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Your search keyword '"Ke, Yu-jie"' showing total 9 results
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9 results on '"Ke, Yu-jie"'

2. The Cymbidium genome reveals the evolution of unique morphological traits

Author

Ai, Ye, Li, Zhen, Sun, Wei-Hong, Chen, Juan, Zhang, Diyang, Ma, Liang, Zhang, Qing-Hua, Chen, Ming-Kun, Zheng, Qing-Dong, Liu, Jiang-Feng, Jiang, Yu-Ting, Li, Bai-Jun, Liu, Xuedie, Xu, Xin-Yu, Yu, Xia, Zheng, Yu, Liao, Xing-Yu, Zhou, Zhuang, Wang, Jie-Yu, Wang, Zhi-Wen, Xie, Tai-Xiang, Ma, Shan-Hu, Zhou, Jie, Ke, Yu-Jie, Zhou, Yu-Zhen, Lu, Hsiang-Chia, Liu, Ke-Wei, Yang, Feng-Xi, Zhu, Gen-Fa, Huang, Laiqiang, Peng, Dong-Hui, Chen, Shi-Pin, Lan, Siren, Van de Peer, Yves, and Liu, Zhong-Jian

Published
2021
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3. Correction: The Cymbidium genome reveals the evolution of unique morphological traits

Author

Ai, Ye, Li, Zhen, Sun, Wei-Hong, Chen, Juan, Zhang, Diyang, Ma, Liang, Zhang, Qing-Hua, Chen, Ming-Kun, Zheng, Qing-Dong, Liu, Jiang-Feng, Jiang, Yu-Ting, Li, Bai-Jun, Liu, Xuedie, Xu, Xin-Yu, Yu, Xia, Zheng, Yu, Liao, Xing-Yu, Zhou, Zhuang, Wang, Jie-Yu, Wang, Zhi-Wen, Xie, Tai-Xiang, Ma, Shan-Hu, Zhou, Jie, Ke, Yu-Jie, Zhou, Yu-Zhen, Lu, Hsiang-Chia, Liu, Ke-Wei, Yang, Feng-Xi, Zhu, Gen-Fa, Huang, Laiqiang, Peng, Dong-Hui, Chen, Shi-Pin, Lan, Siren, Van de Peer, Yves, and Liu, Zhong-Jian

Published
2021
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6. A novel PPARα/γ agonist, propane-2-sulfonic acid octadec-9-enyl-amide, ameliorates insulin resistance and gluconeogenesis in vivo and vitro

Author

Ren, Tong, primary, Yang, Wu-shuang, additional, Lin, Yi, additional, Liu, Jin-feng, additional, Li, Ying, additional, Yang, Li-Chao, additional, Zeng, Kai-yue, additional, Peng, Lu, additional, Liu, Yi-jun, additional, Ye, Zhen-hong, additional, Luo, Xiu-Mei, additional, Ke, Yu-jie, additional, Diao, Yong, additional, and Jin, Xin, additional

Published
2018
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7. Genome-Wide Identification of the MYB Gene Family in Cymbidium ensifolium and Its Expression Analysis in Different Flower Colors.

Author

Ke, Yu-Jie, Zheng, Qing-Dong, Yao, Ya-He, Ou, Yue, Chen, Jia-Yi, Wang, Meng-Jie, Lai, Hui-Ping, Yan, Lu, Liu, Zhong-Jian, and Ai, Ye

Subjects
*MYB gene, *GENE families, *POLLINATORS, *ANTHOCYANINS, *AMINO acid sequence, *TRANSCRIPTION factors, *PROMOTERS (Genetics)
Abstract

MYB transcription factors of plants play important roles in flavonoid synthesis, aroma regulation, floral organ morphogenesis, and responses to biotic and abiotic stresses. Cymbidium ensifolium is a perennial herbaceous plant belonging to Orchidaceae, with special flower colors and high ornamental value. In this study, a total of 136 CeMYB transcription factors were identified from the genome of C. ensifolium, including 27 1R-MYBs, 102 R2R3-MYBs, 2 3R-MYBs, 2 4R-MYBs, and 3 atypical MYBs. Through phylogenetic analysis in combination with MYB in Arabidopsis thaliana, 20 clusters were obtained, indicating that these CeMYBs may have a variety of biological functions. The 136 CeMYBs were distributed on 18 chromosomes, and the conserved domain analysis showed that they harbored typical amino acid sequence repeats. The motif prediction revealed that multiple conserved elements were mostly located in the N-terminal of CeMYBs, suggesting their functions to be relatively conserved. CeMYBs harbored introns ranging from 0 to 13 and contained a large number of stress- and hormone-responsive cis-acting elements in the promoter regions. The subcellular localization prediction demonstrated that most of CeMYBs were positioned in the nucleus. The analysis of the CeMYBs expression based on transcriptome data showed that CeMYB52, and CeMYB104 of the S6 subfamily may be the key genes leading to flower color variation. The results lay a foundation for the study of MYB transcription factors of C. ensifolium and provide valuable information for further investigations of the potential function of MYB genes in the process of anthocyanin biosynthesis. [ABSTRACT FROM AUTHOR]

Published
2021
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8. Correction: The Cymbidiumgenome reveals the evolution of unique morphological traits

Author

Ai, Ye, Li, Zhen, Sun, Wei-Hong, Chen, Juan, Zhang, Diyang, Ma, Liang, Zhang, Qing-Hua, Chen, Ming-Kun, Zheng, Qing-Dong, Liu, Jiang-Feng, Jiang, Yu-Ting, Li, Bai-Jun, Liu, Xuedie, Xu, Xin-Yu, Yu, Xia, Zheng, Yu, Liao, Xing-Yu, Zhou, Zhuang, Wang, Jie-Yu, Wang, Zhi-Wen, Xie, Tai-Xiang, Ma, Shan-Hu, Zhou, Jie, Ke, Yu-Jie, Zhou, Yu-Zhen, Lu, Hsiang-Chia, Liu, Ke-Wei, Yang, Feng-Xi, Zhu, Gen-Fa, Huang, Laiqiang, Peng, Dong-Hui, Chen, Shi-Pin, Lan, Siren, Van de Peer, Yves, and Liu, Zhong-Jian

Published
2021
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9. The Cymbidiumgenome reveals the evolution of unique morphological traits

Author

Ai, Ye, Li, Zhen, Sun, Wei-Hong, Chen, Juan, Zhang, Diyang, Ma, Liang, Zhang, Qing-Hua, Chen, Ming-Kun, Zheng, Qing-Dong, Liu, Jiang-Feng, Jiang, Yu-Ting, Li, Bai-Jun, Liu, Xuedie, Xu, Xin-Yu, Yu, Xia, Zheng, Yu, Liao, Xing-Yu, Zhou, Zhuang, Wang, Jie-Yu, Wang, Zhi-Wen, Xie, Tai-Xiang, Ma, Shan-Hu, Zhou, Jie, Ke, Yu-Jie, Zhou, Yu-Zhen, Lu, Hsiang-Chia, Liu, Ke-Wei, Yang, Feng-Xi, Zhu, Gen-Fa, Huang, Laiqiang, Peng, Dong-Hui, Chen, Shi-Pin, Lan, Siren, Van de Peer, Yves, and Liu, Zhong-Jian

Abstract

The marvelously diverse Orchidaceae constitutes the largest family of angiosperms. The genus Cymbidiumin Orchidaceae is well known for its unique vegetation, floral morphology, and flower scent traits. Here, a chromosome-scale assembly of the genome of Cymbidium ensifolium(Jianlan) is presented. Comparative genomic analysis showed that C. ensifoliumhas experienced two whole-genome duplication (WGD) events, the most recent of which was shared by all orchids, while the older event was the τ event shared by most monocots. The results of MADS-box genes analysis provided support for establishing a unique gene model of orchid flower development regulation, and flower shape mutations in C. ensifoliumwere shown to be associated with the abnormal expression of MADS-box genes. The most abundant floral scent components identified included methyl jasmonate, acacia alcohol and linalool, and the genes involved in the floral scent component network of C. ensifoliumwere determined. Furthermore, the decreased expression of photosynthesis-antennae and photosynthesis metabolic pathway genes in leaves was shown to result in colorful striped leaves, while the increased expression of MADS-box genes in leaves led to perianth-like leaves. Our results provide fundamental insights into orchid evolution and diversification.

Published
2021
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