[HTML][HTML] Chloroplast genome transformation of medicinal plant Artemisia annua
… All transplastomics as well as their clonally propagated plants produced a similar level of
artemisinin when compared to WT plants, which indicated that there was no deleterious impact
of aadA and eGFP transgenes on plants. In brief, we have optimized a stable chloroplast
genome transformation in medicinal plant A. annua, which could be explored further for
expressing the non‐glycosylated proteins of artemisinin biosynthetic pathway to produce
a higher quantity of artemisinin (Malhotra et al., 2016) to meet its global demand for ACTs. …
artemisinin when compared to WT plants, which indicated that there was no deleterious impact
of aadA and eGFP transgenes on plants. In brief, we have optimized a stable chloroplast
genome transformation in medicinal plant A. annua, which could be explored further for
expressing the non‐glycosylated proteins of artemisinin biosynthetic pathway to produce
a higher quantity of artemisinin (Malhotra et al., 2016) to meet its global demand for ACTs. …
accepted 7 March 2020.* Correspondence (Tel+ 91 11 26741358,+ 91 11 26742357; fax+ 91 11 26742316; email skrhode@ icgeb. res. in)
ncbi.nlm.nih.gov
以上显示的是最相近的搜索结果。 查看全部搜索结果