Wheat production is dramatically influenced by temperature. Low-temperature stress that frequently occurs seriously hampers the growth and development of wheat seedlings. In order to alleviate damage low temperature plant growth, remedial nitrogen was applied prior or post low-temperature at seedling stage using controlled-temperature incubators explore difference in morphology absorption utili...

Wheat is a major staple crop that largely affected by different abiotic stresses include heat, drought, and salinity. The main objective of this study was to identify wheat NAC transcription factors are related the NAC-a subfamily, which involved in mediating stress tolerance plant species. Furthermore, silico gene expression analysis conducted detect differential changes subfamily members orga...

An experiment was conducted to study the effects of inclusion of a wheat cultivar (high in nonstarch polysaccharides) and xylanase supplementation of the diet on productive performance, pH of the gastrointestinal tract, nutrient retention, and intestinal enzyme activity of Hy-Line W-36 laying hens from 25 to 47 wk of age. The experiment was completely randomized with 8 treatments arranged facto...

The high salinity of soil salts limits plant growth. Wheat is sensitive to toxic levels mineral salts. Salinity leads the accumulation ions in all organs wheat. Depending on level ion accumulation, wheat defined as salt stress-tolerant or -sensitive. variety Zolotaya accumulated Cl? and Na+ a greater extent than Orenburgskaya 22 variety. was accompanied by an increase ROS damage root tissues up...

The orthologue of Arabidopsis ERECTA gene (ER) in wheat, TaER, is considered to be a promising candidate gene for the genetic improvement of water use efficiency (WUE) and drought tolerance in breeding programs. In this study, we isolated two distinct homologues (TaER1 and TaER2) of TaER genes in common wheat through in silico screening and PCR-based homologous cloning. Sequence analysis reveal...

Early vigour is an important physiological trait to improve establishment, water-use efficiency, and grain yield for wheat. Phenotyping large numbers of lines is challenging due to the fast growth and development of wheat seedlings. Here we developed a new photo-based workflow to monitor dynamically the growth and development of the wheat canopy of two wheat lines with a contrasting early vigou...

Abstract. Efficient and rapid decomposition of plant residues, elimination the negative impact pathogenic microflora on soil environment organism occurs due to fungi genus Trichoderma, which have phytoprotective growth-promoting properties, a high degree high-polymer components residues. One these drugs is Sternifag. The article presents results studies that determine effectiveness use microbio...

The presence of plant-uncoupling mitochondrial protein (PUMP), previously described by Vercesi et al. (1995), was screened in mitochondria of various organs or tissues of several plant species. This was done functionally, by monitoring purine nucleotide-sensitive linoleic acid-induced uncoupling, or by Western blots. The following findings were established: (1) PUMP was found in most of the hig...

Plants rely on their microbiota for improving the nutritional status and environmental stress tolerance. Previous studies mainly focused bipartite interactions (a plant challenged by a single microbe), while responses to multiple microbes have received limited attention. Here, we investigated local systemic changes induced in wheat two growth-promoting bacteria (PGPB), Azospirillum brasilense P...