Differential expression profile of DREB2 subfamily transcription factor genes in the dynamics of salt stress and post-stress recovery in tomato plants [0.03%]
盐胁迫及其复水恢复过程中番茄DREB2亚家族转录因子的差异表达谱分析
M A Filyushin,A V Shchennikova,E Z Kochieva
M A Filyushin
In response to stress, epigenetic modifications occur in the plant genome, which together form a stress memory that can be inherited and increases the efficiency of the plant's defense response to repeated stress events. Genes whose express...
Effect of RNAi-mediated silencing of the TaAOS2 gene on phytohormone accumulation, growth and productivity in bread wheat [0.03%]
TaAOS2基因沉默对普通小麦植物激素积累、生长和产量的影响
D N Miroshnichenko,A V Pigolev,E A Degtyaryov et al.
D N Miroshnichenko et al.
Reverse genetics methods are actively used in plant biology to study the functions of specific genes responsible for the adaptation of plants to various environmental stresses. The present study describes the production and primary characte...
Cellulases: key properties, natural sources, and industrial applications [0.03%]
纤维素酶：关键特性、天然来源和工业应用
A V Zadorozhny,N M Slynko,S V Bannikova et al.
A V Zadorozhny et al.
This review focuses on cellulases, a subclass of hydrolases that catalyse the breakdown of the polysaccharide cellulose. Cellulases are of immense practical significance, given that cellulose-containing materials are utilised across a multi...
A housekeeping gene search to analyze expression changes of individual genes in Macaca mulatta [0.03%]
恒河猴个体基因表达变化的管家基因研究
M V Shulskaya,A Kh Alieva,I R Kumakov et al.
M V Shulskaya et al.
Rhesus macaques (Macaca mulatta) are the most common non-human primates living in captivity. The use of rhesus macaques as model objects is determined, first of all, by their phylogenetic and physiological closeness to humans, and, as a con...
Frame-based mathematical models - a tool for the study of molecular genetic systems [0.03%]
基于框架的数学模型——分子遗传系统的研究工具
F V Kazantsev,S A Lashin,Yu G Matushkin
F V Kazantsev
This paper reviews existing approaches for reconstructing frame-based mathematical models of molecular genetic systems from the level of genetic synthesis to models of metabolic networks. A frame-based mathematical model is a model in which...
Flax transposons: unraveling their impact on domestication and agronomic trait variation [0.03%]
亚麻转座子：揭示其在驯化和农艺性状变异中的影响
М A Duk,V A Stanin,A A Kanapin et al.
М A Duk et al.
Flax is an important agricultural crop with multifunctional uses. Diversified breeding for oil content in seeds and fiber in stems has led to the emergence of two morphotypes - fiber flax and oilseed flax. Previously, using single nucleotid...
The influence of allelic variants of the Vrn-A1 gene on the duration of the vegetation period in Triticum dicoccoides [0.03%]
Vrn-A1等位变异对四倍体小麦关联群体生育期的影响分析
G Yu Chepurnov,Z Chen,A G Blinov et al.
G Yu Chepurnov et al.
The duration of the vegetation period (DVP) is an important agronomic trait in cereal. Тhe main influence on it in wheat is exerted by Vrn genes, which determine the growth habit (spring vs. winter) and DVP. In the present study, 137 wild ...
Overcoming the problem of heterologous proteins folding to improve the efficiency of yeast bioproducers [0.03%]
克服异源蛋白折叠问题以提高酵母生物生产效率
N V Dorogova,S A Fedorova
N V Dorogova
In the last few decades, yeasts have been successfully engineered to be an excellent microbial cell factory for producing recombinant proteins with desired properties. This was due to their cost-effective characteristics and the successful ...
Using a wheat line with wild emmer genetic material to improve modern Triticum aestivum L. varieties by a complex of economically useful traits [0.03%]
利用携带野生二粒小麦遗传物质的重组衍生系改良现代栽培小麦经济性状研究
O A Orlovskaya,K K Yatsevich,L V Milko et al.
O A Orlovskaya et al.
Wild emmer Triticum dicoccoides samples have a high content of protein and microelements in their grain, but when crossed with common wheat varieties, undesirable properties of a wild relative (low yield, spike fragility and difficult thres...
SmartCrop: knowledge base of molecular genetic mechanisms of rice and wheat adaptation to stress factors [0.03%]
智能作物：水稻和小麦适应逆境分子遗传机制的知识库
P S Demenkov,T V Ivanisenko,M A Kleshchev et al.
P S Demenkov et al.
The study of molecular genetic mechanisms of plant responses to specific growth conditions and stress factors is a central focus of scientific research aimed at developing new valuable crop varieties, particularly rice and wheat. These fact...