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This book discusses validated in-vitro biotechnological interventions that have reshaped the landscape of plant genetic resource conservation. It covers essential topics such as collection processes, disease indexing, in-vitro culture establishment, multiplication techniques, and storage solutions ranging from short- to long-term strategies like cryopreservation. By addressing the challenges of ex-situ conservation management, this work offers a guide to preserving rare and endangered plants against the backdrop of climate change and unsustainable utilization. The chapters delve into critical themes such as slow growth strategies and synthetic seed technology for mid-term storage solutions.
This book is for academicians, postgraduate students, and researchers in botany and plant biotechnology sectors, as well as molecular biologists and conservation enthusiasts.
List of contents
Chapter 1. Advancements in In Vitro Seed Germination of Rare, Endangered Plants: Optimization Methods and Environmental Factors.- Chapter 2. Slow-Growth Strategies for Prolonged Storage for Conservation of Rare and Endangered Germplasm.- Chapter 3. Cryopreservation of cell suspension cultures and protoplasts.- Chapter 4. Conserving the Genetic Resources of Exceptional Plant Species Through Pollen Banking.- Chapter 5. Pollen Cryobank As An Additional Strategy For Conservation Of Genetic Resource: A Case Study On Papaya.- Chapter 6. Cryopreservation of Embryos and Embryogenic Samples to Conserve Plant Genetic Resources.- Chapter 7. Conserving Aesthetics: Cryopreservation of Ornamental Plant Genetic Resources.- Chapter 8. Progress, Challenges and Prospects of In Vitro Conservation of Tree Species Using Non-Embryonic Tissue and Organs.- Chapter 9. Biotechnological Approaches For In Vitro Conservation of Petiveria alliacea Germplasm.- Chapter 10. Multi-Omics Approaches for Conservation of Endangered Orchids: Advances, Applications, and Future Prospects.
About the author
Saikat Gantait
is an assistant professor at Crop Research Unit (Genetics and Plant Breeding), Bidhan Chandra Krishi Viswavidyalaya, India. Following the completion of his PhD in biotechnology from BCKV, he gained advanced research experience on
in vitro
germplasm conservation at Universiti Putra Malaysia during his post-doctoral work. His 18-year research work so far includes plant tissue culture, induced mutagenesis and polyploidization, encapsulation/synthetic seed and cryopreservation of plant germplasms. To date, Dr. Gantait has published more than 170 articles/chapters/books in peer-reviewed journals and books.
Paweł Chmielarz
is a professor in natural sciences, working at the Institute of Dendrology, Polish Academy of Sciences, Poland. His research focuses on seed biology, plant
in vitro
culture, cryopreservation, germplasm
ex situ
conservation, and epigenetics. He served as an expert on cryopreservation in the Scientific Board of the Kostrzyca Forest Gene Bank. He examines seeds and seedlings of forest tree species in changing climates. Working on the plant in vitro culture, he cloned 800-year-old monumental oaks. To date, Prof. Chmielarz has published more than 90 articles/chapters in peer-reviewed journals and books.
Summary
This book discusses validated
in-vitro
biotechnological interventions that have reshaped the landscape of plant genetic resource conservation. It covers essential topics such as collection processes, disease indexing,
in-vitro
culture establishment, multiplication techniques, and storage solutions ranging from short- to long-term strategies like cryopreservation. By addressing the challenges of
ex-situ
conservation management, this work offers a guide to preserving rare and endangered plants against the backdrop of climate change and unsustainable utilization. The chapters delve into critical themes such as slow growth strategies and synthetic seed technology for mid-term storage solutions.
This book is for academicians, postgraduate students, and researchers in botany and plant biotechnology sectors, as well as molecular biologists and conservation enthusiasts.
