Metabolomics-based predictive modelling links leaf metabolic profiles to floral traits in Camellia [0.03%]
基于代谢组学的预测模型将山茶属植物叶片代谢谱与花性状相联系
Fafa Ikram Hocini,Sylvain Prigent,Annie Lerisson et al.
Fafa Ikram Hocini et al.
The genus Camellia comprises more than 200 evergreen species of major economic and ornamental importance, characterised by high morphological and chemical diversity. While several species have been extensively studied for their bioactive co...
Penicillium melinii promotes root growth through subtle host reprogramming across model and crop species [0.03%]
曲霉通过微调模型和作物物种的宿主重新编程促进根系生长
Laura Gutierrez-Manso,Iván Devesa-Aranguren,Carlos M Conesa et al.
Laura Gutierrez-Manso et al.
Root development is highly responsive to microbial interactions, yet the mechanisms by which beneficial fungi promote root growth remain incompletely understood. Here, we identified Penicillium melinii 'isolate 2' through a screen of endoph...
EXPANSIN A6 and GRAIN WIDTH 2 genes differentially affect grain weight, grain number and yield of wheat through their physiological determinants [0.03%]
EXPANSIN A6和GRAIN_WIDTH2基因通过其生理决定因素对小麦粒重、粒数及产量的差异化影响
Lucas Vicentin,Daniel F Calderini
Lucas Vicentin
The physiological basis of the trade-off between grain number (GN) and thousand grain weight (TGW) is key to wheat yield improvement. To that end, three wheat line groups were assessed at conventional (300-350 pl m-2) and low (44 pl m-2) pl...
An ABA-associated ZbNAC83-ZbAG module contributes to female-to-male floral transition in Zanthoxylum bungeanum [0.03%]
Zanthoxylum bungeanum中一个与ABA相关的ZbNAC83-ZbAG模块有助于雌花向雄花的转变
Qianqian Shi,Zhe Li,Changhui Tian et al.
Qianqian Shi et al.
Plant sex reversal reflects developmental plasticity in floral sexual expression under genetic and environmental variation. Zanthoxylum bungeanum is a woody spice crop generally regarded as dioecious, but female-to-male floral transition ha...
Stronger drought tolerance in C4 compared to C3 grass crops is achieved via both avoidance and resistance strategies [0.03%]
与C3草类作物相比，C4草类作物通过避免和抵抗策略实现更强的干旱耐受性
Marion Boisseaux,Miquel Nadal,Caetano Albuquerque et al.
Marion Boisseaux et al.
Grasses comprise many of the world's major cereal crops, yet the physiological mechanisms underlying their resilience to environmental stress remain unclear. While C4 grasses tend to display higher water use efficiency than C3 grasses, litt...
Functions of the plant NuA4-C in shaping developmental gene expression patterns [0.03%]
NuA4-C在塑造发育基因表达模式中的作用
María Guillem-Bernal,Javier Barrero-Gil,José A Jarillo et al.
María Guillem-Bernal et al.
Chromatin remodeling plays a central role in regulating plant development and physiology by shaping the gene expression patterns that drive biological processes. Among epigenetic modifications, histone acetylation is particularly relevant a...
Arabidopsis GLK transcription factors interact with ABA-INSENSITIVE4 to modulate cotyledon greening in light-exposed etiolated seedlings [0.03%]
ABA-INSENSITIVE4通过与拟南芥GLK转录因子互作调节避光下幼苗子叶的绿锥期现象
Pengxin Yu,Friederike Saga,Miriam Bäumers et al.
Pengxin Yu et al.
During seedling etiolation in darkness, the biosynthesis of protochlorophyllide (Pchlide) and the development of etioplasts must be strictly controlled to prevent photooxidative damage upon light exposure. The transcription factors GLK1 and...
An herbivorous mite protein triggers plant defense and promotes resistance to herbivores [0.03%]
一种植食螨的蛋白质触发植物防卫并促进对植食者的抗性
Bin Zhou,Jia-Rong Cui,Ya-Xuan Chen et al.
Bin Zhou et al.
Herbivore-associated molecular patterns (HAMPs) enable plants to recognize herbivorous arthropods and help them adjust their resistance against these herbivores. In this study, we report a novel HAMP from spider mites, TeCP, that can activa...
Physiology and genetics of ERA1 inactivation and its relationship with protein farnesylation in plants [0.03%]
植物ERA1失活的生理和遗传及其与蛋白质异戊二烯化的关系
Jingwen He,Shiquan Yang
Jingwen He
Protein farnesylation is a post-translational modification in which farnesyltransferase catalyzes the covalent attachment of a 15-carbon farnesyl group to substrate proteins harboring a CaaX motif. This modification plays an essential role ...
Physiological and Optical traits and Nutrients shape the dominance of pelagic Sargassum variants in the Atlantic [0.03%]
生理和光学特征及营养盐形塑大西洋浮游龙须菜变异种的优势度
Roberto Velázquez-Ochoa,Luis A González-Guerrero,Susana Enríquez
Roberto Velázquez-Ochoa
Pelagic Sargassum forms extensive floating populations, which expand across the tropical North Atlantic without spatial restrictions. Its ecological drivers and the dominance of three genetic variants remain poorly understood. Here, we char...