International Conference on Plant Synthetic Biology and Bioengineering

PI：Medford，June I.提案编号：1651348植物合成生物学使用来自工程和植物的使能方法作为平台来生产自我维持和光合驱动的生物产品。 这一新兴领域需要计算机建模和数学分析来设计可预测的生物功能。应用领域包括生物燃料、农业、生物材料、生物制药、可持续性等。然而，没有论坛的主要目标是将植物合成生物学和植物生物工程领域的生物学家，科学家和工程师聚集在一起，讨论他们的学科可以合作的方式，以找到健康，环境和能源等领域的新解决方案。为了满足这一需求，正在组织植物合成生物学和生物工程（ICPSBB）会议，旨在为以下活动提供场所：发展植物合成生物学和生物工程研究人员之间的科学交流，学术和工业研究人员之间的互动，研究生和博士后研究人员的积极参与和网络，并将科学家和工程师聚集在一起，为讨论他们的学科和方法提供场所，并鼓励对限制工程植物发展的障碍进行新的研究-植物合成生物学和生物工程领域已经成为重要的多学科研究领域，其需要工程方法来产生自我维持和光合作用驱动的生物生产。该领域依赖于计算建模，数学分析等多种工程工具来设计可预测的生物功能和可持续的性状。会议技术会议将汇集不同学科的科学家和工程师，审查在农业，生物制药，生物燃料和其他方面的应用。

PI: Medford, June I. Proposal Number: 1651348 Plant synthetic biology uses enabling approaches from engineering and plants as platforms to produce self-sustaining and photosynthetic driven bioproducts. The emerging field requires computational modeling and mathematical analysis for designing predictable biological function. Applications include biofuels, agriculture, bio-materials, biopharmaceuticals, sustainability and others. There are no forums, however, whose primary goal is to bring together biologists, scientists and engineers from the plant synthetic biology and plant bioengineering field to discuss ways in which their disciplines can collaborate to find novel solutions in such fields ad health, environment and energy. In response to this need, a Plant Synthetic Biology and Bioengineering (ICPSBB) conference is being organized with the aims to provide a venue for: developing the scientific exchange among plant synthetic biology and bioengineering researchers, interactions between academic and industry researchers, active participation and networking of graduate students and postdoctoral researchers, and bringing scientists and engineers together for providing an venue to discuss their disciplines and approaches, and to motivate new research into barriers limiting the development of engineered plant-based technologies.The field of Plant Synthetic Biology and Bioengineering has emerged as an important multidisciplinary area of research, that require engineering approaches for producing self-sustaining and photosynthetic-driven bio-production. The field relies on several engineering tools such as computational modeling, mathematical analysis to design predictable biological function and sustainable traits. Conference technical sessions will bring together scientists of various disciplines and engineers for examining applications in agriculture, biopharmaceuticals, biofuels and others.