Viruses mutate. Some mutations are worse than others. Ebola, one of the most feared of the hemorrhagic diseases, begins spreading across the borders of countries in West Africa. Soon after, the disease mutates into the “Z” or Zombie Virus. Journalist Hunter Morgan uncovers a disturbing connection between Chen-Zamora Pharmaceuticals and this mutation. Further investigation reveals a web of sinister intrigue connecting the pharmaceutical company to a treatment and research camp in West Africa, U.S. government officials, the CDC and the World Health Organization. Racing against time to find a cure, Hunter and several scientists go underground in order to hide from powerful forces trying to silence them forever. Boxed Set of NOVELETTES and NOVELLAS. GENRES: Apocalyptic Science Fiction, Zombie Fiction, Conspiracy Fiction, Horror. REVIEWS: Book #1, Mutation Z: The Ebola Zombies: “The plot sucked me in, as it was well done and believable. This take on the pandemic angle was well done, and an interesting to see a zombie outbreak from start. I have to say this kept me on the edge of my seat, and made me want to wash my hands repeatedly.” – Shandy Jo, Mama Knows Books “I am VERY excited to hear that this novelette will be growing into a series! Especially because of the ending that leaves you with buggy eyes and an impressive jaw gape.” – Rebecca Engelmann, Sister Sinister Speaks blog Book #2, Mutation Z: Closing the Borders: “Ms Peake delivered an enthralling read...Ms Peake pulls you into the story and keeps you reading with lots of action and twists to keep you on your toes.” – Shandy Jo at Mama Knows Books “This second book is as intense as the first one. And the addition of new characters and the spread of the disease build the suspense to a fever pitch.” – Laura, FUONLYKNEW Blog Book #3, Mutation Z: Protecting Our Own: “Electrifying: Science Gone Amuck” – Mallory Heart Reviews “Holy crap! / Just when you think things can’t get any crazier, they do. This is one intense series. I loved the first two books and this one is just as good, if not better.” – Laura, FUONLYKNEW Blog “The Mutation Z series is a must read for horror and dystopian lovers everywhere. The story grows better and better with each novella.” – Sherry Fundin, Blogger and Reviewer Book #4, Mutation Z: Drones Overhead: “Well, the author did it again. Kept me tearing through this episode, cringing, cheering, and hoping. Mutation Z is like zombie M&Ms. You can’t read just one and keep reaching for more.” – Laura, FUONLYKNEW Blog “Mutation Z: Drones Overhead by Marilyn Peake is the fourth novella in this zombie series that had me feeling like upchucking one minute and kicking ass the next.” – Sherry Fundin, Blogger and Reviewer Book #5, Mutation Z: Dragon in the Bunker: “Zombie horror, big government, a little bit of science fiction, and some modern cyber twists. Too good to pass up.” – Laura, FUONLYKNEW Blog Book #6, Mutation Z: Desperate Measures: “I almost didn’t want to start this one as it’s the final book and I didn’t want it to end. / I wondered who would survive, if they’d find a cure, whether the world could be saved. I didn’t have a clue how all of my questions would be answered. / The author did a bang up job of doing just that.” – Laura, FUONLYKNEW Blog “Marilyn Peake wraps up this novella series, exposing all the conspiracies and corruption, the perverted reasons for setting the zombies loose, and my juices were flowing as they pissed me off and sickened me beyond words, but left me with the faith that a…few good men/women can make all the difference in the world.” – Sherry Fundin, Blogger and Reviewer

Living with the Alien has become a fact of life—and death—as mankind expands throughout the galaxy. And no matter how each encounter with the deadly xenomorphs inevitably leads to disaster, man's hubris and greed just as inevitably fuel the desire to try to unlock the secrets of the demonic beasts' biology or bring the creatures under control as tools to build an even more monstrous future. Dark Horse Comics' critically acclaimed Aliens series set the bar for how the universe of a popular film could be expanded through graphic fiction. Aliens Omnibus Volume 5 collects more of these comics classics, featuring over 350 story pages in full color by some of the finest creators in graphic fiction. * Collects Aliens: Alchemy #1-3, Aliens: Kidnapped TPB, Aliens: Cargo one-shot, Aliens: Survival #1-3, "Aliens: Alien" (DHC #17-19), Aliens: Earth Angel one-shot, "Aliens: Incubation" (DHP #101-102), Aliens: Havoc #1-2, Aliens: Lovesick one-shot, "Aliens: Lucky" (Decade of Dark Horse TPB)

This Research Topic is part of the Insights in Frontiers in Genetics series.

A man must survive the zombie apocalypse armed with only a shotgun, a Samurai bat, and the will to live among the unliving in this horror series debut. It's been two years since civilization ended in an unstoppable wave of chaos and blood. Now, former house painter Augustus "Gus" Berry lives a day-to-day existence of waking up, getting drunk, and preparing for the inevitable moment when "they" will come up the side of his mountain and penetrate his fortress. Living on the outskirts of Annapolis, Gus goes scavenging for whatever supplies remain in the undead suburbia below. Every time he descends the mountain could be his last. But when Gus encounters another survivor, he soon realizes the zombie horde may not be the greatest threat he faces . . . Combining heart-pounding action in a frozen dystopia with complex characters and dark humor, Mountain Man kicks off Keith C. Blackmore's thrilling survival series-perfect for fans of HBO's The Last of Us.

Human Genetics concerns the study of genetic forces in man. By studying our genetic make-up we are able to understand more about our heritage and evolution. Some of the original, and most significant research in genetics centred around the study of the genetics of complex diseases - genetic epidemiology. This is the third in a highly successful series of books based on articles from the Encyclopedia of Biostatistics. This volume will be a timely and comprehensive reference, for a subject that has seen a recent explosion of interest following the completion of the first draft of the Human Genome Mapping Project. The editors have updated the articles from the Human Genetics section of the EoB, have adpated other articles to give them a genetic feel, and have included a number of newly commissioned articles to ensure the work is comprehensive and provides a self-contained reference.

Network science has accelerated a deep and successful trend in research that influences a range of disciplines like mathematics, graph theory, physics, statistics, data science and computer science (just to name a few) and adapts the relevant techniques and insights to address relevant but disparate social, biological, technological questions. We are now in an era of 'big biological data' supported by cost-effective high-throughput genomic, transcriptomic, proteomic, metabolomic data collection techniques that allow one to take snapshots of the cells' molecular profiles in a systematic fashion. Moreover recently, also phenotypic data, data on diseases, symptoms, patients, etc. are being collected at nation-wide level thus giving us another source of highly related (causal) 'big data'. This wealth of data is usually modeled as networks (aka binary relations, graphs or webs) of interactions, (including protein-protein, metabolic, signaling and transcription-regulatory interactions). The network model is a key view point leading to the uncovering of mesoscale phenomena, thus providing an essential bridge between the observable phenotypes and 'omics' underlying mechanisms. Moreover, network analysis is a powerful 'hypothesis generation' tool guiding the scientific cycle of 'data gathering', 'data interpretation, 'hypothesis generation' and 'hypothesis testing'. A major challenge in contemporary research is the synthesis of deep insights coming from network science with the wealth of data (often noisy, contradictory, incomplete and difficult to replicate) so to answer meaningful biological questions, in a quantifiable way using static and dynamic properties of biological networks.