Titlebook: Research Progress in Oligosaccharins; Heng Yin,Yuguang Du Book 2016 Springer Science+Business Media New York 2016 Growth Regulation.Oligos

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Marine Algae Oligo-carrageenans (OCs) Stimulate Growth and Defense Responses in Terrestrial Plants, plants. Regarding the mechanisms involved in growth stimulation, OCs increase net photosynthesis, basal metabolism, and cell division in tobacco plants, and in . and pine trees they mediate the increase in photosynthesis, C, N, and S assimilation, basal metabolism, and the level of growth-promoting

干涉

Fructooligosaccharides: Effects, Mechanisms, and Applications,se-related genes and accumulation of secondary metabolites, especially salicylic acid-mediated pathway, related with multiple signaling pathways and defense components to enhance host defense responses in plants. A variety of applications in food formulations, medical treatment, and agriculture are

Expertise

Book 2016emic overview on the topic. Our objective is therefore to create a work thatinforms the reader of the nature of oligosaccharins, the different kinds of oligosaccharins, their functions and the mechanism of oligosaccharins-plants interaction.

踉跄

The Application of Oligosaccharides as Plant Vaccines,can effectively control crop diseases at 50 parts per million (ppm), effectively prevent chilling injury caused by the late spring coldness at 75 ppm, and can promote the growth of crops. These results show that there are bright prospects for the application and study of oligosaccharins.

Hemoptysis

Book 2016s. This book provides important insight into the complex roles of oligosaccharins in plant immunity, physiology, and protection.​​.​Oligosaccharins are complex carbohydrates that function in plants as molecular signals to regulate growth, development, and stress resistance. Based on the rapid develo

丛林

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The Discovery of Oligosaccharins,type event but rather lots of well-designed laboratory experiments. In the early days, including most of the time period covered by this chapter, oligosaccharins were called elicitors. The chronology of the chapter ends in 1984, for by that time the biological regulatory properties of structurally d

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Analysis and Separation of Oligosaccharides,s is related to their constitutional monomer structure and degree of polymerization. Thus analysis and separation of oligosaccharides is essential to understand their structure–function relationships in plant science. The basic analysis and separation process is composed of two parts: separation and

ANTIC

Oligosaccharin Receptors in Plant Immunity,. Traditionally they have been called as “elicitors” or “general elicitors” that induce defense responses in a wide range of plant species. These molecules are now classified as representative MAMPs/PAMPs (microbe/pathogen-associated molecular patterns) or DAMPs (damage/danger-associated molecular p

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