Guide to Plant Single-Cell Technology

Capture the future of plant biology with Guide to Plant Single-Cell Technology by Jen-Tsung Chen. This authoritative, accessible manual invites plant scientists, graduate students, and lab technicians to master single-cell approaches that are transforming plant genomics and crop research worldwide.

Start with clear explanations of core principles—single-cell RNA sequencing, nuclei isolation, protoplasting strategies, and spatial transcriptomics—presented in plain, actionable language. Practical chapters walk you through sample preparation, experimental design, quality control, and troubleshooting, while integrated protocol highlights reduce trial-and-error in the lab. Complementing wet-lab guidance, concise primers on data processing introduce bioinformatics workflows, basic scripting tips, and visualization methods suited to common plant genomes.

Designed for immediate application, the guide emphasizes real-world use cases: dissecting developmental processes, mapping stress-response pathways, and accelerating trait discovery for breeding programs. Whether you work in academic labs in North America, crop research centers in Asia, or biotechnology teams in Europe, this book bridges method and mission—helping teams generate reproducible single-cell datasets that drive agronomic innovation.

Readable, professionally edited, and richly focused on practical outcomes, Guide to Plant Single-Cell Technology equips you to design experiments, interpret complex data, and translate cellular-level insights to crop improvement. Add this essential resource to your library today and take the next step toward precise, single-cell-driven plant science.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.