2016 Plant Volatiles GRC/GRS: Diversity of Targets, Effects and Applications of Plant Volatiles (Jan 31 to Feb 5, 2016, Ventura, CA)

2016年植物挥发物GRC/GRS：植物挥发物的目标、效果和应用的多样性（2016年1月31日至2月5日，加利福尼亚州文图拉）

• 批准号: 1601237
• 负责人: Dorothea Tholl
• 金额: $ 1万
• 依托单位: Gordon Research Conferences
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2016
• 资助国家: 美国
• 起止时间: 2016-01-15 至 2016-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1601237&HistoricalAwards=false
• 关键词: 2016; Plant; Volatiles; GRC; GRS

Odor is the most frequent and chemically diverse carrier of biological information. Volatile compounds released by plants serve multiple functions, including cell to cell signaling, plant-plant communication, attraction of beneficial organisms such as pollinators, and defense against pathogens. In the human perception, plant volatile compounds are the odors, aromas or flavors of flowers, fruits or spices, the ingredients of perfumes and aromatizing products, or the active components of essential oils and other plant-based applications in traditional and alternative medicine. In spite of intensive research efforts over the last three decades, many central questions in the young research field of plant volatile organic compounds (VOCs) remain to be answered. The Gordon Research Conference 'Plant Volatiles' (GRC-PV) (Jan 31 to Feb 5, 2016, Ventura, CA) has been designed to initiate a transformation of plant VOC science by boosting the exchange of knowledge and research philosophies among multiple disciplines with the goal to understand the molecular mechanisms that underlie the incredible diversity of VOC-mediated interactions of plants with their environment and to enhance our awareness of the potential of plant VOCs in an array of applications. The conference will focus on four major areas of knowledge: -VOC biosynthetic diversity, molecular regulation, and mechanisms of emission at the single cell and plant systems level -The diverse roles of plant VOCs in intra- and interspecific interactions -Molecular mechanisms of the organismal perception of VOCs -Technologies and concepts for applying VOCs as bio-based products and biocontrol agents in sustainable agricultureThe 2016 GRC-PV will host speakers from 16 countries ranging from postdocs to senior scientists in 9 sessions. Both the GRC-PV and the associated Gordon Research Seminar (GRS) for junior scientists will foster the participation of students and early career scientists and enhance the proportion of underrepresented groups among the attendees. GRS participants will have the opportunity throughout the conference for informal discussions with mentors from academia, science publishing, and industry about future directions in plant volatile science and career developments. This initiative will engage and retain the next generation of talented junior scientists in the multidisciplinary field of plant volatile research. The conference aims at enhancing the presence of representatives of the industry to facilitate the search for putative applications of VOCs. Social media and press releases will promote the awareness among future scientists and the general public of the importance of the 'silent language of plants'.

气味是生物学信息中最常见和化学多样的载体。植物释放的挥发性化合物具有多种功能，包括细胞对细胞信号传导，植物植物的通信，有益生物（如授粉媒介）的吸引力以及对病原体的防御。在人类的看法中，植物挥发性化合物是花朵，水果或香料的气味，香气或香料，香水和芳香产品的成分，或精油和其他基于植物的替代药物的活性成分。尽管在过去的三十年中进行了深入的研究工作，但植物挥发性有机化合物（VOC）的年轻研究领域的许多主要问题仍有待回答。戈登研究会议“植物挥发物”（GRC-PV）（2016年1月31日至2月5日，加利福尼亚州文图拉）旨在通过促进多个学科之间的知识和研究哲学的交流来启动植物性VOC科学的转变，从而使靶向的靶向型分子机制，这些机制是众所周知的，它们在vot介绍的互动中的繁荣性，并促进了我们的互动范围，以增强我们的互动范围，并增强了我们对vot型的不可思议的环境，使我们对我们的互动量增强了我们的不可思议的环境。申请。 The conference will focus on four major areas of knowledge: -VOC biosynthetic diversity, molecular regulation, and mechanisms of emission at the single cell and plant systems level -The diverse roles of plant VOCs in intra- and interspecific interactions -Molecular mechanisms of the organismal perception of VOCs -Technologies and concepts for applying VOCs as bio-based products and biocontrol agents in sustainable 2016年Agriculturethe GRC-PV将在9次会议上从博士后到高级科学家的16个国家 /地区的发言人。初级科学家的GRC-PV和相关的Gordon研究研讨会（GRS）都将促进学生和早期职业科学家的参与，并增加与会者中代表性不足的群体的比例。 GRS参与者将在整个会议期间都有机会与学术界，科学出版和行业的导师进行非正式讨论，介绍植物波动科学和职业发展的未来方向。该计划将在植物挥发性研究的多学科领域参与并保留下一代才华横溢的初级科学家。该会议旨在加强行业代表的存在，以促进寻找VOC的推定应用。社交媒体和新闻稿将促进未来科学家和公众对“植物无声语言”重要性的认识。