Titles in the Pocket Tutor series give practical guidance on subjects that medical students and foundation doctors need help with 'on the go', at a highly-affordable price that puts them within reach of those rotating through modular courses or working on attachment. Topics reflect information needs stemming from today's integrated undergraduate and foundation courses: Common presentations Investigation options (e.g. ECG, imaging) Clinical and patient-orientated skills (e.g. examinations, history-taking) The highly-structured, bite-size content helps novices combat the 'fear factor' associated with day-to-day clinical training and provides a detailed resource that students and junior doctors can carry in their pocket. Key points Logical, building-block approach to content: initial chapters outline the basic approach to gynaecological history and examination, and essential pelvic anatomy Subsequent chapters describe physiology and pathology of women at all stages of life from puberty, to reproductive age, to menopause; and associated disorders such as congenital disorders, menstrual disorders, genital diseases, and pelvic organ prolapse Concludes with chapter on gynaecological oncology Disorders are accompanied by medical images, examination photos and practical artworks Focuses on the conditions medical students and junior doctors are most likely to see

This book identifies Artificial Intelligence (AI) as a growing field that is being incorporated into many aspects of human life, including healthcare practice and delivery. The precision, automation, and potential of AI brings multiple benefits to the way disease is diagnosed, investigated and treated. Currently, there is a lack of any appreciable understanding of AI and this book provides detailed understandings, which include; foundational concepts, current applications, future challenges amongst most healthcare practitioners. The book is divided into four sections: basic concepts, current applications, limitations and future directions. Each section is comprised of chapters written by expert academics, researchers and practitioners at the intersection between AI and medicine. The purpose of the book is to promote AI literacy as an important component of modern medical practice. This book is suited for all readers as it requires no previous knowledge, it walks non-technical clinicians through the complex ideas and concepts in an easy to understand manner.

This book addresses the difficult decisions in the life of law students, graduates and young law professionals in deciding the area of legal practice to pursue as a career. The number of legal fields and subfields is over one hundred, making it virtually impossible for an upcoming lawyer to explore all of these career avenues. Many students finish law school with little understanding of what specific law careers involve, for example, or what sports or space lawyers routinely do. This book highlights the time-consuming nature of law education and training that causes a lack of experience in legal fields as being able to successfully determine the right legal profession for the student. Finding a law career that is a significant source of satisfaction is a function of serious thinking and active research, which the current university to legal practice does not facilitate. This book is a practical guide for any student or current lawyer who is deciding and evaluating their future legal profession.

Titles in the Pocket Tutor series give practical guidance on subjects that medical students and foundation doctors need help with ‘on the go’, at a highly-affordable price that puts them within reach of those rotating through modular courses or working on attachment.   Topics reflect information needs stemming from today’s integrated undergraduate and foundation courses: Common presentations Investigation options (e.g. ECG, imaging) Clinical and patient-orientated skills (e.g. examinations, history-taking) The highly-structured, bite-size content helps novices combat the ‘fear factor’ associated with day-to-day clinical training and provides a detailed resource that students and junior doctors can carry in their pocket.    Key points Logical, building-block approach to content: initial chapter on the anatomy and physiology of pregnancy, followed by focus on obstetric examination and managing normal pregnancy. Subsequent chapters describe specific disorders and complications Disorders are accompanied by medical images, examination photos and practical artworks Focuses on the conditions medical students and junior doctors are most likely to see

Surgical OSCEs for Medical Students offers readers nearly 70 stations showing how to address surgical problems in a consistent way, using a step-wise approach. Each case provides a structured step-by-step approach: Differential diagnoses History Examination - general and targeted Investigations required Diagnosis with pathophysiological explanation Management The book offers readers: Concise presentation of information to ensure rapid access to important facts Stimulating coverage of common surgical topics often encountered in OSCE examinations, such as abdominal distension, dysphagia, muscle weakness and sudden weight loss Valuable and trusted input from junior doctors who have successfully passed and supervised OSCEs

This book identifies Artificial Intelligence (AI) as a growing field that is being incorporated into many aspects of human life, including healthcare practice and delivery. The precision, automation, and potential of AI brings multiple benefits to the way disease is diagnosed, investigated and treated. Currently, there is a lack of any appreciable understanding of AI and this book provides detailed understandings, which include; foundational concepts, current applications, future challenges amongst most healthcare practitioners.   The book is divided into four sections: basic concepts, current applications, limitations and future directions. Each section is comprised of chapters written by expert academics, researchers and practitioners at the intersection between AI and medicine. The purpose of the book is to promote AI literacy as an important component of modern medical practice.  This book is suited for all readers as it requires no previous knowledge, it walks non-technical clinicians through the complex ideas and concepts in an easy to understand manner.

The book covers various scenarios when errors, biases and systemic barriers prevail in emergency medicine, discusses their impact, and then offers solutions to mitigate their undesired outcomes. The process of clinical reasoning in emergency medicine is a complex exercise in cognition, judgment and problem-solving that is prone to mistakes. The book presents various cases written by a team of emergency specialists and trainees in an engaging format that is helpful for the practicing and teaching emergency doctor and trainees. The book discusses 60 different types of biases and errors with clinical cases, and knowledge of strategies to mitigate them-a concept known as 'cognitive debiasing' that has the potential to reduce diagnostic error, and therefore, morbidity and mortality. It aims to help the readers during assessment of patients in the emergency department. Each chapter includes 4 cases illustrating the bias, error or barrier discussed, followed by a potential solution. This book helps in polishing the thinking and behavior of the readers so to potentially enhance their clinical competence in emergency department.

This book addresses the difficult decisions in the life of law students, graduates and young law professionals in deciding the area of legal practice to pursue as a career. The number of legal fields and subfields is over one hundred, making it virtually impossible for an upcoming lawyer to explore all of these career avenues. Many students finish law school with little understanding of what specific law careers involve, for example, or what sports or space lawyers routinely do. This book highlights the time-consuming nature of law education and training that causes a lack of experience in legal fields as being able to successfully determine the right legal profession for the student. Finding a law career that is a significant source of satisfaction is a function of serious thinking and active research, which the current university to legal practice does not facilitate. This book is a practical guide for any student or current lawyer who is deciding and evaluating their future legal profession.

Clinical Cases Explained! - ideal for Problem-Based Learning courses Clinical Integration: Medicine features 100 clinical cases, with detailed explanations and notes, to help medical students and junior doctors link basic medical science with clinical context and build an appreciation of how pathophysiology manifests as recognisable clues. The book shows readers the logical connections between patient history, examination findings, investigation results, management rationale and their underlying mechanisms. Readers learn to understand the "why and how" behind the diagnosis, investigation and management of common clinical problems. The book uses a system-based approach to cover 100 clinical cases, from aortic dissection to urinary tract infections, via dementia and pneumothorax. Every case uses a consistent format to: highlight the key elements of the history, examination, investigation and treatment phases of medical practice provide rapid access to important facts explore the links between pathophysiology and clinical clues that underpin common medical conditions