Programme/Approved Electives for 2022/23
None
Available as a Free Standing Elective
No
The Applied Anatomy and Pathophysiology for Paramedics module will develop knowledge gained from studying the Fundamental Life Sciences for Paramedics by exploring in-depth human anatomy, physiology and pathophysiology. The module provides students with knowledge and understanding of disease processes and pathological changes in response to illnesses and injuries encountered in paramedic practice. The Faculty of Medicine and Health Sciences state of the art facilities and expert academic and scientific staff will use a blended and problem-based learning approach including lead lectures, online learning, and using Keele's anatomy laboratories will provide you with an excellent, in-depth learning experience covering anatomical, physiological, and pathophysiological scientific principles of the human body.
Aims
This module builds on students' previous experience of studying Fundamental Life Sciences for Paramedics (PAR10003) in Year 1 of the MSci Paramedic Science programme. The module aims to afford students a deeper understanding of anatomy and physiology and acquire knowledge and understanding of the pathophysiology of human disease and injury, including the psychological, social, cultural and environmental influences on the disease process sufficient to inform clinical judgement in paramedic practice. Content linked to the College of Paramedics Curriculum Guidance (CoP, 2019), the Health and Care Professions Council Standards of Proficiency for Paramedics (HCPC, 2014) and the QAA Subject Benchmark Statement Paramedics (QAA, 2019)College of ParamedicsPrinciples of physical scienceILO 2 & Indicative ContentC1.1.1, C1.1.2, C1.1.3 Normal anatomy and physiologyILO 1 & 3 & Indicative ContentC1.1.4, C1.1.5PathophysiologyILO 1, 2 & 3 & Indicative ContentC1.1.6, C1.1.7, C1.1.8, C1.1.9 Sociology of Health ILO 4 & Indicative ContentC1.2.16, C1.2.17.1, C1.2.17.2, C1.2.17.3Health and Care Professions Council:13. understand the key concepts of the knowledge base relevant to their professionILO 1, 2 3 & 4 & Indicative Content13.1, 13.2, 13.7, 13.8.1, 13.8.8, 13.9.3, 13.10.2, 13.10.3, 13.11, 13.11.1, 13.11.2QAA Subject Benchmark Statement Paramedics:4.2ILO 1 & Indicative Contenti ILO 1, 2 & 3 & Indicative ContentiiiILO 4 & Indicative Contentiv, v, viIndicative Contentvii
Intended Learning Outcomes
Recognise the nature and effects of injury or illness based on a comprehensive knowledge of human anatomy and physiology.: 2Discuss the disease process and the clinical features of commonly encountered conditions, evaluating their impact upon homeostasis.: 1Demonstrate the ability to critically interpret and evaluate physiological data resulting from medical and traumatic conditions.: 1Evaluate the influence of psychological, social, cultural and environmental factors on both the development and perception of disease processes; and the resultant approaches to the assessment of a range of patients groups.: 1
36 hours lead lectures20 hours Problem based learning including anatomy and physiology Laboratories 26 hours online learning4 hours assessment guidance214 hours independent study to include directed reading, research and assessment preparation.
Description of Module Assessment
1: Unseen Exam weighted 70%2 hour Short answer questions examinationShort answer questions paper - The questions will have a focus on both medical and traumatic conditions commonly seen in the emergency and urgent care settings which may involve a number of body systems such as cardiovascular, respiratory or neurological (not exclusively these systems). Students are expected to consider the influence of psychological, social, cultural and environmental factors.
2: Multiple Choice Questions - Knowledge weighted 30%1 hour Multi Choice Examination1-hour unseen examination consisting of Single Best Answer questions - Questions will relate to human anatomy & Physiology and the pathophysiological changes as a result of injury and illness. Questions will also assess students ability to critically interpreting and evaluating physiological data found when managing medical and traumatic conditions.