Medicine / Healthcare: general issues / topics Books

Book SynopsisTable of ContentsList of Contributors vii Foreword xiiiAlain Cribier 1 Introduction 1Marco Zimarino and Corrado Tamburino Part I General Complications 7 2 Vascular Complications 9Sebastiano Immè and Claudia I. Tamburino 3 Annular Rupture 17 Claudia Reddavid, Carmelo Sgroi, Corrado Tamburino, and Marco Barbanti 4 Coronary Obstruction 25Henrique B. Ribeiro, Antonio Fernando D. Freire, and Josep Rodés-Cabau 5 Cerebrovascular Events 35Luca Testa, Mattia Squillace, Antonio Popolo Rubbio, Matteo Casenghi, Michele Bellamoli, and Francesco Bedogni 6 Ventricular Perforation 45Mei Chau, Alfonso Ielasi, and Azeem Latib 7 Valve Migration 55Heath SL Adams, Tiffany Patterson, Simon Redwood, and Bernard Prendergast 8 Paravalvular Leaks 65Joris Ooms, Zouhair Rahhab, and Nicolas M. Van Mieghem 9 Conduction Disturbances 79Itsik Ben-Dor and Ron Waksman 10 Leaflet Thrombosis 91Sam Dawkins, Tarun Chakravarty, and Raj Makkar 11 Bleeding 97Francesco Radico, Raffaele Piccolo, Umberto Ianni, Sabina Gallina, and Marco Zimarino 12 Renal Dysfunction 109Francesco Saia, Gabriele Ghetti, and Nevio Taglieri Part II Specific Complications 117 13 Bicuspid Valve 119Anna Franzone, Eugenio Stabile, Plinio Cirillo, and Giovanni Esposito 14 Degenerated Aortic Bioprosthesis 129Tania Rodríguez-Gabella, Carlos Cortés, Alberto San Román, and Ignacio J. Amat-Santos 15 Low-Flow Low-Gradient Aortic Stenosis 139Francesco Cardaioli, Chiara Fraccaro, Tommaso Fabris, and Giuseppe Tarantini 16 Concomitant Mitral Regurgitation 147Felice Gragnano, Carmen Spaccarotella, Andreina Carbone, Augusto Esposito, Paolo Calabrò, and Giampaolo Niccoli 17 Alternative Transcatheter Approaches 161Marco De Carlo, Cristina Giannini, and Anna Sonia Petronio 18 Transapical and Direct Aortic Approach 171Filippo Capestro, Paolo Berretta, Utz Kappert, and Marco Di Eusanio 19 Patients Needing Hemodynamic Support 179Jacopo Andrea Oreglia, Federico De Marco, Francesco Soriano, and Stefano Nava 20 Coronary Angiography and Interventions After TAVI 189Stefano Cannata, Matteo Perfetti, Tanya Salvatore, Caterina Gandolfo, and Nicola Maddestra 21 Complex Femoral Accesses 201Damiano Regazzoli, Jorge Sanz-Sánchez, Giulio Stefanini, and Bernhard Reimers 22 Low-Risk Patients 211Brian C. Case, Toby Rogers, and Ron Waksman 23 Gender Peculiarities 229Ridhima Goel, Davide Cao, and Roxana Mehran 24 The Pathologist Perspective 237Sho Torii, Yu Sato, Dipti Surve, Maria E. Romero, Aloke V. Finn, and Renu Virmani 25 Conclusion: What We Learnt from Clinical Trials and Real-World Experience 253Paolo D’Arrigo, Piera Capranzano, and Davide Capodanno Index 259

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Book SynopsisGASTROINTESTINAL ONCOLOGY Blends quality research findings with advanced educational techniques in a uniquely comprehensive approach Written and edited by leading international experts in the field, Gastrointestinal Oncology: A Critical Multidisciplinary Team Approach is an indispensable reference for clinicians, medical practitioners, and trainees involved in the investigation, diagnosis, and treatment of esophageal, gastric, intestinal, colonic, hepatobiliary, pancreatic, and other gastrointestinal tumors. Drawing on the most current evidence-based knowledge, this comprehensive resource reflects the current care of GI cancer patients, enabling effective clinical decision making and patient management. Setting the standard in clinical practice, Gastrointestinal Oncology remains the only truly multidisciplinary reference designed for the diverse team of clinicians responsible for different stages of cancer treatment. Specially structured clinical chapters, each representing a different role in the multidisciplinary team (MDT), allow clear presentation and quick reference of the contents. This is supported by a wealth of high-quality color photographs, line drawings, and diagrams. Now in its second edition, this authoritative reference is fully updated to reflect groundbreaking research in multiple medical fields, including the explorative use of A.I. New sections on palliative care and nutrition are accompanied by new sub-sections on molecular characterization, new targeted small molecule, receptor options, and immunological therapies for each cancer. This edition places renewed emphasis on the most ubiquitous conditions, such as colon cancer, liver cancer, and gastro-esophageal cancer. Covering the oncology of the entire gastrointestinal tract, Gastrointestinal Oncology: A Critical Multidisciplinary Team Approach is a must-have reference for the entire MDT, including gastroenterologists, hepatologists, GI surgeons, medical oncologists, radiation therapists, interventional radiologists, pathologists, nutritionists, palliative care and specialist nurses, as well as clinical scientists.

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Book SynopsisA ground-breaking and rigorous presentation of coproduction in research In Research Coproduction in Healthcare, a team of experienced applied health researchers and decision makers deliver a robust exploration of collaborative ways on how to plan and conduct healthcare research. The book explores relational skills that are essential to achieving successful coproduction, including trust through humility, ongoing communication, emotional intelligence, and the structures and processes required to work with a range of knowledge users. It also sets out the fundamentals of research coproduction and its transformative potential for more effective and efficient health systems and improved health outcomes. Readers will also find: A thorough introduction to the planning, implementation and evaluation of research coproduction, including how to write a successful research coproduction proposalComprehensive explorations of capacity-building and infrastructure requirementsPractical discussions ofTable of ContentsForeword xv About the Chapter Authors xvii Editors xxiii Acknowledgements xxv About the Companion Website xxvii Chapter 1 Introduction 1 Authors: Anita Kothari, Jo Rycroft-Malone, Chris McCutcheon, and Ian D. Graham Background: What Is This Book About? 1 Focus of the Chapter: What Do We Mean by Research Coproduction? 4 Known from the Literature: Intellectual Origins and Historical Traditions 6 Scope of the Book 9 References 11 Chapter 2 Foundations of Research Coproduction 14 Chapter 2.1. Conceptualizing and Theorizing for Research Coproduction 14 Authors: Anne MacFarlane and Jonathan Salsberg Introduction 15 Meaningful Participation 17 Theory and Theorizing 17 Theorizing about Research Coproduction 18 Enhancing Conceptual Clarity and Model Building 18 Utilizing Existing Concepts for New and Deeper Understanding 19 Participatory Implementation Research 21 Case study: Blending Implementation Theory with Research Coproduction Practice 22 Future Research 27 Conclusion 28 Acknowledgements 28 References 29 Chapter 2.2. Equity, Power, and Transformative Research Coproduction 34 Authors: Katrina Plamondon, Sume Ndumbe-Eyoh, and Sana Shahram Introduction 35 Power Is the Central Research Coproduction Problem 36 What Is Known from the Literature? 40 Experiential Knowledge 43 Coproduction to Transform Organizations (Sume) 43 Coproduction to Transform Networks/Communities (Katrina) 44 Coproduction for Systems Transformation: The xac/qanaǂ ʔitkiniǂ Project (Sana) 44 Practice Implications 45 Future Research 48 Conclusion 49 References 50 Chapter 2.3. Effects, Facilitators, and Barriers of Research Coproduction Reported in Peer-Reviewed Literature 54 Authors: Katheryn M. Sibley, Femke Hoekstra, Anita Kothari, and Kelly Mrklas Introduction 55 What Are Effects? What Are Facilitators and Barriers? 55 Understanding Research Coproduction – an Evolving Area of Study 55 Identifying Effects, Facilitators and Barriers – Our Approach 56 Effects of Research Coproduction 57 Effects on the Research Process 57 Effects on Relationships 63 Effects on Individuals 63 Effects on Research Results or Outputs 64 Effects on Practices or Programs 64 Effects on Communities 64 Effects on Policies and Systems 65 Facilitators and Barriers to Research Coproduction 65 Individual-Level Factors 66 Relationship Factors 67 Process Factors 67 System-Level Factors 68 Connecting Outcomes, Impacts, Facilitators, and Barriers of Research Coproduction 68 Implications for the Practice of Research Coproduction 69 Limitations and Evidence Gaps 70 Future Research 70 Conclusion 71 References 71 Chapter 3 Working with Knowledge Users 74 Chapter 3.1 Working with Knowledge Users 74 Authors: Jo Cooke, Susan Mawson, and Susan Hampshaw Introduction: Starting the Coproduction Journey 75 What Is the Focus of This Chapter? 75 Some Points from the Literature 75 Experience from the Field 77 Research Program Level: Setting Up a Programme Architecture that Can Enable Coproduction 77 Structure, Flexible Resources, and Engagement Processes to Provide Context for Coproduction 79 Setting Ground Rules: A Good Basis for Nurturing Productive Relationships 79 Planning Priority-setting, Action, and Impact from the Start and Throughout 80 Thinking of the Impact from the Beginning 80 Vignette One: The Co-design of an Intervention to Increase Physical Activity in Doncaster. Coproduction in Local Government 81 Vignette Two: Research Coproduction with Industry: Digital Technology to Transform End of Life Care 84 Implications for Practice When Beginning the Coproduction Journey 87 Future Research 88 Conclusion 88 References 88 Chapter 3.2 Research Coproduction with Patients and Caregivers 91 Authors: Claire Ludwig and Davina Banner Introduction and Background 92 Who Is a “Patient?” 93 What Do We Know about Potential Benefits and Impacts of Research Coproduction with Patients? 95 Barriers and Facilitators to Research Coproduction with Patients and Caregivers 96 Experiential Knowledge: Patient and Caregiver Partner Implications for Practice 98 Experiential Knowledge: Researcher Implications for Practice 100 Future Research 105 Conclusion 108 References 108 Chapter 3.3 Conducting a Research Coproduction Project: A Principles-Based Approach 112 Authors: Joe Langley, Sarah E. Knowles, and Vicky Ward Introduction 113 Aim 1. Illustrating Why There Is No Research Coproduction ‘Method’ 114 Aim 2. Five Principles of Coproduction and Resources to Enact Them 116 Sharing Power 117 Including All Perspectives 118 Respecting and Valuing the Research Coproduction Partners 119 Reciprocity 120 Building Relationships 121 Aim 3. Research Coproduction in the Real World: Challenges and Ways Forward 122 Who to Work with 122 When to Collaborate 123 Institutional Power 124 Expectations of Health Services Research 125 Conclusion 126 References 127 Chapter 3.4 The View from Within: Organizational Strategies for Effective Research Partnerships 129 Authors: Sarah Bowen, Ian D. Graham, and Ingrid Botting Background/Introduction 130 How Should Organizations Respond to Expectations of Research Partnership? 132 Before Beginning to Plan for “Research Partnerships:” Clarifying the Concepts of “Partnership” and “Research” 132 First Things First: Preparing to Become a Research Partner 134 Developing Shared Understanding 134 Determining Current Organizational Position 136 Assessing Organizational Readiness 139 Building a Strong Foundation 140 From Principles to Action – Next Steps in Developing Research Partnerships 142 Creating a Health System/Academic Interface 143 Embedding Research Capacity within the Organization 146 Planning for Implementation and Evaluation 146 Future Research 147 Conclusion 147 References 147 Chapter 3.5 Managing Academic-Health Service Partnerships 151 Authors: Alison M. Hutchinson, Cheyne Chalmers, Katrina Nankervis, and Nicole (Nikki) Phillips Introduction 152 Background 153 How to Manage Partnerships During the Research Process 154 Experiential Knowledge of Managing a Partnership 156 How to Sustain Partnerships 159 Experiential Knowledge of Sustaining a Partnership 159 How to Assess the Sustainability of Partnerships 161 Assessing the Sustainability of Our Partnership 162 Barriers/Facilitators and Strategies to Overcome Them 163 Implications for the Practice of Research Coproduction 165 Future Research 165 Conclusion 166 References 166 Chapter 4 Grant-Writing, Dissemination, and Evaluation 169 Chapter 4.1 Writing a Research Coproduction Grant Proposal 169 Authors: Ian D. Graham, Chris McCutcheon, Jo Rycroft-Malone, and Anita Kothari Background 170 So What Does It Take to Write a Successful Coproduction Research Grant Proposal? 171 General Advice on Writing a Grant Proposal 171 Coproduction Grant Proposal Writing Advice 173 Tips on Writing Coproduction Research Grant Proposals 179 Preconditions that Lead to a Successful Proposal Development – the Relationship and Preparatory Work 180 Proposal Elements 181 Tips for Researchers on Working with Knowledge Users During and After Proposal Writing 183 Tips for Knowledge Users Working with Researchers During and After Proposal Writing 185 Future Research 186 Conclusion 186 References 187 Appendix 4.1.A. CIHR advice on knowledgeuser letters of support – a quick reference 189 Appendix 4.1.B. Applicant and reviewer coproduction research proposal checklist 190 Chapter 4.2 Coproduced Dissemination 192 Authors: Chris McCutcheon, Anita Kothari, Ian D. Graham, and Jo Rycroft-Malone Background 193 What Is Coproduced Dissemination? 193 Coproduced Dissemination: What Is Known from the Literature? 194 Compatibility of Coproduction and Dissemination 195 Knowledge Exchange 196 Guidance on Dissemination Planning 196 Judicious Knowledge Translation 197 Dissemination Planning at the Grant Proposal Stage 198 From Research to Dissemination 199 The Steps of Coproduced Dissemination Planning 200 Set Dissemination Goals 201 Assess Resources 201 Identify and Learn about Your Audience(s) 202 Develop Key Messages 203 Select Dissemination Strategies 203 Determine What Expertise Is Needed 204 Evaluate 204 Future Research 205 Conclusion 205 References 205 Chapter 4.3 Evaluating Coproduction Research: Research Quality Plus for Coproduction (RQ+ 4 Co-Pro) 210 Authors: Robert K.D. McLean, Ian D. Graham, and Fred Carden Introduction 211 Roadmap 212 Overview of the Research Evaluation Landscape 212 Research Evaluation at Large 213 Challenges for Research Coproduction Evaluation 214 Deliberative Paradigm – Coproduction Limitations? 214 Analytic Paradigm – Coproduction Limitations? 214 RIA Paradigm – Coproduction Limitations? 214 The Research Quality Plus (RQ+) Approach and the Novel Research Quality Plus for Coproduction (RQ+ 4 Co-Pro) Framework 217 Three Tenets of the Research Quality Plus (RQ+) Approach 218 Tenet 1 – Context Matters 218 Why Does This Matter for Coproduction? 218 Tenet 2 – Research Quality is Multi-dimensional 218 Why Does This Matter for Coproduction? 219 Tenet 3 – Judgement of Research Quality Must Be Grounded in Empirical Evidence and Its Systematic and Transparent Appraisal 219 The Research Quality Plus for Coproduction (RQ+ 4 Co-Pro) Framework 219 Contextual Factors 221 Knowledge Use Environment 221 Research Environment 221 Capacities for Coproduction 222 Quality Dimensions and Sub-Dimensions 222 Scientific Rigor 223 Research Legitimacy 224 Positioning for Use 225 Empirical Evidence and Systematic Appraisal 226 How, When, and By Whom Might RQ+ 4 Co-Pro Be Applied? 226 Putting the Framework Into Action 226 Field test 226 Join Us 229 References 229 Chapter 5 Capacity-Building and Infrastructure 233 Chapter 5.1 Researcher Coproduction Competencies and Incentives 233 Authors: Christopher R. Burton and Tone Elin Mekki Introduction 234 Guiding Frameworks 234 Research Competence 235 Transferable Skills 235 Working with Stakeholders 236 Creating Impact 237 European Implementation Science Education Network 238 Knowledge-Related Competencies 239 Skill-Related Competencies 240 Attitude-Related Competencies 242 Developing Research Coproduction Competencies 244 Conclusion 245 Future Research 246 References 246 Chapter 5.2 Trainees and Research Coproduction 249 Authors: Christine Cassidy, Emily Ramage, Sandy Steinwender, and Shauna Best Introduction 250 Trainees and Research Coproduction: What Is Known from the Literature? 251 Types of Knowledge Users and Research Context 251 Research Coproduction Approach 251 Barriers and Challenges 252 Facilitators 252 Impact/Outcome of Partnerships 252 Implications and Recommendations from the Literature 253 Trainee Research Coproduction Experience 253 Rewards and Benefits 254 Experiential Learning Opportunity 254 Relevant and Useful Research Findings 254 Advance Research Partnerships 255 Expectations vs. Reality 255 Partnership Structure and Function 255 Engagement 256 Unpredictability 257 Barriers and Facilitators 257 Team Structure and Decision-Making 257 Time and Resources 258 Meeting Knowledge User Needs 259 Considerations for the Development of Research Coproduction Skills 259 Learning 260 Doing 261 Becoming 261 Training Programs 262 Implications for the Practice of Research Coproduction 262 Future Research 266 Training Preparation for Research Coproduction 266 Build the Empirical Knowledge Base on Research Coproduction 266 Conclusion 267 References 267 Chapter 5.3 The Role of Funders 271 Authors: Bev Holmes and Chonnettia Jones Introduction 271 Setting the Scene: Funders and Their Role in the Use of Evidence 272 Funders and Coproduction in the Literature 274 Coproduction in Action – Examples of Funders’ Activities 275 Research in Action | Stakeholder Engagement 276 International Development Research Centre, Canada 276 Evidence Leaders in Africa | Policymaking 277 Coordinating Center | Research Partnerships 278 Evidence for Action | Evidence of What Works 279 INVOLVE | Public and Patient Involvement 280 Discussion 280 Funders in Coproduction: General Considerations 281 Internally Focused Funder Processes to Support Coproduction 281 Externally Facing Systems-Level Activities to Enable Coproduction 283 Future Research 284 Conclusion 285 References 285 Chapter 6 Building Blocks for Research Coproduction: Reflections and Implications 290 Authors: Jo Rycroft-Malone, Ian D. Graham, Anita Kothari, and Chris McCutcheon Introduction 290 Research Coproduction: A Principles-Based Approach 291 Stakeholders: An Inclusive and Flexible Approach 292 Meaningful Partnership: Essential Ingredients 293 System Architecture: The Context of Research Coproduction 295 Supporting People’s Capability for Research Coproduction 297 Building Systems Capabilities for Research Coproduction 299 Judicious Coproduction 299 Closing Thoughts 300 References 301 Index 303

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Book SynopsisTable of ContentsIntroduction 1 About This Book 1 Foolish Assumptions 2 Icons Used in This Book 3 Beyond the Book 4 Where to Go from Here 4 Part 1: Getting Started with Rolling 5 Chapter 1: Rolling for Life 7 The Mind of an All-Pro Roller 8 Rollers 101 8 Getting Under Your Skin 9 Key Questions for You 10 How do I unlock my thigh and hamstrings muscles? 10 Why do my lower legs always seem to be my troublemaking “Achilles heels”? 11 If I could make my lower back and hips pain-free, would it make my life easier and more fun? 12 How can I improve my posture to relax my chest, upper back, and neck? 13 How can I eliminate my shoulder and arm pain with a small roller ball? 13 Working Out with Rollers 14 Using Rollers to Manage Your Injuries 15 Preventing Injuries with Roller Treatments 17 Chapter 2: Choosing the Right Roller(s) for You 19 Not All Rollers Are Created Equal 20 Circular rollers: Keeping it simple 21 Multi-pattern design rollers 22 Vibrating rollers 23 Roller balls 26 Half rollers 27 Travel rollers 28 Other Equipment You May Want 28 Handheld rollers 29 Handheld massager 30 Yoga mat 31 Chair and balance dowel 32 Pad and pillows 33 Stretch bands 34 Resistance bands 34 Finding a Roller to Meet Your Needs 35 Chapter 3: Finding the “Perfect” Roller Launch Pad 37 Improvising in Unique Roller Settings 38 Finding a Relaxing “Roller Rink” 39 Having Enough Room to Roll 40 Other Tips to Rolling Right 42 Padding and Pressure Relief 43 Chapter 4: Caring for Your Roller 45 Cleaning Your Roller: Illness Prevention 101 45 Understanding What’s Good and Bad About the Covering on Your Roller 48 Storing Your Roller 49 Chapter 5: Roller Safety 101 53 Assessing the Safety of Your Roller Rink 53 Rolling surface 54 Roller rink real estate 55 Objects in the roller rink 55 Objects positioned over the roller rink 55 Objects landing in the roller rink 55 Who Should Not Be a Roller 58 What Not to Roll 59 Avoiding Injury on a Roller 61 Part 2: Rolling the Right Way 65 Chapter 6: Timing is Everything: When and When Not to Roll 67 Knowing When to Roll 68 Best times to roll 69 Pre-sleep rolling tips 72 Knowing When Not to Roll 75 Listening to a painful injury 75 Rolling warning signs you should never ignore 78 Chapter 7: Warming Up Your Body for the Roller 79 Preparing Your Entire Body for the Roller 79 Warming Up Your Mind Before Rolling 81 Getting the Rolling Site Ready for Contact 83 Chapter 8: Work With Your Muscles, Not Against Them 85 My Five Ryan Rolling Rules 87 Align the spine 89 Breathe 90 Slow your roll 91 Seek and destroy trigger points 92 Move the muscle 93 Working with Your Muscles by Keeping Them Hydrated 97 Good Roller Pain versus Bad Roller Pain 99 Chapter 9: Supercharging Your Post-Workout Recovery with a Roller 103 The Value of the Recovery 104 Give Me Six: The Six-Minute Recovery Roll-Down 104 Stretching a Freshly Rolled Muscle 108 Common Recovery Mistakes to Avoid 109 Part 3: Meeting the Muscles You’re Rolling Over, and More 111 Chapter 10: Discovering What’s Under the Skin: Knowing Your Anatomy 113 Muscles and Tendons 114 Bones and Joints 115 Fascia 116 What’s a Myofascial Trigger Point? 117 The Treasure Hunt 119 Chapter 11: Upgrading Your Posture 123 Why Good Posture is So Important 123 Understanding Posture 125 Key Landmarks for Evaluating Posture 127 Head 127 Shoulders 128 Lower back 129 Pelvis 130 Feet 131 What Does Perfect Posture Look Like? 132 Perfect standing posture 133 Perfect sitting posture 133 What Does Poor Posture Feel Like? 134 Neck and upper back symptoms 134 Shoulder symptoms 135 Lower back symptoms 135 Improving Your Posture 135 Chapter 12: How Muscles and Joints (Supposedly) Work in Harmony 139 Your Body — The Ultimate Machine 140 Understanding How Healthy Muscles and Joints Work Together 142 Knowing When Your Body Needs a Wheel Alignment 146 Compensating to keep moving 146 Looking at long-term consequences of altered movement 147 Identifying pain and limitations in order to fix them 150 Chapter 13: Fascia: Taming the Beast 151 How Tight Fascia Makes Even Simple Movements Hard 151 Tight Fascia’s Impact on Other Types of Tissue 155 Tips for Healthy Fascia 156 Chapter 14: Managing Scar Tissue 157 What is Scar Tissue? 157 Four Phases of Scar Healing 158 Factors Making Scar Tissue Good or Bad 160 Symptoms of Scar Tissue Pain 161 Types of Scars 162 Tips to Manage Scar Tissue 163 Part 4: Unlocking Tight Muscle and Fascia with Rollers 165 Chapter 15: Scouting Your Body for Pain, Stiffness, and Restrictions 167 Constructing and Interpreting Your True Past Medical History 168 Why all three elements are key 168 Interpreting the information 169 Body Assessment 170 Standing 171 Walking 174 Squatting 177 Finding the Source of Your Pain 179 What a muscle injury feels like 179 What a joint injury feels like 180 What a bone injury feels like 180 What a nerve injury feels like 181 What overly tight fascia feel like 181 Putting Your Scouting Report Together 182 Evaluating your TPMH 183 Identifying blinking red lights (warning signs) 183 Matching blinking red lights with tissue symptoms 184 Chapter 16: Unlocking Your Upper Legs 187 Ryan Rolling Rules for the Upper Legs 188 Unlocking the Quads (aka the Workhorses) 189 Getting ready 190 The exercise 190 Do’s and don’ts 193 Unlocking your Iliotibial Band (ITB) 194 Getting ready 195 The exercise 195 Do’s and don’ts 198 Unlocking the Groin Muscles 198 Getting ready 199 The exercise 199 Do’s and don’ts 202 Unlocking the Hamstrings 204 Getting ready 204 The exercise 205 Do’s and don’ts 208 Chapter 17: Unlocking Your Lower Legs and Feet 209 An Inside Look at the Lower Legs and Feet 210 Ryan Rolling Rules for Lower Legs and Feet 212 Unlocking the Calf — Back of Shin 214 Getting ready 214 The exercise 215 Do’s and don’ts 217 Unlocking the Peroneals — Outside Corner of Lower Shin 218 Getting ready 219 The exercise 219 Do’s and don’ts 221 Unlocking the Ankle Dorsiflexors — Front of Shin 223 Getting ready 224 The exercise 224 Do’s and don’ts 226 Unlocking the Arch 226 Getting ready 227 The exercise 228 Do’s and don’ts 229 Chapter 18: Unlocking Your Lower Back and Hips 231 Ryan Rolling Rules for Your Hips and Lower Back 232 An Inside Look at the Lower Back and Hips 233 Unlocking the Lower Back — Back Extensors 235 Getting ready 237 The exercise 237 Do’s and don’ts 238 Unlocking the Front of the Hip — Hip Flexors/Upper Quad 240 Getting ready 240 The exercise 241 Do’s and don’ts 242 Unlocking the Side of the Hip — Hip External Rotators, aka “The Ladder” 243 Getting ready 246 The exercise 247 Do’s and don’ts 248 Unlocking the Back of the Hip — The Glutes, aka “The Roof” 249 Getting ready 252 The exercise 252 Do’s and don’ts 254 Chapter 19: Unlocking Your Chest, Upper Back, and Neck 257 An Inside Look at the Chest, Upper Back, and Neck 258 Ryan Rolling Rules for Chest, Upper Back, and Neck 260 Unlocking the Front of Your Chest — The Pecs 261 Getting ready 262 The exercise 263 Do’s and don’ts 264 Unlocking Your Upper Back — Shoulder Blade Stabilizers 265 Getting ready 267 The exercise 268 Do’s and don’ts 269 Unlocking Your Side — Latissimus Dorsi 270 Getting ready 271 The exercise 272 Do’s and don’ts 273 Unlocking Your Neck — Upper Trapezius 274 Getting ready 276 The exercise 276 Do’s and don’ts 278 Chapter 20: Unlocking Your Shoulders and Arms 279 An Inside Look at the Shoulders and Arms 280 Starting with the shoulder girdle 280 Moving down the arm 281 Ryan Rolling Rules for Shoulders and Arms 281 Unlocking the Front and Side of the Shoulder — Delts 283 Anterior delt 283 Middle delt 284 Level 1 and Level 2 for anterior and middle delts 286 Do’s and don’ts 286 Unlocking the Back of the Shoulder — External Rotators 287 Getting ready 289 The exercise 290 Do’s and don’ts 291 Unlocking the Palm-Side of the Forearm — Wrist Flexors 293 Getting ready 294 The exercise 295 Do’s and don’ts 297 Unlocking the Back of the Forearm — Wrist Extensors 297 Getting ready 298 The exercise 299 Do’s and don’ts 300 Unlocking the Palm of the Hand — Finger Flexors 301 Getting ready 302 The exercise 303 Do’s and don’ts 304 Chapter 21: Foam Rolling Workouts and Key Stretches 305 Strengthening with a Roller 306 Forming your strengthening game plan 306 Key strengthening tips 307 Stretching with a Roller 307 Forming your stretching game plan 308 Key stretching tips 308 Upper-Body Roller Workouts and Stretches 308 Upper body–strengthening exercises 309 Upper-body stretches 319 Core and Spine Roller Workouts and Stretches 321 Core- and spine-strengthening exercises 321 Core and spine stretches 329 Lower Body Roller Workouts and Stretches 331 Lower body–strengthening exercises 332 Lower-body stretches 339 Part 5: Workouts, Stretches, Injury Management, and Injury Prevention with Rollers 343 Chapter 22: Injury Management with Rollers 345 ROLLER Treatment Planner 346 R: Research your muscles and joints (the What) 347 O: Origin of your restrictions (the Where) 347 L: Listen to your body (the Why) 347 L: Lay out your treatment plan (the How) 347 E: Execute your treatment plan (the Work) 348 R: Reset the way you move (the Reward) 348 Shoulder Injuries 350 Impingement syndrome 350 Rotator cuff strain 351 Elbow Injuries 353 Tennis elbow 353 Golfer’s elbow 354 Lower Back Injuries 355 Lower back pain 356 Glute pain and tightness 357 Hip Injuries 358 Hip flexor strain 359 Hip rotator strain and tightness 360 Thigh Injuries 361 Quadriceps strain 362 Hamstring strain 363 Knee Injuries 365 Patella tendonitis 365 Chondromalacia 366 Ankle Injuries 368 Ankle arthritis and tightness 368 Achilles tendonitis 369 Chapter 23: Injury Prevention with Rollers for Your Sports 371 What is Injury Prevention? 372 Three Steps to Prevent Injuries 373 1 Unlock the motor muscles 374 2 Strengthen opposing muscles 374 3 Launch prevention exercises for your sport 374 Applying the Three Steps to Preventing Injuries in Your Sport 375 Running 375 Cycling or spinning 376 Gym weight training 376 Swimming 377 Basketball 378 Golf 378 Soccer 379 Tennis 379 Gym cardio 380 Part 6: The Part of Tens 381 Chapter 24: Ten Roller Do’s and Don’ts 383 Do Breathe 383 Do Trust Your Roller and Your Body’s Response 384 Do Be Creative 384 Do Toughen Up 384 Do Follow Up Your Roll with Reset Moves 384 Don’t Hold Your Breath 385 Don’t Roll on Swollen and Inflamed Injuries 385 Don’t Add Joint Motion Too Early 385 Don’t Work Against Your Body 385 Don’t Roll on Nerves, Bones, or Open Wounds 386 Chapter 25: Ten Changes Your Body Will Feel from Rolling 387 Looser Muscles 387 Increased Joint Range of Motion 388 Less Effort to Move 388 Smellier Urine 388 Faster Warm-Up 389 Less Pain and Fewer Injuries 389 Increased Muscle Strength 389 Improved Posture 390 Faster Recovery 390 Better Sleep 391 Chapter 26: Ten Groups Who Love Rollers 393 Stiff or Inflexible People 394 The Injury-Prone 394 Runners 394 Mature Athletes 395 Cross Trainers 396 Bikers 396 Stop-and-Go Athletes 397 Walkers and Hikers 397 Human Cardio Machines 397 Yoga Haters 398 Index 399

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Book SynopsisThe complete reference work covering the increasingly prominent area of adult orthodontics Written by renowned contributors from the orthodontic community and compiled by world-class editors, Adult Orthodontics, 2nd Edition is an authoritative resource on the subject of adult orthodontics, marrying together clinical guidance with a thorough evaluation of the evidence base. Sample topics discussed within the book include: Context for adult orthodontics, including patient demographics and aetiology Treatment planning considerations, including patient case profiles, initial outcomes and longer-term expectations Interdisciplinary and multidisciplinary approaches, including the links between adult orthodontics and periodontics, prosthetics, and temporomandibular disorders This book is an invaluable resource for professionals providing orthodontic treatment to adults and those dealing with orthodontics as part of the interdTrade Review"The contents are clear, concise and well structured. In total, there are 21 chapters, which cover the full scope of adult orthodontic treatment, with a particular focus on clinical challenges which are unique for the adult patient. Each chapter is succinct and well written, with a structured flow which allows the reader to digest the subjects being discussed. The fundamental areas of adult orthodontics covered include diagnosis, aetiology, interdisciplinary versus multidisciplinary treatments, anchorage, treatment planning and post-treatment maintenance."- Zohaib S. Khan, Specialist in Orthdontics, St Helens, UK, Published in British Dental Journal (Nov 23)"... this newly updated and expanded edition of Adult Orthodontics is an authoritative resource on the subject of adult orthodontics, blending together clinical guidance with a thorough evaluation of the evidence base.... An invaluable and comprehensive instructional and informational resource for professionals providing orthodontic treatment to adults and those dealing with orthodontics as part of the interdisciplinary management of the adult dentition, Adult Orthodontics is especially recommended as a core addition to personal, professional, and academic library Dentistry/Orthodontics collections."—Library Bookwatch, January 2023, Midwest Book Reviews"Adult Orthodontics is an authoritative resource, written and edited by experts in the field, combining clinical guidance with a thorough evaluation of the evidence base. Diagnostic issues and problems are clearly defined, and solutions and limitations elucidated using case studies...an invaluable reference for professionals providing orthodontic treatment to adults"- Peter Folly, British Dental Association, Published in BDJ Team (July 22)Table of ContentsList of Contributors xiii About the Companion Website xv Introduction xvii Introduction: More than a Century of Progress in Adult Orthodontic Treatment xix 1 Potential Adult Orthodontic Patients – Who Are They? 1Birte Melsen Introduction 1 Who are the patients? 1 How do the patients express their needs? 6 The first visit 7 Communicating with the patient 9 Summary 10 References 10 2 Diagnosis: Chief Complaint and Problem List 12Birte Melsen, Marco A. Masioli Introduction 12 Workup of a problem list – the interview and chief complaint 12 General health 15 Clinical examination 16 Extraoral examination 17 Extraoral photographs 19 Function of the masticatory system 22 Intraoral analysis – oral health 23 Evaluation of dental casts – arch form 24 Occlusal analysis 24 Space analysis 26 Cephalometric analysis 26 Final problem list 27 Indication for treatment 28 The presentation of the problem list – the tip of the iceberg 29 Concluding remarks 33 References 33 3 Aetiology 35Birte Melsen Introduction 35 Biological background 35 Aetiology of malocclusions in adults 41 Age-related changes in the skeleton 42 Age-related changes in the craniofacial skeleton 46 Age-related changes in the local environment 47 Consequences of deterioration of the dentition 48 Case reports 49 Conclusion 52 References 52 4 Interdisciplinary versus Multidisciplinary Treatments 54Birte Melsen Interdisciplinary or multidisciplinary treatments 54 Establishment of an interdisciplinary team 56 Treatment sequence 59 Essential and optional treatment procedures 59 Interaction during treatment 62 Post-orthodontic treatment 62 Patient satisfaction 62 Examples of interdisciplinary cases 63 References 63 5 Treatment Planning: The 3D VTO 65Birte Melsen, Giorgio Fiorelli Determining the treatment goal using the occlusogram 65 Production of an occlusogram: manual procedure and general concepts 66 Responding to patients’ needs 76 Orthodontic treatment: art or science? 78 References 78 6 Tissue Reaction 79Carlalberta Verna, Birte Melsen Orthopaedic effects 79 Orthodontic effects in adult patients 80 References 97 7 Appliance Design 101Birte Melsen, Delfino Allais, Giorgio Fiorelli Introduction 101 Treatment goal definition 101 Anchorage evaluation 110 Sequencing the treatment into phases 110 Appliance selection and design 112 Conclusion 138 References 138 8 Anchorage Problems 141Birte Melsen, Carlalberta Verna Introduction 141 Definition 142 Classification of anchorage 142 Intramaxillary anchorage 142 Differential anchorage 146 Soft-tissue anchorage 147 Free anchorage 147 Intermaxillary anchorage 151 Occlusion 155 Differential timing of force application 156 Conclusion 156 Extraoral anchorage 156 Skeletal anchorage 156 Prosthodontic implants 157 Temporary anchorage devices 157 Palatal implants 159 Palatal mini-implants with abutments, optimal insertion sites and possible mechanics 159 Implant placement and adaption of the mechanics 159 Clinical applications for palatal mini-implants 163 Conclusion 163 Onplant 163 Retromolar implants 163 Immediately loadable devices 164 Zygoma ligature 164 Miniplates 164 Mini-implants 164 Material 166 Design of the intraosseous parts 166 Design of the transmucosal parts 168 Design of the head of the mini-implant 168 The screwdriver 168 Insertion site 168 Insertion 170 Antibiotics 171 Load transfer 171 Tissue reaction to loading 172 Loading 173 Orthodontic mechanics 173 Alternative application of TADs used as anchorage 173 Indications 174 Complications 175 What happens if the screw touches a root? 175 Failures 176 Problems related to the mini-implant and solutions 176 Problems related to the insertion procedure 176 Problems related to the patient 176 Future of TADs 176 References 177 9 Bonding Problems Related to Adult Reconstructed Dentitions 181Vittorio Cacciafesta Introduction 181 Brackets 182 The Basis of the Bonding Clinical Procedure 189 Banding 205 Auxiliary Attachments and Aesthetic Buttons 209 Anchorage Needs and Reinforcement 210 Bonded Retainers 211 References 212 10 Material-Related Adverse Reactions in Orthodontics 216Dorthe Arenholt Bindslev, Gottfried Schmalz Introduction 216 Fixed appliances 216 Removable appliances 227 Miscellaneous materials 230 Concluding remarks 230 References 231 11 Patients with Periodontal Problems 235Birte Melsen Prevalence of periodontal disease 235 Malocclusion and periodontal disease 235 Orthodontics and periodontal disease 236 Indications for orthodontic treatment in periodontally involved patients 239 Treatment of patients with flared and extruded upper incisors 242 Tissue reaction to intrusion of teeth with horizontal bone loss 247 Treatment of patients with vertical bone defects 250 What are the periodontal limits for orthodontic tooth movement? 254 Sequence of treatment in periodontally involved patients 258 Conclusion regarding influence of orthodontic treatment on periodontal status 260 References 262 12 A Systematic Approach to the Orthodontic Treatment of Periodontally Involved Anterior Teeth 265Jaume Janer Single tooth gingival recession 265 Progressive spacing of incisors 269 Case reports 275 Management of periodontally involved teeth 276 References 290 13 Interdisciplinary Collaboration between Orthodontics and Periodontics 293Francesco Milano, Laura Guerra Milano Introduction 293 Periodontal diagnosis 294 History taking and clinical and radiographic examination 294 Screening for periodontal disease 294 Local factors predisposing to periodontal therapy 296 Timing of ortho–perio treatment 297 Periodontal therapy 298 Surgical therapy 298 Mucogingival and aesthetic surgery 300 Regenerative surgical therapy 312 Supportive periodontal treatment 312 Ortho–perio and multidisciplinary clinical cases 313 Conclusion 319 Acknowledgements 319 References 321 14 Prosthetically Guided Orthodontic Strategies 323Arturo Imbelloni, Cesare Luzi Introduction 323 Interdisciplinary treatment planning: orthodontics in periodontal prosthesis 324 Prosthodontic indications for orthodontic therapy 325 Pre-prosthodontic orthodontics 325 Role of temporisation in interdisciplinary treatment 343 Prosthodontic finalisation 345 References 346 15 Patients with Temporomandibular Joint (TMJ) Problems 348Birte Melsen Orthodontics and dysfunction 348 Controversy in the literature regarding TMD and occlusion 350 Treatment and TMD 351 Treatment of clicking joints 352 Orthodontic treatment of patients with TMD 352 Organisation of the treatment 358 Conclusion 358 References 360 16 Patients with Temporomandibular Disorders 362Peter Svensson, Fernando G. Exposto Introduction 362 Classification and epidemiology 362 Diagnostic procedures 363 Risk factors and aetiology 367 Pathophysiology 368 Management 371 Summary 373 References 374 17 Clear Aligners and Their Role in Orthodontics 379Sonil Kalia, Reginald Mietke, Birte Melsen History of aligners 379 Difference between aligner treatments and conventional orthodontic treatments 380 What types of patients are seeking aligner treatments? 380 Pre-treatment considerations 380 What has to be evaluated before the aligners are produced? 381 Force-driven or displacement-driven aligners? 381 Invisalign® 381 Orthocaps® 385 Studies on treatment efficacy and efficiency of aligner 389 What role will the aligners play in the future? 390 Conclusion 391 References 391 18 Progressive Slenderising Technique 392Dr Pablo Echarri, Emma Vila Mancho Definition and objectives 392 Anthropological justification of slenderising 393 Influence of slenderising on dental plaque, caries and periodontal disease 393 Indications 394 Contraindications 397 Advantages of slenderising 399 How much enamel can be stripped? 399 Special considerations 401 Instrumentation for slenderising 401 Progressive slenderising technique 404 Slenderising with aligners 407 The design and planning of the slenderising and preventing risks in slenderising 411 Stripping and Bolton index 412 How much enamel can be worn out? 417 Facial and dental midlines 418 Teeth size 418 Design and planning of the stripping 418 Progressive stripping technique 419 Case reports 421 References 421 19 Post-Treatment Maintenance 423Birte Melsen, Sonil Kalia Stability 423 Biological maintenance 424 Mechanical maintenance – retention 426 Intermaxillary retention 431 Active retention plates 434 Latest technology in retainers fabrication (bonded and vacuum-formed) 434 Virtual removal of fixed appliances and or attachments to fabricate retainers 434 Retention after aligner orthodontic treatments 435 Future developments 435 Conclusion 435 References 436 20 Treatment Duration: Can It be Shortened? 438Sabarinath Prasad, Mauro Farella, Birte Melsen Introduction 438 Adjuncts to accelerate tooth movements 438 Treatment-related factors 441 Conclusions 444 References 444 21 What are the Limits of Orthodontic Treatment? 446Birte Melsen What determines the limits? 446 Reference 447 Index 448

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Book SynopsisNUTRITION and GLOBAL HEALTH Nutrition and Global Health began as a series of short literature reviews; since then, the work has become an authoritative and highly accessible resource on the vast and nuanced subject matter covered within. One of the major themes of the work is integrating nutrition into other disciplines: with its basis in biochemistry, human physiology, behavioural science, and even political studies, nutrition is a vital component in the success of interventions. This book will provide students and practitioners with a roadmap for interpreting the global health landscape and create links between nutritional physiology, policy, and action. Based on widely used practices in global health, Nutrition and Global Health covers topics including: Assessing nutritional status, nutrition surveillance, nutrition and infectious disease, and maternal and child nutrition Micronutrient deficiencies (including but not limited to iron, iodine, vitamin A, zinc, and folate), plus the nTable of Contents1. Introduction 2. Assessing nutritional status 3. Nutrition surveillance 4. Nutrition and infectious disease 5. Maternal and child nutrition 6. Childhood malnutrition 7. Micronutrient deficiencies- iron, iodine, vitamin A, zinc, folate 8. The nutritional double burden of disease 9. Food security, sustainable food and agriculture 10. Working in the global health environment 11. Nutrition in emergencies

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Book SynopsisDIGITIZATION OF HEALTHCARE DATA USING BLOCKCHAIN The book gives a detailed description of the integration of blockchain technology for Electronic Health Records and provides the research challenges to consider in various disciplines such as supply chain, drug discovery, and data management. The aim of the book is to investigate the concepts of blockchain technology and its association with the recent development and advancements in the medical field. Moreover, it focuses on the integration of workflow strategies like NLP, and AI which could be adopted for boosting the clinical documentation and electronic healthcare records (EHR) usage by bringing down the physician EHR data entry. Also, the book covers the usage of smart contracts for securing patient records. Digitization of Healthcare Data Using Blockchain presents the practical implementations that deal with developing a web framework for building highly usable healthcare applications, a simple blockchain-powered EHR system. Table of ContentsPreface xiii 1 Evolution of Blockchain Technologies and its Fundamental Characteristics 1Aradhna Saini, R. Gopal, S. Suganthi and T. Poongodi 1.1 An Overview of Blockchain Technology 2 1.1.1 Evolution of Blockchain Technology 2 1.1.2 Significant Characteristics of Blockchain Technology 3 1.2 Blockchain Architecture and Its Components 5 1.3 Comparative Analysis of Blockchain Categories 8 1.3.1 Permissionless or Public Blockchain 9 1.3.2 Permissioned or Private Blockchain 11 1.3.3 Consortium Blockchain 13 1.3.4 Hybrid Blockchain 15 1.4 Blockchain Uses Cases in Healthcare 15 1.5 Research Opportunities and Challenges of Blockchain Technology in Healthcare 20 1.6 Conclusion 21 References 21 2 Geospatial Blockchain: Promises, Challenges, and Scenarios in Healthcare 25Janarthanan S., S. Vijayalakshmi, Savita and T. Ganesh Kumar 2.1 Introduction 26 2.1.1 Basics of Blockchain 26 2.1.2 Promises and Challenges in Blockchain 27 2.1.3 Comparative Study 28 2.2 Geospatial Blockchain Analysis Based on Healthcare Industry 29 2.2.1 Remote Monitoring and Geospatial Healthcare System 30 2.3 Smart Internet of Things Devices and Systems 32 2.3.1 Main Challenges and Importance in Smart Convention 33 2.3.2 Recent Innovations in Healthcare 33 2.4 Implementation Strategies and Methodologies 34 2.4.1 Promises and Challenges in Implementation 35 2.5 Information Security and Privacy Protection in Geospatial Blockchain Healthcare Systems 37 2.5.1 Security and Privacy Protection Framework 37 2.5.2 Data Access Control System 37 2.6 Challenges in Present and Past and Future Directions 40 2.6.1 Present Challenges in Healthcare 40 2.6.2 Past Challenges in Healthcare 41 2.6.3 Future Challenges in Healthcare 42 2.7 Conclusion 45 References 45 3 Architectural Framework of Blockchain Technology in Healthcare 49Kiran Singh, Nilanjana Pradhan and Shrddha Sagar 3.1 Introduction 50 3.2 Healthcare 51 3.2.1 Electronic Healthcare 52 3.2.2 Smart Healthcare 53 3.3 Blockchain Technology 54 3.4 Architecture of Smart Healthcare 55 3.5 Blockchain in Electronic Healthcare 57 3.6 Architecture for Blockchain 59 3.7 Distributed System 60 3.8 Security and Privacy 61 3.9 Applications of Healthcare Management in Blockchain 64 3.9.1 The Use of the Blockchain for EMR Data Storage 64 3.9.2 Blockchains and Data Security are Related 66 3.9.3 Blockchain for Personal Health Information 66 3.9.4 Blockchain is a Strong Technology at the Point of Treatment Genomic Analytics 67 3.10 Applications of IoT in Blockchain 67 3.11 Challenges 68 3.12 Conclusion 68 References 69 4 Smart Contract and Distributed Ledger for Healthcare Informatics 73Yogesh Sharma and B. Balamurugan 4.1 Introduction 74 4.1.1 History of Healthcare Informatics 75 4.2 Introduction of Blockchain Technology 76 4.2.1 A Blockchain Process 77 4.3 Types of Blockchains 78 4.3.1 Public Blockchain 79 4.3.2 Private Blockchain 79 4.3.3 Consortium Blockchain 80 4.4 Blockchain in Healthcare 80 4.5 Distributed Ledger Technology 82 4.6 Evolution of Distributed Ledger Technology 82 4.7 Smart Contract 83 4.7.1 Limitations of Smart Contract 85 4.7.2 Smart Contract in Healthcare Informatics 85 4.8 Distributed Ledger in Healthcare Informatics as Blockchain 86 4.9 Distributed Ledger Technology in Healthcare Payments 88 4.10 Conclusion 89 References 90 5 Consensus Algorithm for Healthcare Using Blockchain 93Faizan Salim, John A., Rajesh E. and A. Suresh Kumar 5.1 Introduction 94 5.2 Types of Blockchain 95 5.3 Blockchain Database 98 5.4 Consensus Algorithm 98 5.5 Healthcare System 100 5.5.1 Healthcare and Blockchain 101 5.5.2 Benefits of Blockchain in Healthcare 101 5.6 Algorithms 103 5.6.1 Smart Contract 104 5.6.2 Algorithm for Fault Tolerance Using Blockchain 104 5.6.3 Practical Byzantine Fault Tolerance Algorithm 106 5.6.4 Algorithm for Distributed Healthcare Using Blockchain 108 5.7 Security for Healthcare System Using Blockchain 109 5.7.1 Framework for Security Using Blockchain 110 5.8 Issues and Challenges in Healthcare Using Blockchain 112 5.9 Future Scope 114 5.10 Conclusion 115 References 115 6 Industry 4.0 and Smart Healthcare: An Application Perspective 117R. Saminathan, S. Saravanan and P. Anbalagan 6.1 Introduction 118 6.2 Evolution of Industry 4.0 119 6.3 Vision and Challenges of Industry 4.0 120 6.4 Technologies Used in Fourth Industrial Revolution 121 6.5 Blockchain in Industry 4.0 127 6.6 Smart Healthcare Design Using Healthcare 4.0 Processes 129 6.7 Blockchain Tele-Surgery Framework for Healthcare 4.0 131 6.8 Digital Twin Technology in Healthcare Industry 133 6.9 Conclusion 134 References 134 7 Blockchain Powered EHR in Pharmaceutical Industry 137Piyush Sexena, Prashant Singh, John A. and Rajesh E. 7.1 Introduction 138 7.2 Traditional Healthcare System vs Blockchain EHR 140 7.3 Working of Blockchain in EHR 141 7.4 System Design and Architecture of EHR 143 7.5 Blockchain Methodologies for EHR 146 7.6 Benefits of Using Blockchain in EHR 149 7.7 Challenges Faced by Blockchain in HER 151 7.8 Future Scope 154 7.9 Conclusion 155 References 156 8 Convergence of IoT and Blockchain in Healthcare 159Swaroop S. Sonone, Kapil Parihar, Mahipal Singh Sankhla, Rajeev Kumar and Rohit Kumar Verma 8.1 Introduction 160 8.2 Overview of Convergence 161 8.3 Healthcare 162 8.4 IoTs and Blockchain Technology 163 8.5 IoT Technologies for Healthcare 163 8.6 Blockchain in Healthcare 165 8.7 Integration for Next-Generation Healthcare 167 8.8 Basic Structure of Convergence 170 8.9 Challenges 172 8.10 Conclusion 174 References 175 9 Disease Prediction Using Machine Learning for Healthcare 181S. Vijayalakshmi and Ashutosh Upadhyay 9.1 Introduction to Disease Prediction 182 9.1.1 Artificial Intelligence in Healthcare 182 9.1.2 Data Collection and Information Processing 183 9.1.3 Human Living Standard and Possible Diseases 185 9.1.4 Importance of Data in Disease Prediction 185 9.2 Data Analytics for Disease Prediction 186 9.3 Segmentation and Features of Medical Images 186 9.4 Prediction Model for Healthcare 188 9.5 Introduction to ML 191 9.5.1 K-Nearest Neighbor, Artificial Neural Network, CNN, Decision Tree, and Random Forest 195 9.6 Prediction Model Study of Different Disease 198 9.7 Decision Support System 199 9.8 Preventive Measures Based on Predicted Results 199 9.9 Conclusions and Future Scope 200 References 200 10 Managing Healthcare Data Using Machine Learning and Blockchain Technology 203BKSP Kumar Raju Alluri 10.1 Introduction 203 10.2 Current Situation of Healthcare 204 10.3 Introduction to Blockchain for Healthcare 206 10.4 Introduction to ML for Healthcare 211 10.4.1 Open Issues in Machine Learning for Healthcare 213 10.5 Using ML and Blockchain for Healthcare Management 214 10.5.1 Bucket 1: Theory Centric 215 10.5.2 Bucket 2: Result Oriented 219 10.5.3 Outcomes of the Study 222 10.5.4 Why are Most of the Current Blockchain + Healthcare Papers Theory-Based? 227 10.6 Conclusion 228 References 228 11 Advancement of Deep Learning and Blockchain Technology in Health Informatics 235Anubhav Singh, Mahipal Singh Sankhla, Kapil Parihar and Rajeev Kumar 11.1 Introduction 236 11.2 Associated Works 238 11.2.1 Preliminaries 240 11.3 Internet of Things 240 11.4 Big Data 241 11.5 Deep Learning 241 11.5.1 Common Deep Learners 242 11.5.1.1 Convolutional Neural Network 242 11.5.1.2 Recurrent Neural Networks 242 11.5.1.3 Deep Autoencoders 243 11.5.1.4 Deep Boltzmann Machine 243 11.6 Restricted Boltzmann Machine 243 11.7 Profound Conviction Organization 244 11.8 Application and Challenges of Deep Learners 244 11.8.1 Predictive Healthcare 244 11.8.2 Medical Decision Support 245 11.8.3 Personalized Treatments 245 11.8.4 Difficulties 246 11.8.5 Blockchain Technology 247 11.8.6 Types of Blockchain 247 11.8.7 Challenges of Blockchain in Healthcare 248 11.8.8 Interoperability 248 11.8.9 Management, Privacy, and Anonymity of Data 248 11.8.10 Quality of Service 249 11.8.11 Heterogeneous Gadgets and Traffic 249 11.8.12 Inertness 249 11.8.13 Asset Imperatives and Energy Proficiency 249 11.8.14 Storage Capacity and Scalability 250 11.8.15 Security 250 11.8.16 Data Mining 250 11.8.17 System Model 251 11.8.18 Attack Model 251 11.9 Open Research Issues 252 11.10 Conclusion 252 References 253 12 Research Challenges and Future Directions in Applying Blockchain Technology in the Healthcare Domain 257Sneha Chakraverty and Sakshi Bansal 12.1 Introduction 258 12.2 Healthcare 259 12.2.1 Stakeholders of Indian Healthcare Ecosystem 259 12.2.2 Major Data Related Challenges in Indian Healthcare System 260 12.3 Need of Blockchain in Healthcare Domain 261 12.4 Application of Blockchain in Healthcare Domain 262 12.5 Methodology 263 12.5.1 Review of Literature 264 12.5.2 Interviews 264 12.6 Challenges 265 12.6.1 How to Overcome This Problem 267 12.7 Future Directions 268 12.8 Conclusion 269 References 269 Appendix 272 Appendix 12.1 272 Interview Form 272 Appendix 12.2: Response 1 273 Interview Form 273 Appendix 12.3: Response 2 276 Interview Form 276 Appendix 12.4: Response 3 278 Interview Form 278 Appendix 12.5: Response 4 280 Interview Form 280 Index 285

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Book SynopsisTable of ContentsList of Contributors xiii Introduction xv Part I Fundamentals 1 1 Anatomy and Physiology 3 Edgard El Chaar and Thierry Abitbol Overview of Gingival Tissue and Periodontium 3 Embryonic Development 3 Formation of the Epithelial Attachment 4 Formation of the Cementum, Periodontal Ligament, and Alveolar Bone 4 Soft Tissue Physiology 6 Gingiva 6 Width and Thickness of the Gingiva 6 Histological Composition 6 Epithelial–Connective Tissue Interaction 7 Gingival Fiber Groups 7 Alveolar Mucosa 7 Junctional Epithelium 8 Biotype 8 Periodontal Biotype 8 Anatomy Is Destiny 9 Anatomy 9 Root Surface Anatomy 9 Anterior Teeth 10 Developmental Anterior Grooves 10 Premolars 10 The Root Trunk 11 Maxillary First Molars 11 Mandibular First Molars 11 Cervical Enamel Projections (CEPs) 12 References 12 Further Reading 13 2 Wound Healing 14 Steven Engebretson Definitions and Terms for Clinical Outcomes 14 Inflammatory Phase 14 Proliferative Phase 14 Remodeling Phase 15 Epithelium and Connective Tissue Healing 15 Flap Surgery 15 Free Graft 15 Bone Healing 15 Healing of Extraction Sockets 16 Osseointegration 16 Modifiers of Wound Healing 16 References 17 3 Diagnosis and Pathology of Periodontal Diseases 18 Cecilia White Formulating a Periodontal Diagnosis 18 Periodontal Health and Gingival Health 18 Gingivitis: Dental Plaque-Induced 19 Necrotizing Periodontal Diseases 19 Periodontitis 19 Other Conditions Affecting the Periodontium 20 Periodontal Abscesses 20 Endodontic–Periodontal Lesions 20 Mucogingival Deformities and Conditions Around the Teeth 20 Traumatic Occlusal Forces 20 Prosthesis and Tooth-Related Factors 20 References 21 4 Oral Pathology and Oral Medicine 22 Edgard El Chaar and Arthi M. Kumar Introduction 22 Non-Dental-Biofilm Induced Gingival Diseases 22 Genetic/Developmental Disorders 22 Hereditary Gingival Fibromatosis (HGF) 22 Specific Infections 22 Infections of Bacterial Origin 22 Infections of Viral Origin 24 Infections of Fungal Origin 25 Inflammatory and Immune Conditions 27 Hypersensitivity Reactions 27 Autoimmune Diseases of Skin and Mucous Membranes 27 Granulomatous Inflammatory Conditions 30 Reactive Processes 31 Epulides 31 Pre-Malignant Lesions and Malignant Neoplasms 32 Endocrine, Nutritional, and Metabolic Diseases 34 Traumatic Lesions 34 Physical/Mechanical Insults 34 Chemical/Thermal Insults 36 Gingival Pigmentation 36 Endocrine, Nutritional, and Metabolic Diseases 38 Genetic Disorders 38 Diseases Affecting the Connective Tissues 39 Acquired Immunodeficiency Diseases 41 Inflammatory Diseases 41 Systemic Disorders that Influence the Pathogenesis of Periodontal Disease 41 Further Reading 44 5 Patient Examination and Initial Therapy 50 Claire Mc Carthy, Steve Engeberston, Edgard El Chaar, Mea Weinberg, Stuart L. Segelnick, and Dena M. Sapanaro Medical History for the Dental Patient 50 Clinical and Radiographical Examination 50 Clinical Examination 50 Radiographic Examination 51 Radiographic Artifacts 51 Oral Hygiene 51 Toothbrushing 52 Interproximal Cleaning 52 Interproximal Brushes 52 Dental Floss or Tape 52 Specialized Oral Hygiene Aids 53 Single Tufted Brush 53 Behavior Change Techniques 53 Non-surgical Periodontal Therapy 54 Benefits 54 Limitations 54 Armamentarium 54 Hand Instruments 54 Powered Instruments 54 Techniques 55 Supragingival Debridement 55 Fundamental Elements of Hand Instrumentation 55 Calculus Detection Technique 55 Fulcrums 56 Powered (Ultrasonic) Technique 56 Reevaluation of Initial Therapy 56 Occlusal Therapy 56 Medications and Implications for Periodontal Therapy 57 Sedation: Minimal and Moderate Sedation 57 References 58 Further Reading 58 Part II Principles and Practice of Periodontal Surgery 61 6 Surgical Anatomy and Local Anesthesia 63 Roya Afshar-Mohajer and Babak Hamidi Anatomic Landmarks 63 Mandible 63 Anatomic Spaces 65 Maxilla 65 Conclusion 67 Properties of Local Anesthesia 67 Properties of Ideal Anesthetic 68 Techniques of Local Anesthesia 68 Maxillary Anesthesia 68 Mandibular Anesthesia 68 Further Reading 69 7 Suturing Techniques 70 Mea A. Weinberg, Stuart L. Segelnick, and Edgard El Chaar Principles of Surgical Wound Closure 70 Properties of Suture Materials 70 Suturing Techniques and Indications for Use 72 References 76 8 Osseous Surgery 77 Thierry Abitbol Introduction 77 Osseous Surgery 77 Limitations and Contraindications to Osseous Resective Surgery 78 References 78 9 Functional Crown Lengthening 79 Thierry Abitbol Introduction 79 Checklist 79 Osseous Surgery 80 References 81 10 Root Amputation 83 Wayne Kye and Gretchen Stern Overview 83 Terminology 83 Indications and Contraindications 84 Indications Include 84 Contraindications Include 84 Advantages and Disadvantages 85 Armamentarium 85 Surgical Technique 85 Complications 86 Outcome and Follow-up 86 Implants Versus Root Resection 87 Vital Root Resection 87 References 88 Further Reading 89 11 Guided Tissue Regeneration 90 Edgard El Chaar and Michael Bral Overview 90 Indications 91 Repair and Regeneration in Periodontal Defects 91 GTR for Furcation Defects 91 Technique 91 GTR for Periodontal Intrabony and Circumferential Defects 93 Techniques 94 GTR for the Treatment of Recession Defects 95 Follow-up 97 Further Reading 97 12 Esthetic Crown Lengthening 98 Edgard El Chaar Overview 98 Etiology 98 Treatment 99 Case Surgical Description 99 Post-Elongation Gingival Margin Stability 101 References 101 Further Reading 102 13 Soft Tissue Management in Natural Dentition 103 Edgard El Chaar Overview 103 Classifications 104 Determination of the CEJ 104 Diagnostic and Treatment Considerations Based on Classification of Periodontal Biotypes, Gingiva Recession, and Root Surface Conditions 106 Surgical Management of Mucogingival Deficiencies 106 Free Gingival Graft (FGG) 106 Pedicle Soft Tissue Graft 106 Coronally Advanced Flap (CAF) 107 Sub-epithelial Connective Tissue Graft (SCTG) 107 Allograft 108 Acellular Dermal Matrix 108 Clinical Studies Comparing Soft Tissue Allograft to the SCTG 109 Histological Studies on Soft Tissue Allograft 109 Clinical Case 109 References 111 Further Reading 113 Part III Principles and Practice of Implant Dentistry 115 14 Principles of Implant Dentistry 117 Edgard El Chaar and Aikaterini Georgantza Introduction 117 Steps for Implant Success 117 Factors Affecting the Implant Success 118 Bone Quality Classification 118 Bone to Implant Contact 118 Transmucosal Attachment Around Dental Implants 118 Probing Around Dental Implants 118 Biological Width Around Implants 119 The Microgap: Interface Between Implant and Abutment 119 Platform Switching 119 Fundamental Criteria in Implant Placement: Healed Ridges 120 Implant Surface Topography 120 Implant Topography on Wound Healing 120 Implant Materials 120 Bone Healing 120 Principles of Surface Treatment, Topographies, and Roughness 121 Implant Design 121 Implant Surface Topography 121 Implant Surface Specificities: Advantages and Disadvantages 121 References 122 Further Reading 124 15 Examination and Diagnosis 125 Zahra Bagheri Radiographic Examination 125 Cone Beam Computed Tomography 125 Clinical Parameters 125 Clinical Examination 126 Factors Influencing Surgical Management 126 Factors Influencing Prosthetic Parameters 126 References 127 Further Reading 127 16 Prosthetic Considerations 128 Zahra Bagheri Review of the Esthetic Parameters 128 The Prosthetic Space 129 Temporization 129 Critical Space 129 Subcritical Space 130 Buccal Contour 130 Final Restoration 130 Abutment Options 130 Cemented Versus Screw Retained 130 Restorative Materials 130 References 131 17 Digital Workflow in Surgery 132 Edgard El Chaar Introduction to Digital Dentistry 132 Terminology 132 Description of STL 132 Description of 3D Volume 133 Applications of Interactive Software 133 Intra-Oral Scanners (IOS) 133 Virtual Implant Software Planning 133 Drilling Surgical Guide 134 Use of Guided Surgery in Immediate Implant Placement 134 Full Arch Guided Surgery 135 Aid in Ridge Deficiency Diagnosis 135 References 137 Further Reading 137 18 Socket Management 138 Aikaterini Georgantza Anatomical Features of the Alveolar Process 138 The Alveolar Process 138 The Alveolar Bone Proper 138 Alveolus and Extraction Socket 138 The Alveolar Ridge 138 Classification of Remaining Bone 138 Alterations of the Alveolar Process Following Tooth Extraction 138 Biological Events and Histologic Ridge Alterations 138 Overview of the Histologic Sequence of Healing 139 Dimensional Ridge Alterations 139 Clinical Implications for Ridge Preservation and Implant Treatment 139 Atraumatic Tooth Extraction 140 Indications for Ridge Preservation 140 Contraindications for Ridge Preservation 140 Ridge Preservation Procedures 140 Maintenance of the Root and the Socket Shield Technique 140 Forced Eruption 140 Socket Grafting 140 Management of Socket at the Esthetic Zone 141 Extraction Socket Classifications 141 Timing of Implant Placement 142 Immediate Implant Placement 142 Early Implant Placement with Partial Bone Healing (12–16 Weeks) 144 Late Implant Placement Complete Bone Healing (>6months) 144 References 145 Further Reading 146 19 Deficient Ridges Augmentation 147 Edgard El Chaar, Aikaterini Georgantza, and Wayne Kye Crestal Sinus Elevation 147 Background 147 Indications 147 Armamentarium 148 Surgical Technique 148 Complications 148 Follow-Up 149 Lateral Sinus Floor Elevation 149 Background 149 Indications 149 Grafting Materials 149 Anatomical Considerations 150 Armamentarium 150 Surgical Technique 150 Complications 151 Prevention of Complications 151 Follow-up 151 Ridge Augmentation 151 Fundamentals of Ridge Augmentation 151 Surgical Techniques 152 Ridge Classifications 152 Seibert 152 Expectations of Ridge Augmentation 153 Horizontal Ridge Augmentation 153 Vertical Ridge Augmentation 153 Fundamentals of Successful Surgical Technique 156 Clinical Case of Ridge Augmentation 156 References 158 Further Reading 159 20 Soft Tissue Assessment and Enhancement in Implant Dentistry 161 Edgard El Chaar Introduction 161 Techniques to Create Contour, Thickness, and Increase Keratinized Tissue 161 A-Flap Management 161 Roll Technique 163 Autograft Subepithelial Connective Tissue (CTG), a Free Gingival Graft (FGG), or Allograft Dermis 165 Free Gingival Graft (FGG) 165 Connective Tissue Grafts (CTG) 166 Techniques for Papilla Management 172 Rotated Pediculated Marginal Tissue 172 Rotated Pediculated Lingual Marginal Tissue 172 Techniques of Soft Tissue for Extraction Socket Grafting 173 References 176 Further Reading 177 21 Peri-Implant Diseases 178 Edgard El Chaar and Cecilia White Introduction 178 Prevalence 178 Criteria for Diagnosis of Peri-implantitis: Case Definition 179 Risk Factors 179 History of Periodontitis 179 Implant Maintenance 179 Number of Implants 179 Clinician Experience 179 Implant Brand 179 Smoking 179 Microbiota 180 Treatment 180 Nonsurgical Therapy 180 Peri-implant Mucositis 180 Peri-implantitis 180 Surgical Treatment 181 What Is the Most Predictable or Superior Treatment Modality? 181 Clinical Case to Illustrate Peri-implantitis Treatment 182 References 184 Index 187

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Book SynopsisDiscover the security risks that accompany the widespread adoption of new medical devices and how to mitigate them In Do No Harm: Protecting Connected Medical Devices, Healthcare, and Data from Hackers and Adversarial Nation States, cybersecurity expert Matthew Webster delivers an insightful synthesis of the health benefits of the Internet of Medical Things (IoMT), the evolution of security risks that have accompanied the growth of those devices, and practical steps we can take to protect ourselves, our data, and our hospitals from harm. You''ll learn how the high barriers to entry for innovation in the field of healthcare are impeding necessary change and how innovation accessibility must be balanced against regulatory compliance and privacy to ensure safety. In this important book, the author describes: The increasing expansion of medical devices and the dark side of the high demand for medical devices The medical device regTable of ContentsPreface xviii Introduction xxi Part I Defining the Challenge 1 Chapter 1 The Darker Side of High Demand 3 Connected Medical Device Risks 4 Ransomware 4 Risks to Data 7 Escalating Demand 10 Types of Internet-Connected Medical Devices 11 COVID-19 Trending Influences 12 By the Numbers 13 Telehealth 15 Home Healthcare 15 Remote Patient Monitoring 16 The Road to High Risk 16 Innovate or Die 19 In Summary 26 Chapter 2 The Internet of Medical Things in Depth 27 What Are Medical Things? 28 Telemedicine 29 Data Analytics 30 Historical IoMT Challenges 31 IoMT Technology 36 Electronic Boards 36 Operating Systems 37 Software Development 38 Wireless 39 Wired Connections 43 The Cloud 43 Mobile Devices and Applications 46 Clinal Monitors 47 Websites 48 Putting the Pieces Together 48 Current IoMT Challenges 48 In Summary 50 Chapter 3 It is a Data-Centric World 53 The Volume of Health Data 53 Data is That Important 55 This is Data Aggregation? 57 Non-HIPAA Health Data? 59 Data Brokers 60 Big Data 63 Data Mining Automation 68 In Summary 70 Chapter 4 IoMT and Health Regulation 73 Health Regulation Basics 73 FDA to the Rescue? 77 The Veterans Affairs and UL 2900 81 In Summary 83 Chapter 5 Once More into the Breach 85 Grim Statistics 86 Breach Anatomy 89 Phishing, Pharming, Vishing, and Smishing 90 Web Browsing 92 Black-Hat Hacking 93 IoMT Hacking 94 Breach Locations 95 In Summary 95 Chapter 6 Say Nothing of Privacy 97 Why Privacy Matters 98 Privacy History in the United States 101 The 1990s Turning Point 103 HIPAA Privacy Rules 104 HIPAA and Pandemic Privacy 104 Contact Tracing 106 Corporate Temperature Screenings 107 A Step Backward 107 The New Breed of Privacy Regulations 108 California Consumer Privacy Act 108 CCPA, AB-713, and HIPAA 109 New York SHIELD Act 111 Nevada Senate Bill 220 111 Maine: An Act to Protect the Privacy of Online Consumer Information 112 States Striving for Privacy 112 International Privacy Regulations 113 Technical and Operational Privacy Considerations 114 Non-IT Considerations 115 Impact Assessments 115 Privacy, Technology, and Security 115 Privacy Challenges 117 Common Technologies 118 The Manufacturer’s Quandary 119 Bad Behavior 121 In Summary 122 Chapter 7 The Short Arm of the Law 123 Legal Issues with Hacking 124 White-Hat Hackers 125 Gray-Hat Hackers 125 Black-Hat Hackers 127 Computer Fraud and Abuse Act 127 The Electronic Communications Privacy Act 128 Cybercrime Enforcement 128 Results of Legal Shortcomings 131 In Summary 132 Chapter 8 Threat Actors and Their Arsenal 135 The Threat Actors 136 Amateur Hackers 136 Insiders 136 Hacktivists 137 Advanced Persistent Threats 138 Organized Crime 138 Nation-States 139 Nation-States’ Legal Posture 140 The Deep, Dark Internet 141 Tools of the Trade 143 Types of Malware 144 Malware Evolution 146 Too Many Strains 147 Malware Construction Kits 148 In Summary 148 Part II Contextual Challenges and Solutions 151 Chapter 9 Enter Cybersecurity 153 What is Cybersecurity? 154 Cybersecurity Basics 154 Cybersecurity Evolution 156 Key Disciplines in Cybersecurity 158 Compliance 158 Patching 160 Antivirus 161 Network Architecture 161 Application Architecture 162 Threat and Vulnerability 162 Identity and Access Management 163 Monitoring 164 Incident Response 165 Digital Forensics 166 Configuration Management 166 Training 168 Risk Management 168 In Summary 169 Chapter 10 Network Infrastructure and IoMT 171 In the Beginning 172 Networking Basics: The OSI Model 173 Mistake: The Flat Network 175 Resolving the Flat Network Mistake 177 Alternate Network Defensive Strategies 178 Network Address Translation 178 Virtual Private Networks 179 Network Intrusion Detection Protection Tools 179 Deep Packet Inspection 179 Web Filters 180 Threat Intelligence Gateways 180 Operating System Firewalls 181 Wireless Woes 181 In Summary 182 Chapter 11 Internet Services Challenges 185 Internet Services 186 Network Services 186 Websites 187 IoMT Services 189 Other Operating System Services 189 Open-Source Tools Are Safe, Right? 190 Cloud Services 193 Internet-Related Services Challenges 194 Domain Name Services 195 Deprecated Services 197 Internal Server as an Internet Servers 197 The Evolving Enterprise 198 In Summary 199 Chapter 12 IT Hygiene and Cybersecurity 201 The IoMT Blues 202 IoMT and IT Hygiene 202 Past Their Prime 203 Selecting IoMT 203 IoMT as Workstations 204 Mixing IoMT with IoT 204 The Drudgery of Patching 206 Mature Patching Process 207 IoMT Patching 208 Windows Patching 208 Linux Patching 209 Mobile Device Patching 209 Final Patching Thoughts 210 Antivirus is Enough, Right? 210 Antivirus Evolution 211 Solution Interconnectivity 211 Antivirus in Nooks and Crannies 212 Alternate Solutions 213 IoMT and Antivirus 214 The Future of Antivirus 215 Antivirus Summary 215 Misconfigurations Galore 215 The Process for Making Changes 216 Have a Configuration Strategy 217 IoMT Configurations 218 Windows System Configurations 218 Linux Configurations 219 Application Configurations 219 Firewall Configurations 220 Mobile Device Misconfigurations 220 Database Configurations 221 Configuration Drift 222 Configuration Tools 222 Exception Management 223 Enterprise Considerations 224 In Summary 224 Chapter 13 Identity and Access Management 227 Minimal Identity Practices 228 Local Accounts 229 Domain/Directory Accounts 229 Service Accounts 230 IoMT Accounts 230 Physical Access Accounts 231 Cloud Accounts 231 Consultants, Contractors, and Vendor Accounts 232 Identity Governance 232 Authentication 233 Password Pain 233 Multi-factor Authentication 236 Hard Tokens 236 Soft Tokens 237 Authenticator Applications 238 Short Message Service 238 QR Codes 238 Other Authentication Considerations 239 Dealing with Password Pain 239 MFA Applicability 240 Aging Systems 240 Privileged Access Management 240 Roles 241 Password Rotation 242 MFA Access 242 Adding Network Security 242 Other I&AM Technologies 243 Identity Centralization 243 Identity Management 244 Identity Governance Tools 244 Password Tools 244 In Summary 245 Chapter 14 Threat and Vulnerability 247 Vulnerability Management 248 Traditional Infrastructure Vulnerability Scans 248 Traditional Application Vulnerability Scans 249 IoMT Vulnerability Challenges 249 Rating Vulnerabilities 250 Vulnerability Management Strategies 251 Asset Exposure 251 Importance 252 Compensating Controls 252 Zero-Day Vulnerabilities 252 Less-Documented Vulnerabilities 253 Putting It All Together 253 Additional Vulnerability Management Uses 254 Penetration Testing 254 What Color Box? 255 What Color Team? 255 Penetration Testing Phases 256 Scope 256 Reconnaissance 256 Vulnerability Assessments 257 The Actual Penetration Test 257 Reporting 258 Penetration Testing Strategies 258 Cloud Considerations 258 New Tools of an Old Trade 259 MITRE ATT&CK Framework 259 Breach and Attack Simulation 259 Crowd Source Penetration Testing 260 Calculating Threats 260 In Summary 261 Chapter 15 Data Protection 263 Data Governance 264 Data Governance: Ownership 264 Data Governance: Lifecycle 265 Data Governance: Encryption 265 Data Governance: Data Access 267 Closing Thoughts 268 Data Loss Prevention 268 Fragmented DLP Solutions 269 DLP Challenges 270 Enterprise Encryption 270 File Encryption 271 Encryption Gateways 271 Data Tokenization 272 In Summary 273 Chapter 16 Incident Response and Forensics 275 Defining the Context 276 Logs 277 Alerts 278 SIEM Alternatives 279 Incidents 280 Breaches 281 Incident Response 281 Evidence Handling 282 Forensic Tools 283 Automation 283 EDR and MDR 284 IoMT Challenges 284 Lessons Learned 285 In Summary 285 Chapter 17 A Matter of Life, Death, and Data 287 Organizational Structure 288 Board of Directors 288 Chief Executive Officer 289 Chief Information Officer 289 General Counsel 290 Chief Technology Officer 290 Chief Medical Technology Officer 290 Chief Information Security Officer 291 Chief Compliance Officer 291 Chief Privacy Officer 291 Reporting Structures 292 Committees 293 Risk Management 294 Risk Frameworks 294 Determining Risk 295 Third-Party Risk 296 Risk Register 297 Enterprise Risk Management 297 Final Thoughts on Risk Management 298 Mindset Challenges 298 The Compliance-Only Mindset 298 Cost Centers 299 Us Versus Them 300 The Shiny Object Syndrome 300 Never Disrupt the Business 301 It’s Just an IT Problem 301 Tools over People 303 We Are Not a Target 303 The Bottom Line 304 Final Mindset Challenges 304 Decision-Making 304 A Measured View 305 Communication is Key 306 Enterprise Risk Management 307 Writing and Sign-Off 308 Data Protection Considerations 308 In Summary 309 Part III Looking Forward 311 Chapter 18 Seeds of Change 313 The Shifting Legal Landscape 314 Attention on Data Brokers 314 Data Protection Agency 316 IoT Legislation 317 Privacy Legislation 318 A Ray of Legal Light 318 International Agreements 319 Public-Private Partnerships 319 Better National Coordination 320 International Cooperation 322 Technology Innovation 323 Threat Intelligence 323 Machine Learning Revisited 323 Zero Trust 324 Final Technology Thoughts 325 Leadership Shakeups 325 Blended Approaches 326 In Summary 327 Chapter 19 Doing Less Harm 329 What IoMT Manufacturers Can Do 330 Cybersecurity as Differentiator 332 What Covered Entities Can Do 332 Cybersecurity Decision Making 333 Compliance Anyone? 334 The Tangled Web of Privacy 335 Aggregation of Influence 335 Cybersecurity Innovators 337 Industrial Control Systems Overlap 338 What You Can Do 339 Personal Cybersecurity 339 Politics 341 In Summary 342 Chapter 20 Changes We Need 343 International Cooperation 344 Covered Entities 344 Questions a Board Should Ask 345 More IoMT Security Assurances 346 Active Directory Integration 347 Software Development 347 Independent Measures 348 In Summary 348 Glossary 351 Index 367

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Book SynopsisHigh-quality evidence is the foundation for effective treatment in medicine. As the vast amount of published medical evidence continues to grow, concerns about the quality of many studies are increasing.Evidence in Medicineis a much-needed resource that addresses themedical misinformation mess'by assessing the flaws intheresearchenvironment. This authoritativetextidentifies andsummarisesthe many factors that have produced the current problems in medical research,including bias inrandomisedcontrolled trials, questionable research practices, falsified data, manipulated findings, and more. This volumebrings togetherthe findings from meta-research studiesand systematic reviewstoexplorethe quality ofclinical trialsand other medical research,explainingthe character and consequences of poor-quality medical evidenceusing clear language anda wealth of supporting references.The textsuggestsplanning strategies to transform the research processandprovides an extensive list of the Trade Review"Evidence in Medicine: The Common Flaws, Why They Occur and How to Prevent Them will open your eyes to the squishy underbelly of clinical research. Given the numerous pitfalls for the unwary — and overly ingenious — investigator, it is no surprise that “possibly 85 percent of clinical research is wasted."' – Journal of Clinical Research Best PracticesTable of ContentsPreface 4 Aims of this book 5 Chapter 1 The rationale for treatment: a brief history 7 Conclusion 14 References 15 Chapter 2 Sources of bias in randomised controlled trials 18 Method of treatment allocation 18 Problems in measuring the outcome 20 Follow-up and missing outcomes 22 Missing outcome data and intention to treat 23 Other methodological concerns 24 Conclusions 26 References 27 Chapter 3 Wasted and unhelpful trials 34 Wasted Studies 34 Neglected areas of research 35 Unhelpful outcome measures 35 Lack of generalisability 37 Weak and misleading evidence 39 Conclusion 40 References 40 Chapter 4 Can the analysis bias the findings? 46 The p-value problem 46 Questionable research practices 48 Ensuring high quality analysis: the Statistical Analysis Plan 50 Conclusions 51 References 52 Chapter 5 Systematic reviews and Meta-analysis 56 Introduction 56 Identifying relevant trials 57 Extracting trial data 59 The quality of primary trials 61 Pooling effect sizes across trials 62 Other methodological issues 63 Conclusions 65 References 66 Chapter 6 Fabrication, falsification and spin 73 Fabrication 73 Falsification 75 Questionable Research Practices 76 Spin 76 Retractions 78 Discussion 78 References 79 Chapter 7 Why do researchers falsify data or manipulate study findings? 83 The research environment 83 Research oversight 86 Conflict of interest 88 Individual level explanations for research misconduct 90 How honest people rationalise misconduct 91 Discussion 93 References 94 Chapter 8 Developing a strategy to prevent poor quality and misleading research 103 Research environment 103 Research transparency 105 Research oversight 106 Research integrity 107 Essential elements of a transformational strategy 108 Implementing a programme for action 112 References 113 Appendix 1 Summary of the key findings on poor quality research 118 Problems in the design, conduct, analysis and reporting of studies 118 Frequency of data fabrication and falsification 120 The causes of poor quality and misleading research 120 The findings in perspective 121 References 122 Appendix 2 Initiatives to improve the quality of research 123 Change the research environment 123 Improve training 125 Increase research transparency 126 Quality of trial methodology 128 Trial registration 130 Reporting of the methods of systematic reviews 130 Increasing access to and use of reporting guidelines 132 Implement vigorous research oversight 132 Promote research integrity 136 Examples of coordinated initiatives 140 References 141 Index

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Book SynopsisLearn how the future of medicine is being unlockedone digital innovation at a time The Future of Health is an insightful and comprehensive overview of the past, present, and future of digital health. Accomplished health innovation leader Roberto Ascione delivers a practical exploration of how the latest digital technologies are transforming the practice of medicine and redefining health itself by making it more accessible, sustainable, and human. The book includes practical, real-world examples from the United States, Asia, and Europe of technology applications, companies, and start-up that have changedor will changeour relationship with our health and the healthcare system. Readers will also find: How our health is becoming increasingly consumer and connected while technology is empowering patients in completely new ways and deeply transforming the doctor-patient relationshipDiscussions of how the training of medical professionals, particularly doctors, has changedor needs to changeto meet the new digital realityExaminations of how new technologies will allow doctors to dodge many of the administrative and regulatory burdens they currently face each dayTreatments of the ability of new technologies to unlock new, holistic ways of practicing medicine, with a focus on latest developments such as Digital Therapeutics and Virtual RealityReflections on how digital health is fostering a shift from cure to care and will unleash a human-sized future for a more accessible, ubiquitous, and sustainable healthcare The Future of Health is required reading for medical practitioners and the managers of pharmaceutical companies. It will also earn a place in the libraries of medical device companies and healthcare entrepreneurs seeking an incisive treatment of the impact of digital technology on all aspects of healthcare. Also, the general public, interested in understanding how to take better control of their own health through digital technologies, will find this book insightful and easy to comprehend.Table of ContentsPreface xi Part I Digital Reflections 1 Chapter 1 Devices, Sensors, and Signals 3 From Wearables to Ingestibles—Toward the Invisibility of Digital Health 4 Roberto’s View 5 Apple Watch 6 Empatica 8 Proteus Digital Health 8 Qardio 9 Thync 10 Note 14 Chapter 2 Data Science and Artificial Intelligence 15 Using Big Data to Do Mass Screening and Prevention 16 Roberto’s View 18 Conversa Health 19 One Drop 20 Sensely.com 21 SkinVision 23 Notes 27 Chapter 3 Evolution of the Computer-Human Interfaces in Health Care 29 Roberto’s View 32 Alexa and Echo 33 Babylon and Healthily 34 HoloLens 36 MindMaze 37 Pepper Robot 37 Psious 38 PatchAi 39 Notes 39 Chapter 4 Telemedicine and Remote Monitoring 41 How Telemedicine Will Change Our Lives 42 Covid-19: The Tipping Point of Telehealth 44 Roberto’s View 44 Omada Health 45 Sano 46 Teladoc Health 46 TytoCare 47 VitalConnect 48 Notes 51 Chapter 5 Digital Health Enabling Platforms 53 Platforms for Connecting Doctors and Patients, Remote Monitoring Systems, and Management of Their Therapies 54 Roberto’s Vision 56 Altibbi 57 Apple Health 58 Cohealo 59 DocDoc 60 Doctolib 60 hi.health 61 Livongo 61 Paginemediche 62 Notes 69 Chapter 6 Digital Therapeutics 71 Roberto’s Vision 74 Akili 76 Amicomed 77 Click Therapeutics 78 Ginger.io 79 Kaia Health 79 Voluntis 80 Notes 83 Chapter 7 Personal Genomics 85 From Mendel to Portable DNA Mapping Machines 86 Roberto’s Vision 88 23andMe 90 Deep Genomics 91 Flatiron Health 92 Human Longevity 93 Sophia Genetics 94 Cellarity 94 Notes 97 Chapter 8 Open Innovation and Partnerships 99 How Companies Are Moving: The Speed and Intuition of Smaller Companies 100 Roberto’s Vision 101 AlmirallShare and Digital Garden 103 Bayer G4A 104 Frontiers Health 104 Healthware Labs and Healthware Life Hub 105 HealthXL 106 Johnson & Johnson Innovation Labs (JLABS) 107 Novartis Biome 107 Open Accelerator 107 Patients’ Digital Health Awards 108 Pfizer Healthcare Hubs 108 Roche HealthBuilders 109 StartUp Health 109 Vertical 110 Notes 119 Chapter 9 Lifestyle as Medicine 121 From Self-Empowerment to Lifestyle as Medicine 122 Roberto’s Vision 123 Headspace 125 HealthTunes 126 Noom 127 Sleepio 127 Pioppi Protocol 128 YourCoach.health 128 Part II Human Reflections 131 Chapter 10 The New Physicians and Patients 135 An Ever-Increasing Pressure 136 Will Doctors Disappear? 138 Necessary Scientific Validation 139 Patients as Health-Care Consumers 140 Chapter 11 Old versus New 141 A Necessary Adaptation 142 New Training 143 A Collective Effort Is Needed 144 Note 145 Chapter 12 Trust versus Fear 147 The Horizon Opening Before Us 148 Double face medal 149 Chapter 13 Exponential versus Incremental 151 A Financial Revolution Too 152 Digital Health-Care Investments around the World 154 A Glance toward the Future 159 Notes 159 Conclusions A Radical Shift 161 Appendix 175 About the Author 177 About Healthware 179 Acknowledgments 181 Index 183

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Book SynopsisTable of ContentsIntroduction Chapter 1 Historical Perspectives of ASD Chapter 2 Indications for Assessment Chapter 3 Identifying Social communication Chapter 4 Early Intervention and Autism Chapter 5 School Age Children Part I – Early Years Chapter 6 School Aged Children Part II Chapter 7 Autism and Adulthood Chapter 8 Autism and Echolalia Chapter 9 Autism and Social Justice Chapter 10 Autism and AAC Chapter 11 Autism Scope of Practice Considerations and Service Delivery Models Chapter 12 Autism and the Parent : Reaching Across the Table Index

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Book SynopsisTable of ContentsEditors Volume 1 xi Volume 2: Neoplastic Hematology & Cellular Therapy Editors xii Editor's Biography xiii Preface xv Acknowledgment xvii Part 1 Central Nervous System 1 1 Central Nervous System Tumors 3Mark R. Gilbert and Edina Komlodi-Pasztor Part 2 Head and Neck and Thoracic Cancers 13 2 Localized Head and Neck Cancer 15Emrullah Yilmaz and Jessica L. Geiger 3 Recurrent and Metastatic Head and Neck Cancer 31Chloe Weidenbaum and Mike Gibson 4 Thyroid Cancers 39Kartik Sehgal and Jochen H. Lorch 5 Non-Small Cell Lung Cancer: Screening, Staging, and Stage I 51Ryan D. Gentzler and Linda W. Martin 6 Non-Small Cell Lung Cancer: Stages II and III 63Gregory Peter Kalemkerian, Kamya Sankar, and Angel Qin 7 Recurrent and Metastatic Non-Small Cell Lung Cancer 79Julia Judd, J. Nicholas Bodor, and Hossein Borghaei 8 Small Cell Lung Cancer 97Jyoti D. Patel and Husam Hafzah 9 Mesothelioma 105Harvey I. Pass, David Chen, and Jack Donaghue Part 3 Breast Cancer 115 10 DCIS and LCIS 117Amanda Nash, Rita Mukhtar, and Shelley Hwang 11 Early-Stage ER/PR –Positive, HER2-Negative Breast Cancer 129William J. Gradishar 12 ER/PR-Positive, HER2-Negative Metastatic Breast Cancer 139Sara Nunnery, Laura Kennedy, and Sonya Reid 13 Early-Stage HER2-Positive Breast Cancer 151Erin Roesch and Jame Abraham 14 HER2-Positive Metastatic Breast Cancer 163Reshma L. Mahtani, Naomi G. Dempsey, and Ana Sandoval 15 Early-Stage Triple-Negative Breast Cancer 179Tiffany A. Traina, Carlos dos Anjos, and Elaine Walsh 16 Triple-Negative Metastatic Breast Cancer 191Azadeh Nasrazadani, Juan Gomez, and Adam Brufsky 17 Inflammatory Breast Cancer – A Distinct Entity 201Massimo Cristofanilli and Elena Vagia 18 Male Breast Cancer 213Laura A. Huppert, Ozge Gumusay, Shreya Desai, and Hope S. Rugo 19 Breast Cancer in Pregnancy and Fertility Preservation 225Fedro A. Peccatori, Hatem Azim, and Matteo Lambertini Part 4 Gastrointestinal Cancers 233 20 Early-Stage Gastroesophageal Cancer and Precursor Lesions 235Yixing Jiang and Aaron Ciner 21 Metastatic Esophagogastric Cancer 249Geoffrey Y. Ku and David H. Ilson 22 Early-Stage Colon Cancer 255John Krauss, Vaibhav Sahai, and Al B. Benson III 23 Early-Stage Rectal Cancer 267Hannah J. Roberts, Theodore Hong, and Aparna Parikh 24 Recurrent and Metastatic Colorectal Cancer 283Joseph Heng and Blase Polite 25 Pancreatic Adenocarcinoma 291Evan Walker, Andrew Ko, and Margaret Tempero 26 Hepatocellular Cancer 309Pedro Luiz Serrano Uson Junior and Mitesh Borad 27 Biliary Tract Cancers 319David B. Zhen and Vaibhav Sahai 28 Carcinoid and Neuroendocrine Tumors 327Mintallah Haider and Jonathan Strosberg 29 Anal Cancer 343Asad Mahmood and Rob Glynne-Jones Part 5 Genitourinary Cancers 359 30 Renal Cancer 361James L. Coggan, Alan Tan, and Timothy M. Kuzel 31 Bladder Cancer 375Revathi Kollipara, Alan Tan, and Timothy M. Kuzel 32 Prostate Cancer: Screening, Surveillance, Prognostic Algorithms, and Independent Pathologic Predictive Parameters 389Eduardo Benzi and Thomas M. Wheeler 33 Early and Locally Advanced Prostate Cancer 399James Randall, Mohammad R. Siddiqui, Ashley Ross, and Sean Sachdev 34 Metastatic Prostate Cancer 421Priyanka Chablani, Natalie Reizine, and Walter Stadler 35 Germ Cell Tumors 437Hamid Emamekhoo, Syed A. Abutalib, and Timothy Gilligan Part 6 Skin Malignancies 453 36 Melanoma 455Ana M. Ciurea and Kim Margolin 37 Nonmelanoma Skin Cancers 477Chrysalyne D. Schmults and Danielle A. Parker Part 7 Gynecological Cancers 497 38 Ovarian Cancer: Primary Treatment and Approach to Recurrent Disease 499Rani Bansal, Don Dizon, and Martina Murphy 39 Ovarian Cancer: Second-line Treatment Strategies 511Maurie Markman 40 Endometrial Cancer 523Maurie Markman 41 Cancer of the Cervix, Vulva, and Vagina 533Sabrina M. Bedell and Peter G. Rose 42 Uncommon Gynecologic Cancers 549Michael Frumovitz, Shannon Westin, and David M. Gershenson Part 8 Sarcomas 565 43 Bone Sarcomas 567Nicole Larrier, William Eward, and Richard F. Riedel 44 Soft Tissue Sarcomas 579Jeffrey Farma, Krisha Howell, and Margaret von Mehren Part 9 Hereditary Cancer Syndromes and Genetic Testing 595 45 Hereditary Cancer Syndromes 597Mary B. Daly 46 Hereditary Breast and Ovarian Cancer Syndromes 611Kristen Whitaker and Elias Obeid 47 Hereditary Gastrointestinal and Pancreatic Cancer Syndromes 625Kristen M. Shannon, Linda H. Rodgers-Fouche, and Daniel C. Chung Part 10 Special Issues in Oncology 637 48 Cancer of Unknown Primary 639Tony Greco 49 Anticoagulation in Cancer 651Jean Marie Connors 50 Identification and Management of Immunotherapy-Related Adverse Events in Oncology 663Ozge Gumusay, Laura A. Huppert, Dame Idossa, and Hope S. Rugo 51 Geriatric Oncology 677Sukeshi Patel Arora and Efrat Dotan 52 Palliative Medicine for Curable and Terminal Cancers 693Isabelle Blanchard, Kavitha Jennifer Ramachandran, and Divya Gupta Index 709

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Book Synopsis

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Book SynopsisPractical Periodontal Diagnosis and Treatment Planning Understand periodontal diseases and their treatment with this practical guide Practical Periodontal Diagnosis and Treatment Planning, Second Edition provides a fully up-to-date guide to the latest techniques, both surgical and non-invasive, for minimizing the impact of periodontal conditions. The Second Edition has been updated to reflect the new periodontal disease classification, thoroughly explaining the staging and grading system, comparing the new system to previous system, and discussing how to use the classification in everyday clinical practice. This essential step-by-step guide to integrating digital technologies in surgical implant therapy and prosthetic rehabilitations offers a thorough understanding of the concept of facial sculpture to complement and enhance intra-oral rehabilitation. The book takes an evidence-based approach to diagnosis and treatment, incorporating significant research and clinical experience to best reflect the needs of both patients and clinicians. Lavishly illustrated and including three new chapters covering novel disease classifications and cutting-edge treatments, this updated reference helps to develop clinical skills. Practical Periodontal Diagnosis and Treatment Planning includes: Complete information on the new periodontal disease classification A digital workflow for a smooth intraoral rehabilitation Practical instructions for periodontal procedures such as osseous resective surgery, regenerative and supportive periodontal therapy, dental implant complication management, and more Analysis of the use of Botox and dermal fillers as an alternative to surgical treatment and enhancement of appearance concomitant with dental treatments Discussion of periodontal disease presentations including occlusion, scaling, and root planing Practical Periodontal Diagnosis and Treatment Planning, Second Edition is an essential guide for periodontists, oral surgeons, and advanced students in dentistry, periodontics, and oral hygiene.Table of ContentsList of Contributors vii Preface ix 1 The Necessity of an Evidence-based Approach to Diagnosis and Treatment 1Paul Farsai and Thomas Van Dyke 2 Classification of Periodontal Diseases and Conditions 6Jeremy Kernitsky and Gail McCausland 3 Periodontal Risk Factors and Modification 34Christoph Ramseier, Clemens Walter, and Thomas Dietrich 4 Scaling and Root Planing 53Raman Kohli 5 Occlusion 64Steven M. Morgano 6 Systemic and Local Drug Delivery of Antimicrobials 77Dimitra Sakellari 7 Periodontal Osseous Resective Surgery 85Luca Landi 8 Contemporary Periodontal Regenerative Treatment 107Ronaldo Barcellos de Santana, Mehmet Ilhan Uzel, and Carolina Miller Mattos de Santana 9 Surgical Versus Nonsurgical Treatment of Periodontitis 129Annika Kroeger and Thomas Dietrich 10 Supportive Periodontal Therapy 135Praveen Sharma 11 Dental Implants Therapy 138Serge Dibart and Lorenzo Montesani 12 Digital Integration of Implant Surgery Workflow 143Jeremy Kernitsky and Massimo Di Battista 13 Introduction to Minimally Invasive Facial Aesthetic Procedures 165Bradford Towne 14 Inflammation and Bone Healing around Dental Implants 176Thomas Van Dyke and Sheilesh Dave 15 How to Write and Read a Scientific Paper 182Cataldo W. Leone Index 200

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Book SynopsisLive longer, live healthier, and feel amazing with a plant-based diet A plant-based diet has been proved to be a healthy and balanced alternative to diets that include meat. Even more importantly, it can be absolutely delicious and fun! In Plant-Based Diet Cookbook For Dummies you''ll get all the recipes you need to guide you through a durable lifestyle change that will boost your energy, lower inflammation, encourage a healthy weight, and reduce your risk of disease. With over 100 foolproof and engaging recipes, this life-changing book will help you: Get started from scratch with a plant-based diet that will save you money and time Discover new recipes and grocery shopping techniques that keep your fridge stocked with healthy, delicious food Learn how to navigate restaurants and social gatherings while maintaining your new lifestyle So, if you''ve been wondering if it''s time to make a change to your diet and lifestyle, why Table of ContentsIntroduction 1 About This Book 2 Foolish Assumptions 3 Icons Used in This Book 3 Beyond the Book 4 Where to Go from Here 4 Part 1: Getting Started with A Plant-Based Diet 5 Chapter 1: What Is a Plant-Based Diet? 7 What Does Plant-Based Mean? 7 Getting to the Root of a Plant-Based Diet 9 What’s included 9 What’s off limits 12 Common Questions and Answers about a Plant-Based Diet 13 Can I get full eating only plants? 13 How will I get protein? 14 What about calcium? 14 How do I get iron? Won’t I become anemic? 14 Does eating a plant-based diet help people lose weight? 15 A Quick Guide to Making a Plant-Based Diet Part of Your Everyday Life 15 Chapter 2: Seeing the Benefits of a Plant-Based Diet 17 Eating According to a Plant-Based Food Guide 17 Feeling Good with Food 19 Managing your weight 20 Having energy and vitality 20 Getting better sleep 20 Becoming a Wellness Warrior 21 Cancer 21 Diabetes 22 Gastrointestinal illnesses 23 Heart disease and high blood pressure 24 Osteoporosis 27 Other conditions that benefit from a plant-based diet 28 Chapter 3: The Macro and Micro Essentials of a Plant-Based Diet 31 Making the Most of Macronutrients 31 Pondering protein in the plant-based world 32 Considering carbo-riffic plants 34 Eating fatty plants: Gotta love ’em, gotta have ’em 42 Meeting the Micronutrients 47 Vitamins and the plants you can find them in 47 Minerals and the plants you can find them in 48 Chapter 4: Packing an Extra Punch with Power Foods 53 Enriching Your Diet with Super Nutrients 54 Celebrating Superfoods 54 What they are and what they do 55 Raw foods: The ultimate superfoods 57 Considering Sea Vegetables 58 What they are and what they do 58 How to use them 60 Favoring Phytonutrients 62 What they do 62 Where to find them 63 Biting into Bioflavonoids 63 What they are and what they do 63 Where to find them 64 Acknowledging Antioxidants 64 What they are and what they do 65 Where to find them 65 Part 2: Converting Your Kitchen 67 Chapter 5: Taking the Plunge into a Plant-Based Diet 69 Transitioning to a Plant-Based Diet 69 Going cold turkey 70 Going plant-based gradually 72 You Can’t Do It Alone: Leaning on Others for Support 75 Surrounding yourself with others who support your lifestyle 75 Enlisting the help of a nutritionist, naturopath, or medical doctor 76 Overcoming Common Pitfalls 77 Having little or no experience in the kitchen 77 Feeling intimidated by new foods 78 Feeling like the odd man out 78 Fighting food fatigue and boredom 79 Chapter 6: Looking at What’s on Your Plate 81 Thinking about Your New Plate 81 Keeping it whole 82 Choosing organic over nonorganic 82 Dishing it up in the right proportions 82 Consuming calories that count 83 Maintaining proper hydration 85 Getting Organized 86 Meal planning 86 Making your plant-based grocery list 87 Exploring sample meal plans 88 Modifying Your Favorite Recipes to Be Plant-Based 92 Chapter 7: Overhauling Your Kitchen Contents 95 Cleaning Out Your Kitchen 95 Stocking Your Plant-Based Kitchen 97 Fresh produce 97 Refrigerated items 98 Frozen foods 98 Pantry staples 99 Finding Alternatives to Common Ingredients 100 Milk 100 Eggs 101 Meat 101 Cheese 101 Thickeners 102 Getting the Must-Have Equipment 102 Handy utensils 103 Helpful appliances 105 Chapter 8: Being a Savvy Shopper 107 Conquering the Grocery Store 107 Picking up produce 108 Dipping into the interior aisles 110 Seeing what’s lurking in the freezer 110 Shopping Off the Beaten Path 111 Farmers markets 111 CSA programs 112 Health-food stores 112 Organic and GMO: Figuring Out What It All Means to a Plant-Based Diet 113 Knowing what organic means 114 Getting clear on GMOs 115 Part 3: Plant-Based Recipes for Success 117 Chapter 9: Brilliant Breakfasts 119 Wakey, Wakey, No Eggs and Bakey 119 Easy to Make and Easy on the Go 120 Chapter 10: Soups and Salads 141 Making a Meal of Salads and Soups 141 Making your fridge a salad bar 142 Falling in love with soup as a meal 144 Chapter 11: Lovable Lunches 175 Rethinking Handheld Lunches 176 Discovering the Joy of One-Pot Dishes 187 Chapter 12: Super Suppers 191 Rethinking What Your Dinner Plate Should Look Like 192 Chapter 13: Simple Sides 215 Adding Variety with Sumptuous Sides 215 Chapter 14: Appetizers and Snacks 231 Boosting Your Metabolism with Healthy Snacking 232 Choosing Sweet or Savory Snacking 233 Chapter 15: Sauces and Dressings 255 Seeing the Benefits of Whipping Up Your Own Sauces and Dressings 255 Fixing Unbalanced Flavors in Sauces 257 Chapter 16: Dreamy Desserts 267 Getting to Know Alternative Sweeteners 267 No Eggs, No Dairy, No Problem! 269 Part 4: Plant Based for All Stages of Life 293 Chapter 17: Navigating Restaurants and Special-Occasion Dining 295 The Ins and Outs of Dining Out: Being a Proactive Plant-Based Eater 296 Finding plant-friendly establishments 296 Navigating menus 297 Asking for what you want 299 Eating Delivery and Takeout, Veggie Style 300 Chinese 301 Japanese 301 Italian 302 Mediterranean 302 Mexican 303 Thai 303 Celebrating Holidays and Special Occasions 304 Being a gracious guest 304 Being a host with the most 305 Showing People Just How Fun Veggie Dining Can Be 306 Chapter 18: Raising Children on a Plant-Based Diet 309 Nurturing a Plant-Based Baby 310 Understanding why breastfeeding is essential for your baby 311 Loading breast milk with nutrients 312 Understanding the ins and outs of formula 313 Starting on solids 313 Whipping up your own baby food 315 Navigating the Toddler Years 316 Introducing a variety of foods 317 Choosing nutrient-dense foods 317 Raising Healthy Kids and Teens 319 Overcoming resistance 319 Providing balanced meals and snacks 321 Handling occasions outside of your control 322 Chapter 19: Getting Older, Getting Wiser about Your Plant-Based Diet 325 Knowing How Plants Contribute to a Longer Life 326 Pondering how plants protect your cells 326 Slowing down diseases 327 Ensuring That You’re Getting the Right Nutrients 329 Getting enough of special nutrients 329 Figuring out nutrition shakes 330 Training caregivers on the plant-based approach 331 Preparing plant-based foods for easier consumption 331 Working with Prescriptions and Diet 332 Taking fewer pills, getting more health 333 Recognizing dangerous interactions between medicines and foods 334 Part 5: The Part of Tens 337 Chapter 20: Ten Foods That Are Surprisingly Not Plant Based 339 Bread 339 Veggie Burgers or Sausages 340 Worcestershire Sauce 340 Alcoholic Beverages 340 Noodles and Pasta 341 Dairy-Free Cheese 341 Granola 341 Boxed Cereal and Cereal Bars 342 Orange Juice 342 Veggie Soups and Curries 342 Chapter 21: Ten Plant-Based Foods That Boost Your Immunity 343 Garlic 343 Onions 344 Ginger 344 Cayenne 345 Squash 345 Almonds 345 Citrus Fruits 346 Green Tea 346 Miso Soup 346 Mushrooms 347 Chapter 22: Ten Bad Things about Eating Meat 349 Meat Production Wastes Natural Resources 349 Meat Isn’t as Rich in Nutrients as Plants 351 Animals Are Fed Poor-Quality Feed 351 Meat Is Acidic 352 Meat Is Loaded with Toxins 352 Meat Is High in Saturated Fat 353 Eating Meat Can Increase Your Risk for Cancer and Osteoporosis 353 Eating Meat Impacts Climate Change 354 Eating Meat Is Cruel 354 The Meat Industry Is Getting Worse 355 Appendix A: Metric Conversion Guide 357 Index 361

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Book SynopsisTable of ContentsPreface Acknowledgments List of Abbreviations Questions and answers Index

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Book SynopsisIntegrates orthodontic diagnosis and treatment into the wider healthcare of the patient to achieve the highest possible standards of care Integrated Clinical Orthodontics offers an overview of clinical orthodontic theory and practice to equip clinicians to take an integrated approach to orthodontic practice. It presents the problems of orthodontics in an interdisciplinary context to describe how the potential complexity of dentofacial problems, the medical histories of patients, and a host of other factors contribute to orthodontic outcomes. The second edition has been expanded and thoroughly updated with new chapters and following an organized approach to the role of the orthodontist as part of a team. Cases in the book include orofacial deformities, sleep disorders, esthetic smile creation and temporomandibular joint problems. Orthodontic diagnosis and treatment are integrated into the wider health of the patient, including orthopedics, neurology, pediatrics, genetics and psychology, and the result is a modern, adaptable approach that places the patient and their needs at its center to achieve the highest possible standard of patient care. Readers of the second edition of Integrated Clinical Orthodontics will also find: New chapters on neuromuscular disorders, customized orthodontics, artificial intelligence, ethics and patient dataExpanded content on special care in dentistryGuidance for the clinical interactions between orthodontics and other areas of dentistry and medicineClinical implications and applications of the integrated approach in every chapter Integrated Clinical Orthodontics is an essential resource for clinical orthodontists and specialists in related medical and dental fields who wish to take the holistic view of orthodontic practice.Table of ContentsList of Contributors xiii Preface to Second Edition xvii Preface to First Edition xviii Part I Diagnosis, Psychology, and Genetics 1 Chapter 1 The Increased Stature of Orthodontics 3 Vinod Krishnan, Ze’ev Davidovitch, and Anne Marie Kuijpers-Jagtman The broadening scope of orthodontics 6 The orthodontic patient as a human being 7 The patient’s biological status: does it influence orthodontic treatment? 8 Conclusions 16 References 17 Chapter 2 Orthodontic Diagnosis and Treatment Planning: Collaborating with Medical and Other Dental Specialists 18 Om P. Kharbanda, Neeraj Wadhawan, and Karthik Sennimalai The other side of the story 19 Orthodontic diagnosis from a broad perspective 19 The first interaction with the patient 19 The importance of the medical history in orthodontic diagnosis and treatment planning 21 Overview of systemic disturbances in relation to orthodontic treatment planning 27 Identifying local dental abnormalities before attempting orthodontic treatment 32 Evaluation of the occlusion and the temporomandibular joint 42 Radiographic examination of the craniofacial region 43 Conclusion 46 References 47 Chapter 3 Psychosocial Factors in Orthodontics: Patient Perceptions, Motivation, and Expectations 52 Leslie A. Will Motivation for orthodontic treatment 52 Treatment expectations 53 Perception of malocclusion 53 Patients with psychological disorders 55 Orthognathic patients 57 Patients with orofacial clefts and craniofacial anomalies 59 Patients with acquired deformities 60 Conclusions 61 References 61 Chapter 4 Integrated Clinical Genetics/Syndromology for the Orthodontist 63 James K. Hartsfield, Jr., Lorri Ann Morford, and Aqib Muhammad Shafi Interaction with the clinical geneticist 64 Evolution of the clinical geneticist specialist 64 When to refer 65 Artificial intelligence and facial analysis 66 Selected syndromes and conditions 66 Radiographic signs 71 History of premature tooth exfoliation 73 Conditions in which premature tooth exfoliation may occur occasionally 74 Supernumerary teeth and hypodontia (oligodontia) 77 Syndromic hypodontia 80 Supernumerary teeth or hypodontia (oligodontia) and cancer 81 Failure of dental eruption 82 Soft and hard tissue asymmetry 83 Maxillary hypoplasia 84 Functional (neoromuscular) asymmetry 86 Mandibular retrognathism 86 Connective tissue dysplasia 87 Cleft lip and cleft palate 90 Additional resources 91 References 91 Part II The Growing Patient 97 Chapter 5 Endocrinological Conditions and Orthodontic Treatment 99 Athina Chatzigianni Growth hormone disorders 99 Thyroid disease 101 Parathyroid gland disorders 103 Primary adrenal insufficiency 104 Fibrous dysplasia 104 Diabetes mellitus 105 Sex- specific endocrine disorders 106 Exogenous hormone administration 107 Conclusions 108 References 108 Chapter 6 Nutrition in Orthodontic Practice 111 Nadine Tassabehji and Jillian Kaye The importance of diet and nutrition in oral health 111 Dietary habits 113 Nutrition and oral health 119 Orthodontic guide to performing nutrition risk assessments 124 Conclusion 126 References 127 Chapter 7 Cleft Lip and Palate: Role of the Orthodontist in the Interdisciplinary Management Team 128 Anne Marie Kuijpers-Jagtman and Mette A.R. Kuijpers Interdisciplinary team care 129 Members of the cleft lip and palate team and their roles 129 Orthodontic management 133 Conclusion 146 References 146 Chapter 8 Multidisciplinary Management of Craniofacial Malformations 150 Latha P. Rao, Maria J. Kuriakose, and Sherry Peter General principles in the diagnosis and management of craniofacial malformations 151 Otofacial malformations 157 Craniosynostosis 169 Conclusion 175 References 175 Part III Enhancing the Envelope of Orthodontic Care: The Medical Collaboration 179 Chapter 9 What Can Orthodontists Learn from Orthopedists Engaged in Basic Research? 181 Carlalberta Verna and Birte Melsen A common language 181 Bone adaptation to mechanical deformation and orthodontic tooth movement 189 Bone reaction to skeletal anchorage 190 Conclusion 192 References 193 Chapter 10 Acute and Chronic Infections Affecting the Oral Cavity: Orthodontic Implications 195 Vinod Krishnan, Gunnar Dahlén, Ambili Renjithkumar, and Ze’ev Davidovitch Bacterial infections 196 Viral infections 206 Fungal infections 213 Parasitic infections 218 The oral cavity as a source for focal infections 219 Conclusions 221 References 221 Chapter 11 Unveiling and Managing Upper Airway Problems in the Orthodontic Patient 225 Mimi Yow, Huiting Lynn Koh, and Shaun Loh The spectrum of sleep-disordered breathing 225 Decoding obstructive sleep apnea 226 Respiration: Effect of anatomy and sleep 228 The child with sleep-disordered breathing 229 The adult with sleep-disordered breathing 233 Cephalometrics and imaging 236 Orthodontic management 236 Surgical management 238 Conclusion 239 Acknowledgments 243 References 243 Chapter 12 Interaction between the Orthodontist and Medical Airway Specialists on Respiratory and Nonrespiratory Disturbances 248 Joseph G. Ghafari and Anthony T. Macari The mouth in relation to the nasopharyngeal airway: Anatomy overview 248 Common sources of airway dysfunction 250 Nonrespiratory areas of interaction with ENT specialists 261 State of interaction between orthodontists and medical airway specialists 269 References 269 Chapter 13 Neuromuscular Diseases and the Orthodontist 272 Gregory S. Antonarakis and Stavros Kiliaridis Myotonic dystrophy 273 Duchenne muscular dystrophy 281 Other neuromuscular diseases 285 Conclusions 288 References 289 Chapter 14 Orthodontics for Children with Disabilities 291 Stella Chaushu, Yossi Shapira, and Adrian Becker Therapeutic access 291 Pretreatment visits, patient assessment, and future management 292 Orthodontic records 294 Overall treatment plan 294 Relapse and retention 297 Case descriptions 298 Conclusion 308 References 308 Chapter 15 Orthodontic Care in the Adult Medically Compromised Patient 310 Ashok Kumar Jena and Jitendra Sharan Cardiovascular disorders 311 Endocrine disorders 312 Infectious diseases 313 Skeletal system problems 315 Gastrointestinal disorders 316 Respiratory system problems 316 Nervous system disorders 317 Renal disorders 318 Allergy reactions 319 Conclusion 320 References 321 Part IV Orthodontics and Other Dental Specialties 323 Chapter 16 Comprehensive Periodontal Evaluation of the Orthodontic Patient: The Role of a Periodontist in Orthodontic Practice 325 Giovanni E. Salvi, Andrea Roccuzzo, and Dimitrios Kloukos Pathological tooth migration 325 Treatment plan 326 Goals of periodontal therapy 327 Comprehensive periodontal examination 327 Case presentations 328 Acknowledgments 342 References 344 Chapter 17 The Restorative Dentist and Orthodontist: Orthodontic Implications of Dental Caries, Tooth Fracture, Exposed Dental Pulp, and Esthetic Improvements 345 Neslihan Arhun, Ayca Arman- Özçırpıcı, Sevi Burçak Çehreli, Kamran Gülşahı, and Ömur Polat Özsoy Pretreatment evaluation and early stages of the orthodontic treatment 346 Interactive collaboration during orthodontic treatment 356 Emergency orthodontic treatment in trauma cases 370 Immediate postorthodontic period 382 Esthetic improvements 384 Conclusion 396 References 398 Chapter 18 Orthodontics and Pediatric Dentistry: Two Specialties, One Goal 411 Elliott M. Moskowitz, George J. Cisneros, and Mark S. Hochberg Coordinating orthodontic and pediatric dental appointments in a group or solo practitioner setting 412 Identifying orthodontic and pediatric dental problems earlier rather than later 414 Restoring form and function: Revisiting the unilateral posterior crossbite with a functional mandibular shift 416 Congenitally missing maxillary lateral incisors: Who does what, when, and how? 419 Retention considerations and beyond 423 Enamel demineralization during orthodontic treatment: Who takes responsibility for prevention? 425 Conclusions 426 References 426 Chapter 19 Optimizing Prosthodontic Care with Orthodontic Mechanotherapeutics 427 Hayam Alfallaj, Ruba Alkadhi, Samah Alfuriji, Fathima F. Farook, and Abdulaziz Alzaid Pre-prosthodontic management of intraarch spaces 428 Pre-prosthodontic management of interarch spaces 435 Correction of ridge deformity though orthodontic tooth movement 443 Restorative treatment before orthodontics (means for tooth movement) 444 Conclusion 445 References 445 Chapter 20 Integrated Management of the Orthognathic Patient 447 Noura M. AlOtaibi, Philip C.M. Benington, and Ashraf F. Ayoub Multidisciplinary Team 447 Systematic approach 448 Orthognathic surgery 488 Stability and relapse 489 Follow-up 490 Digital innovations in orthognathic surgery 490 Conclusion 490 References 491 Chapter 21 The Role of the Orthodontist in Managing Disorders of the Temporomandibular Joint 493 Ambra Michelotti, Mauro Farella, and Roberto Rongo Why should orthodontists deal with the temporomandibular joint? 493 Anatomy of the temporomandibular joint 494 Should orthodontists care about condylar position? 494 Temporomandibular joint disorders 496 Joint pain: Arthralgia 496 Disc disorders 502 Occlusal changes due to temporomandibular disorders 504 Congenital/developmental disorders 506 Conclusion 510 References 510 Part V The Biomedical Orthodontist 515 Chapter 22 The Role of Biomedical Engineers in the Design and Manufacture of Orthodontic Appliances 517 William A. Brantley and Theodore Eliades Past research activities 517 Current research activities and potential future applications 524 Conclusions 528 References 528 Chapter 23 Designing and Manufacturing Customized Orthodontic Appliances 531 Nearchos C. Panayi Orthodontic imaging and analysis software 532 Surface and volume scanning 532 Orthodontic computer- aided design software 532 Three-dimensional manufacturing 533 Customized orthodontic appliances 533 Clear aligners 534 Selective laser sintering and metallic orthodontic appliances 536 Customized orthodontic brackets 536 Conclusion 539 References 540 Chapter 24 Regenerative Medicine in Orthodontic Therapy 541 Nina Kaukua, Kaj Fried, and Jeremy J. Mao Principles of tissue regeneration 543 Stem cell basics 543 Impact of regenerative medicine in dentistry and orthodontics 556 Orthodontics and dentofacial orthopedics as clinical motivation for tissue engineering 560 Conclusion 561 Acknowledgments 561 References 561 Chapter 25 Artificial Intelligence and Orthodontic Practice: The Future Unveiled 565 Mohammed H. Elnagar, Praveen Gajendrareddy, Min Kyeong Lee, and Veerasathpurush Allareddy Applications of artificial intelligence technology in orthodontics 566 Artificial intelligence–driven remote monitoring 570 Blockchain technology in healthcare 571 Ethical considerations in artificial intelligence 573 References 573 Chapter 26 The Seven Pillars of Professionalism 576 Peter M. Greco The Seven Wonders of the World 576 The concept of professionalism 577 The seven pillars of professionalism 577 Our public image of professionalism 582 Now, what about those Seven Wonders of the World: Where are they now? 583 References 583 Index 584

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Book SynopsisA must-have guide to succeeding at school leadership without sacrificing personal balance Reports of burnout, stress, and compassion fatigue are on the rise. These issues push many out of the profession, leading to high turnover and sub-optimal student outcomes. How can school leaders combat these problems? Leaders can manager their own wellness and priorities. Healthy leaders who learn balance can create motivation, confidence, quality collaboration, and enthusiasm among staff and other stakeholders. Principal in Balance offers principals strategies and tools to take more ownership of their lives at work and home, so everyone in the K12 educational community can thrive. Nationally Distinguished Principal and four-time author Jessica Cabeen shows you how to navigate leading at work and having a fulfilling life. Throughout the book, you gain actionable points to help you set achievable goals, find time in the day to accomplish them, and have time to enjoy rest atTable of ContentsForeward ix About the Author xi Acknowlegments xiii Part I The Ground Rules of Balance 1 The Importance of Living and Leading a Balanced Life Chapter 1 Rationale for Resiliency 9 Chapter 2 Surge Capacity, Stress, and Survival 21 Chapter 3 Focus on Your Feelings 37 Chapter 4 Everything in Moderation 49 Part II Dream Big 59 Prioritizing Purpose for the Passions in Your Life Chapter 5 Recommitting: The Essential Three 63 Chapter 6 Resetting: Creating a Goal Framework 75 Chapter 7 Restarting: How to Push Past Paralysis 89 Part III Live Colorfully 103 Learning to Thrive by Living Outside the Lines Chapter 8 Finding Balance 109 Chapter 9 Redesigning Self- Care 121 Chapter 10 Restorative Soul- Care 131 Part IV Lead Boldly 145 Taking Charge by Building Bandwidth and Setting Boundaries Chapter 11 Stopping the Sprint 149 Chapter 12 Changing Frequencies 157 Chapter 13 Putting Yourself First 167 Conclusion: A Letter to My Friend 181 References 185 Index 189

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Book SynopsisClinical Insertion Techniques of Orthodontic Temporary Anchorage Devices Learn to design and insert Temporary Anchorage Devices with this groundbreaking guide. Clinical Insertion Techniques of Orthodontic Temporary Anchorage Devices is the first comprehensive guide to the clinical insertion techniques for temporary anchorage devices (TADs) and the clinical applications of TADs according to different anatomic regions. It provides detailed clinical insertion instructions and applications, as well as guidance on choosing an optimal insertion site, detailed insertion techniques, and potential complications and their solutions. Divided into five parts, the first covers general considerations, the second explores the techniques at different insertion sites, the third section delves into the clinical applications of miniplates, the fourth delivers the guided insertion of mini-implants, and the fifth section outlines the adverse effects of insertions. The result is a book which brings TADs into orthodontic practice in a rigorous and accessible way. Clinical Insertion Techniques of Orthodontic Temporary Anchorage Devices readers will also find: Around 800 photographs and illustrations demonstrating different insertion techniques and clinical applicationsDetailed coverage of all maxillary and mandibular regions as potential insertion sitesDesign and application guidelines for insertion guides Clinical Insertion Techniques of Orthodontic Temporary Anchorage Devices is indispensable for orthodontic clinicians looking for a reference on this area of orthodontics.

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Book SynopsisThis book compiles recent studies about edible coatings and how they have improved food products, packaging techniques, and product quality to cause fewer health risks. Food Coatings and Preservation Technologies presents the most recent studies about the application of edible coatings to a wide variety of foods. Edible coatings are globally utilized for preventing food product contamination from harmful microorganisms and pathogens. This book highlights the developments made in designing new edible coatings. Herein, particular attention is given to the main components, manufacturing methods, and their application to specific products. The book also discusses the current state-of-the-art alternative to conventional package usage, providing the main features biodegradable packaging should meet for distinct uses for the conservation and improvement of various food products. This information will be helpful for processors to select the best coating material and its effective concentration

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Book Synopsis1 The Experimental Tradition.- 2 Qualitative Methods.- 3 Psychometric Methods.- 4 Program Evaluation.- 5 The Psychology of Learning.- 6 Clinical Reasoning.- 7 Medical Decision Making.- 8 Individual Differences in Cognitive Style, Learning Style and Instructional Preference in Medical Education.- 9 Critical Thinking and Critical Appraisal.- 10 Student Selection.- 11 Transitions in Basic Medical Science Teaching.- 12 Medical Student Clinical Education.- 13 Postgraduate Education.- 14 Continuing Medical Education.- 15 The Role of the Teacher-Learner Relationship in Medical Education.- 16 Simulations Used to Teach Clinical Skills.- 17 Computers in Medical Education.- 18 Distance Education and the Health Professions.- 19 Problem-Based Learning.- 20 Assessment of Knowledge with Written Test Forms.- 21 Clinical Performance Assessments.- 22 Assessment of Non-Cognitive Factors.- 23 The Use of Computers in Assessment.- 24 Assessment of Clinical Performance: In-Training Evaluation.- 25 Combining Trade ReviewFrom the reviews:"[...] the text is well written, clear and concise throughout. It is likely that this will remain one of the most important reference texts for many years to come and will find a comfortable place on the bookshelf of any medical educator."(Dr J.L. Burton in ACP News, Autumn 2003) "This book is an excellent resource, lacking in no respect. Curriculum reform, management, and implementation, topics most medical teachers are involved in, covered in Section six, comes as the icing on the cake. In order for every medical teacher/educator to be able to see the "big picture", this final section is a must read." (Croatian Medical Journal, 45:2, 2004)Table of ContentsPart One. Introduction and Foreword; G. Norman, et al. Section 1: Research Traditions; G. Norman. 1. The Experimental Tradition; G. Regehr. 2. Qualitative Methods; I.B. Harris. 3. Psychometric Methods; J.A. Shea, G.S. Fortna. 4. Program Evaluation; C.A. Woodward. Section 2 : Learning; D. Dolmans. 5. The Psychology of Learning; E.J.F.M. Custers, H.P.A. Boshuizen. 6. Clinical Reasoning; L.D. Gruppen, A.Z. Frohna. 7. Medical Decision Making; A.S. Elstein, et al. 8. Individual Differences in Cognitive Style, Learning Style and Instructional Preference in Medical Education; L. Curry. 9. Critical Thinking and Critical Appraisal; G. Norman. S ection 3: The Educational Continuum; K. Mann. 10. Student Selection; W.C. McGaghie. 11. Transitions in Basic Medical Science Teaching; P.A. Small, Jr., E. Suter. 12. Medical Student Clinical Education; J.O. Woolliscroft. 13. Postgraduate Education; H.A. Holm. 14. Continuing Medical Education; K.V. Mann. Section 4: Instructional Strategies; A. Rothman. 15. The Role of the Teacher-Learner Relationships in Medical Education; R.G. Tiberius, et al. 16. Simulations Used to Teach Clinical Skills; R.-M.E. Fincher, L.A. Lewis. 17. Computers in Medical Education; J.J. McGowan, E.S. Berner. 18. Distance Education and the Health Professions; B. Hodges. 19. Problem Based Learning; A. Rothman, G. Page. Part Two. Section 5: Assessment; D. Newble. 20. Assessment of Knowledge with Written Test Forms; S.M. Downing. 21. Clinical Performance Assessments; E.R. Petrusa. 22. Assessment of Non-Cognitive Factors; A. Cushing. 23. The Use of Computers in Assessment; B.E. Clauser, L.W.T. Schuwirth. 24. Assessment of Clinical Performance: In-Training Evaluation; J. Turnbull, C. van Barneveld. 25. Combining Tests and Setting Standards; J. Norcini, R. Guille. 26. Licensure and Certification; W. Dale Dauphinee. 27. Relicensure, Recertification and Practice Based Assessment; J. Cunnington, L. Southgate. Section 6: Implementing the Curriculum; L. Curry.28. Managing the Curriculum and Managing Change; W.K. Davis, C.B. White. 29. Faculty Development for Curricular Implementation; B.C. Jolly. 30. Effective Leadership for Curricular Change; C.J. Bland, L. Wersal. 31. Professional Caring in the Curriculum; S.H. Cavanaugh. 32. Disseminating Educational Research and Implementing Change in Medical Educational Environments; S.W. Chauvin. 33. Achieving Large-Scale Change in Medical Education; L. Curry. List of Authors. Subject Index.

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Book SynopsisThe Complete Guide to Nutrition in Primary Care Edited by Darwin Deen, MD, MS Lisa Hark, PhD, RD Clinicians and patients agree that primary care office visits should include routine nutrition assessment and counseling. But how do you fit it into an already crowded consultation? And what is the most up-to-date advice? With The Complete Guide to Nutrition in Primary Care, Drs. Deen and Hark provide the necessary tools. This comprehensive overview of nutrition answers your questions on: Nutrition as Preventive Medicine Nutrition through the Lifecycle Improving Health by Changing Diet and Lifestyle Behaviors Vitamins, Minerals, Dietary Supplements, and the Alternative Successful Changes to the Environment This timely paperback contains everything the primary care clinician needs to counsel patients on diet and lifestyle issues. Keep it close at hand for the frequent consultation it is sure to receive. DrTrade Review“This work is intended for practicing primary physicians, nurses, and those going into these fields. It is meant as a general overview for those who need to include a routine nutrition assessment into their patients' visits. It would be a welcome addition in health care collections.” (American Reference Books Annual, Vol. 39 (2008)) "Due for release in July, this guide arms health professionals and consumers with nutritional information for preventing obesity-related diseases. Essential for expanding knowledge and research into preventative medicine." (Optimum Nutrition, Summer 2007) “The authors note…the unique contributions that registered dietitians can make in the…prevention and management of chronic disease.” (Doodys Review)Table of ContentsEditors vii Contributors viii Preface xi Section 1 Nutrition as preventive medicine 1 Nutrition and the primary care clinician 3Darwin Deen and Katherine Margo 2 Changing the office culture to make it work 15Arlo Kahn and Jane White 3 Methods of weight control 31Cathy Nonas, Jennifer Williams, and Valentine J Burroughs Section 2 Nutrition through the life-cycle 4 Growing up healthy 57Susan Konek and Diane Barsky 5 Feeding the mother-to-be 85James M Nicholson, Catherine Sullivan and Morghan B Holt 6 Staying healthy in later life 109Connie Watkins Bales and Heidi K White Section 3 Improving health by changing diet and lifestyle behaviors 7 Dyslipidemia, hypertension and metabolic syndrome 135Frances Burke and Philippe Szapary 8 Diabetes, pre-diabetes and hypoglycemia 161Marion J Franz and Richard Wender 9 Gastrointestinal disorders 179Marianne Aloupis and Thomas Faust 10 Everything else 201Marion Vetter and Katherine Chauncey Section 4 Vitamins, minerals, supplements and alternative nutrition 11 Vitamins 223Randee Silverman and Jeremy Brauer 12 Minerals 249Randee Silverman and Jeremy Brauer 13 Dietary and nutritional supplements 275Joel S Edman and Elizabeth Horvitz 14 Considering the alternatives 293Benjamin Kligler, Joel S Edman and Mary Beth Augustine Section 5 Successful changes to the environment 15 It’s all about changing behaviors 311Darwin Deen and Alice Fornari 16 Community counts 327Kathryn M Kolasa 17 Cultural considerations 341Kim M Gans and Charles B Eaton Appendices 365 Review questions 385 Review answers 428 Index 435

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Book SynopsisUltra Medicine: Essential Preparation for Medical Finals provides a one-stop resource for senior medical students preparing for their final exams. The book is divided into four parts. Part 1 contains a random selection of questions, mimicking actual exam questions covering clinical medicine. The assessment includes 120 multiple choice questions (MCQs) and a further 24 extended matching questions (EMQs) for written exam preparation. Detailed, fully explanatory answers are provided in Part 2, making this text a really useful learning resource. This enables you to check and refresh your understanding and is perfect to help you identify the weaker aspects of your knowledge. Part 3 reflects upon the history and examination routines and is neatly divided into the various body systems. The final part contains 50 objective structured clinical examinations (OSCEs) for clinical assessment and provides the best hints and tips for House Officer skills.<Trade Review"Regardless of the structure of your exams, this is a useful tool especially when mock exams or past papers are in short supply." Sharp, St George's Medical School Gazette, May 2005Table of ContentsContents. Preface. Normal values. Part 1 Practice Papers. Paper 1 Questions. Paper 2 Questions. Paper 3 Questions. Paper 4 Questions. Part 2 Answers. Paper 1 Answers. Paper 2 Answers. Paper 3 Answers. Paper 4 Answers. Part 3 History and Examination Routines. Cardiovascular System. Respiratory System. The Chest Radiograph Routine. Gastrointestinal System. Neurological System. Dermatological System. Part 4 OSCEs. Introduction. OSCEs. House Officer Skills for the OSCE. Index

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Book SynopsisPromises to remodel the way cardiovascular medicine is practised * Written and edited by two pioneers in this area * Specially selected material for the practising clinician * Must-have reference to this developing field to ensure up-to-date patient care .Trade Review"An excellent guide for developing, reviewing, or updating a keen understanding of genetics and its future in medicine. The book should find wide readership." Doodys ReviewTable of ContentsContributors. Foreword. Introduction. 1 The gene in the twenty-first century. Choong-Chin Liew, Victor J. Dzau. Part I: Cardiovascular single gene disorders. 2 Monogenic hypercholesterolemia. Ruth McPherson. 3 Hypertrophic cardiomyopathy. Ali J. Marian. 4 Dilated cardiomyopathy and other cardiomyopathies. Mitra Esfandiarei, Robert Yanagawa, Bruce M. McManus. 5 The long QT syndrome. Sabina Kupershmidt, Kamilla Kelemen, Tadashi Nakajima. Part II: Cardiovascular polygenic disorders. 6 Atherosclerosis. Päivi Pajukanta, Kiat Tsong Tan, Choong-Chin Liew. 7 Heart failure. Markus Meyer, Peter VanBuren. 8 The implications of genes on the pathogenesis, diagnosis and therapeutics of hypertension. Kiat Tsong Tan, Choong-Chin Liew. Part III: Therapies and applications. 9 Gene therapy for cardiovascular disease: inserting new genes, regulating the expression of native genes, and correcting genetic defects. Ion S. Jovin, Frank J. Giordano. 10 Stem cell therapy for cardiovascular disease. Emerson C. Perin, Guilherme V. Silva. 11 Pharmacogenetics and personalized medicine. Julie A. Johnson, Issam Zineh. 12 The potential of blood-based gene profiling for disease assessment. Steve Mohr, Choong-Chin Liew. Index. Colour plates

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Book SynopsisFollowing the GMC's call for greater social and behavioural science input into undergraduate medical education, this brand new title in the Lecture Notes series provides an understanding of how education, social class, family, economics and occupational circumstances, as well as cultural and ethnic influences, shape patients and health professionals alike. A deeper appreciation and understanding of these issues can have a positive effect on clinical diagnosis and practice. Emphasising clinical relevance at all times, the book features photographs and line drawings to illustrate key points, and case studies that provide real-life illustrations of the points discussed. It also contains ''points of view'' boxes which encourage critical thinking and challenge the reader to come up with their own explanations for the phenomena described. Lecture Notes: The Social Basis of Medicine provides information and materials useful not only for undergraduate medical studTrade Review"This book is written in an easy to understand style and contains case studies to illustrate the points made In the text. This helps make it accessible and allows the reader to dip into Individual of sections and chapters of the book for quick reference." (AfPP, June 2009) "The Social Basis of Medicine is a user-friendly, engaging introduction to a topic that even the most hardened surgeon-to-be would appreciate." (Times Higher Education, February 2010)Table of ContentsPreface. Acknowledgements. 1 The social basis of medicine. 2 Beliefs about health, ill health and the body. 3 Health and health care in the popular sector. 4 Health and health care in the professional sector. 5 Health and health care in the folk sector: complementary and alternative medicine. 6 The consultation. 7 Health inequalities. 8 Sex and gender, race and ethnicity in health and health care. 9 Mental health, illness and health care. 10 Disability and society. 11 Promoting health. 12 Chronic illness. 13 Death and dying. 14 International health. Glossary

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Book SynopsisThis is a vital text to help you with the competency assessment in the UK Foundation Programme giving practical advice in an easy to follow format.Table of ContentsPart 1 Clinical and Communication skills . 1 Professionalism. 2 The consultation. 3 Health promotion. 4 Clinical reasoning. 5 Communication with colleagues. 6 Medical records. 7 Prioritising time. Part 2 Legal and Ethical Issues in Healthcare . 8 Capacity and consent. 9 The Mental Health Act and common law. 10 Confidentiality. 11 Death certification and the coroner. 12 Fitness to drive. 13 Adult and child protection. 14 Ethical principles in healthcare. 15 Advance directives. 16 End of life issues. 17 NHS complaints procedure. Part 3 Clinical Governance and Patient Safety. 18 Why things go wrong. 19 Human factors. 20 Safe prescribing. 21 Infection control. 22 Use of evidence and guidelines. 23 Audit. Part 4 Teaching and Training. 24 Learning about learning. 25 Teaching large groups. 26 Teaching small groups. 27 Presentations. 28 Teaching a skill. 29 How to give feedback. 30 How doctors are assessed. Index

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Book SynopsisThis concise, easy to understand and learner-friendly book invites the readers to actively particpate in the understanding of medical statistical concepts that are frequently used in health care research and evidence-based practice worldwide. Knowing that the best way to learn statistical concepts is to use them, the authors employ real examples and articles from health science literature, complete with the complexities that real life presents, in an approach that will help bring researchers and clinicians one step closer towards being statistical savvy and better able to critically read research literature and interpret the results. A practical hands-on workbook for individual or group exercises Teaches how to understand statistical methods when reading journals, and how to use them in clinical research Emphasizes the use of statistics in evidence-based research Relevant for anyone needing to use statistics, this workbook is an ideal reTable of ContentsContents. Foreword. By Virginia A. Moyer. Introduction. Overview. UNIT 1 Hypothesis testing and estimation. UNIT 2 Incidence and prevalence rates. UNIT 3 Comparing proportions. UNIT 4 Relative risk and odds ratio. UNIT 5 Clinical trials. UNIT 6 Comparing mean values. UNIT 7 Correlation and regression. UNIT 8 Follow-up studies. UNIT 9 Survival analyses. UNIT 10 Diagnostic and screening statistics. Answers. Glossary. Index

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Book SynopsisNot sure how to interpret the wealth of data in front of you? Do you lack confidence in applying the results of investigations to your clinical decision making? Then this pocket-sized, quick reference guide to data interpretation may be just right for you. The Hands-on Guide to Data Interpretation is the perfect companion for students, doctors, nurses and other health care professionals who need a reference guide on the ward or when preparing for exams. It focuses on the most common investigations and tests encountered in clinical practice, providing concise summaries of how to confidently interpret investigative findings and, most importantly, how to apply this to clinical decision making. The benefits of this book include: An overview of the normal ranges of test results, followed by a consideration of the differential diagnoses suggested by variance from these values Arranged by system to allow quick acTrade ReviewWhether as a medical student or junior doctor, clinical data is ubiquitous within medicine. The quantity of data that we are required to interpret can often make it seem as though we are in a race to the top of Everest – especially when a well-intentioned consultant thrusts an ECG in front of you and asks you to interpret it... There is nothing worse than being unable to interpret findings in an OSCE or whilst on whirlwind ward rounds. Conversely, being able to understand and use knowledge to interpret clinical information can be thoroughly rewarding. “The Hands-on Guide to Data Interpretation” is the perfect companion and tutor for all data interpretation needs. The Hands-on Guide covers all the main laboratory, clinical and radiological tests used by doctors in the investigation and management of patients. The book is systems based and split into 16 chapters which include specific chapters on microbiology, genetics and imaging. Included at the start of the book is a comprehensive collection of reference ranges including those for hormones and tumour markers. There are also conversion tables for different units for those of us who can’t remember how to change pounds into kilograms. The final chapter on patient data provides practical advice for clerking on the wards. This section places emphasis on the holistic care of patients and demonstrates how knowledge can be applied by bringing specialities together. This 247 page handbook is highly visual and well laid out. It is concise but thorough. The authors have kept the student in mind throughout and have employed a variety of techniques to help make the contents digestible and memorable. Such techniques include the use of mnemonics, tables, graphs, flowcharts, diagrams and clinical images. Mnemonics are used broadly throughout each chapter. They include widely used favourites such as GET SMASHED for the causes of Acute Pancreatitis. Arguably they are used a bit too extensively throughout the book. However, they act to support learning rather than standing as the sole method of learning. Despite their extensive use the layout of such mnemonics prevents them from becoming tedious. Tables are frequently used by the authors to summarise information or to compare and contrast key pathologies. An example which I found particular useful was the comparison between Crohn’s disease and Ulcerative Colitis. The table was concise and provided more detail than was taught in lectures. The information was easy to retain and recall. I’m particularly fond of the table’s ability to make me sound pseudo-intelligent on ward rounds! Graphs are used to emphasise information covered in the text. They are well used throughout and include patterns such as flow-volume loops. Flowcharts are use similarly but also provide greater depth to the information in the text and are excellent in displaying quite complex conceptual data. Particularly useful is a detailed flow chart for adrenal steroid synthesis which all endocrinologists seem to have tattooed on their eyelids! Diagrams are clear and well presented. The majority assist information in tables and the text. Such diagrams are utilised well in presenting dermatomes and myotomes in neurology which support textual information that describes distribution and action in more detail. A unique selling point of this book is the helpful tip boxes which might not be found in a standard text. These handy tip boxes are found in every section and highlight salient points. For a pocket-sized book the contents are particularly impressive. The authors always endeavour to explain key pathology and relate these to findings and patterns in data. Where appropriate, important elements of clinical examination are included, such as the cranial nerve examination. Chapters are further completed by severity scores such as the CURB-65 score for community acquired pneumonia and by risk assessment measures such as the Well’s score for the probability of pulmonary emboli. As alluded to earlier, like many others, I often struggle to understand ECGs. This book covers all the key principles of ECGs thoroughly and includes a simple but detailed 10 step guide to interpretation. There are enough examples to emphasise the points covered but perhaps not enough to become adept at pattern recognition. I similarly feel that examples of x-rays are limited. However, key pathological changes are all excellently described and accompanied by examples. It is also arguable that more examples might have hindered the book’s usefulness as a pocket guide. In both incidences this book proves excellent as a revision tool but is not quite as useful when approaching these modalities for the first time. Other modalities are similarly explained in great detail but are lacking in examples. A separate microbiology chapter is a real advantage of this book. The content is simple and understandable. Flowcharts describe gram staining and identification of bacteria whilst tables are used to cover the general sensitivities of bacteria to antibiotics. I was also particularly impressed by a table offering an introduction to oncological chemotherapeutics. The table succinctly classifies agents and states the most common side effects for each. In conclusion “The Hands-on Guide” is very useful as an introductory text to data interpretation. However, the real strength of this book is apparent when the reader has some previous knowledge of the desired system or is using the book for revision. I feel that the book is an unmatched text in this respect and highly recommend it. (Owen Hibberd, 3rd year medical student, UEA) "It provides an excellent reminder of background physiology with clear explanations of how this relates to tests and their clinical application. For those doctors in primary care, it is also a useful tool and will be particularly helpful in interpreting those slightly aberrant results that fall into your inbox." (InnovAit, 2 February 2012) Format: Softbound text consisting of preface, summary of text abbreviations, and 16 chapters, including index. Audience: Students in medicine and health sciences, interns, residents, physicians, nurses, and other medical professionals for which clinical data interpretation is critical to patient care and management. Purpose: This is a pocket-sized reference containing supporting information appropriate to clinical application. The use of investigative resources and input by experts in specific medical disciplines help focus the use of data to support and minimize challenges associated with required clinical decision efforts. Content: The text is divided into 16 chapters addressing clinical data associated with normal ranges (clinical/physiological normals), the cardiovascular system, the respiratory system, gastroenterology, endocrinology, the renal system, neurology, hematology, rheumatology, obstetrics and gynecology, ophthalmology, oncology, microbiology, genetics, imaging, and patient data. Except for the first chapter on normal clinical ranges, all chapters follow the same presentation format. While materials are comprehensive and well structured, references to established sources are only incorporated as adaptations. This textbook is a clinical guide that can be carried during clinical rotations in hospital settings. The textbook is well written, as topic coverage supports differential diagnostic parameters leading to sound conclusions. Usability: All chapters cover topics in a clear and articulate manner, with consistent formatting that supports introductory information with specific subtopics in the chapter. Each chapter is replete with normal ranges; reference data including diagrams, images, charts, tables, physiological ranges; and notes from specialists within the areas covered. As noted above, tabular data are adaptations from sources, but there is no comprehensive bibliographic section provided. The price of the edition is appropriate and well within reach of students, practitioners, and professionals. Highlights: The single strength of this textbook is the amount of important and practical data packed into a small, portable textbook. Text presentations are concise and clearly written, supporting practicality in real-world applications. The final chapter addressing patient data is a welcome enhancement to the diverse medical specialties covered in preceding chapters, allowing for effective charting sorely needed for accurate presentation of data in the clinical arena. Limitations: The material presented is directly aligned with the purpose and intent of the authors. This reviewer finds no limitations associated with the text. However, a listing of additional primary references at the end of each chapter would serve to enhance the quality of the materials presented. Reviewer's Summary: After reviewing the amount of information provided and comparing it to the intent of the authors, I highly recommend the text to those who require a concise and practical reference source in medical practices. While this textbook serves the clinical informational needs of diverse medical audiences, interpretation and action taken in response to clinical data leading to differential diagnosis should be conducted under the guidance of an experienced medical practitioner. The authors and contributors are to be commended on an excellent job in preparing this textbook." (Peter D. Frade PhD, Wayne State University, in The Annals of Pharmacotherapy, April 2011) "I found it a useful reference tool in dealing with all those haematology and biochemistry results that we see in our daily practice. . .Overall, an absoloute must for every GP's bookshelf, but also a pertinent book for medical students." (General Practitioner, 16 September 2011) "This book has been written by a group of junior doctors who chose to address interpretation of the vast amounts of clinical data that clinicians encounter every day. I found it a useful reference tool in dealing with all those haematology and biochemistry results that we see in our daily practice. It is pocket-sized, yet comprehensive. With care of more complicated medical conditions being transferred to the community, this sort of book will be very useful for GPs. Clinical scenarios The book is divided into systems and the approach is logical. What I find most impressive is that the authors have been intelligent in the topics they have included, selecting the most common conditions as well as clinical scenarios doctors tend to struggle with. At the start of each chapter is a summary of the topics covered. It is written in a readable and simplistic style and the format is clear and concise. There is a plethora of tables, diagrams and charts. I particularly liked the flowchart to differentiate between Gram-positive and Gram-negative bacteria, the summary of antibiotics and the tables for interpreting the minefield that LFTs can be. Scattered throughout the book are the various mnemonics that we all learnt at medical school, such as 'GET SMASHED' for the causes of acute pancreatitis. This is just the sort of handbook I wish I had had at medical school and during my clinical training. It is a very succinct synopsis of the common things that clinicians encounter, explaining various clinical examination findings, interpretation of blood results and other investigations, including radiology, ECGs, pleural, ascitic and lumbar puncture fluid. The beauty of this book is that it effectively simplifies the subject matter and gives you an at-a-glance approach to the task in hand. Overall, an absolute must for every GP's bookshelf, but also a pertinent book for medical students. I wait with anticipation for an iPhone app." (Dr Mathukia, a GP principal in Ilford, Essex, for GPonline.com) "What is good about this book? The aim of this book is to provide a quick reference guide to interpreting the wealth of data that we as doctors come across in our daily working lives. It focuses on common investigations and tests, providing summaries of how to interpret the results and apply them in the clinical setting. Divided into 16 short chapters, it encompasses the major medical and surgical specialties and is easy to use with bullet point sections, clear headings and a full index that aids in rapid retrieval of information. A specialist has reviewed each chapter, and the book includes two GP registrars and a foundation year doctor among its authors, making it highly relevant to the junior doctor working in either hospitals or the community. This book is set apart from other texts in its field by an extensive use of clear concise physiological explanations for both diseases and tests in the clinical chapters. This works particularly well in specialties such as neurology and haematology, where the complex is made simple. The section on the neurological examination, for example, includes clear easy-to-access diagrams of dermatomes, reflexes and visual fields, and there is a useful guide for how to approach neurological disorders. While the section on the interpretation of the full blood count and its abnormalities appears rather dry, it is helpful for focused retrieval of information. Good use has been made of tables of blood results, with abnormal results listed alongside the normal together with explanations of their relevance and suggested causes. The liver function, hepatitis B, thyroid function and bone profile tables are excellent, combining large amounts of often complicated data into clear summaries which are invaluable desk or bedside tools. The chapter on genetics, which is a frequently neglected knowledge area, is brief but thorough and serves well as an aide-mémoire for patterns of disease inheritance. It also provides useful templates for genetic diagrams, which could be used to aid explanations during consultations with patients. What is bad about this book? The book can be over-complicated for such a compact reference guide and seems to lose its way at times, including an excessive amount of physiological theory or background detail. This is evident in the discussion of lung volumes and Gram staining. Keen chemists will recognize the Henderson–Hasselbach equation in the respiratory chapter, but this too seems an unnecessary inclusion of theory that adds little for the reader. The cardiology section appears dense and difficult to follow and readers may be advised to turn to a more straightforward guide for reminders on this investigation and its interpretation. Similarly, different cancers are discussed briefly in relevant speciality chapters and a separate oncology chapter tries to cover this vast and complicated subject with lengthy specific cancer staging examples, which readers may prefer to explore in other books. Some diagrams have been included with little accompanying explanation and require further reference to the text, which detracts from the ability of the book to act as a quick reference guide. The ophthalmology section also suffers from having only black and white retinal images. Finally, the book can at times read like revision notes (from where the authors state that they took inspiration) and there is some unnecessary repetition; the anion gap appears in both the respiratory and the renal chapters, for example, and a description of the histological findings in inflammatory bowel disease is repeated within the same chapter. In conclusion, this is a book largely written for the medical student or hospital-based junior doctor, and overall, it is a succinct and thorough reference guide. It provides an excellent reminder of background physiology with clear explanations of how this relates to tests and their clinical application. For those doctors in primary care, it is also a useful tool and will be particularly helpful in interpreting those slightly aberrant results that fall into your inbox." (Dr Alexandra Davidson, GP Registrar and Academic Fellow, University College London, for InnovAiT, June 2011) Table of ContentsPreface. Acknowledgements. Abbreviations. 1. Normal Ranges. 2. Cardiovascular. 3. Respiratory. 4. Gastrointestinal. 5. Endocrinology. 6. Renal. 7. Neurology. 8. Haematology. 9. Rheumatology. 10. Obstetrics & Gynaecology. 11. Ophthalmology. 12. Oncology. 13. Microbiology. 14. Genetics. 15. Imaging. 16. Patient Data.

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Book SynopsisCurrent heart failure therapeutics affects symptoms without appreciably reducing the mortality rate of 50% in five years -- suggesting a failure in treating the underlying mechanism. This book proposes a new mechanism for heart failure; immune mediated cardiac remodelling for cardiac dysfunction.Table of ContentsContributors. Preface. About the Editors. Part I Immune dysfunction leading to. heart disease: induction by. physiological changes. 1 Immunosuppression by ultraviolet light-B. radiation: amediator of cardiac remodeling. Sherma Zibadi (The University of Arizona), Douglas F. Larson (Sarver Heart Center In the School of Medicine) & Ronald. Ross Watson (Sarver Heart Center in the School of Medicine). 2 Immune mechanisms in pediatric. cardiovascular disease. Wendy A. Luce (Childrens Research Institute), Mandar S. Joshi (Center for Cardiovascular Medicine, Columbus), Timothy M. Hoffman, Timothy (Columbus Children's Heart Center), F. Feltes (Childrens Research Institute) & John Anthony. Bauer (Wexner Child Hospital, Ohio State University). 3 Heart failure–role of autoimmunity. Urs Eriksson (Universitatsspital). 4 Immune basis of hypertension in humans. Katherine Horak (Sarver Heart Center, The University of Arizona) & Douglas F. Larson (Sarver Heart Center In the School of Medicine). 5 Immune dysregulation: potential mediator of. metabolic syndrome-induced cardiac. remodeling. Sherma Zibadi (The University of Arizona), Douglas F. Larson (Sarver Heart Center In the School of Medicine) & Ronald. Ross Watson (Sarver Heart Center in the School of Medicine). 6 T helper 2 cell cytokines in remodeling of. aortic wall. W. L. Chan (William Harvey Research Institute). 7 Effects of TNF- on cardiac function. Bo Yang (University of Arizona) & Douglas F. Larson (Sarver Heart Center In the School of Medicine). 8 Immunosuppression in promotion of cardiac. allograft vasculopathy. Farzad Moien-Afshari (University of British Columbia), Jonathan Choy (Department of Pharmacology and Therapeutics), Bruce. M. McManus (Department of Pharmacology and Therapeutics) & Ismail Laher (University of British Columbia). 9 Immunotherapy for left. ventricular dysfunction after. heart transplantation. Charles E. Canter (Washington University School of Medicine). Part II Immune dysfunction promoting. CVD: induction by transplantation. drugs. 10 Immunomodulating therapy in chronic heart. failure. Lars Gullestad (Department of Cardiology, University of Oslo, N-0027 Oslo, Norway). , Jan Kristian Dam°as (Research Institute for Internal Medicine),. Arne Yndestad (Research Institute for Internal Medicine, University of Oslo) & P°al Aukrust (Rikshospitalet). 11 Statins in atherosclerosis: role of immune. regulation. Claire Arnaud & Fran¸cois Mach (Foundation for Medical Research). 12 ACE inhibitors as immunomodulators:. treatment of cardiovascular disease. Christina Grothusen (Dept. of Cardiology and Angiology) & Bernhard Schieffer (Department of Cardiology and Angiology). 13 Treatment of heart failure by anticytokine. therapies. Donna L. Vredevoe (University of California, Los Angeles) & Julia R. Gage (Kendle International, Inc., Thousand Oaks, CA). Part III Immune dysfunction leading to. heart dysfunction: induction or. prevention by cardiotherapeutic. drugs. 14 Pathogenesis of cardiovascular complications. in the acquired immunodeficiency. syndrome. Giuseppe Barbaro (University “La Sapienza”). 15 Cytokines and T cell-mediated responses in. autoimmune myocarditis. Jin Zhang (The Proctor and Gamble Company). 16 Drugs of abuse: accentuation of. immunomodulation of viral myocarditis. Oana Madalina Petrescu (Caritas St. Elizabeth's Medical Center, Boston) & James P. Morgan (Department of Medicine). Part IV Immune dysfunction leading to. heart disease: induction by. pathogens. 17 Osteopontin: the link between the immune. system and cardiac remodeling. Samira Najmaii (Sarver Heart Center, The University of Arizona), Qianli Yu (Sarver Heart Center) & Douglas. F. Larson (Sarver Heart Center In the School of Medicine). 18 Inflammatory immune activation in heart. failure patients: therapeutic implications. Mohammad Abraham Kazemizadeh Gol (University of Minnesota) &. Mohsen Araghi-Niknam (CRM Clinical Research). 19 Role of innate immune dysregulation in. diabetic heart failure. Betsy B. Dokken (University of Arizona School of Medicine) & Paul F. McDonagh (Allan C. Hudson and Helen Lovaas Endowed Chair of Vascular Biology and Coagulation). 20 Tolerance in heart transplantation: current. and future role. Kimberly Gandy (University of Arizona), Jos Domen (Department of Surgery) & Jack. Copeland (Department of Surgery). 21 Neutralization of Th2 cytokines in therapy of. cardiovascular pathology. A. Mandel (Director of Fundamental & Medical Research) & A. E. Bolton (Vasogen Ireland Limited). 22 Anti-inflammatory immune therapy in heart. disease. David Chen (The Methodist DeBakey Heart Center), Christian Assad-Kottner (The Methodist DeBakey Heart Center),. Francisco J. Cordova (The Methodist DeBakey Heart Center), Carlos Orrego (The Methodist DeBakey Heart Center) &. Guillermo Torre-Amione (The Methodist DeBakey Heart Center). 23 Cholesterol, interleukin-6 inflammation, and. atherosclerosis—role of statins,. bisphosphonates, and plant polyphenols in. atherosclerosis and other diseases of. aging. Sota Omoigui (L. A. Pain Clinic - medcinehouse.com). 24 Autoimmune myocarditis: treatment with. anti-T-cell antibodies. Zofia T. Bilin´ska & Witold Ruzytto. 25 Immunosuppressive therapy to counter. cardiac allograft vasculopathy. Carl V. Leier (Division of Cardiovascular Medicine). 26 Role of oral pathogens in the pathogenesis of. coronary heart disease. Palle Holmstrup (University of Copenhagen, Department of Periodontology). 27 Myocardial regenerative potential by stem cell. transplant. Yinhong Chen (Geron Corporation), Catherine A. Priest (Geron Corporation) &. Joseph D. Gold (Director of Stem Cell Biology and Research Questions). 28 Bioflavanoids and dietary anti-inflammatory. actions: role in cardiovascular diseases. Simin Bolourchi-Vaghefi (University of North Florida College of Health) & Amy Galena (Clinical dietitian). Index

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Book SynopsisThis lively handbook on the fundamentals of Evidence-based Medicine (EBM) leads the reader, step by step, through a process that proceeds from a patient's medical history, via information searches and critical appraisal of the literature, to recommendations for treatment. Using a simple four-step approach, the author illustrates how to develop better questions and more effective searches, resulting in objective and clinically relevant information that can be evaluated and implemented in day-to-day practice. Sherlock Holmes and Dr Watson, the famous fictional detectives, assist throughout, drawing parallels between criminal and medical investigation, and simplifying the processes and themes of EBM. Evidence-Based Medicine in Sherlock Holmes' Footsteps is a concise, accessible and instructive introduction to EBM for medical students, health care trainees, doctors and allied health professionals, and a valuable resource for anyone wanting to improve their ability tTrade Review"A useful and introductory book … Small and easy to read. The arrangement and layout of the book are easy on the eye … Some interesting examples used to explain some of the basic concepts." (Evidence Based Medicine, August 2008) "Small enough to read on the bus to placement but contains enough 'meat' to keep you entertained. It is clearly set out, and using Sherlock Holmes' steps really makes it a novel and interesting read. I think it's the best evidence based decision making book I have read." (The Placebo Effect, HYMS Gazette) “Based on a solid foundation…concise…handbook that learners and practitioners alike could easily carry around…In this regard, the book is quite a success.” (Canadian Medical Association Journal) Reviews of the original Swedish publication ”The entertaining analogy between critical appraisal and Sherlock Holmes´detective work, with well-found and appropriate quotations, makes the reading a pure pleasure.” (Läkartidningen 2004; 40:3100-1) ”The book is a little pearl and is warmly recommended.” (Ugeskrift for Laeger 2004; 18 October:43) ”The author has succeeded in creating a comprehensive, relevant and at times witty book. It is a useful and readable introduction [to EBM] that is warmly recommended.” (Tidskrift for den Norske Laegeforening 2005;1:125) ”[The author]has written an ingenious book, a compact EBM textbook in a light format, with a twinkle in his eye. The subject has been packaged for easy digetion – fish liver oil encapsulated in candy.” (Lääkärilehti 2005;3:322) ”This book written by Surgery Professor J.N. is a little pearl! Not only is it tasteful, humorous and well structured; it is also comprehensive, nutritious and – most importantly- understandable in an area where other more voluminous books fail.” (Svensk Bibliotekstjänst 2004:15)Table of ContentsFOREWORD. INTRODUCTION. STEP 1 FORMULATE AN ANSWERABLE QUESTION. Information Sources. Choosing the Appropriate Database. Systematic Reviews/Meta-Analysis. Meta-Search Engines. Clinical Practice Guidelines. Critically Appraised Topics (CATs). Primary Information Sources. Library Resources. Other EBM Portals. STEP 2 INFORMATION SEARCH. Make a Wide Search with High Sensitivity. Principal Database Search Strategy. Limit Your Search Results/Increase Your Specificity. Use a Good Hit for Further Searches. STEP 3 REVIEW OF INFORMATION AND CRITICAL APPRAISAL. Quality Assessment of Information. Evaluation of the Scientific Quality. Quality of Evidence. STEP 4 EMPLOY THE RESULTS IN YOUR DAILY PRACTICE. Applicability. Balance between Benefit and Harm. Strength of Recommendation. Patient’s Perceptions. Make a Recommendation. Communicating the Evidence to Your Patient. DEDUCTION, ANALYSIS AND MEDICINE. REFERENCES. SUMMARY OF INFORMATION SOURCES AND SEARCH ENGINES. INTERNET-BASED SPREADSHEETS. SHERLOCK HOLMES REFERENCES. LIST OF ILLUSTRATIONS. RECOMMENDED EBM LITERATURE. GLOSSARY. INDEX

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Book SynopsisCatheter Ablation of Atrial Fibrillation Edited by Etienne Aliot, MD, FESC, FACC, FHRS Chief of Cardiology, Hopital Central, University of Nancy, France Michel Haissaguerre, MD Chief of Electrophysiology, Hopital Cardiologique du Haut-Leveque, France Warren M.Table of ContentsPart 1 Fundamental concepts of atrial fibrillation. Chapter 1 Anatomy of the left atrium relevant to atrial fibrillation ablation. Chapter 2 Mechanisms and significance of fractionated electrograms recorded during atrial fibrillation. Chapter 3 Computer simulation studies of atrial fibrillation. Chapter 4 Experimental and theoretical insights into fundamental mechanisms of antiarrhythmic drug actions on atrial fibrillation: prospects for improved pharmacotherapy. Chapter 5 Mechanisms of atrial fibrillation in animals and humans. Chapter 6 Three-dimensional images in catheter ablation of atrial fibrillation. Chapter 7 Signal processing of fibrillatory electrograms. Part 2 Practical approaches in atrial fibrillation. Chapter 8 Emerging technologies in the treatment of atrial fibrillation. Chapter 9 Techniques targeting the pulmonary veins. Chapter 10 Techniques of linear lesion for atrial fibrillation ablation. Chapter 11 Ablation strategies in paroxysmal atrial fibrillation. Chapter 12 Ablation strategies in chronic atrial fibrillation. Part 3 Special challenges in atrial fibrillation. Chapter 13 Diagnostic algorithm of atrial tachycardia following atrial fibrillation ablation: importance of localized reentries. Chapter 14 Catheter ablation of atrial fibrillation in patients with heart failure. Chapter 15 Morbidity and mortality of ablation versus drugs. Chapter 16 Atrial mechanical function after atrial fibrillation ablation. Chapter 17 Surgery for atrial fibrillation: from scalpel to catheter . . . and back?. Chapter 18 Electrogram-guided approach to ablation of atrial fibrillation

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Book SynopsisContains over one thousand practice questions - worked examples, quick tests, 2 full BMAT-style sample test papers, and 2 full UKCAT-style sample test papers. With the use of admissions tests becoming an increasingly more common part of the selection process for entrance to medical school, BMAT and UKCAT Uncovered is a comprehensive yet accessible guide to the two main tests used by UK medical schools. Written by recent Cambridge graduates, the authors'' experience lies in taking these exams themselves and teaching students how to pass them. They combine key strategies for tackling the specific skills tested by the BioMedical Admissions Test and the UK Clinical Aptitude Test, along with practice questions and tests, with worked answers, in the style of the BMAT and UKCAT exams. The simple, informal teaching style, highlighting key practice areas, with the minimal use of jargon, means BMAT and UKCAT Uncovered is an essential tool for all medical scTable of ContentsForeword. Preface. 1. Quantitative Analysis for the BMAT and the UKCAT. 2. Critical Analysis for the BMAT and the UKCAT. 3. Scientific Knowledge and Application for the BMAT. 4. The Writing Task for the BMAT. 5. Abstract Reasoning for the UKCAT. 6. Decision Analysis for the UKCAT. 7. BMAT Practice Papers. 8. UKCAT Practice Papers. 9. Solutions. Index

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Book SynopsisThis book brings the recent dramatic changes in the field of cardiovascular imaging into the clinical setting to enable the clinician to best use the technology at hand. Novel Techniques for Imaging the Heart opens with three chapters reviewing the general considerations and fundamentals of imaging, followed by a series of chapters that address clinical applications of CT and CMR, including critical review of imaging approaches for diagnosis and prognosis of CAD evaluating the patient with new onset heart failure evaluating the patient before non-cardiac surgery evaluating the patient before interventional electrophysiology novel assessment of vascular flow and valvular disease relative merits of CTA and MRA for coronary artery imaging The final section deals with advanced applications of CT and MR imaging, considers technical advances and future prospects of high field MRI, and concludes with a chapter Trade Review"This book will provide evidence and update the interested reader on two non-invasive, and often complimentary, exciting advanced imaging techniques: cardiac MR and cardiac CT." (Cardiology News, 1 December 2011)Table of ContentsContributors. Preface. Forewords. PART I General Considerations and Fundamentals of Imaging. 1 Principles of CT and MRI (Leon Axel and Danny Kim). 2 Clinical Considerations on the Use of Contrast Agents for CT and MRI (Federico E. Mordini and Robert R. Edelman). 3 Radiation Dose Considerations in Cardiac CT (Mannudeep K. Kalra and Suhny Abbara). 4 Safety Considerations of Current and Evolving CMR Techniques and Hardware (Saman Nazarian, Henry R. Halperin, and David A. Bluemke). PART II Clinical Applications of CT and CMR Imaging. 5 Evaluating the Symptomatic Patient with Suspected CAD (Bernhard L. Gerber). 6 Evaluation of Atherosclerotic Plaques with CT and MRI (Ilan Gottlieb and Jo˜ao A.C. Lima). 7 Evaluating Chest Pain in Patients with Known CAD (Amit R. Patel and Christopher M. Kramer). 8 Evaluating the Patient with LV Dysfunction for Potential Revascularization (Michael Salerno, Han W. Kim, and Raymond J. Kim). 9 Role of Hybrid Imaging: PET/CT and SPECT/CT (Marcelo F. Di Carli). 10 Critical Review of Imaging Approaches for the Diagnosis and Prognosis of CAD (Rory Hachamovitch and George A. Beller). 11 Evaluating the Patient with New Onset Heart Failure (Joseph B. Selvanayagam and Theodoros D. Karamitsos). 12 Evaluating the Patient before Noncardiac Surgery (William O. Ntim, Rahul Aggarwal, and W. Gregory Hundley). 13 Evaluating the Patient before Interventional Electrophysiology (Riple J. Hansalia and Mario J. Garcia). 14 Assessment of Blood Flow and Heart Valve Disease by CMR (Philip J. Kilner). 15 Relative Merits of CTA and MRA for Coronary Artery Imaging (Xin Liu, James C. Carr, and Debiao Li). 16 Can Atherosclerosis Imaging Improve Patient Management? (Allen J. Taylor and Robert O. Bonow). PART III Advanced Applications of CT and CMR Imaging. 17 Atherosclerosis Imaging: A Biological and Clinical Perspective (Peter Libby). 18 Stem Cell Imaging (Dara L. Kraitchman). 19 Myocardial Imaging in CAD: Beyond Ischemia and Viability (Susan H. Kwon, Henry Wu, and Raymond Y. Kwong). 20 Technical Advances and the Future Prospects of High Field Strength MRI (Ahmed M. Gharib, Matthias Stuber, and Roderic I. Pettigrew). 21 Technical Advances in MDCT for Imaging Coronary Artery Stenoses and Physiology (Humberto Wong, Elsie T. Nguyen, and Geoffrey D. Rubin). 22 Imaging of Myocardial Mechanics (Hiroshi Ashikaga and Elliot R. McVeigh). 23 Cardiovascular Interventional MRI (Colin Berry and Robert J. Lederman). Index. A companion CD-ROM with video clips is included at the back of the book.

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Book SynopsisReaching a provisional diagnosis is the most difficult part of any General Practitioner (GP) consultation. The subsequent formulation of a management plan is often straightforward. This book focuses entirely on formulating likely diagnoses rather than the investigation or management of them.Trade Review"I liked the layout as it is easy on the eye and simple to find what you are looking for if you are searching for a particular symptom. The index is searchable by symptom and by disease" (Royal College of General Practitioners, 1 May 2011) “This is a highly useful book to keep readily available in the outpatient office as a memory aid when confronted with a less-than-textbook presentation of symptoms.” (Doody’s , August 2009)Table of ContentsAcknowledgements vi Preface vii List of Abbreviations and Symbols viii Chapter 1: Head and Neck 1 Chapter 2: Ophthalmology 7 Chapter 3: Ear, Nose and Throat 14 Chapter 4: Thorax 24 Chapter 5: Abdomen 37 Chapter 6: Urinary Tract 58 Chapter 7: Women’s Health 65 Chapter 8: Men’s Health 81 Chapter 9: Musculoskeletal 90 Chapter 10: Skin, Hair and Nails 109 Chapter 11: Mental Health 137 Chapter 12: Miscellaneous 144 Index 167

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Book SynopsisThe need for evidence-based decisions that take account of both effectiveness and economics is greater now than ever. Using case studies and illustrative examples throughout the authors describe how the activities and outputs of evidence synthesis, systematic review, economic analysis and decision-making interact within and across different spheres of health and social policy and practice. Expanding on the first edition the book now covers approaches to evidence synthesis that combine economics and systematic review methods in the applied fields of social welfare, education and criminal justice, as well as health care. Written by economists and health services researchers closely involved in developing evidence-based policy and practice it showcases current state-of-the-art methodology and will be an invaluable read for all policy-makers and practitioners using evidence to inform decisions, analysts conducting research to support decisions and students discovering the need for evidTable of ContentsPreface 1. From effectiveness to efficiency? An introduction to evidence-based decisions and economics for health care, social welfare, education and criminal justice (Miranda Mugford, Ian Shemilt, Luke Vale, Kevin Marsh, Cam Donaldson, Jacqueline Mallender). 2. The role of review and synthesis methods in decision models (Kevin Marsh). 3. The role of economic perspectives and evidence in systematic review (Rob Anderson, Ian Shemilt). 4. The role of economic evidence in formulation of public policy and practice (Sarah Byford, Barbara Barrett, Richard Dubourg, Jennifer Francis, Jane Sisk). 5. Generalisability, transferability, complexity and relevance (Damian G Walker, Yot Teerawattananon, Rob Anderson, Gerry Richardson). 6. Equity, efficiency and research synthesis (David McDaid, Franco Sassi). 7.Searching for evidence for cost-effectiveness decisions (Julie Glanville, Suzy Paisley). 8. Identifying and reviewing health state utility values for populating decision models (John Brazier, Diana Papaioannou, Anna Cantrell, Suzy Paisley, Kirsten Herrmann). 9. Use of evidence in decision models (Doug Coyle, Karen M Lee, Nicola J Cooper). 10. Grading economic evidence (Massimo Brunetti, Francis Ruiz, Joanne Lord, Silvia Pregno, Andrew D Oxman). 11. Meta-regression models of economics and medical research (TD Stanley). 12. From evidence-based economics to economics-based evidence: using systematic review to inform the design of future research (Ed Wilson, Keith Abrams). 13. Complex problems or simple solutions? Enhancing evidence-based economics to reflect reality (Chantale Lessard, Stephen Birch). 14. Evidence-based decisions and economics: lessons for practice (Luke Vale). 15. Evidence-based decisions and economics: an agenda for research (Michael Drummond). 16. Glossary (Asmaa Abdelhamid, Ian Shemilt). Index.

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Book SynopsisWhen you are ready to implement measures to improve patient safety, this is the book to consult. Charles Vincent, one of the world''s pioneers in patient safety, discusses each and every aspect clearly and compellingly. He reviews the evidence of risks and harms to patients, and he provides practical guidance on implementing safer practices in health care. The second edition puts greater emphasis on this practical side. Examples of team based initiatives show how patient safety can be improved by changing practices, both cultural and technological, throughout whole organisations. Not only does this benefit patients; it also impacts positively on health care delivery, with consequent savings in the economy. Patient Safety has been praised as a gateway to understanding the subject. This second edition is more than that it is a revelation of the pervading influence of health care errors, and a guide to how these can be overcome. ... The beauty of this book is thaTrade Review“Therefore I believe that this book should be read by anyone involved in, or responsible for healthcare.” (Bulletin Royal College of Path, 1 July 2011) “This is a superb book. I can strongly recommend it to all doctors, to medical students, to other clinical staff and to managers who have to try and make sense of the chaotic complexity of healthcare. The author's expertise is demonstrated throughout, and his examples are drawn from UK, American, European healthcare systems, with appropriate comparison across to other industries where they are useful.” (Dr. Nicholas P. G. Davies (Halifax, UK) posted January 1, 2011) "This book is a tremendous asset in advancing the field of patient safety. The book is well-referenced and current and provides a comprehensive yet very readable summary of patient safety. It will serve well anyone who is involved in patient care. In describing this book, the words, "expert", "indispensable", and "worthwhile" come to mind. This is a significant update of the previous edition." (Doody's, 7 October 2011) "The sections on ‘designing out' hospital acquired infection are helpful for infection control staff and architects. Prescribers and pharmacists benefit from seeing how IT can reduce medication errors". (ENT & Audiology News, 1 July 2011)"This book is an outstanding comprehensive overview an summary of the key issues relating to patient safety, as one might hope and expect from one of the leading international experts and researchers in this field." (Casebook, 1 May 2011) "I would recommend this book to all occupational health professionals working in health care, particularly those who sit on clinical risk, infection prevention control or health and safety committees." (Occupational Medicine, 4 June 2011) "This book is highly recommended or anyone in health care with an interest in patient safety. Every practitioner will get something from it." (The Association For Perioperative Practice, 1 March 2011) "This book is directed to those involved in health care and patient safety. It can be used in the classroom setting to illustrate human error and correction methods to provide a safer patient experience. In the institutional setting, this text would be a useful addition to the medical library, as well as personal libraries of physicians, pharmacists, nurses, or other health-care providers interested in patient safety." (The Journal of Pharmacy Technology, 1 March 2011)"This book is essential reading for everyone in health care, but in particular it is a must read for those starting out, training to be the future doctors, nurses, managers and other health-care practitioners." (British Journal of Hospital Medicine, 1 January 2011)Table of ContentsPreface ix The nature of the book xi Inspiration acknowledgements and thanks xiii Section One The Evolution of Patient Safety Chapter 1 Medical harm: a brief history 3 Chapter 2 The emergence of patient safety 14 Chapter 3 Integrating safety and quality 31 Section Two The Hazards of Healthcare Chapter 4 The nature and scale of error and harm 49 Chapter 5 Reporting and learning systems 75 Chapter 6 Measuring safety 96 Section Three From Accident Analysis to System Design Chapter 7 Human error and systems thinking 119 Chapter 8 Understanding how things go wrong 141 Section Four The Aftermath Chapter 9 Caring for patients harmed by treatment 171 Chapter 10 Supporting staff after serious incidents 192 Section Five Design Technology and Standardization Chapter 11 Clinical interventions and process improvement 211 Chapter 12 Design for patient safety 230 Chapter 13 Using information technology to reduce error 246 Section Six People Create Safety Chapter 14 Creating a culture of safety 269 Chapter 15 Patient involvement in patient safety 290 Chapter 16 Procedures violations and migrations 307 Chapter 17 Safety skills 321 Chapter 18 Teams create safety 341 Section Seven The Journey to Safety Chapter 19 Safe organizations: bringing it all together 371 Chapter 20 High performing healthcare systems 390 Index 405

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Book SynopsisA handy, well illustrated aide memoire for any disaster situation Provides rapid access to 80 easy to remember rules for a multiple casualty event Presents each rule followed by concise yet authoritative, evidence-based explanations and guidance A companion to the popular Trauma Rules, 2nd edition (9780727916495) .Trade Review"In twelve short chapters, this excellent and concise pocke-sized book presents 80 ‘disaster rules' concerning triage after chemical, biological, radiological and nuclear incidents". (Emergency Nurse, 1 March 2011)Table of ContentsIntroduction. Chapter 1 Golden Rules. Chapter 2 Command and Control Rules. Chapter 3 Safety Rules. Chapter 4 Communication Rules. Chapter 5 Assessment Rules. Chapter 6 Triage Rules. Chapter 7 Treatment Rules. Chapter 8 Transport Rules. Chapter 9 Hospital Rules. Chapter 10 Mass Gatherings Rules. Chapter 11 Special Incidents Rules. Chapter 12 The Last Rule. Index.

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Book SynopsisAccessible, engaging, and hard hitting, STEM the Tide is a clarion call to policymakers, administrators, educators, and everyone else concerned about students' participation in the STEM fields and America's competitive global position.Trade ReviewThe well-researched arguments are enthusiastically presented, and the book heralds another call for the renovation and enhancement of a vital part of the curriculum. Highly recommended. Choice STEM the Tide provides a valuable analysis of current science and math education policy issues and provides useful solutions to implement reform in these areas. Education Review Drew provides a package that cogently and convincingly provides cause for concern about America's current status with regard to STEM education... Drew's book is required reading for scholars of STEM achievement at any level. -- Frances K. Stage and Phyllis H. Schulz Journal of Higher EducationTable of ContentsForeword, by Alexander W. AstinPrefaceIntroduction1. America's Place in the World2. The Achievement Gap3. Effective Leadership, Careful Evaluation4. Top-Notch Teachers5. Mentors and High Expectations6. Closing the Achievement Gap7. College Access and the STEM Pipeline8. The Value of a College Education in the Global Economy9. Supporting University ResearchConclusionAppendixNotesIndex

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Book SynopsisHysterectomy is the second most common major surgical procedure performed on women in the United States. This book describes and explains every aspect of the procedure, including, Symptoms of gynecological disorders that may require uterine fibroid removal or hysterectomy; and the full range of diagnostic and therapeutic imaging techniques.Trade ReviewIf you are confronted with hysterectomy and wish to be proactive in the decision-making process, this book is an invaluable reference. -- Robin Wulffson Examiner.comTable of ContentsPrefaceAcknowledgmentsIntroductionPart One1. Anatomy and Physiology of the Uterus2. Looking at the UterusPart Two3. Uterine Fibroids4. Endometriosis5. Uterine Prolapse and Related Problems6. Abnormal Uterine Bleeding7. Pelvic Pain, Infection, and Adhesions8. CancerPart Three9. What You Need to Know to Prepare for a Hysterectomy10. What Happens in the Hospital11. What Kind of Hysterectomy Should You Have?Part Four12. Sexual and Reproductive Issues13. Hormone Replacement TherapyConclusionIndex

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