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Halophyte Research in China本书是一本关于耐盐植物研究的综合性专著,对耐盐植物生物学各个分支学科的基本理论、基础知识以及我国丰富的盐生植物资源和国内外耐盐植物研究领域的现状、最新进展等进行了全面深入的论述。
1.Physiology of Salt Resistance of Plants
(1)Adaptation of Halophytic Species and Formation Types to the Habitat as well as the Succession of Formation in China Halophytes
(2)Species, Structure of Salt Gland and Salt-Secretion Mechanism of Secretion Halophytes
(3)Species, Mechanism of Salt-Dilution, Osmotic Adjustment of Salt-Dilution Halophytes and their Adaptive Characteristics
(4)Species, Salt-Exclusion Mechanism of Salt-Exclusion Halophytes and their Adaptive Characteristics
(5)Flowering Physiology of Halophytes
(6)Important Significance of Halophytes in the Life of Mankind
2.Spartina Ecological Engineering
(1)Introduction of Spartina
(2)A Brief History of Spartina Research in China
(3)Design of Spartina Ecological Engineering
(4)Evaluation of Three Grade Profit of Spartina Ecological Engineering
(5)The Construction of Spartina Ecological Engineering in Northern Jiangsu and its Emergy Analysis
(6)The Analysis of Ecological Economic Benefit of Spartina Ecological Engineering
(7)Spartina Ecological Engineering as an Important Choice in Coastal System of China
(8)Spartina and Biodiversity
(9)The Prospect of Research and Development of Spartina Ecological Engineering
3.Molecular Breeding of Salt-Tolerant Plants
(1)Mechanism of Plant Salt Tolerance
(2)Genetic Engineering of Plant Salt Tolerance
(3)Genetic Transformation of Plants
(4)Molecular Breeding of Salt-Tolerant Plants
(5)The Seawater Irrigation Agriculture and the Saline Soil Agriculture
4.The Part Concerning Introduction, Domestication and Cultivation of Salt-Tolerant Plants
(1)Aims and Significances of Plant Salt-Tolerance Research
(2)The Introduction and Domestication of Salt-Tolerant Plants
(3)Breeding of Salt-Tolerant Plants
(4)Main Salt-Tolerant Plant Species
(5)Cultivation Method for Some Important Salt-Tolerant Plants
5.Experimental Techniques
(1)Measurement of the soil salinity
(2)Measurement of the salt tolerance of plant
(3)Measurement of the free proline content of plant
(4)Measurement of the damage of cell fat layer
(5)Measurement of the content of soluble sugar
(6)Measurement of the content of chlorophylls
(7)Measurement of ATPase and Ppase activity in vacuole membrane microvesicle
(8)Measurement of PEPCase activity
(9)Protein SDS-PAGE analysis
(10)Detection of the salt-stress induced proteins
(11)Silverstaining of the protein sepated by SDS-PAGE
(12)Preparation of plant DNA(CTAB method)
(13)Extraction of Rhizophora apiculata total RNA
(14)Extraction of the total RNA and DNA of Dunalliela salina
(15)Expression analysis of reporter gene (GUS)
(16)Southern blot analysis
(17)Northern blot analysis
(18)Random amplifying polymophic difference RAPD analysis
(19)Representational difference analysis (RDA)
(20)Fluorescence in situ hybridyzation analysis-Molecular cytological and genetic analysis of the transgenic tomato
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