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Gesamtkatalog

Catalogue complet

Clinical Technologies and Processes

Management in Healthcare

Physician leadership represents a critical intersection of clinical expertise and organizational management that is increasingly vital in today's complex healthcare landscape.When physicians step into leadership roles, they bring unique clinical insights that inform decision-making, bridge communication gaps between administrative and medical staff, and ensure patient care remains the central focus of organizational initiatives. Their frontline experience allows them to identify inefficiencies, champion evidence-based practices, and drive meaningful quality improvement efforts that administrators without clinical backgrounds might overlook. As healthcare systems face mounting pressures from regulatory changes, technological advancements, and evolving payment models, physician leaders are uniquely positioned to navigate these challenges while maintaining clinical excellence. Their dual perspective enables them to balance financial considerations with quality care imperatives, foster interprofessional collaboration, and ultimately create healthcare environments where both patients and providers can thrive. This distinctive combination of clinical credibility and leadership capability makes physician leadership not merely beneficial but essential for healthcare organizations seeking to deliver value-based, patient-centered care in an increasingly complex environment. This book focuses on providing a comprehensive foundation for physicians transitioning into leadership roles. Written by an experienced physician leader with over fifteen years in the field, this practical resource fills a critical gap in medical leadership literature by addressing the full spectrum of essential leadership competencies-from fundamental skills like mentoring, navigating difficult conversations, and implementing change management to personal development and the unique challenges faced by clinicians in administrative positions.Distinguished by its accessible, conversational tone and enriched with personal anecdotes, practical tools, and actionable "Next Steps" sections following each chapter, the book serves as both a standalone reference and a structured curriculum for leadership development programs.

Everyday Tools for Extraordinary Impact

The Physician Leader's Playbook

Transforming Global Healthcare: The Role of AI and IoT in Modern Medical Systems explores the transformative potential of the integration of technologies such as AI, Big Data, IoT, and Blockchain in the healthcare sector. This comprehensive volume aims to illustrate how these advanced technologies can address sustainability challenges, improve decision-making processes, and enhance overall healthcare delivery. By mapping existing knowledge and forecasting future trends, the book provides a detailed roadmap for sustainable healthcare development.Key features include: - Explores AI, big data, IoT, and blockchain in healthcare in-depth. - Provides actionable strategies for energy management, waste disposal, and green supply chains - Provides in-depth coverage of real-time health monitoring, predictive analytics, robotic surgery, and AI medical imaging. - Provides insights into preventing drug counterfeiting, managing pharmaceutical cold chains, and optimizing supply chains. - Comprises a comparative analysis of global healthcare systems, telemedicine evolution, and future digital health trends.

The Role of AI and IoT in Modern Medical Systems

Transforming Global Healthcare

A Four Billion Year Conversation

Earth and Life

A gripping investigation into the Covid-19 pandemic's lasting effects on our bodies, systems, and trust in science.The Covid-19 pandemic may have faded from headlines, but its shadow remains. In After Covid, award-winning journalist Jason Gale delivers a gripping, deeply researched account of a crisis that has fundamentally changed the world, and continues to reshape it in ways we're only beginning to understand.In this riveting account of the pandemic and its devastating ripple effects, Gale captures the pandemic's messy realities--the panic it spurred, the misinformation and political infighting that stood in the way of controlling it, and the heroic efforts by scientists and health care workers to contain it. Gale exposes what went wrong, what worked, and what continues to threaten us. From the pandemic's chaotic beginnings to the hidden toll of Long Covid, he examines how governments shaped--and sometimes warped--the public narrative around the pandemic. He documents the consequences still unfolding: the rise of chronic illness, the erosion of health care systems, the deepening mental health crisis, and the dangerous spread of anti-science extremism.This book is a powerful, evidence-based reminder that pandemics don't end when case numbers fall. They linger in damaged bodies, strained institutions, and collective memory. Gale connects the dots between lingering symptoms and systemic failure, offering a sweeping view of what's at stake if we choose to forget. After Covid urges readers to confront the true scope of the pandemic's legacy--and the vulnerabilities it has revealed in our systems, societies, and selves.

The Health Impacts That Will Last Generations

After Covid

Practice Manuals for Busy Professionals

People Management in Practice

An Introduction to Forensic Pathology for the Nonscientist

Death Investigation

Uses models of democracy as well as stakeholder theory to understand the role of philanthropy in public policy making in the United States, and how philanthropic organizations capture diversity of goals and interests.

Uses models of democracy as well as stakeholder theory to understand the role of philanthropy in public policy making in the United States, and how philanthropic organizations capture diversity of goals and interests.

New Institutional Logics

Philanthropic Accountability

Routledge Studies in Transport Analysis

Port cities of the world are critical nodes for international trade and socio-economic development. Yet they bear several costs, of which congestion and pollution, which affect the local environment and population. In certain places, living near the port -together with related industrial and logistical activities -is synonym of adverse health outcomes, resulting in several diseases and above-average unplanned hospital admissions and mortality. Decades of port-city physical separation have not eliminated such issues, since deep-water facilities, even outside urban cores, impact local populations and reach port and non-port cities through extensive trucking flows. Specific traffic, like cruise, keep operating within dense urban environments.This book is one of the first dedicated volumes on such matters, with contributions from scholars in several continents (Europe, Asia, the Americas, Africa, and Oceania). It is highly interdisciplinary, covering geography, history, economics, management sciences, regional science, sociology, public and comparative law, physics, energy and industrial engineering, urban and spatial planning, epidemiology, architecture, biology, and environmental sciences. This volume offers an overview of current environmental and health issues in port cities. It starts by presenting the mitigation and perception of port pollution. Next, it examines the health impacts of ports in a historical perspective and reviews and synthesizes the variety of existing approaches to measure the health impacts of ports and shipping. Finally, it proposes a reflection on a multi-level governance and policies.This book is a comprehensive resource for a wide readership, including academics and upper-level students interested in maritime transport, port management and sustainability, as well as those in public management, planning and governance.

Environmental Health Issues from Shipping and Ports

Port Cities, Pollution, and Public Health

Anthocyanins esterified with one or more acid groups are known as acylated anthocyanins, which exhibit higher stability and antioxidant activity compared to nonacylated ones and are of interest to the food and beverage industry. It is known that the structural differences among anthocyanins will influence their specific roles and effectiveness in the different applications in which they may be used. This book compiles and summarizes data regarding knowledge on acylated anthocyanins, ranging from their physical and chemical particularities to their health effects, including bioaccessibility, bioavailability, and bioactivity, as well as their different technological applications.Key Features:<ul> <li>Provides information on the different areas where acylated anthocyanins are being utilized</li> <li>Discusses the characteristics of acylated anthocyanins and the effect of their structural features on different properties</li> <li>Includes a database of acylated anthocyanins from both nonedible and edible sources</li> </ul>

Chemistry, Bioavailability, Bioactivity, and Applications

Acylated Anthocyanins

Previously known as Drafting Agreements in the Biotechnology and Pharmaceutical Industries, this title provides precedent agreements for the main types of commercial transaction encountered in the life sciences, biotechnology and pharmaceutical industries. In addition to the print version, each precedent is available via an accompanying website in a format which can be easily downloaded and edited. Detailed commentary on legal, commercial and practice issues accompanies every precedent. Provided by specialist lawyers from across Europe, this commentary also highlights important differences between English law and that of other key EU jurisdictions: Germany, France, the Netherlands, Spain and Sweden. Commentary on specific considerations for the US is also provided. In addition to precedent commentaries, the book also contains detailed commentary and discussion of legal issues common to the life sciences, biotechnology and pharmaceutical industries, as well as links to relevant materials (eg regulatory materials on clinical trials). This title is included in Bloomsbury Professional's Intellectual Property and IT online service.

Drafting Agreements in Life Sciences

50 Lessons for a Successful Career in a Changing Industry

The Next Healthcare Leader

Comprehensive introduction to the design principles, response mechanisms, and imaging applications of organic small-molecule fluorescence probes Fluorescent Probes for Bioactive Species provides a systematic primer for organic small-molecule fluorescence probes. The book starts by discussing the principles of molecular recognition, the phenomenon of fluorescence luminescence, and fluorescent probes design. Each chapter of the book is separated based on the classification of biologically active species. Instead of gathering all of the related fluorescent probes for a typical analyte, the book mainly focuses on the representative probes that present new recognition mechanisms and the related optimization theories to realize better detection and imaging. In each chapter, the relationship and differences between the complex biomolecules of the species are discussed. The corresponding pros and cons of the recognition mechanisms based on these structural or reactive differences create the core of each section's discussion. Finally, the specifics of biological sample-oriented design and development of fluorescent probes are discussed. Fluorescent Probes for Bioactive Species includes information on: <ul> <li>Excitation modes of fluorescent probes, fluorescence reporting modes, and optical modulation mechanisms of fluorescent probes</li> <li>Fluorescent probes of hydrogen peroxide (H2O2), hypochlorous acid (HCiO), hydroxyl radical (OH), superoxide anion (O&amp;ndash2), and singlet oxygen (1O2)</li> <li>Synthesis, recognition mechanism, and bioimaging of norepinephrine probes, dopamine probes, acetylcholine probes, glutamic acid, 5-hydroxytryptamine, and histamine</li> <li>Active molecules and enzymes of dual-responsive fluorescent probes</li> <li>Biological functions of reactive sulfur species (RSS)</li> </ul> Fluorescent Probes for Bioactive Species is an essential, up-to-date reference for chemists, scientists, and professionals in the sensor industry seeking to promote the development of new tools for biomonitoring and develop a deep understanding of mysterious biological events.

Comprehensively and systematically introduces the design principles, response mechanisms, and imaging applications of organic small-molecule fluorescence probes.

Design, Synthesis, and Biomedical Applications

Fluorescent Probes for Bioactive Species

Clinical Technologies and Processes

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