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Frankenstein Science: Animal Transgenics - DVD 185483905988

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Seeks to provide evidence of extraterrestrial activity on Earth, demonstrating how discoveries in modern science support the plausibility of the UFO phenomenon while sharing previously unreported cases of UFO invisibility and genetically altered human beings. Reprint.

Seeks to provide evidence of extraterrestrial activity on earth, demonstrating how discoveries in modern science support the plausibility of the UFO phenomenon while sharing previously unreported cases of UFO invisibility and genetically altered human beings.

Transgenic and knockout mutations provide an important means for understanding gene function, as well as for developing therapies for genetic diseases. This engaging and informative book discusses the many advances in the field of transgenic technology that have enabled researchers to bring about various changes in the mouse genome. Equal emphasis is given to both the principles of transgenic and knockout methods and their applications. A clear and concise format provides researchers with a comprehensive review of the behavioral paradigms appropriate for analyzing mouse phenotypes. What's Wrong with My Mouse? explains the differences between transgenic knockout mice and their wild-type controls, while providing critical information about gene function and expression. This volume recognizes that newly identified genes can provide useful insights into brain functioning, including brain malfunctioning in disease states. Written by a world-renowned expert in the field, the material also covers: * How to generate a transgenic or knockout mouse * functions (open field, holeboard, rotarod, balance, grip, circadian activity, etc.) * Sensory abilities (olfaction, vision, hearing, taste, touch, nociception) * Reproductive behavior, social behavior, and emotional behavior Researchers in neuroscience, pharmacology, genetics, developmental biology, and cell biology will all find this book essential reading.

Molecular Biology of the Skin: The Keratinocyte comprehensively reviews the major aspects of keratinocyte and epidermal differentiation, physiology, and pathology, primarily focusing on the molecular aspects. This exciting new resource discusses keratin genes, retinoic acid, and the use of transgenic animals in the study of dermatological pathology. The volume also highlights areas of genetic disease, new animal models to help in understanding dermatological disorders, and gene therapy using skin as a target. W.W. Franke, a pioneer in the study of the molecular biology of keratins, has written the foreword for the book.Molecular Biology of the Skin: The Keratinocyte is intended for use by dermatologists and basic researchers in cell and developmental biology. It will also be valuable for surgeons and other clinicians as well as researchers in gene therapy, virology, and pharmacology. * * Reviews keratinocyte (and epidermal) differentiation. physiology, and pathology, focusing on the molecular aspects* -Discusses keratin genes, retinoic acid, and the use of transgenic animals in the study of dermatalogical pathology* -Highlights genetic disease, new animal models, and gene therapy

Joe Ledger and the DMS (Department of Military Sciences) go up against two competing groups of geneticists. One side is creating exotic transgenic monsters and genetically enhanced mercenary armies; the other is using 21st century technology to continue the Nazi Master Race program begun by Josef Mengele. Both sides want to see the DMS destroyed, and they've drawn first blood. Neither side is prepared for Joe Ledger as he leads Echo Team to war under a black flag.

Bioart -- art that uses either living materials (such as bacteria or transgenic organisms) or more traditional materials to comment on, or even transform, biotechnological practice -- now receives enormous media attention. Yet despite this attention, bioart is frequently misunderstood. Bioart and the Vitality of Media is the first comprehensive theoretical account of the art form, situating it in the contexts of art history, laboratory practice, and media theory.Mitchell begins by sketching a brief history of bioart in the twentieth and twenty-first centuries, describing the artistic, scientific, and social preconditions that made it conceptually and technologically possible. He illustrates how bioartists employ technologies and practices from the medical and life sciences in an effort to transform relationships among science, medicine, corporate interests, and the public. By illustrating the ways in which bioart links a biological understanding of media -- that is, “media” understood as the elements of an environment that facilitate the growth and development of living entities -- with communicational media, Bioart and the Vitality of Media demonstrates how art and biotechnology together change our conceptions and practices of mediation. Reading bioart through a range of resources, from Immanuel Kant’s discussion of disgust to Gilles Deleuze’s theory of affect to Gilbert Simondon’s concept of “individuation,” provides readers with a new theoretical approach for understanding bioart and its relationships to both new media and scientific institutions.

The saga of Dark Angel continues! Someone is killing normal humans in the fog-enshrouded city of Seattle. The murders are brutal and grisly, but inside Terminal City they barely cause a ripple of concern. The transgenics who live there have problems of their own. In an area under siege by the oppressive arm of the police, the transgenics must protect their fledgling colony against the outside world—a world that eyes them with contempt and suspicion . . . and will do anything to be rid of them. As the killings escalate, Joshua comes to Max with a dire suspicion: the killer may be one of their own. Tensions are high between normal humans and transgenics, and many inside the protected City would just as soon let the humans fend for themselves. Yet Max and her inner circle know they must investigate the crimes and stop the bloodshed. Doing nothing would simply give the normals more reasons to hate. But what they discover will shock even the most jaded among them—and expose a sinister agenda that leads to an old, nefarious foe. . . .

Transgenic plants present enormous potential to become one of the most cost-effective and safe systems for large-scale production of proteins for industrial, pharmaceutical, veterinary, and agricultural uses. Over the past decade, much progress has been made with respect to the development of vaccines, antibodies, and other therapeutic proteins. Biopharmaceuticals in Plants: Toward the Next Century of Medicine provides a comprehensive survey of all major aspects of the development and production of plant-made biopharmaceuticals. Accompanied by an exhaustive list of references to facilitate further study, this critical volume: Describes the theory and practice of modern plant transformation techniques with respect to nuclear and plastic genomes Outlines the steps involved in the generation of transgenic plants Discusses the engineering of plant virus expression vectors for transient expression of vaccine proteins and other therapeutics in plant tissue Addresses the significant role of glycosylation in the production of plant-made mammalian proteins Investigates the basis of mucosal immunity using plant-based oral vaccines Examines the scale-up of plant-derived vaccine and therapeutic proteins in entire crops or in large batch cell suspension cultures Explores the development of clinical trials utilizing plant-derived biopharmaceutical proteins Evaluates risks and biosafety concerns regarding plant-derived pharmaceuticals The book concludes with a discussion of the future of plant-based vaccines and other therapeutic proteins with respect to commercial viability and as a tool to improve global public health. Far-reaching in its scope, this text is a baseline reference that students and researchers in a broad range of fields such as medicine, plant science, biotechnology, crop science, natural products chemistry, and engineering will consult regularly. It will also serve as a useful tool for individuals and companies seeking to invest in this dynamic area.

Transgenic plants present enormous potential to become one of the most cost-effective and safe systems for large-scale production of proteins for industrial, pharmaceutical, veterinary, and agricultural uses. Over the past decade, much progress has been made with respect to the development of vaccines, antibodies, and other therapeutic proteins. Biopharmaceuticals in Plants: Toward the Next Century of Medicine provides a comprehensive survey of all major aspects of the development and production of plant-made biopharmaceuticals. Accompanied by an exhaustive list of references to facilitate further study, this critical volume: Describes the theory and practice of modern plant transformation techniques with respect to nuclear and plastic genomes Outlines the steps involved in the generation of transgenic plants Discusses the engineering of plant virus expression vectors for transient expression of vaccine proteins and other therapeutics in plant tissue Addresses the significant role of glycosylation in the production of plant-made mammalian proteins Investigates the basis of mucosal immunity using plant-based oral vaccines Examines the scale-up of plant-derived vaccine and therapeutic proteins in entire crops or in large batch cell suspension cultures Explores the development of clinical trials utilizing plant-derived biopharmaceutical proteins Evaluates risks and biosafety concerns regarding plant-derived pharmaceuticals The book concludes with a discussion of the future of plant-based vaccines and other therapeutic proteins with respect to commercial viability and as a tool to improve global public health. Far-reaching in its scope, this text is a baseline reference that students and researchers in a broad range of fields such as medicine, plant science, biotechnology, crop science, natural products chemistry, and engineering will consult regularly. It will also serve as a useful tool for individuals and companies seeking to invest in this dynamic area.

Contemporary artists investigate the boundaries between animal and human in a world of transgenics and dissolving distinctions; with 65 color images of new works.In an age when scientists say they can no longer specify the exact difference between human and animal, living and dead, many contemporary artists have chosen to use animals in their work―as the ultimate "other," as metaphor, as reflection. The attempt to discover what is animal, not surprisingly, leads to a greater understanding of what it means to be human. In Becoming Animal, 12 internationally known artists investigate the shifting boundaries between animal and human. Their explorations may be a barometer of things to come. The works included in Becoming Animal―which accompanies an exhibit at MASS MoCA―range from the aviary and cabinet of curiosities of Mark Dion to the gun-toting bird collages of Michael Oatman. Nicolas Lampert's machine-animal collages and Jane Alexander's corpse-like humanoids suggest a new landscape of alienation. Rachel Berwick's investigation of the last Galapagos tortoise from the island of Pinto and Brian Conley's humanized mating call of the Tungara frog question the divide between human and animal communication. Patricia Piccinini imagines a bodyguard for a bird on the edge of extinction and Ann-Sofi Siden recreates the bedroom―and paranoia―of psychologist Alice Fabian. Natalie Jeremijenko presents another installment in her ongoing Ooz, reverse-engineering the zoo, and Kathy High's installation of "trans-animals" remembers lab rats who have given their lives for science. Sam Easterson's videos allow us to see from the viewpoint of an aardvark, a tarantula, a tumbleweed; Motohiko Odani's films show a surrealistic genetically modified bestiary. Becoming Animal documents these works with eye-popping full-color images, taking us on a visual journey through an unknown world.

This book explores the risks and benefits of crops that are genetically modified for pest resistance, the urgency of establishing an appropriate regulatory framework for these products, and the importance of public understanding of the issues. The committee critically reviews federal policies toward transgenic products, the 1986 coordinated framework among the key federal agencies in the field, and rules proposed by the Environmental Protection Agency for regulation of plant pesticides. This book provides detailed analyses of: Mechanisms and results of genetic engineering compared to conventional breeding for pest resistance. Review of scientific issues associated with transgenic pest-protected plants, such as allergenicity, impact on nontarget plants, evolution of the pest species, and other concerns. Overview of regulatory framework and its use of scientific information with suggestions for improvements. Table of ContentsFront MatterExecutive Summary1. Introduction and Background2. Potential Environmental and Human Health Implications of Pest-Protected Plants3. Crossroads of Science and Oversight4. Strengths and Weaknesses of the Current Regulatory FrameworkReferencesAppendix A: Costs of Regulating Transgenic Pest-Protected PlantsAppendix B: Example of Data Submitted to Federal AgenciesAppendix C: Committee on Genetically Modified Pest-Protected Plants Public WorkshopAppendix D: AcronymsAppendix E: Scientific and Common NamesAppendix F: Committee and Staff Biographical InformationIndex

Gene Expression Systems: Using Nature for the Art of Expression offers detailed information on a wide variety of gene expression systems from an array of organisms. It describes several different types of expression systems including transient, stable, viral, and transgenic systems. Each chapter is written by a leader in the field. The book includes timelines and examples for each expression system, and provides an overview of the future of recombinant protein expression.Provides detailed information on expression systemsCovers a variety of promoters and host organisms enabling researchers to tailor protocols to their specific needsIncludes timelines and examplesCompares pros and cons of each method

In Stronger Than Steel, readers enter Randy Lewis' lab where they come face to face with golden orb weaver spiders, transgenic alfalfa, silkworm silk, and goats, whose milk contains the proteins to spin spider silk--and to weave a nearly indestructible fiber. Learn how this amazing material might someday be used to repair or replace human ligaments and bones, improve body armor, strengthen parachute rope, and even tether an airplane to an aircraft carrier! Readers explore rapid advancements in the application of genetic medicine and their potential to save and improve lives while considering the crucial ethical concerns of genetic research. A timely addition to the acclaimed Scientists in the Field series.