Joseph Longo,McLane J Watson,Kelsey S Williams et al.
Joseph Longo et al.
Here, we summarize recent advancements that support a revised model of effector T cell metabolism, where strategic nutrient allocation fuels optimal T cell-mediated immunity.
Concentration-Dependent N-P Interactions Cause Organ-Specific Responses and Nutrient Allocation in Poplar Seedlings [0.03%]
浓度依赖的N-P相互作用引起杨树幼苗器官特异性响应及养分重分配
Xiaan Tang,Yi Zhang,Changhao Li et al.
Xiaan Tang et al.
This study explores the complex regulatory mechanisms of nitrogen (N) and phosphorus (P) supply interactions on the growth, root architecture, and nutrient uptake of Populus × euramericana 'Neva' seedlings. It shows that these responses de...
Integrating Genetic Mapping and BSR-Seq Analysis to Identify Candidate Genes Controlling Fruitfulness in Camellia sinensis [0.03%]
整合遗传图谱和BSR-Seq分析以鉴定控制茶树结实性的候选基因
Shizhuo Kan,Dandan Tang,Wei Chen et al.
Shizhuo Kan et al.
As nutrient allocation trade-offs occur between reproductive and vegetative development in crops, optimizing their partitioning holds promise for improving agricultural productivity and quality.
Accumulation of 13C-Labeled Phosphatidylethanolamine in the Termite Abdomen Revealed by Correlative Isotope Microscopy and Mass Microscopy [0.03%]
相关同位素显微镜和质谱成像技术揭示了白蚁腹部13C标记的磷脂酰乙醇胺的积累
Rafia Ferdous,Md Muedur Rahman,Takumi Sakamoto et al.
Rafia Ferdous et al.
The accumulation of PE in the termite abdomen represents an adaptive strategy to optimize nutrient allocation and promote social cohesion, thereby highlighting its potential role in maintaining colony fitness.
Assessing the interplay of paclobutrazol and micronutrients for enhanced litchi production [0.03%]
评估包壳唑与微量元素相互作用对荔枝增产的影响
Shiv Kumar Shivandu,Shashi Kumar Sharma,Rajesh Kumar Kaler et al.
Shiv Kumar Shivandu et al.
Zinc's role as a cofactor in carbohydrate metabolism and antioxidant enzyme activity, along with PBZ's vegetative growth suppression, synergistically improved nutrient allocation and fruit quality.
Ecological Stoichiometric Characteristics and Adaptive Strategies of Herbaceous Plants in the Yellow River Delta Wetland, China [0.03%]
黄河三角洲湿地植被的生态化学计量学特征及其适应策略分析
Mengjiao Luo,Jiaxuan Liu,Fanzhu Qu et al.
Mengjiao Luo et al.
This study provides new insights into organ-specific nutrient allocation strategies in wetland plants and offers valuable guidance for coastal wetland conservation.
Increasing nitrogen availability increases water use efficiency and decreases nitrogen use efficiency in Acer saccharum" [0.03%]
氮可利用性增加提高了糖枫的水分利用效率但降低了其氮素利用效率
Evan A Perkowski,David W Frey,Christine L Goodale et al.
Evan A Perkowski et al.
The theory predicts that increasing nutrient availability should increase nutrient allocation toward photosynthetic enzymes and reduce stomatal conductance, allowing similar photosynthetic rates achieved at a lower ratio of leaf intercellular to atmospheric CO2 concentration (χ) and reduced water loss
Rainy season dynamics of carbon, nitrogen and phosphorus and their stoichiometric characteristics in Ochroma lagopus [0.03%]
雨季Ochroma lagopus碳氮磷变化及其化学计量特征动态研究
Jianyao Gu,Chengyao Liu,Huaijiao Duan et al.
Jianyao Gu et al.
Moreover, in the rainy season, Ochroma lagopus has a different nutrient allocation strategy, and the root system is able to obtain more nutrients compared with the leaves, and the root system has a higher nutrient utilization efficiency compared with the leaves, therefore, nitrogen fertilizer should
Metabolization of the two most abundant polysaccharides, cellulose and chitin, by an extreme generalist insect, the American cockroach [0.03%]
美洲蟑螂对两种最常见的多糖——纤维素和几丁质的代谢作用研究
Yechzkel Trablsi,Eran Levin,Sofia Bouchebti
Yechzkel Trablsi
This study contributes to our understanding of nutrient allocation strategies in generalist insects and offers evolutionary insight into the digestive capabilities of Blattodea, shedding light on their adaptive strategies for utilizing a wide range of dietary materials.
RETICULATA1 is a plastid-localized basic amino acid transporter [0.03%]
RETICULATA1是一种定位于叶绿体内的碱性氨基酸转运蛋白
Franziska Kuhnert,Philipp Westhoff,Vanessa Valencia et al.
Franziska Kuhnert et al.
These findings uncover a critical role for plastidial amino acid transporters in coordinating primary metabolism, development and nutrient allocation in plants. © 2025. The Author(s).
耗时 0.12826 秒，为您在
48823060
条记录里面共找到 189 篇文章 [XML]