Differences in morphological characteristics, photosynthetic capacity and Chloroplast genomes reveal molecular markers to distinguish Angelica sinensis, A. acutiloba and A. gigas.

2 A, C and D); while a decreasing trend for intercellular CO2 concentration ( C i ), with the average level of A. sinensis > A. gigas > A. acutiloba (Fig. 2 B).

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In addition, the plant height, root length, and root diameter of the three Angelica species showed a trend of A. gigas > A. acutiloba > A. sinensis when they were cultivated in Korea at 500 m altitude [ 40 ].

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