Rice protein phosphatase 2C10 (OsPP2C10) interacts with vesicle trafficking components and functions in the regulation of protein vesicle trafficking in rice [0.03%]
OsPP2C10通过与膜运输组分互作调控水稻蛋白质囊泡运输
Myung Ki Min,Sangkyu Park,Kyeyoon Lee et al.
Myung Ki Min et al.
OsPP2C10, a member of the OsPP2C subclass F2, is localized at the endoplasmic reticulum exit sites and interacts with vesicle trafficking components, OsSAR1C and an OsPHYTOLONGIN. Altered accumulation patterns of TLP and GLU2 proteins in th...
In vitro regeneration and advances in micropropagation for conservation and genetic enrichment of ginger (Zingiber officinale Rosc.) [0.03%]
姜（Zingiber officinale）的离体再生及微繁殖研究进展在其保护和遗传改良中的应用
K C Binsy,Sharon Aravind,K P Farsana Soudath et al.
K C Binsy et al.
Enormous progress has been achieved in developing reliable in vitro propagation systems, microrhizome induction, genetic fidelity assessment, and conservation strategies in ginger. These advances, combined with modern molecular and genomic ...
Scientific insights into genetic and physiological response of heat stress in tomato [0.03%]
番茄高温胁迫的遗传及生理响应机制研究进展
Ravindran Lalithambika Visakh,Sreekumar Anand,Noru Raja Sekhar Reddy et al.
Ravindran Lalithambika Visakh et al.
This study is a systematic review of heat stress-driven changes in tomato morphology and physiology, thermotolerance mechanisms, and crop improvement methods. Tomato is a widely cultivated and utilized crop. However, climate change poses a ...
With or without a Ca2+ signal?: a proteomics approach toward Ca2+-dependent and -independent changes in response to oxidative stress in Arabidopsis thaliana [0.03%]
有无钙离子信号？——一种以拟南芥对氧化压力响应的钙依赖和非依赖变化为靶标的蛋白质组学方法
Annelotte van Dieren,Andras Bittner,Bernhard Wurzinger et al.
Annelotte van Dieren et al.
Our work identified Ca2+-dependent and -independent changes in protein contents upon oxidative stress, showing that Ca2+ signaling shapes the early oxidative stress response and identifying potential targets for stress resilience research. ...
Wheat SLC25A4-7B negatively regulates drought tolerance by coordinating stomatal aperture size and abscisic acid content [0.03%]
SLC25A4-7B负调控小麦抗旱性并协调气孔开度和脱落酸含量的关系
Jie Tian,Pengpeng Zhao,Dingli Hong et al.
Jie Tian et al.
TaSLC25A4-7B is closely related to the biological processes involved in drought stress and the ABA signaling pathway through the regulation of stomata, providing a theoretical basis for exploring drought resistance in wheat. The solute carr...
Improvement of the longitudinal stem-splitting method for quantitative tensile maturation strain assessment in stems of herbaceous plants [0.03%]
改进草本植物茎纵向劈裂法进行定量拉伸成熟应变评估
Anna A Petrova,Maxim A Suslov,Tatyana E Chernova et al.
Anna A Petrova et al.
An improved method allows accurate quantification of the maturation strain in developing flax stems and reveals its strong correlation with the area of constitutively deposited gelatinous cell wall in phloem fibers. Improving experimental m...
Desiccation-inducible chloroplastic BhDnaJC6 protein from the resurrection plant Boea hygrometrica improves drought tolerance in transgenic cotton [0.03%]
来源于旱生植物Boea hygrometrica的诱导脱水耐旱的棉叶绿色体蛋白BhDnaJC6改善了转基因棉花的抗旱性
Yang Yang,Jie Liu,Petko Mladenov et al.
Yang Yang et al.
A desiccation-induced chloroplast DnaJ/HSP40 gene, BhDnaJC6, from the resurrection plant enhances photosynthesis and cotton drought tolerance via interaction with and stabilization of Rieske iron-sulfur protein (PetC) in transgenic cotton p...
Advancements in Persian walnut tissue culture and genetic engineering: bridging traditional methods with modern biotechnology [0.03%]
Walnut组织培养与基因工程研究进展：传统与现代生物技术的融合
Zahra Makari Deligani,Mohammad M Arab,Ata Dejahang et al.
Zahra Makari Deligani et al.
This review summarizes major advances in Persian walnut biotechnology, emphasizing progress in propagation, somatic embryogenesis, genome editing, and computational tools while outlining key challenges for large-scale propagation and geneti...
Beyond zygotic and nucellar origins: improving the polyembryony model in citrus [0.03%]
超越合子和胚乳起源：改进柑橘多胚模型
Omegar Cruz-Arvizu,Angel Villegas-Monter,Baldomero Alarcón-Zuñiga et al.
Omegar Cruz-Arvizu et al.
Embryos one, two, and three can give rise to plants identical, similar, and different from the mother plant. The size of the embryo does not guarantee its genetic identity. The model of polyembryony in citrus establishes that the larger emb...
Post-transcriptional gene silencing of chalcone synthase genes is involved in white spotted pattern formation in petunia flowers [0.03%]
虎皮菊斑图案的形成与转录后基因沉默作用有关
Nagisa Okuda,Yoshiyuki Tanaka,Sho Ohno
Nagisa Okuda
Post-transcriptional gene silencing of CHS genes contributes to spotted pattern formation of petunia flowers, and the duplicated tandem CHS-A repeat is one of the key factors inducing the spotted pattern. Regardless of the importance of flo...