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20 results on '"Chen, Aoyu"'

8. Intelligent and Accessible Data Flow Architectures for Manufacturing System Optimization

Author

Lynn, Roby, Chen, Aoyu, Locks, Stephanie, Nath, Chandra, Kurfess, Thomas, Rannenberg, Kai, Editor-in-chief, Sakarovitch, Jacques, Series editor, Goedicke, Michael, Series editor, Tatnall, Arthur, Series editor, Neuhold, Erich J., Series editor, Pras, Aiko, Series editor, Tröltzsch, Fredi, Series editor, Pries-Heje, Jan, Series editor, Whitehouse, Diane, Series editor, Reis, Ricardo, Series editor, Murayama, Yuko, Series editor, Dillon, Tharam, Series editor, Gulliksen, Jan, Series editor, Rauterberg, Matthias, Series editor, Umeda, Shigeki, editor, Nakano, Masaru, editor, Mizuyama, Hajime, editor, Hibino, Nironori, editor, Kiritsis, Dimitris, editor, and von Cieminski, Gregor, editor

Published
2015
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13. Additional file 2 of Receptor activity‐modifying protein 1 regulates mouse skin fibroblast proliferation via the Gαi3-PKA-CREB-YAP axis

Author

Yin, Siyuan, Song, Ru, Ma, Jiaxu, Liu, Chunyan, Wu, Zhenjie, Cao, Guoqi, Liu, Jian, Zhang, Guang, Zhang, Huayu, Sun, Rui, Chen, Aoyu, and Wang, Yibing

Abstract

Additional file 1: Table S1. Primer sequences used in lentivirus overexpression. Table S2. siRNA target sequences used for gene expression interference. Table S3. Primer sequences used for PCR amplification. Table S4. Predicted CBSs on the YAP promoter.

Published
2022
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20. FUSCA3-induced AINTEGUMENTA-like 6 manages seed dormancy and lipid metabolism.

Author

Liu X, Li N, Chen A, Saleem N, Jia Q, Zhao C, Li W, and Zhang M

Subjects
Plant Dormancy genetics, Gibberellins metabolism, Lipid Metabolism genetics, Gene Expression Regulation, Plant, Germination physiology, Abscisic Acid pharmacology, Abscisic Acid metabolism, Seeds metabolism, Transcription Factors metabolism, Arabidopsis Proteins metabolism, Arabidopsis genetics, Arabidopsis metabolism
Abstract

FUSCA 3 (FUS3), a seed master regulator, plays critical role in seed dormancy and oil accumulation. However, its downstream regulation mechanisms remain poorly understood. Here, we explored the roles of AINTEGUMENTA-like 6 (AIL6), a seed transcription factor, in these processes. The activation of AIL6 by FUS3 was demonstrated by dual-LUC assay. Seeds of ail6 mutants showed alterations in fatty acid compositions, and both AtAIL6 (AIL6 from Arabidopsis thaliana) and BnaAIL6 (AIL6 from Brassica napus) rescued the phenotype. Over-expression (OE) of AIL6s reversed changes in seed fatty acid composition. Notably, OE lines showed low seed germination rates down to 12% compared to 100% of wild-type Col-0. Transcriptome analysis of the mutant and an OE line indicated widespread expression changes of genes involved in lipid metabolism and phytohormone pathways. In OE mature seeds, GA4 content decreased more than 15-fold, while abscisic acid and indole-3-acetic acid (IAA) contents clearly increased. Exogenous GA3 treatments did not effectively rescue the low germination rate. Nicking seed coats increased germination rates from 25% to nearly 80% while the wild-type rdr6-11 is 100% and 98% respectively, and elongation of storage time also improved seed germination. Furthermore, dormancy imposed by AIL6 was fully released in the della quintuple mutant. Together, our results indicate AIL6 acts as a manager downstream of FUS3 in seed dormancy and lipid metabolism., Competing Interests: Conflict of interest statement. The authors declare that there is no conflict of interest., (© American Society of Plant Biologists 2023. All rights reserved. For permissions, please e-mail: journals.permissions@oup.com.)

Published
2023
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