Plant biotechnology offers innovative approaches to enhancing the production and efficacy of medicinal plants. This book explores the intersection of pharmacognosy and plant biotechnology, focusing on the use of biotechnological techniques to improve the yield, quality, and sustainability of medicinal plant resources. It covers topics such as genetic engineering, tissue culture, molecular markers, and metabolic engineering applied to medicinal plants. Designed for biotechnologists, pharmacognosists, and pharmaceutical scientists, it highlights the potential of plant biotechnology to advance pharmacognosy and enhance the availability of effective herbal medicines.
Stephanie Allen integrates pharmacognosy with plant biotechnology to enhance the production and efficacy of plant-based dermatological treatments. Her research focuses on using biotechnological methods like genetic engineering and tissue culture to optimize the extraction and production of bioactive plant compounds. Stephanie has published extensively on improving the yield and consistency of medicinal plants through biotechnological advancements. She also provides guidelines for clinicians and researchers to leverage plant biotechnology in developing effective and scalable dermatological therapies, promoting innovative and reliable plant-based treatments.