Single-Molecule Imaging of R-Loop Formation in Real-Time: A CRISPR/CAS9 APPROACH: An Advanced Text-Cum-Reference Book for Academia and Generals

By Rickbed Nandi

A Note to the Reader
This book, Single-Molecule Imaging of R-loop Formation in Real-Time, has been crafted to serve both as a comprehensive resource for established researchers in molecular biology and biophysics, and as an accessible guide for graduate students and emerging professionals seeking to deepen their understanding of nucleic acid dynamics and genomic stability.
Throughout its chapters, you will encounter detailed theoretical discussions paired with practical experimental insights. Emphasis has been placed not merely on presenting established knowledge, but also on critically examining evolving methodologies, recent technological breakthroughs, and the ongoing challenges inherent in single-molecule research. Readers are thus encouraged to approach the material with curiosity and a critical mindset, recognizing both the potentials and limitations of current scientific knowledge.
The structure of the book has been meticulously designed for clarity and ease of navigation. Each chapter is self-contained yet thematically interconnected, allowing for focused study as well as integrative understanding across topics. Detailed practical protocols and methodological discussions are included to support laboratory implementation and experimentation.
In exploring the complexities of R-loops at the single-molecule level, you are invited into a rapidly developing field that continues to redefine our understanding of genetic regulation, genome stability, and disease pathogenesis. It is my sincere hope that this volume will inspire further exploration, collaboration, and innovation, driving forward our collective scientific inquiry into the remarkable intricacies of molecular biology.

• Format: Paperback
• Language: English
• ISBN: B0FD9G57HW
• ISBN13: 9798288165702
• Release Date: June 2025
• Publisher: Independently Published
• Length: 448 Pages
• Weight: 1.82 lbs.
• Dimensions: 1.2" x 6.0" x 9.0"