Plant transformation technologies
Plant transformation technologies
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发表时间：
2011
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影响因子：
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通讯作者：
C. Stewart;A. Touraev;V. Citovsky;T. Tzfira
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作者：
C. Stewart;A. Touraev;V. Citovsky;T. Tzfira
贡献者。前言。第 1 节农杆菌介导的转化。第 1 章涉及农杆菌植物细胞遗传转化的宿主因素（BENOIT LACROIX、ADI ZALTSMAN 和 VITALY CITOVSKY）。第 2 章农杆菌-植物相互作用的基因组学：改进植物转化技术的方法（AJITH ANAND、ZARIR E. VAGHCHHIPAWALA 和 KIRANKUMAR S. MYSORE）。第 2 节其他转型技术。第三章粒子轰击：植物生物技术专家军械库中的一种既定武器（THEODORE M. KLEIN）。第 4 章采用海藻酸钙微珠的植物新型基因传递系统（NAOKI WADA、SHIN'ICHIRO KAJIYAMA、NARUEMON KHEEMKLADNGOEN 和 KIICHI FUKUI）。第 5 章花粉转化技术（TATIANA RESCH 和 ALISHER TOURAEV）。第 6 章基因内载体和无标记转化：绿色生物技术工具（CAIUS M. ROMMENS、ANTHONY CONNER、HUA YAN 和 ZAC HANLEY）。第 7 章可视化转基因表达 (JOHN J. FINER)。第 3 节 用于植物转化的载体、启动子和其他工具。第8章二元向量和超二元向量的现状和前景（小森俊之和小马利彦）。第 9 章用于植物转化的新型双二元载体 (pCLEAN) (PHILIPPE VAIN)。第 10 章用于植物转化的孔模块化载体 (DWAYNE D. HEGEDUS)。第 11 章 PANIC：一套多功能的网关兼容载体，用于单子叶植物基因过表达和 RNAi 介导的下调（DAVID G.J. MANN、PETER R. LAFAYETTE、LAURA L. ABERCROMBIE、WAYNE A. PARROTT 和 C. NEAL STEWART, JR.）。第 4 节转基因整合、稳定性、甲基化、沉默。第 12 章了解和避免转基因沉默（MICHAEL W. GRAHAM、STEPHEN R. MUDGE、PETER R. STERNES 和 ROBERT G. BIRCH）。第 13 章用于植物基因组中精确和“干净”转基因整合的位点特异性重组（VIBHA SRIVASTAVA 和 DAVID W. OW）。第 5 节选择系统，无标记转化。第 14 章可选择标记基因：类型和相互作用（BRIAN MIKI、ASHRAF ABDEEN、YUZUKI MANABE、SOUAD EL OUAKFAOUI、DOUGLAS A. JOHNSON、LORETA GUDYNAITE-SAVITCH、MING HU 和 PHIL MACDONALD）。第 15 章获得无标记转基因植物的转化方法（JAN G. SCHAART、FRANS A. KRENS、ANNE-MARIE A. WOLTERS 和 RICHARD G.F. VISSER）。第 16 章植物转化的知识产权问题 (JIM M. DUNWELL)。指数。第 82 页和第 83 页之间的色板。
Contributors. Preface. SECTION 1 Agrobacterium-Mediated Transformation. Chapter 1 Host Factors Involved in Genetic Transformation of Plant Cells by Agrobacterium (BENOIT LACROIX, ADI ZALTSMAN, AND VITALY CITOVSKY). Chapter 2 Genomics of Agrobacterium-Plant Interaction: An Approach to Refine the Plant Transformation Technology (AJITH ANAND, ZARIR E. VAGHCHHIPAWALA, AND KIRANKUMAR S. MYSORE). SECTION 2 Other Transformation Technologies. Chapter 3 Particle Bombardment: An Established Weapon in the Arsenal of Plant Biotechnologists (THEODORE M. KLEIN). Chapter 4 A Novel Gene Delivery System in Plants with Calcium Alginate Micro-Beads (NAOKI WADA, SHIN'ICHIRO KAJIYAMA, NARUEMON KHEMKLADNGOEN, AND KIICHI FUKUI). Chapter 5 Pollen Transformation Technologies (TATIANA RESCH AND ALISHER TOURAEV). Chapter 6 Intragenic Vectors and Marker-Free Transformation: Tools for a Greener Biotechnology (CAIUS M. ROMMENS, ANTHONY CONNER, HUA YAN, AND ZAC HANLEY). Chapter 7 Visualizing Transgene Expression (JOHN J. FINER). SECTION 3 Vectors, Promoters, and Other Tools for Plant Transformation. Chapter 8 Current State and Perspective of Binary Vectors and Superbinary Vectors (TOSHIYUKI KOMORI AND TOSHIHIKO KOMARI). Chapter 9 Novel Dual Binary Vectors (pCLEAN) for Plant Transformation (PHILIPPE VAIN). Chapter 10 pORE Modular Vectors for Plant Transformation (DWAYNE D. HEGEDUS). Chapter 11 pANIC: A Versatile Set of Gateway-Compatible Vectors for Gene Overexpression and RNAi-Mediated Down-Regulation in Monocots (DAVID G.J. MANN, PETER R. LAFAYETTE, LAURA L. ABERCROMBIE, WAYNE A. PARROTT, AND C. NEAL STEWART, JR.). SECTION 4 Transgene Integration, Stability, Methylation, Silencing. Chapter 12 Understanding and Avoiding Transgene Silencing (MICHAEL W. GRAHAM, STEPHEN R. MUDGE, PETER R. STERNES, AND ROBERT G. BIRCH). Chapter 13 Site-Specific Recombination for Precise and "Clean" Transgene Integration in Plant Genome (VIBHA SRIVASTAVA AND DAVID W. OW). SECTION 5 Selection Systems, Marker-Free Transformation. Chapter 14 Selectable Marker Genes: Types and Interactions (BRIAN MIKI, ASHRAF ABDEEN, YUZUKI MANABE, SOUAD EL OUAKFAOUI, DOUGLAS A. JOHNSON, LORETA GUDYNAITE-SAVITCH, MING HU, AND PHIL MACDONALD). Chapter 15 Transformation Methods for Obtaining Marker-Free Genetically Modified Plants (JAN G. SCHAART, FRANS A. KRENS, ANNE-MARIE A. WOLTERS, AND RICHARD G.F. VISSER). Chapter 16 Intellectual Property Aspects of Plant Transformation (JIM M. DUNWELL). Index. Color Plate between pages 82 and 83.