Highlights of recent progress in plant lipid research.
Highlights of recent progress in plant lipid research.
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DOI：
10.1016/j.plaphy.2009.02.010
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发表时间：
2009-06
期刊：
影响因子：
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通讯作者：
René Lessire;Edgar B. Cahoon;Kent D. Chapman;John M. Dyer;P. Eastmond;E. Heinz
中科院分区：
文献类型：
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作者：
René Lessire;Edgar B. Cahoon;Kent D. Chapman;John M. Dyer;P. Eastmond;E. Heinz
原化石材料储备并非取之不尽，随着价格继续上涨，有必要寻找新的替代能源和可再生能源。产油大田作物（向日葵和油菜）的油具有接近化石燃料的特性，可以构成生产原材料的替代能源[J.M. Dyer，S. Stymne，A.G.绿色，A.S. Carlsson，High-value oils from plants，Plant J.54（2008）640-655]。第18届国际植物脂质研讨会（ISPL）于2008年7月20日至25日在波尔多“La Cité Mondiale”举行。第18届ISPL聚集了来自33个国家的270名研究人员。在12场专题讨论会期间，提交了69份口头交流和136份海报：表面脂质：木栓质、角质和蜡，脂肪酸，甘油酯，植物脂质作为可再生能源，种子油和代谢途径的生物工程，脂质催化剂，脂质研究模型：低等植物、微生物等，脂质、鞘脂、甾醇和类异戊二烯对蛋白质的修饰，脂质信号传导和植物胁迫反应，脂质运输和膜动力学，新方法和技术：功能脂质组学、通量组学、建模。在ISPL 2008波尔多期间，不同领域的重要和新信息被报道。这里介绍了这些结果的一部分。
Raw fossil material reserves are not inexhaustible and as prices continue to raise it is necessary to find new sources of alternative and renewable energy. Oils from oleaginous field crops (sunflower and rape) with properties close to those of fossil fuel could constitute an alternative source of energy for the production of raw materials [J.M. Dyer, S. Stymne, A.G. Green, A.S. Carlsson, High-value oils from plants, Plant J. 54 (2008) 640–655]. This is the context in which the 18th International Symposium on Plant lipids (ISPL) was held in Bordeaux from 20th to 25th July 2008 at “La Cité Mondiale”. The 18th ISPL gathered 270 researchers from 33 countries. Sixty nine oral communications and 136 posters were presented during the 12 sessions of the Symposium: Surface lipids: suberin, cutin and waxes, Fatty acids, Glycerolipids, Plant lipids as renewable sources of energy, Seed oils and bioengineering of metabolic pathways, Lipid catabolism, Models for lipid studies: lower plants, micro-organisms and others, Modifications of proteins by lipids, Sphingolipids, sterols and isoprenoids, Lipid signaling and plant stress responses, Lipid trafficking and membrane dynamics, New methods and technologies: functional lipidomics, fluxome, modelling. During the ISPL 2008 Bordeaux, important and new information was reported in the different fields. A selection of these results is presented here.