Brain Power: A Toolkit to Understand and Train Your Brain by Dr. Ranj Singh - Ages 7-9 -PB

Details. Condition: New. Format: Paperback. ISBN: 9781526362971. Publisher: Wren & Rook. Age Range: 7-9 years. Overview. Brain Power: A Toolkit to Understand and Train Your Brain is an empowering, inclusive science guide written by NHS paediatrician and Sunday Times bestselling author Dr. Ranj Singh. Designed for curious young readers aged 7-9, this paperback breaks down how the brain works using warm, accessible language, fascinating facts, and hands-on activities. Featuring dyslexia-friendly design and two-colour illustrations by David O'Connell, it celebrates every brain as unique and worth understanding.. About the Book. Brains don't look like much at first glance, but as Dr. Ranj reveals, they are more powerful than any supercomputer and endlessly fascinating. This book invites young readers to discover why some skills come more easily than others, how to bounce back from setbacks, why we experience certain emotions and how to manage the tricky ones, and how to keep the brain in top condition for learning and growing up happy. Rather than delivering dry facts, Dr. Ranj explains everyday mysteries — why some people are left-handed, where dreams come from, what causes pins and needles — using relatable examples, short experiments, and a genuinely warm, encouraging tone. Insights from neurodiverse young people are woven throughout, helping every reader see their own brain reflected and valued. Covering memory, sleep, senses, emotions and mental wellbeing, the book turns complex neuroscience into practical, memorable takeaways that children can apply straight away. The dyslexia-friendly layout and bright illustrations make it approachable for reluctant readers too, while the toolkit format means children can dip in and out or work through it cover to cover. It's an ideal companion for home, school, or the library shelf, supporting both academic curiosity and emotional wellbeing conversations at a pivotal age.. Accessible science: Complex neuroscience broken into bi