Christopher Hayre – författare

This handbook provides an up-to-date reference point for ethnography in healthcare research. Taking a multi-disciplinary approach, the chapters offer a holistic view of ethnography within medical contexts.

This edited volume is organized around major methodological themes, such as ethics, interviews, narrative analysis and mixed methods. Through the use of case studies, it illustrates how methodological considerations for ethnographic healthcare research are distinct from those in other fields. It has detailed content on the methodological facets of undertaking ethnography for prospective researchers to help them to conduct research in both an ethical and safe manner. It also highlights important issues such as the role of the researcher as the key research instrument, exploring how one’s social behaviours enable the researcher to ‘get closer’ to his/her participants and thus uncover original phenomena. Furthermore, it invites critical discussion of applied methodological strategies within the global academic community by pushing forward the use of ethnography to enhance the body of knowledge in the field.

The book offers an original guide for advanced students, prospective ethnographers, and healthcare professionals aiming to utilize this methodological approach.

This handbook provides an up-to-date reference point for ethnography in healthcare research. Taking a multi-disciplinary approach, the chapters offer a holistic view of ethnography within medical contexts.

This edited volume is organized around major methodological themes, such as ethics, interviews, narrative analysis and mixed methods. Through the use of case studies, it illustrates how methodological considerations for ethnographic healthcare research are distinct from those in other fields. It has detailed content on the methodological facets of undertaking ethnography for prospective researchers to help them to conduct research in both an ethical and safe manner. It also highlights important issues such as the role of the researcher as the key research instrument, exploring how one’s social behaviours enable the researcher to ‘get closer’ to his/her participants and thus uncover original phenomena. Furthermore, it invites critical discussion of applied methodological strategies within the global academic community by pushing forward the use of ethnography to enhance the body of knowledge in the field.

The book offers an original guide for advanced students, prospective ethnographers, and healthcare professionals aiming to utilize this methodological approach.

This edited book focuses on the application of patient care within the three specialisms: diagnostic radiography (including fluoroscopy, computed tomography, breast imaging, ultrasound, and magnetic resonance imaging), radiotherapy and oncology, and nuclear medicine and molecular imaging.

Person-Centred Care in Radiology: International Perspectives on High-Quality Care draws from recent publications and clinical expertise, supported with this trend of technological advances and how they are supposed to enhance patient care. The chapters seek to uncover the role and behavior of radiographers. This will be supported with chapters on a key aspect, which will impact both radiographers and patients, vis-à-vis advancing technology. These chapters include topics such as artificial intelligence, image acquisition, coincided with topics surrounding ethics. The edited volume includes contributions from the United States, Canada, the UK and Australasia to bring together for the first time those at the forefront of this growing field in medical imaging.

This book may be used to influence policymaking decisions and thus influence how healthcare delivery is offered in an ever-evolving imaging environment. In short, this text bridges the gap between what is advocated in the literature, with experience, as observed in practice. The targeted audience for this book is multifaceted. It will primarily be a book that facilitates undergraduate radiography students worldwide. It will offer a useful tool for academics delivering undergraduate (pre-registration) radiography programs.

This book will act as a ‘primer’ for undergraduate students, but importantly ‘signpost’ to other key texts within the field. Further, academics will find this text useful as it aims to enrich scholarly learning, teaching and assessment to healthcare programs nationally and internationally.

This edited book focuses on the application of patient care within the three specialisms: diagnostic radiography (including fluoroscopy, computed tomography, breast imaging, ultrasound, and magnetic resonance imaging), radiotherapy and oncology, and nuclear medicine and molecular imaging.

Person-Centred Care in Radiology: International Perspectives on High-Quality Care draws from recent publications and clinical expertise, supported with this trend of technological advances and how they are supposed to enhance patient care. The chapters seek to uncover the role and behavior of radiographers. This will be supported with chapters on a key aspect, which will impact both radiographers and patients, vis-à-vis advancing technology. These chapters include topics such as artificial intelligence, image acquisition, coincided with topics surrounding ethics. The edited volume includes contributions from the United States, Canada, the UK and Australasia to bring together for the first time those at the forefront of this growing field in medical imaging.

This book may be used to influence policymaking decisions and thus influence how healthcare delivery is offered in an ever-evolving imaging environment. In short, this text bridges the gap between what is advocated in the literature, with experience, as observed in practice. The targeted audience for this book is multifaceted. It will primarily be a book that facilitates undergraduate radiography students worldwide. It will offer a useful tool for academics delivering undergraduate (pre-registration) radiography programs.

This book will act as a ‘primer’ for undergraduate students, but importantly ‘signpost’ to other key texts within the field. Further, academics will find this text useful as it aims to enrich scholarly learning, teaching and assessment to healthcare programs nationally and internationally.

This edited book focuses on the application of AI and data analytics within medical imaging with contributions focussing on general radiography, cross-sectional imaging, and breast imaging.

Artificial Intelligence and Data Analytics in Medical Imaging leverages the expertise of key practitioners, academics, and researchers who are recognised leaders in their respective fields. The chapters cover essential topics, including imaging modalities, radiotherapy, and future recommendations. The editors incorporate insights from recent publications and clinical practice, addressing how emerging technologies should be managed, implemented, and adapted in healthcare settings. Each chapter maintains a patient-centred focus while connecting to key literature in the field.

This book acts as a cornerstone for undergraduate students, but importantly signposts to other key texts within the field of medical imaging. Further, academics will also find this text useful as it aims to enrich scholarly learning, teaching, and assessment in healthcare programmes nationally and internationally.

This edited book focuses on the application of AI and data analytics within medical imaging with contributions focussing on general radiography, cross-sectional imaging, and breast imaging.

Artificial Intelligence and Data Analytics in Medical Imaging leverages the expertise of key practitioners, academics, and researchers who are recognised leaders in their respective fields. The chapters cover essential topics, including imaging modalities, radiotherapy, and future recommendations. The editors incorporate insights from recent publications and clinical practice, addressing how emerging technologies should be managed, implemented, and adapted in healthcare settings. Each chapter maintains a patient-centred focus while connecting to key literature in the field.

This book acts as a cornerstone for undergraduate students, but importantly signposts to other key texts within the field of medical imaging. Further, academics will also find this text useful as it aims to enrich scholarly learning, teaching, and assessment in healthcare programmes nationally and internationally.

This edited volume will focus on the advanced elements of computed tomography for an array of audiences, but more specifically, to undergraduate and postgraduate radiographers or CT technologists. This book will draw on the international expertise of advanced topics in CT. Typically, CT practices and approaches differ between hospital sites and workplace environments. As there are currently no universally accepted approaches, the reader can use this book to develop local imaging protocols with adjustments made for patients, the type of scanner and the radiologists’ or physicians’ preferences. Editors anticipate this to remain a key text for undergraduate and postgraduate radiography and CT students as it incorporates a holistic view of the profession whilst identifying advanced knowledge and understanding pertinent to CT practice. This is not a text on CT physics and imaging protocols alone but on the application and potential for such advanced techniques within the computed tomography field. The text, which includes most relevant technical and pathophysiological premises, also articulates learning points and pitfalls. Throughout the text, there is also an emphasis on image evaluation, with guidance on the recognition of normal, benign, and malignant pathologies and clear instruction on learning points and pitfalls. Given the increasing recognition of advanced scope of practice and professional capabilities in the field of medical radiation science, a focus on CT imaging within emergency settings, interventional environments and forensic imaging is portrayed. It is intended that this text will enhance and offer original discussions surrounding the interconnectivity of the technology, sciences research, and patient care in CT.