Scan, discover, and learn about amazing creatures found in all the world's habitats. Slide the scanner across the page to discover what lies under the skin of the world’s most fascinating creatures! In Scanorama: Amazing Animals, readers will meet a variety of species from across the animal kingdom and learn about their astounding feats of strength, speed, and endurance. The five movable sliders transform the illustrated animals--including an anaconda, a thorny devil, and a blue whale—to reveal their skeletons, creating a virtual X-ray on the page. Captivating facts, photographs, and illustrations provide even more details on each animal, and interactive flaps to lift enhance the scan-tastic educational experience.

Dare to get close to the most dangerous animals on earth—and find out what lies beneath! On the pages of Scanorama: Deadly Predators, kids are treated to a virtual X-ray tour featuring some of the world's most dangerous animals. Five movable sliders transform illustrated animals into full-body scans that reveal their skeletons and show how they have come to rule their habitats. Featured animals include a tiger, a scorpion, and a great white shark; each animal is covered in detail through informative text, photographs, and illustrations. To learn about even more deadly creatures, readers can lift the flaps and discover what is hiding in wait, ready to pounce on its next victim!

When Jessica goes to the hospital after she breaks her arm, she learns about different X-ray techniques. Includes six actual X-ray images printed on film.

Ant is honored to receive an invitation to lion's annual dinner party, but is shocked when the other guests behave rudely and then accuse her of thinking only of herself.

This book provides an up-to-date review of classic and advanced bioinformatics approaches and their utility in rice research. It summarizes databases and tools for analyzing DNA, proteins and gene expression profiles, mapping genetic variations, annotation of protein and RNA molecules, phylogenetic analysis, and pathway enrichment. In addition, it presents high-throughput technologies that are widely used to provide deep insights into the genetic architecture of important traits in the rice genome. The book subsequently discusses techniques for identifying RNA-protein, DNA-protein interactions, and molecular markers, including SNP and microsatellites, in the contexts of rice breeding and genetics. Lastly, it explores various tools that are used to identify and characterize non-coding RNA in rice and their potential role in rice research.

What if the only way forward is to go back? Peter is stuck. The promise of his youth has petered out into a comfortable but lonely adulthood: his career is flat, his friendships exist only on Facebook and his romantic life is well past its expiry date. But one night, spurred on by a viewing of Back to the Future after one too many drinks, he has an idea—that he will just go back. Back to the moment when his path stretched out ahead of him; when happiness was an everyday feeling and not something to be chased. Back to when his worst problem was which pair of acid-washed jeans to wear; to when the perfect girl sat next to him in English class. Back to 1986. Fired up by his new mission, Peter packs up his life, turns off his cellphone and moves back into his teenage bedroom. He lets his hair grow long, stuffs himself into those same acid-washed jeans and resolutely ignores everything about the world that didn’t exist in the mid-eighties. Throwing himself into the project of restoring his small town’s old movie theatre, he hides his true objective from everyone—to get a second chance with the first (and only true) love of his life: that perfect girl beside him in English class, Jennifer. But time travel is never without its complications, especially when everyone else around you remains in the present. When even his perfect 1986 starts to show its cracks, Peter is finally forced to answer the question, can you ever truly go back?