Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366088878> ?p ?o ?g. }
- W4366088878 endingPage "1139" @default.
- W4366088878 startingPage "1139" @default.
- W4366088878 abstract "Panax ginseng Meyer is a valuable medicinal crop. However, the species’ propagation is limited by its long reproductive cycle and low seed yield. The present study focused on P. ginseng plant regeneration via somatic embryogenesis and evaluated the genetic stability of regenerated plantlets. We assessed the effects of carbon source type and concentration on somatic embryo induction, maturation, and germination. Somatic embryogenesis was optimal in Murashige and Skoog (MS) medium supplemented with 5% sucrose; however, maturation peaked in 1/2 MS containing low concentrations of sucrose ranging from 1 to 2%. Germination and plant regeneration were optimal in germination medium supplemented with 2% sucrose based on high germination rates, efficient plantlet production, and balanced growth characteristics. Molecular marker analysis suggested that the genetic fidelity of the regenerated plants was comparable with that of the control. High-performance liquid chromatography (HPLC) analysis showed that in vitro-grown roots (IGRs) accumulated more ginsenoside than those of the control, but the ginsenoside content of 2 year old IGRs was similar to that of the controls after acclimatization. Our study provides valuable insights into the optimization of genetically stable micropropagation and could promote the distribution of superior P. ginseng cultivars with high product yields and quality." @default.
- W4366088878 created "2023-04-19" @default.
- W4366088878 creator A5023933191 @default.
- W4366088878 creator A5026225360 @default.
- W4366088878 creator A5028442306 @default.
- W4366088878 creator A5036649910 @default.
- W4366088878 creator A5057857994 @default.
- W4366088878 creator A5070763784 @default.
- W4366088878 date "2023-04-17" @default.
- W4366088878 modified "2023-09-30" @default.
- W4366088878 title "Efficient Micropropagation of Genetically Stable Panax ginseng Meyer by Somatic Embryogenesis" @default.
- W4366088878 cites W1964132234 @default.
- W4366088878 cites W1964846605 @default.
- W4366088878 cites W1971940366 @default.
- W4366088878 cites W1975829944 @default.
- W4366088878 cites W1982335611 @default.
- W4366088878 cites W1997141606 @default.
- W4366088878 cites W2005397890 @default.
- W4366088878 cites W2014113007 @default.
- W4366088878 cites W2016224901 @default.
- W4366088878 cites W2024556021 @default.
- W4366088878 cites W2048520468 @default.
- W4366088878 cites W2068188152 @default.
- W4366088878 cites W2069359042 @default.
- W4366088878 cites W2069391794 @default.
- W4366088878 cites W2071162194 @default.
- W4366088878 cites W2089817762 @default.
- W4366088878 cites W2090475216 @default.
- W4366088878 cites W2114175075 @default.
- W4366088878 cites W2128229237 @default.
- W4366088878 cites W2131345199 @default.
- W4366088878 cites W2144087845 @default.
- W4366088878 cites W2144702201 @default.
- W4366088878 cites W2144885775 @default.
- W4366088878 cites W2171460145 @default.
- W4366088878 cites W2286740172 @default.
- W4366088878 cites W2409617739 @default.
- W4366088878 cites W241478587 @default.
- W4366088878 cites W2464494761 @default.
- W4366088878 cites W2606326475 @default.
- W4366088878 cites W2743758714 @default.
- W4366088878 cites W2767186808 @default.
- W4366088878 cites W2802977594 @default.
- W4366088878 cites W2808801280 @default.
- W4366088878 cites W282214844 @default.
- W4366088878 cites W2888120646 @default.
- W4366088878 cites W2904816634 @default.
- W4366088878 cites W2945516345 @default.
- W4366088878 cites W2972312133 @default.
- W4366088878 cites W2987985408 @default.
- W4366088878 cites W3017403073 @default.
- W4366088878 cites W302668659 @default.
- W4366088878 cites W3109819913 @default.
- W4366088878 cites W3128246303 @default.
- W4366088878 cites W3152917054 @default.
- W4366088878 cites W3155738059 @default.
- W4366088878 cites W3186128352 @default.
- W4366088878 cites W4200079578 @default.
- W4366088878 cites W4214664472 @default.
- W4366088878 cites W4291570660 @default.
- W4366088878 cites W4324093088 @default.
- W4366088878 cites W4361226249 @default.
- W4366088878 doi "https://doi.org/10.3390/agronomy13041139" @default.
- W4366088878 hasPublicationYear "2023" @default.
- W4366088878 type Work @default.
- W4366088878 citedByCount "0" @default.
- W4366088878 crossrefType "journal-article" @default.
- W4366088878 hasAuthorship W4366088878A5023933191 @default.
- W4366088878 hasAuthorship W4366088878A5026225360 @default.
- W4366088878 hasAuthorship W4366088878A5028442306 @default.
- W4366088878 hasAuthorship W4366088878A5036649910 @default.
- W4366088878 hasAuthorship W4366088878A5057857994 @default.
- W4366088878 hasAuthorship W4366088878A5070763784 @default.
- W4366088878 hasBestOaLocation W43660888781 @default.
- W4366088878 hasConcept C100701293 @default.
- W4366088878 hasConcept C119406331 @default.
- W4366088878 hasConcept C142724271 @default.
- W4366088878 hasConcept C144027150 @default.
- W4366088878 hasConcept C157890192 @default.
- W4366088878 hasConcept C196843134 @default.
- W4366088878 hasConcept C201468095 @default.
- W4366088878 hasConcept C202751555 @default.
- W4366088878 hasConcept C204787440 @default.
- W4366088878 hasConcept C2778597767 @default.
- W4366088878 hasConcept C2779232237 @default.
- W4366088878 hasConcept C2780822416 @default.
- W4366088878 hasConcept C2781186746 @default.
- W4366088878 hasConcept C31903555 @default.
- W4366088878 hasConcept C55493867 @default.
- W4366088878 hasConcept C59822182 @default.
- W4366088878 hasConcept C71924100 @default.
- W4366088878 hasConcept C86803240 @default.
- W4366088878 hasConcept C87073359 @default.
- W4366088878 hasConcept C95444343 @default.
- W4366088878 hasConceptScore W4366088878C100701293 @default.
- W4366088878 hasConceptScore W4366088878C119406331 @default.
- W4366088878 hasConceptScore W4366088878C142724271 @default.
- W4366088878 hasConceptScore W4366088878C144027150 @default.