Books with title You Wouldn't Want To Live Without Antibiotics!

Although they don't get the glory, nurses are just as important as doctors.This series takes readers (Ages 8-12) on a historical journey, examining how people coped in the past and how they developed ingenious ways to make life safer and less unpleasant. Each book features full-color cartoon-style illustrations and hilarious speech bubbles to heighten interest, making the series attractive even to reluctant readers.For thousands of years, nurses have tended to the sick and the wounded. They look after us in hospital, making sure that we have everything we need to make a quick and complete recovery. When we're ill for a long time, they visit us at home to carry on our treatment. They keep wards organized, comfort relatives, and cheer us up when we're bored of laying in hospital beds all day. You wouldn't want to live without nurses!

Imagine living in a world without pain.This series takes readers (Ages 8-12) on a historical journey, examining how people coped in the past and how they developed ingenious ways to make life safer and less unpleasant. Each book features full-color cartoon-style illustrations and hilarious speech bubbles to heighten interest, making the series attractive even to reluctant readers.You wouldn't get headaches or stomach aches, and it wouldn't hurt when you cut yourself or touched something hot. A pain-free world may sound wonderful, but if pain did not exist, our lives would be very dangerous. We probably wouldn't survive for long. We would certainly be less healthy. And, just perhaps, we'd feel less good about ourselves. Learn about the science behind how our bodies are able to experience pain, the ways pain helps us to stay safe, and the ghastly reality of life before modern painkillers.

What if we didn't have snot and mucus? The insides of our bodies would be very dry, and we would find it hard to digest our food. We would also quickly become sick, because mucus protects us from dirt in the air that we breathe. But what exactly is this sticky, slimy stuff and why do we produce more of it when we have a cold? And what do animals like slugs and snails do with their mucus? You might find it a bit gross, but you wouldn't want to live without it! You Wouldn't Want to Live Without Snot! is part of a brand-new science and technology strand within the internationally acclaimed You Wouldn't Want to Be series. The clear, engaging text and humorous illustrations bring the subject to life and stimulate young readers' curiosity about the world around them.

FOR USE IN SCHOOLS AND LIBRARIES ONLY. Most people spend a third of their life sleeping-around 25 years or more! Sleeping is essential for health and happiness, but no one really knows why we do it or why we have strange dreams. Read on to learn about sleep studies, the benefits of sleep, and what can happen if we don't get enough sleep. Excerpts from Experts: Too much ""floppy"" tissue in our throat or nose can make us snore. The reef fish Halichoeres bivittatus is one of the world's deepest sleepers and can be lifted to the water's surface by hand without waking up. Leonardo da Vinci survived on two hours' sleep a day in short power naps. A good night's sleep before a test can help with critical thinking.

You don't really get a choice about gravity. If you live on Earth, you're going to have to live with it.This series takes readers (Ages 8-12) on a historical journey, examining how people coped in the past and how they developed ingenious ways to make life safer and less unpleasant. Each book features full-color cartoon-style illustrations and hilarious speech bubbles to heighten interest, making the series attractive even to reluctant readers.If you become an astronaut, you might get to escape from gravity for a while, but it will be waiting for you when you get home. But gravity does a lot of useful things - such as keeping us on the Earth and holding the entire universe together! Learn how gravity was discovered and why it helps us to understand everything from how toothpaste comes out of the tube to the movements of the planets.