In Vitro Micropropagation of Commercial Ginseng Cultivars (<i>Panax ginseng</i> Meyer) via Somatic Embryogenesis Compared to Traditional Seed Production
2023
Jung-Woo Lee | Nayeong Kwon | Jang-Uk Kim | Kyong-Hwan Bang | Sung Min Jung | Sung Woo Lee | Dong-Hwi Kim | Young-Chang Kim | Ick-Hyun Jo | Young-Doo Park
<i>Panax ginseng</i> Meyer is an important medicinal crop; however, most ginseng farmers cultivate native species that are not genetically fixed. Although several cultivars have been developed in Korea, distribution to farmers remains insufficient given their low propagation characteristics. This study compared the efficiency of seed production and micropropagation via somatic embryogenesis. Seeds were collected from cultivars, and zygotic embryo-derived explants were inoculated and cultured in a series of media for micropropagation. Seed production and characteristics of commercial cultivars were evaluated. The number of seeds from a 4-year-old individual cultivar was 23.1–58.8, and seed characteristics varied with cultivars. The genotype had a notable effect on somatic embryogenesis and plant regeneration. The number of somatic embryos and shoots obtained from a single seed of cultivars was 71.3–100.2 and 50.7–61.3, respectively. The number of in vitro grown roots (IGRs) per a single seed was 37.1–41.1 in one year. IGRs were successfully acclimatized and sprouted normally in the field. Flow cytometry analysis suggested that micropropagated plants had no ploidy variations. The results demonstrated the utility of somatic embryogenesis in the in vitro micropropagation of <i>P. ginseng</i> cultivars. Our findings can enhance the distribution of cultivars among farmers in the future.
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