Ginseng Genome

Tae-Jin Yang is a professor in the department of Agriculture, Forestry and Bioresources at Seoul National University since 2006. Before, he worked as researcher in rural development administration, Korea, for 10 years. He studied for Bachelor, Master and Ph.D. at Seoul National University. He did research as postdoctoral researcher at Clemson University and Arizona University Genomics institute for 4 years.His research interests are on the plant genomics, evolution, and molecular breeding. He involved in genome sequencing of rice and Brassica crops. He reported high quality genome sequences and evolution of Panax ginseng. He developed novel NGS-based pipeline for high throughput complete sequencing of plastid and nuclear ribosomal DNA, simultaneously, which is useful for phylogenomics. Recently, he is doing genome sequencing for many medicinal plants such as Cynanchum species, Panax relatives, Pucedanum japonicus as well as genomics-guided molecular breeding for the plants. He is also developing unique DNA markers using the complete sequences of CP genomes and ribosomal DNA and chemical markers to authenticate Hao-yu Hu is a research assistant in the Pharmacognosy Research Center, Institute of Chinese Materia Medica, China Academy of Chinese Medical Sciences since 2017. Before, he studied for Bachelor and PhD at Sichuan University. Throughout this period, he focused mostly on plant taxonomy, flora, biogeography and evolution, and accumulated a wealth of favorable experience in field work and plant identification. His research interests are on the natural resources study of Chinese materia medica, especially resources, diversity and relationships of medicinal plants and their wild relatives. Recently, he mostly focuses in research works on natural resources conservation, cultivation and molecular aided breeding of Panax ginseng, as well as identification and adulterants authentication ofprecious TCM.

• Chapter 1. The Introduction of Ginseng (The Origin, Distribution, Cultivation and Economics Importance).- Chapter 2. Ginseng Phytochemistry, Pharmaceutical Application and Industry.- Chapter 3. Molecular Identification of Ginseng.- Chapter 4. Breeding of Ginseng.- Chapter 5. Ginseng Genome & Metabolic Genes.- Chapter 6. Ginseng Genome Structure & Evolution.- Chapter 7. Chloroplast Genome Diversity in The Panax Genus.- Chapter 8. Transcriptome of Ginseng.- Chapter 9. Metabolic Dynamics and Ginsenoside Biosynthesis.- Chapter 10. Genomic Resources for Ginseng.- Chapter 11. Cytogenetics and Evolution of Repeats.- Chapter 12. Genomes of Other Species in Panax.- Chapter 13. Rhizospheric Metagenomics of Ginseng.- Chapter 14. Synthetic Biology of Ginsenosides.- Chapter 15. Gut Microbiome for Ginseng Medicine.- Chapter 16. Functional Genomics of Ginseng Anti-Disease.