Self Assessment In Paediatric Musculoskeletal Trauma X Rays

This helpful book, written specifically for radiographers, nurse practitioners and radiographer practitioners, can be used as a revision aid or study guide or to help prepare for an assessment. The first chapter, on non-accidental injury (NAI), is written from three different perspectives: that of a nurse practitioner with an interest in paediatrics; a social worker specialising in children; and a paediatric team leader radiographer, who discusses the skeletal survey. This is followed by a brief description of different types of paediatric fractures, with examples. The next chapter looks at the pathway for the limping child, followed by a series of paediatric trauma cases, on which the reader is asked to write reports. Karen Sakthivel-Wainford has concentrated on the areas of paediatric trauma that are most commonly presented to an emergency department or minor injuries unit. This edition includes 125 cases in total, with 25 new cases focusing on areas (such as the elbow) that practitioners find difficult to interpret. Contents include: • Introduction • Non-accidental injury • Introduction to paediatric fractures • Overview of the limping child • Wrist and hand trauma • Elbow and forearm trauma • Shoulder trauma • Ankle and foot trauma • Knee and tibia/fibula trauma • Pelvis and hip trauma • Spine, skull and facial trauma • A selection of cases

Aimed at radiographers, nurse practitioners, junior doctors and allied professionals who need to formulate a written report/opinion on trauma radiographs. There are 100 case studies each with radiograph image. The book is designed to support whatever course you have done whether reporting, OCyred dottingOCO or commenting or to encourage you to go on OCythat courseOCO. It can be used as a revision book, a study aid, or to help in preparation for an assessment. However you use the book it will encourage you to read more and research more into musculoskeletal trauma and its radiographic appearance; for it is a fascinating topic and there is always more to learn "

Many practitioners are now continuing to expand their reporting skills from appendicular skeleton to include the axial skeleton in trauma. Other allied profession may also be reviewing axial skeleton trauma radiographs, for instance nurse practitioners (such as in cases of hip trauma). Many practitioners initially fear reviewing axial skeleton radiographs, understandably as missing an injury may have dire consequences, but with training, audit and care this fear can be overcome; and one can look forward to the challenge of axial radiograph reporting.As axial trauma radiographs can be a difficult to review, the book starts with several chapters, to introduce or revise specific axial trauma. The first chapter discusses mechanisms of injury of major trauma. Followed by a chapter on pelvic trauma. The next chapter looks at reviewing trauma cervical spine radiographs. Then is presented a series of trauma cases of the axial skeleton, on which you are asked to write reports, plus sometimes answer a few questions, (the answers are over the page). This section is divided into six chapters; trauma cases of the pelvis; of the hip and femur; the cervical spine; dorsal and lumber spine; the skull, facial bones and mandible (15 cases in each chapter); the last chapter being 25 mixed cases. Although it is preferably to work your way through the book from start to finish; if you feel you need revision on say cervical spine radiographs, then you can flick to the chapter on reviewing the cervical spine and next to the cases on cervical spine. Each case has appropriate clinical history although this may not be the original history in order to anonymous the case. Some of the cases may not have side markers these may have been removed whilst removing patientsOCO details."

Today many radiographers are trained to report on trauma radiographs. Universities are also training student radiographers to comment on trauma radiographs. It is useful, in some cases essential, that whilst we review the trauma radiograph we also recognise and note any appropriate pathology. For instance a patient attends Accident and Emergency with pain in their knee for several weeks following trauma; the radiographs show no fracture but some signs of a malignant bony tumour, which on further investigation is an osteo sarcoma. As with the other books in the series, this book starts with several chapters by different authors followed by a series of 100 cases.Self-assessment in Musculoskeletal Pathology X-rays will appear to a variety of health professions and like others in the series, is intended to accompany a reporting course and to be used alongside further research and reading.

There is a dearth of written work relating specifically to the emergency care of the child. Why this should be the case is perhaps not as perplexing as it may initially appear: although children make up between 25% and 30% of the attendance of many emergency departments, constituting approximately 3.5 million attendances a year (Royal College of Paediatrics and Child Health (RCPCH) 1999, 2007), there has until recently been little specific provision made for them.Whilst not addressing all of the challenges it is hoped that this work will provide some of the necessary knowledge for emergency nurses and nurse practitioners, emergency care practitioners, medical care practitioners, physiotherapy practitioners, pre-hospital staff and medical staff working in emergency departments, minor injury units, walk-in centres, out of hours services and other emergency care settings, that will enable them to enhance the care of the child with minor injury or illness.

This book is intended as a resource for all those involved in simulation-based healthcare education within the hospital environment, either within a dedicated simulation learning area or in-situ in the practice area. The basic principles will also be useful to individuals involved in simulation in any sector, including higher education institutions and voluntary aid societies. Over the last 50 years, there has been a growing interest in this method, as part of a blended learning approach, to improve knowledge, skills and behaviour. There is currently an opportunity for simulation to evolve from being a reactive process (in which a targeted group uses a single simulation to prepare for a particular type of incident) to a proactive process (in which repeated simulations allow development of the entire workforce over a period of time). This book aims to give simulation facilitators a deeper understanding of the process they are using, to ensure that every simulation is patient-centred, educationally coherent, innovative and evidence-based, delivers high-quality educational outcomes and value for money, and provides equity of access. CONTENTS: What is simulation? Scenario / programme development Introduction to the scenario Running the scenario Debriefing Simulation for the interprofessional team Simulation in a dedicated simulation area Simulation in the clinical area Simulation in a virtual area Simulation and resuscitation training Simulation for assessment Quality assurance Example scenario

This book allows residents and specialists in radiology to assess knowledge about musculoskeletal radiology. Most of the book's questions, stemming from the author's experience of teaching residents in radiology at Sahlgrenska University Hospital in Gothenburg, Sweden, are very practical and often based on differential diagnosis, which is crucial in musculoskeletal radiology. Problem-based learning is useful in deep learning and allows a better understanding of pathological processes in the bones, joints, tendons, and muscles. The questions focus on clinical problems encountered during radiological examinations like MRI (the most fascinating and difficult one for residents), CT, ultrasound, or x-rays, and are intended to stimulate the daily evaluation of examinations. The book, enriched by videos as electronic supplementary material, is written for practitioners who evaluate examinations in musculoskeletal radiology. The information contained in the book is up-to-date and consistent with the results of the current scientific researches, which can be found under the answer to each question in the form of a concise summary. The current proposal will fill a gap in the radiological literature in comprehensive self-assessment of musculoskeletal radiology and can be used by residents and young specialists.

Practice nurses and nurse practitioners working alongside general practitioners are required to see and treat patients with a variety of minor and complex conditions. They therefore need skills in history-taking, physical assessment, diagnosing, prescribing and managing long-term conditions. It is assumed that nurses who read this book will have experience in managing the care of babies, children, well young people, people for whom English is not their first language, people with mental health problems and older people with multiple health problems. These case studies are loosely based on interactions that the author has had with patients in Primary Care.