This compact guide is a complete crisis toolkit, a trusted resource to consult on the fly, packed with easy-to-follow, step-by-step evidence-based protocols for responding effectively to a broad range of traumatic events. Checklists, bullets, and boxes highlight symptoms & warning signs and provide action plans, do's & don'ts, and screening & assessment questions. The open layout and two-color design make this pocket guide as visually appealing as it practical, ensuring at-a-glance lookup of the essentials of managing the most common types of crisis.
This compact guide is a complete crisis toolkit, a trusted resource to consult on the fly, packed with easy-to-follow, step-by-step evidence-based protocols for responding effectively to a broad range of traumatic events. Checklists, bullets, and boxes highlight symptoms & warning signs and provide action plans, do's & don'ts, and screening & assessment questions. The open layout and two-color design make this pocket guide as visually appealing as it practical, ensuring at-a-glance lookup of the essentials of managing the most common types of crisis.
The Evidence-Based Practice Manual was developed as an all-inclusive and comprehensive practical desktop resource. It includes 104 original chapters, each specially written by the most prominent and experienced medical, public health, psychology, social work, criminal justice, and public policy practitioners, researchers, and professors in the United States and Canada. This book is specifically designed with practitioners in mind, providing at-a-glance overviews and direct application chapters. This is the only interdisciplinary volume available for locating and applying evidence-based assessment measures, treatment plans, and interventions. Particular attention has been given to providing practice guidelines and exemplars of evidence-based practice and practice-based research. The Evidence-Based Practice Manual emphasizes and summarizes key elements, issues, concepts, and how-to approaches in the development and application of evidence-based practice. Discussions include program evaluation, quality and operational improvement strategies, research grant applications, validating measurement tools, and utilizing statistical procedures. Concise summaries of the substantive evidence gained from methodologically rigorous quantitative and qualitative research provide make this is an accessible resource for a broad range of practitioners facing the mandate of evidence-based practice in the health and human services.
There would be no life on Earth without light from the Sun, and life would not be as highly evolved as it is had it not made the best use of light's energy and information for using photosynthesis, biological clocks, and vision. In Light and Life, Michael Gross explores six major aspects of the complex and fascinating interplay between light and life, ranging from the mythical role of the Sun in ancient cultures to the latest advances in scientific research, covering photosynthesis, bioluminescence, vision, perception, and biological clocks. - ;Light, like no other physical phenomenon, is linked in a wide variety of ways with the biological phenomenon of life. We can read this page because light is reflected from it, and carries the information to the retina; the oxygen we breathe was produced by photosynthesis; our sense of alertness relies on our biological clock, set using the cues of light and dark. Michael Gross explores the symbiotic relationship of light and life in this intriguing and entertaining book. Starting with astronomy and our relationship with the Sun and dependence on photosynthesis, he then turns to some of the stranger outcomes of the relationship - bioluminescent creatures, and their evolutionary significance. Finally he looks at the influence of light on biological time-keeping, the focus of much current scientific research. Life would not be here without light, and it would not have evolved as it has done had it not made the best possible use of light's energy and information content for using photosynthesis, biological clocks, and vision. This book explores all these aspects of the fascinating interplay of these two phenomena in a lively manner using many intriguing examples. -
This second edition presents the core fundamentals of the subject in 11 manageable chapters while maintaining the book's scientific integrity. The research methods students need to understand, interpret, and analyze social psychological research are emphasized throughout. The streamlined approach provides an economical textbook for students and a flexible format that allows instructors to cover the entire book in a single semester. A book specific Web site contains a free online study guide and a variety of teaching tools. An Instructor's Manual/Test Bank and a Computerized Test Bank are also available.
Human Genome Methods is a practical guide to the application of molecular biology and genetics techniques to research on human cells. Written by recognized authorities who often originated the techniques described, chapters present experimental protocols that are readily used at the laboratory bench. The step-by-step protocols are concise and easy to follow to be reproducible by researchers of various levels of expertise. Suggestions for successful application of procedures are included, along with recommended materials and suppliers. Helpful background information and results of applying the methods described are also given. Section I covers topics such as microsatellite DNA, dynamic mutations, gene targeting using the DNA triple helix, and protease footprinting of DNA-protein interactions. This is followed in Section II by discussions of in situ hybridization, cell synchronization, and cell cycle specific gene expression. Methods concerned with programmed cell death are explored in Section III, which covers this emerging research area and the culture and analysis of cancer cells. Section IV presents methods related to transgene analysis of mouse embryonic stem cells, generation and knockout studies with null mutant mice, and mouse models for human disease. The final section reviews genome mapping, with an emphasis on the construction of linkage maps and on somatic cell hybrids for mapping disease genes.
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