Genetic Science

In a society where everyone's DNA determines their destiny, being a Natural means automatic relegation to the gritty and dangerous Outskirts. Born a Natural, Lee Urban was adopted into the Enhanced high society of the Asian Federation and forced to conceal her genetic roots. When her dream of attending Peking University becomes a reality, she is determined to go despite a warning from a mysterious source. Targeted by a hacker bent on exposing her true DNA, Urban faces off with an Artificial Intelligence Game that puts her—and her lies—to the test.

In Hurricane Lizards and Plastic Squid, biologist Thor Hanson tells the remarkable story of how plants and animals are responding to climate change: adjusting, evolving, and sometimes dying out. Anole lizards have grown larger toe pads, to grip more tightly in frequent hurricanes. Warm waters cause the development of Humboldt squid to alter so dramatically that fishermen mistake them for different species. Brown pelicans move north, and long-spined sea urchins south, to find cooler homes.

World renowned scientist Carl Sagan and acclaimed author Ann Druyan have written a Roots for the human species, a lucid and riveting account of how humans got to be the way we are. It shows with humor and drama that many of our key traits - self-awareness, technology, family ties, submission to authority, hatred for those a little different from ourselves, reason, and ethics - are rooted in the deep past, and illuminated by our kinship with other animals.

In a world ravaged by a devastating attack, the remnants of humanity are barely clinging to existence. Months have passed since the enemy unleashed hordes of murderous creations that now engulf the planet. Amidst the chaos, One renegade group takes refuge on Earth's last remaining space vessels, orbiting above the desolate wastelands. They are Banshee Team, and they are a lone beacon of hope in the face of annihilation. They are committed to uncovering the truth behind the brutal attacks and lend their expertise to turn the tide of this merciless battle.

All of us would like to live longer, or to slow the debilitating effects of age. In How We Age, Coleen Murphy shows how recent research on longevity and aging may be bringing us closer to this goal. Murphy, a leading scholar of aging, explains that the study of model systems, particularly simple invertebrate animals, combined with breakthroughs in genomic methods, have allowed scientists to probe the molecular mechanisms of longevity and aging.

The scientific evidence behind why maintaining a lifestyle more like that of our ancestors will restore our health and well-being. In Go Wild, Harvard Medical School Professor John Ratey, MD, and journalist Richard Manning reveal that although civilization has rapidly evolved, our bodies have not kept pace.

As the new story begins, Leeds and his "aspects" are hired by I3 (Innovative Information Incorporated) to recover a corpse stolen from the local morgue. But there's a catch. The corpse is that of a pioneer in the field of experimental biotechnology, a man whose work concerned the use of the human body as a massive storage device. He may have embedded something in the cells of his now dead body. And that something might be dangerous.

The domestic cat—your cat—has, from its evolutionary origins in Africa, been transformed in comparatively little time into one of the most successful and diverse species on the planet. Jonathan Losos, writing as both a scientist and a cat lover, explores how researchers today are unraveling the secrets of the cat, past and present, using all the tools of modern technology, from GPS tracking (you’d be amazed where those backyard cats roam) and genomics (what is your so-called Siamese cat . . . really?) to forensic archaeology.

Every dog lover knows the feeling. The nuzzle of a dog’s nose, the warmth of them lying at our feet, even their whining when they want to get up on the bed. It really seems like our dogs love us, too. But for years, scientists have resisted that conclusion, warning against anthropomorphizing our pets. Enter Clive Wynne, a pioneering canine behaviorist whose research is helping to usher in a new era: one in which love, not intelligence or submissiveness, is at the heart of the human-canine relationship.

In the not so distant future, strides are being made in the research for a cure for malaria, but mishandling specimens releases a lethal virus that threatens the world. Jesse, teen prodigy dealing with the recent loss of her father in a fire, is a white hat hacker that is trapped with her service dog in the facility with an AI out to destroy her and an airborne plague. Will she be able to overcome the rouge AI, a potential pandemic, and her own dark isolation to save the world?

What is animal welfare? This concise and accessible guide is for anyone who is interested in animals and who has wondered how we can assess their welfare scientifically. It defines animal welfare as "health and animals having what they want", a definition that can be easily understood by scientists and non-scientists alike, expresses in simple words what underlies many existing definitions, and shows what evidence we need to collect to improve animal welfare in practice. Above all, it puts the animal's own point of view at the heart of an assessment of its welfare.

No more Dark Mode. That’s what Bran had promised Kat—and made her promise him. Which was their shorthand for, “Let’s stop killing people.” But that’s easier said than done when your friend is a hybrid: part human, and part mutated apex predator. Wounded and on the run from their former lives in Northern California, Bran and Kat find themselves in the Oregon wilderness, searching for a place to call home—a place where they can escape their past, with people that will accept Kat for what she is. So it seems like a miracle when they stumble across an old monastery.

Seventy years ago, Erwin Schrdinger posed a simple, yet profound, question: What is life?. How could the very existence of such extraordinary chemical systems be understood? This problem has puzzled biologists and physical scientists both before, and ever since. Living things are hugely complex and have unique properties, such as self-maintenance and apparently purposeful behaviour which we do not see in inert matter. So how does chemistry give rise to biology?

Geophysicist Jack Greer believes he may finally have found the resting place of the meteorite that wiped out the dinosaurs sixty-five million years ago. A few miles off the Yucatán coast, Jack and a team of scientists tow an aging drilling platform over the impact crater with the aim of securing a sample. But buried deep beneath the earth lies a shocking discovery that threatens to shatter everything we think we know about the origins of our species.

Drew Bergen is an Engineer. He builds living things, one gene at a time. He’s also kind of a doofus. Six years after the Stupid War—a bloody, inconclusive clash between the Engineered and the UnAltered—that’s a dangerous combination. Hannah is Drew’s greatest project, modified in utero to be just a bit more than human. She’s also his daughter. Drew’s working on a new project now. He thinks his team is developing a spiffy new strain of corn, but Hannah’s classmate and her mysterious companion disagree. They think he’s cooking up the end of the world.

Who are we, and how did we get here? These are two of the most fundamental and far-reaching questions facing scientists and cosmologists alike and have rested at the center of human intellectual endeavor since its beginning. They are questions that stretch across numerous disciplines. Philosophy, theology, evolutionary biology, and mathematics are just some of the fields looking to explain the emergence of human life.

Hace 13.000 años la evolución de las distintas sociedades humanas comenzó a tomar rumbos diferentes. La temprana domesticación de animales y el cultivo de plantas silvestres en el Creciente Fértil, China, Mesoamérica y otras zonas geográficas otorgó una ventaja inicial a sus habitantes. Sin embargo, los orígenes localizados de la agricultura y la ganadería son solo una parte de la explicación de los diferentes destinos. Las sociedades que superaron esta fase de cazadores-recolectores se encontraron con más probabilidades de desarrollo, supervivencia y poder bélico.

Martine is a genetically cloned replica made from Evelyn Caldwell’s award-winning research. She’s patient and gentle and obedient. She’s everything Evelyn swore she’d never be. And she’s having an affair with Evelyn’s husband. Now, the cheating bastard is dead, and both Caldwell wives have a mess to clean up. Good thing Evelyn Caldwell is used to getting her hands dirty.

The cells in our bodies consist of molecules, made up of the same carbon, oxygen, and hydrogen atoms found in air and rocks. But molecules, such as water and sugar, are not alive. So how do our cells - assemblies of otherwise "dead" molecules - come to life, and together constitute a living being? In Life’s Ratchet, physicist Peter M. Hoffmann locates the answer to this age-old question at the nanoscale.

When the Imminy fleets arrived at Primitea, there was only one name to rally under: the Bloodmancer. With Arthur and Fars at his side, Richard Stavos had become so much more than a Technomancer. His powers had grown beyond what the Guild could have ever taught him. The war had reached every corner of the Galaxy. The Stavos family had to swing its iron fist against enemies in the far reaches of the void as much as against those on Primitea. While Freya took on the mantle of ruler at home, Richard Stavos took the war to the Federation.