摘要
Plant transformation has for many years relied on agrobacterium infection or biolistic particle delivery. However, these two methods are limited to model plant systems or a small number of crop species. This commentary highlights recent developments in the nanoparticle-mediated transformation that havethe potential to revolutionize how plants are trans- formed.
Plant transformation has for many years relied on agrobacterium infection or biolistic particle delivery. However, these two methods are limited to model plant systems or a small number of crop species. This commentary highlights recent developments in the nanoparticle-mediated transformation that havethe potential to revolutionize how plants are trans- formed.
基金
supported by the University of Maryland CMNS Dean’s Matching Award that is associated with the NIH T32 Molecular and Cell Biology Training Grant
supported by grants from NSF(IOS 1444987)
USDA(NIFA 11889048)
