作者
Norman J Wickett, Loren A Honaas, Eric K Wafula, Malay Das, Kan Huang, Biao Wu, Lena Landherr, Michael P Timko, John Yoder, James H Westwood, Claude W Depamphilis
发表日期
2011/12/20
期刊
Current Biology
卷号
21
期号
24
页码范围
2098-2104
出版商
Elsevier
简介
Parasitism in flowering plants has evolved at least 11 times [1]. Only one family, Orobanchaceae, comprises all major nutritional types of parasites: facultative, hemiparasitic (partially photosynthetic), and holoparasitic (nonphotosynthetic) [2]. Additionally, the family includes Lindenbergia, a nonparasitic genus sister to all parasitic Orobanchaceae [3–6]. Parasitic Orobanchaceae include species with severe economic impacts: Striga (witchweed), for example, affects over 50 million hectares of crops in sub-Saharan Africa, causing more than $3 billion in damage annually [7]. Although gene losses and increased substitution rates have been characterized for parasitic plant plastid genomes [5, 8–11], the nuclear genome and transcriptome remain largely unexplored. The Parasitic Plant Genome Project (PPGP; http://ppgp.huck.psu.edu/) [2] is leveraging the natural variation in Orobanchaceae to explore the evolution and …
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