About 243 item dissertation in line with Institute of Botany query results,the following is 1 to 50(Search took 0.082 seconds)
- Characterization and Functional Analysis of RAD21/REC8-like Genes in Rice,ZhangLiangRan/Institute of Botany,0/334
- Evaluation of AFLP Marker and Molecular Biology Methods on Resource Plant,XuZuoXia/Institute of Botany,3/908
- Analysis of a Gain-of-function Mutant Sef in Arabidopsis,WangXiaoMin/Institute of Botany,0/419
- Cloning and Functional Analysis of TSK1, a SKP1 Homologue from Wheat,LiChiJun/Institute of Botany,0/427
- Expression and Function Analyses of a Gene Family Encoding a Novel Class of Proline-rich Proteins in Rice,WangRong/Institute of Botany,1/452
- Responses of Sexual Reproduction Pattern and Leaf Traits of Arabidopsis Thaliana to Elevated CO2,ZuoNianJun/Institute of Botany,2/213
- Regulation of Flavonoid Biosynthesis by Overexpression Chalcone Isomerase Gene in Saussurea Involucrata,LiFengXia/Institute of Botany,6/614
- Mechanisms of Induced Resistance of Fruit in Response to Antagonist Yeasts and Exogenous Salicylic Acid,ChanZhuLong/Institute of Botany,3/609
- Mechanisms of Trehalose on Viability and Biocontrol Efficacy of Antagonistic Yeasts,LiBoQiang/Institute of Botany,2/324
- The Regulation Mechanism of Rice Root Growth and Development Mediated by OsRMC,JiangJiaFu/Institute of Botany,0/506
- Cloning and Functional Characterization of SePSY and SeLCY from Salicornia Europaea L.,HanHePing/Institute of Botany,0/405
- Correlative Basic Research of Sunflower (Helianthus Annuus L.) Germpalsm Resources,DongGuiJun/Institute of Botany,0/364
- Improved Salt Tolerance by Transformation of Plants with BADH and SeNHX1 Genes,ZhouShuFeng/Institute of Botany,3/564
- Physiologial and Biochemical Control of Photobiological Hydrogen Production from Microalgae and Microalgal Biotechnology,ZhuYi/Institute of Botany,5/742
- Effects of Rhizobia, NH4~+-Fertilizer and Light Strength on Nitrogen Fixation and Photosynthesis of Soybean,ZhouXiangJuan/Institute of Botany,2/666
- The Interaction of PSII Core Complexes with Its Light Harvesting Complexes in Different Membrane Environments,ZhouFeng/Institute of Botany,0/167
- Stability of the Major Light-harvesting Complex of Photosystem II of Higher Plant,ZhangYaJie/Institute of Botany,1/318
- Isolation and Functional Characterization of DREB Transcription Factor and Genes Involved in Lignin Biosynthetic Pathway from Broussonetia Papyrifera L.,SunJingWen/Institute of Botany,7/777
- Study on the Structure and Function Changes of CP43 and CP47 Induced by Physical and Chemical Factors,QuYuanGang/Institute of Botany,2/63
- Site-directed Mutagenesis of Residue Arg~(18) and Ser~(24) in Cyt b-559 α Subunit and Its Effects on PSII Activity,MaJingJing/Institute of Botany,0/188
- Studies on Effects of Salt Stress on the Photosynthesis of Spirulina Platensis,GongHongMei/Institute of Botany,3/795
- Studies of Glutathione Reductase in Plants,DingShunHua/Institute of Botany,1/780
- Migration of Rhizobia in Plants and Proteome Analysis of Their Interaction,ChiFeng/Institute of Botany,5/744
- Characterization and Function of Chlorophyll a in Cytochrome b6f from Spinach,ChenXiaoBo/Institute of Botany,0/189
- Genetic Variation and Clone Diversity of an Invasive Species Eupatorium Adenophorum,ZhouLingJuan/Institute of Botany,0/552
- Physio-ecological Responses of Leymus Chinensis to Overgrazing and Clipping,ZhaoWei/Institute of Botany,2/579
- Biological Responses of Caragana Microphylla to Different Grazing Intensities,ZhangZhen/Institute of Botany,2/237
- Implication of Plant Clonality for Eco-Remediation,YeXueHua/Institute of Botany,0/495
- The Impacts of Constructing Three Gorges Dam to the Animals in Three Gorges Rivervoir,WangJianZhu/Institute of Botany,2/590
- Plant Diversity Status and Conservation Strategy of Beijing under the Impact of Urbanization,WangGuangMei/Institute of Botany,11/849
- Water Use of Plants Along the Bank of the Three Gorges Reservoir,SunShuangFeng/Institute of Botany,2/314
- Effects of Cultivation and Grazing on Soil Carbon Pool and Greenhouse Gases Fluxes in the Inner Mongolia Steppes,MaXiuZhi/Institute of Botany,10/1104
- Studies on Ecophysiology of an Invasive Species Eupatorium Adenophorum,LuPing/Institute of Botany,4/759
- Study on Responses of Inner Mongolia Degraded Grasslands to Different Disturbances,LiuZhenGuo/Institute of Botany,5/487
- Study on Plant Functional Types from North-Beijing Agro-pastoral Ecotone,LiuXiaoQiang/Institute of Botany,0/252
- Characteristics and Responses to Changes in Environmental Conditions of Litter Decomposition in Plant Species of Stipa Krylovii Roshev. Steppe,LiuPing/Institute of Botany,0/637
- Responses of Rhizomatous Clonal Plants to Foliage Clipping in the Otindag Sandland, China,LiuHaiDong/Institute of Botany,0/234
- Biomass, Net Primary Productivity, and Ecological Restoration of Sparse Forest Grassland Ecosystem of Hunshandake Sandy Land,LiGang/Institute of Botany,0/807
- Carbon Dynamics of Artemisia Ordosica Krasch. Shrublands under Different Habitat Conditions in Mu Us Sandland, Inner Mongolia,LiChunPing/Institute of Botany,0/502
- Study on Soil Respiration at Grazing and Fenced Typical Leymus Chinensis Steppe, Inner Mongolia,JiaBingRui/Institute of Botany,1/463
- Phenotypic Responses to Resource Supply in Clonal Plants with Contrasting Growth Forms on the Tibetan Plateau,HeZhengSheng/Institute of Botany,2/412
- Characteristics of Net Ecosystem Exchange of Carbon Dioxide and Their Driving Factors over a Fenced Leymus Chinensis Steppe in Inner Mongolia,HaoYanBin/Institute of Botany,2/808
- Systematics of Corydalis DC. (Fumariaceae),WangYingWei/Institute of Botany,0/341
- Systematics of Schisandraceae,YangZhiRong/Institute of Botany,0/790
- Eocene Palynoflora from Changchang Basin, Hainan Island and Its Bearing on the Implications of Palaeovegetation and Palaeoclimate,YaoZuoFeng/Institute of Botany,6/379
- The Genus Delphinium L. from the Hengduan Mountains Region in Southwestern China: Taxonomy and Cytology,YuanQiong/Institute of Botany,2/365
- Classification and Systematics of the Stachyuraceae,ZhuZuoPing/Institute of Botany,0/235
- The Epidermal Characters of Zelkova (Ulmaceae) and Metasequoia (Taxodiaceae) and Their Stomatal Responses to Atmospheric CO2 Concentration Change,WangXueYing/Institute of Botany,1/199
- Chromosome Structural Heterozygosity in Paeonia (Paeoniaceae): Evidence from Paeonia Decomposita and P. Intermedia,WangShiQuan/Institute of Botany,0/215
- Historical Reconstruction of Invasion and Expansion and Potential Spread of Some Threatening Invasive Alien Species in China,WangRui/Institute of Botany,11/1003
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