Genetic Science

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.

Already faster and more powerful than the last 17 species that they have destroyed or subjugated, the Krall have set their sights on humankind. After testing humans on their future home world of Koban and finding them worthy opponents, the Krall start a war of slow extermination with the rest of humanity. The war is intended to last generations as they apply their own version of "natural selection" to cull their weaker warriors in combat, purifying the Krall gene pool with their finest warriors for breeding.

The desire for dignity is universal and powerful. It is a motivating force behind all human interaction - in families, in communities, in the business world, and in relationships at the international level. When dignity is violated, the response is likely to involve aggression, even violence, hatred, and vengeance. On the other hand, when people treat one another with dignity, they become more connected and are able to create more meaningful relationships.

A prototype with a fierce primary directive: Protect her. Oliver is a super-computer built inside a supermodel body; the most luxurious android invented to date. Left collecting dust in storage because of a packaging error, he's finally activated from his prolonged sleep, eager to please his beautiful new owner. But she's running from a toxic past, and it's catching up to her. His directives are clear: Care for Becca. Protect her. It should be illegal for an artificial man to be as gorgeous as Oliver is.

In near-future Baltimore, scientific breakthroughs in genetic engineering promise to cure the incurable. But these new technologies are not without a dark side. Powerful criminal organizations thrive on peddling illicit genetic wares, waging an underground war unlike any the city has ever seen.

Escaping from deranged cyborgs and a malcontent artificial intelligence had been the run of Daisy’s life, but one from which she had miraculously come out the other side, and in one piece, no less. Unfortunately for her, she had survived that ordeal only to find herself in a far deeper mess. With an even more dangerous turn of events throwing her in harm’s way, Daisy’s original plight was now dwarfed by the new issues at hand.

The seemingly endless war with the Grutex has caused many inconveniences for Amanda, but none of those have been as bad as losing the funding for the project she is working on, which is supposed to help save humanity. When she foolishly risks her life to continue her research, Amanda is thrown into the path of an alien, the likes of which she has never seen, who claims she is his mate. The problem is, he isn’t the only one making that claim.

In a near-future world, a new technological therapy is quickly eradicating cancer. The body’s cells are entirely replaced with nanites—robot or android cells which not only cure those afflicted but leaves them virtually immortal. Literary researcher Yonghun teaches an AI how to understand poetry and creates a living, thinking machine he names Panit, meaning Beloved, in honor of his husband. When Yonghun—himself a recipient of nanotherapy—mysteriously vanishes into thin air and then just as suddenly reappears, the event raises disturbing questions.

From the very beginning, life on Earth has been defined by war. Today, those first wars continue to be fought around and literally inside us, influencing our individual behavior and that of civilization as a whole. War between populations - whether between different species or between rival groups of humans - is seen as an inevitable part of the evolutionary process. The popular concept of "the survival of the fittest" explains and often excuses these actions.

Short, sassy, and bold, Mean Genes reveals that our struggles for self-improvement are, in fact, battles against our own genes - genes that helped our distant ancestors flourish, but are selfish and out of place in the modern world.

When Raisa Hopeland, determined to win her race to become the next electromancer of London, bumps into Amon Brightbourne―tweed-suited, otherworldly, guided by the Grace―in the middle of a London riot, she sets in motion a series of events which will span decades, continents, and a series of events which will change the world.

When a death in the family pulls King away, and the rest of the team is sent on a mission, Fort Bragg is attacked by a strange and overwhelming force. When the dust settles, Fiona is gone. The attack is part of a larger offensive. Around the world, the last speakers of ancient languages are being systematically exterminated. As they fight to find the mastermind behind the killings and Fiona's kidnapping, the team is hunted by strange creatures that defy explanation.

Brian and Deborah Charlesworth provide a clear and concise summary of the process of evolution by natural selection, and how natural selection gives rise to adaptations and eventually, over many generations, to new species. They introduce the central concepts of the field of evolutionary biology, as they have developed since Darwin and Wallace on the subject, over 140 years ago, and discuss some of the remaining questions regarding processes.

In this sequel to Pulse, a genetic disease known as Brugada Syndrome kills its victims without warning, without symptom. When the president of the United States falls victim to a weaponized and contagious strain of the disease, the Chess Team - King, Queen, Rook, Knight, and Bishop - are assigned to protect Sara Fogg, a CDC detective, as she journeys to the source of the new strain: the Annamite Mountains in Vietnam.

Prepare for a mind-expanding journey. Discover how intelligence evolved, starting from DNA and RNA genesis, all the way to the rise of machines. Imagine a world where evolutionary principles influence machine learning algorithms, crafting Artificial General Intelligence (AGI). This provocative exploration delves deep into evolution, unlocking parallels between natural selection and the birth of computing intelligence. The narrative charts an exhilarating course from the dawn of life to an AGI-dominated future.

Dinosaurs. Majestic giants. They’ve captured our imagination for generations. On planet Mintari, they live again. Mintari is far from Earth. Wild. Pristine. A world where triceratops herd across grasslands, pterosaurs soar over golden mountains, and T-rexes prowl the misty forests. But these magnificent beasts might soon disappear. And only one man can save them. They call him Jurassic Joe; a semi-mythical figure, a ranger who lives in the wilderness of Mintari. He is the defender of dinosaurs and the bane of poachers. A folk hero...but is he real?

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.

"It's the animal in us," we often hear when we've been bad. But why not when we're good? Primates and Philosophers tackles this question by exploring the biological foundations of one of humanity's most valued traits: morality.In this provocative book, primatologist Frans de Waal argues that modern-day evolutionary biology takes far too dim a view of the natural world, emphasizing our "selfish" genes.

It has been six years since plague, famine, and war ravaged the planet. World powers have collapsed. The human population has been reduced by 90 percent, and those who survived must always contend with a novel apex predator: human beings whose very DNA has been radically altered by the plague.

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.