Results 181 to 190 of about 638 (210)

Morphogenesis and Gene Mapping of deformed interior floral organ 1 (difo1), a Novel Mutant Associated with Floral Organ Development in Rice

Plant Molecular Biology Reporter, 2016
Floral organ identity and specific number directly affect anthesis habits, fertilization and grain yield. Here, we identified a deformed interior floral organ 1 (difo1) mutant from selfing progenies of indica cv. Zhonghui8015 (Zh8015) after 60Co γ-ray treatment.
Lianping P. Sun, Yingxin X. Zhang, Peipei P. Zhang, Zhengfu F. Yang, Xiaoxiao X. Zhou, Dandan D. Xuan, Md Habibur H. Rahman, Zihe H. Li, Weixun X. Wu, Xiaodeng D. Zhan, Xihong H. Shen, Ping Yu, Daibo B. Chen, Liyong Y. Cao, Shihua H. Cheng   +14 more
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miR156b from Soybean CMS Line Modulates Floral Organ Development

Journal of Plant Biology, 2020
The miR156 and plant specific transcription factor SQUAMOSA PROMOTER BINDING PROTEIN-LIKE (SPL) are known for their function regulating plant growth and development. In this study, we identified 20 GmSPLs which are targeted by gma-miR156b via plant small RNA target and degradome analysis.
Xianlong Ding, Hui Ruan, Lifeng Yu, Qiang Li, Qijian Song, Shouping Yang, Junyi Gai   +6 more
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Development of stomata in vegetative and floral organs of some Caryophyllaceae

Australian Journal of Botany, 1968
The development and structure of diacytic (caryophyllaceous) stomata in vegetative and floral organs of five species of the family Caryophyllaceae has been investigated. The mature stomata are diacytic or anomocytic and rarely with a single subsidiary cell. The ontogeny of diacytic stomata is of the meso-perigenous type.
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Regulatory genes controlling flowering time or floral organ development

Plant Molecular Biology, 1994
X ; 1 ; 1 ; 5 ; scie ...
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THE ANATOMY AND DEVELOPMENT OF THE FLORAL ORGANS OF BUGINVILLAEA GLABRA

American Journal of Botany, 1932
This investigation of the anatonly and development of the floral organs of Bugintvillaea glabra Choisy was carried on in connection with a study of microsporogenesis (Cooper, I929, I931). The floral development of members of the Nyctaginaceae has thus far been more or less neglected.
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DEVELOPMENT OF FLORAL ORGANS IN THE SITES OF LEAF PRIMORDIA IN PINGUICULA VULGARIS

American Journal of Botany, 1969
Plants of Pinguicula vulgaris L. have either clockwise or counterclockwise spiral phyllotaxy. The inception of floral primordia occurs in leaf sites as a normal sequence of development. Only two leaf primordia initiated late in the season develop into floral primordia in the following year ...
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The MADS6, JAGGED, and YABBY proteins synergistically determine floral organ development in rice

Plant Physiology
Abstract MADS6, JAGGED (JAG), and DROOPING LEAF (DL) are key regulators of floral organ patterns in rice (Oryza sativa); however, how they work together in specifying floral organs remains to be determined. Here, we extensively analyzed the coordination mechanism.
Zhengzheng Cai, Jieqiong Li, Yuanyuan Su, Lili Zheng, Jianwei Zhang, Miaomiao Zhu, Bingwen Qiu, Lan Kong, Yanfang Ye, Yongbiao Xue, Weiren Wu, Yuanlin Duan   +11 more
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GmUFO1 Regulates Floral Organ Number and Shape in Soybean

International Journal of Molecular Sciences, 2023
Yaohua Zhang, Xianzhong Feng
exaly  

PINOID regulates floral organ development by modulating auxin transport and interacts with MADS16 in rice

Plant Biotechnology Journal, 2020
Hua-Mao Wu, Wei-Cai Yang
exaly  

The development and usability of floral probe multimedia kit for the floral morphology topic in the plant structure and organization course

AIP Conference Proceedings, 2023
M. N. Jahrol Laili, N. Salleh Hudin
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