevisiae genome are mixed and competitively cultured, and the genes overexpressed in the enriched strains are systematically identified. Furthermore, the identified genes can be used to identify bottleneck factors that are necessary but lacking for growth of S. cerevisiae under given conditions. In our previous studies, we have identified bottlenecks in artificially created stress environments in the laboratory, but in this study, we used grape juice for winemaking as an example to see if industrial bottlenecks can be identified. ADOPT experiments with sulfite-added grape juice used in conventional winemaking resulted in a strong enrichment of strains overexpressing the sulfite pump SSU1 and its transcription factor FZF1. Since enhancement of SSU1 function is known to occur in wine yeast acclimation, ADOPT was also shown to be useful in the search for industrial bottlenecks. On the other hand, no genes were strongly enriched by ADOPT in grape juice without sulfite addition, suggesting that grape juice is a balanced medium with few bottlenecks for S. cerevisiae growth.
Keywords yeast S. cerevisiae overexpression wine making
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2024-02-01
Volume volume113
Start Page 1
End Page 6
ISSN 2186-7755
language Japanese
File Version publisher
FullText URL srfa_113_contents.pdf
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2024-02-01
Volume volume113
ISSN 2186-7755
language Japanese
File Version publisher
FullText URL srfa_113_cover.pdf
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2024-02-01
Volume volume113
ISSN 2186-7755
language Japanese
File Version publisher
FullText URL fulltext.pdf
Author Rawan, Ahmad Farid| Langar, Hikmatullah| Munetomo, Maho| Yamamoto, Yuki| Kawano, Kohei| Kimura, Koji|
Keywords Estradiol receptor Follicle Insulin-like growth factor-1 (IGF-1) Steroidogenic enzymes
Published Date 2023
Publication Title Journal of Reproduction and Development
Volume volume69
Issue issue6
Publisher Society for Reproduction and Development
Start Page 337
End Page 346
ISSN 0916-8818
NCID AA10936678
Content Type Journal Article
language English
OAI-PMH Set 岡山大学
Copyright Holders © 2023 by the Society for Reproduction and Development
File Version publisher
PubMed ID 37940556
DOI 10.1262/jrd.2023-047
Web of Science KeyUT 001123890700005
Related Url isVersionOf https://doi.org/10.1262/jrd.2023-047
FullText URL K0006939_abstract_review.pdf K0006939_fulltext.pdf
Author NGUYEN THANH HAI|
Published Date 2023-09-25
Content Type Thesis or Dissertation
Grant Number 甲第6939号
Granted Date 2023-09-25
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language English
FullText URL K0006938_abstract_review.pdf K0006938_fulltext.pdf
Author Zhao, Maoxiang|
Published Date 2023-09-25
Content Type Thesis or Dissertation
Grant Number 甲第6938号
Granted Date 2023-09-25
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language English
FullText URL O004069.pdf
Author 山本 和博|
Published Date 2005-09-30
Content Type Thesis or Dissertation
Grant Number 乙第4069号
Granted Date 2005-09-30
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language Japanese
FullText URL O004068.pdf
Author 中嶋 佳貴|
Published Date 2005-09-30
Content Type Thesis or Dissertation
Grant Number 乙第4068号
Granted Date 2005-09-30
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language Japanese
FullText URL K003045.pdf
Author 田村 尚之|
Published Date 2005-09-30
Content Type Thesis or Dissertation
Grant Number 甲第3045号
Granted Date 2005-09-30
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language Japanese
FullText URL K003040.pdf
Author 谷 明憲|
Published Date 2005-09-30
Content Type Thesis or Dissertation
Grant Number 甲第3040号
Granted Date 2005-09-30
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language Japanese
FullText URL K003037.pdf
Author 柴田 洋|
Published Date 2005-09-30
Content Type Thesis or Dissertation
Grant Number 甲第3037号
Granted Date 2005-09-30
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language Japanese
FullText URL O0004548_abstract_review.pdf O0004548_fulltext.pdf
Author PERVIN MST NAZNIN|
Published Date 2023-03-24
Content Type Thesis or Dissertation
Grant Number 乙第4548号
Granted Date 2023-03-24
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language English
FullText URL K0006861_abstract_review.pdf K0006861_fulltext.pdf
Author YANAGISAWA, Satohiro|
Published Date 2023-03-24
Content Type Thesis or Dissertation
Grant Number 甲第6861号
Granted Date 2023-03-24
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language English
FullText URL K0006860_abstract_review.pdf K0006860_fulltext.pdf
Author SAEKI, Nozomu|
Published Date 2023-03-24
Content Type Thesis or Dissertation
Grant Number 甲第6860号
Granted Date 2023-03-24
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language English
FullText URL K0006859_abstract_review.pdf K0006859_summary.pdf
Author KATAYAMA, Shunki|
Published Date 2023-03-24
Content Type Thesis or Dissertation
Grant Number 甲第6859号
Granted Date 2023-03-24
Thesis Type Doctor of Philosophy in Agriculture
Grantor 岡山大学
language Japanese
FullText URL srfa_112_cover_e.pdf
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2023-02-01
Volume volume112
ISSN 2186-7755
language Japanese
File Version publisher
FullText URL srfa_112_colophon.pdf
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2023-02-01
Volume volume112
ISSN 2186-7755
language Japanese
File Version publisher
Title Alternative The List of Published by Members of the Faculty From January to December 2022
FullText URL srfa_112_023_036.pdf
Publication Title Scientific Reports of the Faculty of Agriculture, Okayama University
Published Date 2023-02-01
Volume volume112
Start Page 23
End Page 36
ISSN 2186-7755
language Japanese
File Version publisher