SUMMARY
In recent years, molecular identification techniques, particularly molecular markers, have made notable advancements in traditional Chinese medicine (TCM), which were used to recognize variations among individuals of distinct species or populations (Cheng et_al, 2018; Liu et_al, 2019). Plastid genome analysis has been widely employed to identify Paris, Isodon, and respective adulterants and clarify phylogenetic relationships (Jiang et_al, 2022; Zhou et_al, 2022). Previous investigations have indicated that protein-coding genes (PCGs) offer an improved resolution for understanding phylogenetic relationships due to the genetic divergence in gene-encoding regions occurring at a slower rate compared to the non-coding . . .
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