Overexpression of BcPIF4-1 affects flowering time and hypocotyl length by regulating AtFT and AtIAA29 expression, respectively, in Arabidopsis thaliana [0.03%]
BcPIF4-1过表达通过调节AtFT和AtIAA29的表达影响拟南芥开花时间及下胚轴长度
Young-Cheon Kim,Eun Bin Choi,Gee Woo Kim et al.
Young-Cheon Kim et al.
PHYTOCHROME INTERACTING FACTOR4 (PIF4) plays an important role in regulating plant thermomorphogenesis. In this study, two PIF4 homologous genes, BcPIF4-1 and BcPIF4-2 (Brassica rapa subsp. CHINENSIS PIF4-1 and PIF4-2), were investigated. A...
OsWRKY113 undermines jasmonic acid-dependent immune responses to Fusarium fujikuroi [0.03%]
OsWRKY113削弱茉莉酸依赖的抗Fusarium fujikuroi免疫响应
Yujeong Jeong,Ji In Jang,Eun-Jung Suh et al.
Yujeong Jeong et al.
OsWRKY113 functions as a negative regulator of rice immunity against Fusarium fujikuroi by attenuating jasmonic acid-mediated immune responses, unveiling its previously uncharacterized role within the OsWRKY transcription factor family. The...
Nitrogen deficiency impacts growth and modulates carbon metabolism in maize [0.03%]
氮素亏缺影响玉米生长及碳代谢调控
Joseph N Amoah,Claudia Keitel,Brent N Kaiser
Joseph N Amoah
Nitrogen (N) deficiency in maize regulates carbon (C) metabolism by enhancing sugar and starch metabolism and related gene expression in both shoots and roots, while increasing root competition for assimilates causing carbohydrate accumulat...
Low input fast-track (LIFT): an approach for fast introgression and stacking of (R-)genes into advanced apple selections [0.03%]
低投入快速通道（LIFT）：苹果先进选择性品种快速引进和堆叠（R-）基因的方法
Simone Bühlmann-Schütz,Marius Hodel,Nicholas P Howard et al.
Simone Bühlmann-Schütz et al.
Using the "LIFT" method can halve generation time to two years, thereby reducing the breeding cycle by 50%, and accelerate the development of disease-resistant apple cultivars for sustainable production. Good sources of resistance to pests ...
Constitutive metabolomic profile of a transgressive segregant of rice with superior salinity tolerance potentials due to unique morphological features and well-modulated growth [0.03%]
一种由于独特形态特征和调节良好的生长而具有优异耐盐潜力的水稻转轨分离物的组成型代谢组学谱型
Isaiah Catalino M Pabuayon,Md Mamunur Rashid,Ai Kitazumi et al.
Isaiah Catalino M Pabuayon et al.
Understanding the nature of non-parental phenotypes created by transgressive segregation is important in creating novel genetic recombinants that can withstand different environmental conditions for crop production. FL510, a transgressive s...
Soil phosphorus mediates trade-offs between constitutive and induced defences in young pine trees [0.03%]
土壤磷含量介导了幼龄松树固有和诱导防御之间的权衡
Xoaquín Moreira,Luis Abdala-Roberts,Rafael Zas et al.
Xoaquín Moreira et al.
Nutrient availability, namely soil phosphorus, modulates trade-offs between constitutive and induced defences in maritime pine, with high phosphorus weakening these trade-offs and shaping plant allocation to different defensive strategies. ...
Comparative genomics of plastid genome within Curculigo orchioides subclade (Hypoxidaceae) reveals evolutionary relationships and document the shortest ndhA intron in seed plants [0.03%]
基于Curculigo orchioides亚分支的叶绿体基因组比较基因组学揭示了其进化关系并记录了被子植物中ndhA基因的最短内含子
Asif S Tamboli,In-Su Choi,Jin-Suk Youn et al.
Asif S Tamboli et al.
This study presents the first comprehensive plastome analysis of Curculigo, filling a genomic gap in Hypoxidaceae, reveals its evolutionary relationships, and identifies the shortest known ndhA intron among seed plants. Comparative genomics...
Geranyl diphosphate synthase small subunit I (GPPS.SSU I) expression strongly correlates with the presence or absence of monoterpene emission from lily (Lilium spp.) flowers [0.03%]
香子兰合成酶小亚基I(GPPS.SSI I)的表达与百合属花朵单萜排放的存在或不存在有很强的相关性
Masumi Yamagishi,Yuuki Matsumura,Yuka Inada et al.
Masumi Yamagishi et al.
We reported the functional characterization of cDNAs encoding geranyl diphosphate synthase small subunit I (GPPS.SUU I) that determine the presence or absence of monoterpene emission from lily flowers. While monoterpene compounds are among ...
Accelerated development of MTL and DMP gene-based subtropically-adapted maternal haploid inducer lines in maize using molecular breeding [0.03%]
利用分子育种技术加速开发适应亚热带的玉米母本单倍体诱导系(MTL和DMP基因型)
Nisrita Gain,Vignesh Muthusamy,Rashmi Chhabra et al.
Nisrita Gain et al.
Doubled haploid (DH) technology has accelerated the development of inbreds in maize. Worldwide, breeding efforts have led to the development of diverse maternal haploid inducer (HI) lines adapted to temperate and tropical conditions. So far...
A simple and reliable PCR-based method to differentiate between XX and XY sex genotypes in Cannabis sativa [0.03%]
一种简单可靠的基于PCR的方法来区分大麻的XX和XY性别基因型
Ainhoa Riera-Begue,Matteo Toscani,Afsheen Malik et al.
Ainhoa Riera-Begue et al.
Cannabis sativa is a mainly dioecious plant, which means that female and male flowers develop on separate individuals, which is controlled by an XY sex determination system: females have two X chromosomes and male plants carry an X and a Y ...