This third book in a major series by a bestselling science fiction author, Printz Award winner, and National Book Award finalist is the gripping story of the most provocative character from his acclaimed novels Ship Breaker and The Drowned Cities.Tool, a half-man/half-beast designed for combat, is capable of so much more than his creators had ever dreamed. He has gone rogue from his pack of bioengineered "augments" and emerged a victorious leader of a pack of human soldier boys. But he is hunted relentlessly by someone determined to destroy him, who knows an alarming secret: Tool has found the way to resist his genetically ingrained impulses of submission and loyalty toward his masters... The time is coming when Tool will embark on an all-out war against those who have enslaved him. From one of science fiction's undisputed masters comes a riveting page-turner that pulls no punches."Suzanne Collins may have put dystopian literature on the YA map with 'The Hunger Games'...but Bacigalupi is one of the genre's masters, employing inventively terrifying details in equally imaginative story lines."--Los Angeles Times.
In an alternate 1914 Europe, fifteen-year-old Austrian Prince Alek, on the run from the Clanker Powers who are attempting to take over the globe using mechanical machinery, forms an uneasy alliance with Deryn who, disguised as a boy to join the British Air Service, is learning to fly genetically-engineered beasts.
The time has come for Max, Fang, Iggy, Nudge, Gasman, and Angel to face their ultimate enemy and, despite many obstacles, try to save the world from a sinister plan to re-engineer a select population into a scientifically superior master race.
Heartbroken after her best friend and soul mate, Fang, leaves her flock, Maximum Ride begins to believe the evil scientists trying to convince her she needs to save the world, and that Dylan, the newest member of her flock, is her perfect mate.
"Genetic engineering refers to the ability to manipulate DNA, and ever since its invention in the 1970s it has been a source of controversy. Some argue that it allows scientists to 'play God,' which could have unintended negative consequences. However, genetic engineering also offers the potential to significantly advance the fields of medicine and agriculture. Through modifying genes, certain types of diseases and conditions could potentially be prevented or treated in a process known as gene therapy. In agriculture, genetic engineering has enabled the development of genetically modified (GM) crops, which can be more resistant to pests and extreme weather. This volume looks at the science and controversy surrounding this timely issue"--Provided by publisher.
"Genetic engineering-the rearranging of bits of DNA-has helped crops survive droughts and decreased the need for pesticides. It has helped make the production of human insulin possible for people with diabetes. And many in the field are seeking even more treatments and cures for a variety of diseases. Those interested in a career in genetic engineering or just wondering more about how the process works will find lots of interesting information in this accessible text supported by informative photographs and images, enlightening sidebars, and truly fascinating fact boxes"--.
