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Characterization of Glossy1-Homologous Genes of Rice Involved in Leaf Wax Accumulation and Drought Resistance

Abstract第6页
Abbreviations第7-8页
1 Review of literature第8-22页
    1.1 Overview第8-9页
    1.2 What is cuticle and cuticular wax第9-10页
    1.3 Cuticular wax biosynthesis第10-11页
    1.4 Multiple elongation system第11-13页
    1.5 Synthesis of very long chain fatty acid wax precursors第13-14页
    1.6 Regulation of wax biosynthesis第14-16页
    1.7 Glossy mutant (gl) defective or altered in wax production第16-18页
    1.8 Agrobacterium-mediated transformation第18-19页
    1.9 Selectable and reporter marker genes第19-20页
    1.10 T-DNA intertional mutagenesis第20-22页
2 Aim and significance第22-23页
3 Materials and methods第23-32页
    3.1 Identification and sequence analysis of GL1-homologous genes in rice第23-24页
    3.2 Plant growth and treatments第24-25页
    3.3 Transcript level analysis of GL1-like gene family in rice第25-26页
    3.4 Over-expression of homologous genes第26-28页
    3.5 Genotypic screening of mutant osgl1-2 plants第28页
    3.6 Phenotyping and measurements of transgenic and mutant plants第28-30页
        3.6.1 Stress in field condition第28-29页
        3.6.2 Measurement of plant height, tiller number and observation of plants development第29页
        3.6.3 Chlorophyll leaching and water loss measurement第29-30页
    3.7 Scanning electronic microscopy (SEM) and transmission electron microscopy (TEM) observations第30-31页
    3.8 Wax extraction and quantification第31-32页
4 Results第32-51页
    4.1 Identification of GL1 homologous genes in rice第32-36页
    4.2 Phylogenetic analysis of GL1-like gene family第36-38页
    4.3 Expression profile of OsGL1-like gene family in tissues and organs第38-41页
    4.4 Responsiveness of OsGL1 genes to abiotic stresses第41-42页
    4.5 Over-expression of the homologous genes第42-43页
    4.6 Reduced growth, altered drought resistance and cuticular permeability in OsGL1-2 over-expression and mutant rice plants第43-48页
    4.7 Altered wax accumulation in the OsGL1-2 over-expression and mutant rice plants第48-51页
5 Discussions第51-57页
    5.1 OsGL1 homologs, WAX2, and CER1 are from same ancestor第51-52页
    5.2 Expressions of the OsGL1-like genes are tissue-or organ specific and osgl1-2 mutant is sensitive to drought第52-54页
    5.3 The osgl1-2 mutant affects cuticular wax accumulation and biosynthesis第54-56页
    5.4 Future prospectus第56-57页
References第57-67页
Protocols第67-82页
Resume第82-84页
Acknowledgement第84-86页

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