Genetics in Medicine cover

Genetics in Medicine

Author: Solway, Andrew

Reading Metrics

Grade Level Upper Grades (UG 9-12)
Book Level 9.2
Points 2.0
Fiction/Nonfiction Nonfiction
Word Count 12667
Points per Word 0.000158
Page Count 64
Points per Page 0.03125

Description

Tracing the journey from gene structure to medical application, this volume explains how hereditary diseases are identified, treated, and the ethical questions that arise. It covers the experimental techniques used to manipulate genes, the current technologies driving modern medicine, and the future possibilities that could reshape healthcare. The clear, accessible narrative explains both the scientific principles and the societal implications of genetic breakthroughs.

Quick Summary

If you've ever wondered why you have your mom's eyes or your dad's sense of humor, this is the book that actually breaks it down without making your brain hurt. Solway covers everything from what genes actually are and how they work inside your cells, all the way to the wild history of genetic manipulation and where scientists might take things next. It's got that perfect balance of being genuinely educational but never feeling like homework, which makes it great for teens who want to understand CRISPR, genetic testing, or the ethics behind designer babies without wading through a textbook. Parents will appreciate that it tackles some pretty heavy topics like genetic disorders and medical decisions in a way that's accessible and thought-provoking without being scary or preachy. The AR level sits at 9.2, so it's really written for older middle schoolers and high schoolers who can handle some real science, but the writing stays friendly enough that curious younger readers might enjoy it with a little help. If you've already torn through anything by Mary Roach or enjoy science books that make you think about the weird implications of new technology, this one fits that same vibe. It's the kind of book that sparks real conversations at the dinner table, whether you're a kid trying to understand your own family traits or a parent trying to explain why genetics matters in today's world.