Engineering the Chloroplast Genome of Oleaginous Marine Microalga Nannochloropsis oceanica
Plastid engineering offers an important tool to fill the gap between the technical and the
enormous potential of microalgal photosynthetic cell factory. However, to date, few reports
on plastid engineering in industrial microalgae have been documented. This is largely due
to the small cell sizes and complex cell-wall structures which make these species intractable
to current plastid transformation methods (ie, biolistic transformation and polyethylene glycol-
mediated transformation). Here, employing the industrial oleaginous microalga …
enormous potential of microalgal photosynthetic cell factory. However, to date, few reports
on plastid engineering in industrial microalgae have been documented. This is largely due
to the small cell sizes and complex cell-wall structures which make these species intractable
to current plastid transformation methods (ie, biolistic transformation and polyethylene glycol-
mediated transformation). Here, employing the industrial oleaginous microalga …
Engineering the chloroplast genome of oleaginous marine microalga Nannochloropsis oceanica.
GQH Gan QinHua, JJY Jiang JiaoYun, HX Han Xiao… - 2018 - cabidigitallibrary.org
Plastid engineering offers an important tool to fill the gap between the technical and the
enormous potential of microalgal photosynthetic cell factory. However, to date, few reports
on plastid engineering in industrial microalgae have been documented. This is largely due
to the small cell sizes and complex cell-wall structures which make these species intractable
to current plastid transformation methods (ie, biolistic transformation and polyethylene glycol-
mediated transformation). Here, employing the industrial oleaginous microalga …
enormous potential of microalgal photosynthetic cell factory. However, to date, few reports
on plastid engineering in industrial microalgae have been documented. This is largely due
to the small cell sizes and complex cell-wall structures which make these species intractable
to current plastid transformation methods (ie, biolistic transformation and polyethylene glycol-
mediated transformation). Here, employing the industrial oleaginous microalga …
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