Sunghun Park is a Professor in the Department of Horticulture and Natural Resources at Kansas State University, United States. He earned his PhD in Plant Physiology from Texas A&M University in 1995. His research focuses on gene function analysis, comparative genome-wide transcriptional profiling, and redox-mediated plant adaptation to abiotic stress and physiological disorders in crops. He has established Agrobacterium-mediated transformation systems in multiple crop species to investigate the genetic basis of plant phenotypes. With more than 30 years of experience in plant tissue culture and genetic transformation, Dr. Park combines fundamental studies in plant cell physiology with applied research aimed at improving crop productivity and nutritional quality through genomic and biotechnological approaches.

• 1. History of plant tissue culture2. Setup of a tissue culture laboratory3. Media components and preparation4. Explant preparation5. Contamination6. Callus induction7. Regeneration and morphogenesis8. Woody shrubs and trees9. Haploid plants from another culture10. Embryo rescue11. Meristem culture for virus-free plants12. In Vitro propagation for commercial production of ornamentals13. Protoplast isolation and fusion14. Agrobacterium-mediated transformation of plants14-1. Petunia or tobacco leaf disk14-2. Petunia shoot apex14-3. Tobacco leaf infiltration14-4. Arabidopsis floral dip transformation14-5. Dicot plant-based techniques and experiments14-6. Rice transformation techniques and experiments15. Genome edition and RNAi15-1. Tomato genome edition15.2. Lettuce RNAi

Sunghun Park is a Professor in the Department of Horticulture and Natural Resources at Kansas State University, United States. He earned his PhD in Plant Physiology from Texas A&M University in 1995. His research focuses on gene function analysis, comparative genome-wide transcriptional profiling, and redox-mediated plant adaptation to abiotic stress and physiological disorders in crops. He has established Agrobacterium-mediated transformation systems in multiple crop species to investigate the genetic basis of plant phenotypes. With more than 30 years of experience in plant tissue culture and genetic transformation, Dr. Park combines fundamental studies in plant cell physiology with applied research aimed at improving crop productivity and nutritional quality through genomic and biotechnological approaches.

• 1. History of plant tissue culture2. Setup of a tissue culture laboratory3. Media components and preparation4. Explant preparation5. Contamination6. Callus induction7. Regeneration and morphogenesis8. Woody shrubs and trees9. Haploid plants from another culture10. Embryo rescue11. Meristem culture for virus-free plants12. In Vitro propagation for commercial production of ornamentals13. Protoplast isolation and fusion14. Agrobacterium-mediated transformation of plants14-1. Petunia or tobacco leaf disk14-2. Petunia shoot apex14-3. Tobacco leaf infiltration14-4. Arabidopsis floral dip transformation14-5. Dicot plant-based techniques and experiments14-6. Rice transformation techniques and experiments15. Genome edition and RNAi15-1. Tomato genome edition15.2. Lettuce RNAi

Sunghun Park is a Professor in the Department of Horticulture and Natural Resources at Kansas State University, United States. He earned his PhD in Plant Physiology from Texas A&M University in 1995. His research focuses on gene function analysis, comparative genome-wide transcriptional profiling, and redox-mediated plant adaptation to abiotic stress and physiological disorders in crops. He has established Agrobacterium-mediated transformation systems in multiple crop species to investigate the genetic basis of plant phenotypes. With more than 30 years of experience in plant tissue culture and genetic transformation, Dr. Park combines fundamental studies in plant cell physiology with applied research aimed at improving crop productivity and nutritional quality through genomic and biotechnological approaches.

• 1. History of plant tissue culture2. Setup of a tissue culture laboratory3. Media components and preparation4. Explant preparation5. Contamination6. Callus induction7. Regeneration and morphogenesis8. Woody shrubs and trees9. Haploid plants from another culture10. Embryo rescue11. Meristem culture for virus-free plants12. In Vitro propagation for commercial production of ornamentals13. Protoplast isolation and fusion14. Agrobacterium-mediated transformation of plants14-1. Petunia or tobacco leaf disk14-2. Petunia shoot apex14-3. Tobacco leaf infiltration14-4. Arabidopsis floral dip transformation14-5. Dicot plant-based techniques and experiments14-6. Rice transformation techniques and experiments15. Genome edition and RNAi15-1. Tomato genome edition15.2. Lettuce RNAi