Non-coding RNA in Plants

Non-coding RNA in Plants by Rahul Datta, Chintan Kapadia, Subhan Danish, and Sachidanand Singh is an authoritative guide into the rapidly evolving world of plant regulatory RNA. Ideal for researchers, graduate students, and agronomists, this book brings clarity to complex mechanisms—microRNAs, siRNAs, lncRNAs and other non-coding RNA species—that control development, stress responses, and yield in crops.

Begin with engaging, real-world context: why non-coding RNA matters for modern agriculture across India, Asia, Africa, Europe, and the Americas. The authors translate cutting-edge molecular biology into practical insight, explaining how ncRNA pathways influence gene expression, pathogen resistance, and adaptation to drought or salinity. Clear diagrams and concise explanations illuminate experimental approaches and bioinformatics strategies used to identify and validate functional RNAs.

Beyond theory, the text connects science to application. Learn how ncRNA research informs crop improvement, precision breeding, and sustainable agronomy—vital for researchers working on staple crops and horticulture alike. Each chapter builds competence with stepwise explanations of techniques, interpretation of sequencing data, and considerations for field-relevant experiments.

Whether you’re establishing a lab project, preparing a thesis, or advising crop programs, this book is a practical companion that balances conceptual depth with usability. Authored by experts Rahul Datta, Chintan Kapadia, Subhan Danish, and Sachidanand Singh, it’s a must-have reference for plant molecular biology collections and university courses.

Add Non-coding RNA in Plants to your library today to strengthen research, teaching, and crop innovation with the latest perspectives on regulatory RNA in plants.

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