Modulation of abiotic stress tolerance by a grapevine cell culture-based biostimulant in tomato plants [0.03%]
一种基于葡萄细胞培养的生物刺激素调节番茄植物非生物胁迫耐受性
José Manuel Martí-Guillén,Sara Esperanza Martínez-Lorente,María Ángeles Pedreño et al.
José Manuel Martí-Guillén et al.
Tomato is the third most produced crop in the world, with Spain being the ninth largest producer worldwide. However, its production, as well as that of many other crop species, is being threatened by edaphoclimatic pressure resulting from c...
Novel mesoporous silica nanoparticles enhances soybean salt-alkali stress resistance and yield by regulating photosynthetic carbon metabolism [0.03%]
新型介孔二氧化硅纳米粒子通过调节光合碳代谢增强大豆耐盐碱和产量抵抗力
Yuxuan Huang,Yanli Du,Suyu Chen et al.
Yuxuan Huang et al.
Soil salinization-alkalization is a major abiotic stress factor limiting global crop productivity. Nanomaterials offer promising avenues for application in regulating plant stress tolerance due to their unique physical and chemical properti...
Can chemopriming with silicon modulate primary and phenolic compounds metabolisms of Vigna unguiculata L seed embryo? [0.03%]
硅化学 priming能否调控大豆种子胚中初生及菲尼olic化合物的代谢？
Lilya Boucelha,Réda Djebbar,Salima Agoun-Bahar et al.
Lilya Boucelha et al.
Agricultural production is currently facing numerous challenges, including climate change and soil degradation. These constraints directly compromise food security, particularly in vulnerable regions. In this context, seed priming appears t...
CrGATA4 contributes to salt stress tolerance and is associated with chlorophyll metabolic homeostasis in Chlamydomonas reinhardtii [0.03%]
CrGATA4参与盐胁迫耐受性并影响绿藻门模式生物的权利下勒氏锥体叶绿素代谢稳态
Wei Liu,Mei Chang,Zixin Liao et al.
Wei Liu et al.
Salt stress restricts algal growth and disrupts photosynthetic and metabolic homeostasis, but the transcriptional regulators involved remain poorly understood. Here, we investigated the function of the nucleus-localized GATA transcription f...
Inoculation with plant growth-promoting bacteria mitigates the negative impacts of global warming on nutrient absorption, efficiency, and forage productivity under field conditions [0.03%]
植物促生细菌接种缓解全球变暖对田间环境下的养分吸收、效率和牧草产量的负面影响
João Vitor Silva E Silva,Renato de Mello Prado,Kamilla Silva Oliveira et al.
João Vitor Silva E Silva et al.
In tropical regions, forage grasses are predominantly cultivated under rainfed conditions, where prolonged warming may impair plant nutrition, metabolism, and productivity. Although co-inoculation with Azospirillum brasilense and Pseudomona...
Endophyte-mediated mechanisms of drought and salinity tolerance in rice: physiological, molecular, and field perspectives [0.03%]
稻瘟草菌介导的水稻抗旱和抗盐机制：生理、分子和田间研究视角
Mostafa Mohammed Atiyah,Wijdan Saadi Aziz,Mostafa Qahtan Al-Smail et al.
Mostafa Mohammed Atiyah et al.
Rice (Oryza sativa L.) is highly susceptible to drought and salinity, two major abiotic stresses that severely constrain global productivity under climate change. Endophytic microorganisms have emerged as promising biological tools for enha...
Acetyl-CoA carboxylase carboxyltransferase β subunit enhances NaHCO3 tolerance and fat content [0.03%]
乙酰辅酶A羧化酶羧基转移酶β亚基可增强NaHCO3耐受性和脂肪含量
Ting Han,Qingyue Li,Ye Ran et al.
Ting Han et al.
The widespread global distribution of saline-alkali land poses a major challenge to agricultural production and water resource management. Saline-alkali stress is extremely harmful to the growth of most plants, but green algae can survive i...
SiO2-based composite nanomaterials outperform single SiO2: effects for alleviating drought stress in spring wheat [0.03%]
基于SiO₂的纳米复合材料优于单一SiO₂：缓解春季小麦干旱胁迫的效果研究
Xiaoyuan Bao,Chengxin Bai,Xinying Li et al.
Xiaoyuan Bao et al.
Drought stress has become a major obstacle to achieving high and stable yields in spring wheat. Although nanomaterials have been widely studied as a strategy to alleviate drought, the relative effectiveness of different SiO2-based composite...
OsERF101-OsACO1 module acts a negative regulator of salinity resistance in rice by modulating ethylene-associated ROS homeostasis [0.03%]
OsERF101-OsACO1模块通过调节乙烯相关ROS稳态负调控水稻耐盐性
Jie Xiong,Wenjie Zheng,Tianyu Zhu et al.
Jie Xiong et al.
Soil salinity severely constrains rice productivity worldwide. As an essential phytohormone, ethylene participates in the developmental processes and stress adaptation of plants; however, the regulatory mechanisms linking ethylene biosynthe...
Evolutionary trajectories of CPT family members in rubber trees and their application: Overexpressing HbCPT8 enhances rubber yield in Taraxacumkok-saghyz [0.03%]
橡胶树CPT家族成员的进化轨迹及其应用：HbCPT8在阔叶八宝中的过表达提高天然胶产量
Xue Hou,Songle Fan,Yushuang Yang et al.
Xue Hou et al.
Natural rubber (NR) is predominantly obtained from Hevea brasiliensis, where cis-prenyltransferase (CPT) catalyzes NR biosynthesis. However, the evolutionary trajectories, functional validation, and applicability of rubber tree CPTs for enh...