Sustainable Mitigation of Tungsten Nanoparticle Contamination via Chitosan-Driven Regulation of Photosynthesis and Lignin Metabolism in Chickpea [0.03%]
壳聚糖驱动的光合作用和木质素代谢调控在可持续减少 chickpea 中钨纳米颗粒污染方面的研究
Fahed A Aloufi,Riyadh F Halawani
Fahed A Aloufi
Tungsten nanoparticles (WNPs) impose severe phytotoxicity, highlighting the need for sustainable mitigation strategies. Here, we investigated the physiological and metabolic mechanisms by which chitosan nanoparticles (CSNPs) alleviate WNP s...
Exogenous Syringic Acid Mitigates Arsenic Toxicity in Lettuce Plants: A Physiological, Antioxidant, and Metabolomics Investigation [0.03%]
外源性丁香酸缓解 lettuce 植株砷毒性的生理、抗氧化及代谢组学研究
Hajar Salehi,Fatma Nur Alp-Turgut,Gokhan Zengin et al.
Hajar Salehi et al.
Arsenic (As) contamination in agricultural water and soil poses a growing threat to leafy vegetable safety, with lettuce being particularly vulnerable due to its high water content and direct consumption without processing. This study inves...
Multiomics Reveal Low Temperatures Play Positive Roles in Flavonoids and Phenolic Accumulation in Meconopsis punicea [0.03%]
基于多组学的蓝莲花低温处理调控花青素和酚类物质积累机制研究
Yanlong Su,Hao Li,Caijuan Li et al.
Yanlong Su et al.
Meconopsis punicea, a Himalayan alpine medicinal herb, faces low-temperature constraints due to shifting thermal niches at high altitudes. Low temperature constrains plant growth and development but aids the accumulation of active compounds...
Lia Lamacque,Nicolas Dusart,Pierre Amato et al.
Lia Lamacque et al.
The precise location where ice forms in plants affects the physical constraint it exerts on the different biological compartments (cells, tissues, organs). It is therefore critical to understand where and how ice nucleates to predict the ex...
Elevated Nitrogen and Phosphorus Levels Suggest High Metabolic Demands in Himalayan High-Elevation Plants [0.03%]
高山植物氮磷含量升高表明其具有较高的代谢需求
Zuzana Chlumská,Martin Macek,Jan Altman et al.
Zuzana Chlumská et al.
Nutrient contents in plant tissues reflect adaptations and environmental constraints, varying across and within species along ecological gradients. Interspecific differences reflect long-term adaptations, while intraspecific variations may ...
Auxin Transport Gene, ClPILS6, Promotes Branching in Transgenic Poplar by Altering Auxin Homeostasis [0.03%]
生长素运输基因ClPILS6通过改变生长素稳态促进转基因杨枝条萌发
Ye Yang,Xinyi Liu,Tianhao Guo et al.
Ye Yang et al.
Cunninghamia lanceolata (Chinese fir) is an important fast-growing timber species in southern China, and its branching characteristics directly affect timber yield and quality. Within the regulatory network of plant branching, the auxin sig...
Microalgal Cell Wall Dynamics at Different Growth Stages Under Cold Stress Conditions: A Study of Ultrastructure and Chemical Composition [0.03%]
低温胁迫下微藻不同生长阶段细胞壁动态研究——超微结构与化学成分分析
María González-Hourcade,Francesco G Gentili,Dinesh Fernando
María González-Hourcade
Microalgae have been gaining attention for biotechnological purposes in different fields, such as food, energy, cosmetics, and bioremediation. However, due to habitat variation across the planet, there is still a scarcity of information on ...
DNA Methylation of MYB Sites of Chickpea CabHLH92 During Salt Stress and Fusarium Wilt Under Influence of Trichoderma asperellum T42 [0.03%]
Trichoderma asperellum T42影响下盐胁迫和轮枝菌萎蔫病条件下鹰嘴豆CabHLH92的MYB结合位点甲基化状态变化
Nidhi Rai,Shashi Pandey Rai,Birinchi Kumar Sarma
Nidhi Rai
DNA methylation has proved vital in the regulation of genes under stress. CpG islands in promoter regions act as regulatory hubs for initiating transcription. The abiotic stress-responsive chickpea transcription factor CabHLH92 has a CpG is...
Phytochrome-Dependent Regulation of CO2 Gas Exchange and Switching Between Respiratory and Photosynthetic Carbon Metabolism in Wheat Leaves [0.03%]
植物光敏色素依赖性调节小麦叶片CO₂气体交换及呼吸和光合碳代谢之间的转换机制研究
Valery Lyubimov,Anatoly Kosobryukhov
Valery Lyubimov
The spectral composition of light in the red and far-red bands is an essential environmental factor regulating plant growth. The rate of PAR-saturated CO2 assimilation of the dark-adapted plants increased 2.7-fold after short-term red-light...
Intelligent Bioelectrical Sensing and Deep Learning Framework for Non-Invasive Monitoring of Plant Alkaline Stress [0.03%]
用于植物碱性胁迫无创监测的智能生物电学传感和深度学习框架
Ji Qi,Yuchao Yang,Jintao Yao et al.
Ji Qi et al.
Alkaline stress disrupts ion balance and physiological homeostasis in plants, yet its timely assessment remains challenging because conventional phenotyping methods are often destructive, discontinuous, or delayed relative to the onset of s...