Additional Information
Book Details
Abstract
Eureka – an innovative series for students that fully integrates core science, clinical medicine and surgery. With its engaging and authoritative text, featuring insightful clinical cases, graphic narratives, SBAs and a wealth of other learning tools, Eureka has everything students need to succeed in medicine and pass their exams.
Eureka – content that reflects today’s medical degree courses with their emphasis on:
- relevance and application of core science to clinical practice
- skills required to examine and communicate with patients
- integrated care across primary and acute care settings
Eureka – 15 clinical titles, 5 science titles:
- Clinical titles – disease-based, clinical cases, system-specific core science
- Science titles – bedrock biomedical principles, clinical cases
Series features across titles:
- Engaging clinical cases show how skilled clinician would work through a presentation, and put diseases and biomedical principles into patient context
- Innovative graphic narratives bring clinical cases to life, show how to approach difficult scenarios and convey the experience of being a patient
- Starter questions - stimulating answers to intriguing questions make learning fun
- Boxes highlight tips, tricks and key learning points
Physiology
- First principles chapter clearly explains key concepts and mechanisms relevant to the study of medicine e.g. cell signalling mechanisms and homeostasis
- Systems-based chapters describe the processes that underpin normal functions such as circulation, respiration and digestion, each chapter introduced by an engaging clinical case that features a unique graphic narrative
- Self-Assessment – 80 multiple choice questions in clinical SBA format, in line with current exam format
Jake Mann BMedSc MBChB MRCP MAcadMEd
Department of paediatrics, University of Cambridge, UK
David Marples
University of Leeds, UK
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Cover | Cover | ||
Half Title | i | ||
Title | iii | ||
Copyright | iv | ||
Contents | viii | ||
Series Editors’ Foreword | v | ||
About the Series Editors | vi | ||
About the Authors | vi | ||
Preface | vii | ||
Glossary | x | ||
Acknowledgements | xiv | ||
Chapter 1 First principles | 1 | ||
Introduction | 1 | ||
Levels of organisation | 1 | ||
The cell | 4 | ||
Cell membranes | 15 | ||
Cell signalling mechanisms | 20 | ||
Tissues | 25 | ||
Homeostasis | 29 | ||
Body fluids and their compartments | 30 | ||
Chapter 2 Neuromuscular systems | 39 | ||
Introduction | 39 | ||
Case 1 Two days of leg weakness | 40 | ||
Neurones and action potentials | 42 | ||
Synapses | 46 | ||
Motor control | 48 | ||
Muscle structure and function | 52 | ||
Autonomic nervous system | 62 | ||
Chapter 3 Cardiovascular system and blood | 67 | ||
Introduction | 67 | ||
Case 2 Chest pain on exertion | 68 | ||
Principles of circulation | 69 | ||
The heart | 73 | ||
Arteries and arterioles | 80 | ||
Microcirculation | 84 | ||
Lymphatic vessels | 88 | ||
Veins | 88 | ||
Coronary circulation | 89 | ||
Blood pressure | 91 | ||
Blood cells and the immune system | 93 | ||
Chapter 4 Respiratory system | 105 | ||
Introduction | 105 | ||
Case 3 Laboured breathing in a premature baby | 106 | ||
Properties of gases | 107 | ||
Lungs, pleurae and muscles of respiration | 108 | ||
Ventilation | 110 | ||
Gaseous exchange | 115 | ||
Gas transport in blood | 120 | ||
Ventilation and perfusion | 124 | ||
Control of breathing | 126 | ||
Chapter 5 Renal system | 131 | ||
Introduction | 131 | ||
Case 4 Collapse, confusion and shortness of breath | 132 | ||
Kidney structure and function | 133 | ||
Filtration | 135 | ||
Tubular functions | 140 | ||
Regulation of body fluid volume | 150 | ||
Acid–base balance | 155 | ||
Micturition | 160 | ||
Chapter 6 Endocrine system and reproduction | 163 | ||
Introduction | 163 | ||
Case 5 Excessive thirst and frequent urination | 164 | ||
Case 6 Painless lump in right breast | 165 | ||
Pituitary gland | 166 | ||
Thyroid gland | 170 | ||
Endocrine pancreas | 173 | ||
Adrenal glands | 177 | ||
Parathyroid glands and calcium regulation | 180 | ||
Female reproductive system | 182 | ||
Male reproductive system | 187 | ||
Chapter 7 Gastrointestinal system | 193 | ||
Introduction | 193 | ||
Case 7 Abdominal pain and weeks of diarrhoea | 194 | ||
Overview of gastrointestinal anatomy | 195 | ||
Gastrointestinal processes | 198 | ||
The enteric nervous system | 201 | ||
Gastrointestinal hormones | 204 | ||
The gastrointestinal immune system | 204 | ||
The mouth and oesophagus | 205 | ||
The stomach | 208 | ||
The small intestine | 213 | ||
The pancreas | 223 | ||
The liver and biliary system | 226 | ||
The large intestine | 234 | ||
Chapter 8 Higher neural functions | 239 | ||
Introduction | 239 | ||
Case 8 Seizure | 240 | ||
Perception: an overview | 241 | ||
The visual system | 244 | ||
The auditory and vestibular systems | 252 | ||
The gustatory and olfactory systems | 256 | ||
Perception of pain by the somatosensory system | 258 | ||
Functions of the basal ganglia | 261 | ||
Functions of the cerebellum | 262 | ||
Functions of the limbic system | 264 | ||
Functions of the cerebral cortex | 265 | ||
Consciousness | 267 | ||
Chapter 9 Applied physiology | 269 | ||
Introduction | 269 | ||
Case 9 Massive blood loss | 270 | ||
Exercise | 271 | ||
Thermoregulation | 275 | ||
Maintenance of effective circulating volume | 277 | ||
Stress | 279 | ||
High altitude | 279 | ||
Chapter 10 Self-assessment | 283 | ||
SBA questions | 283 | ||
SBA answers | 291 | ||
Index | 297 | ||
A | 297 | ||
B | 297 | ||
C | 298 | ||
D | 299 | ||
E | 299 | ||
F | 300 | ||
G | 300 | ||
H | 301 | ||
I | 301 | ||
J | 301 | ||
K | 302 | ||
L | 302 | ||
M | 302 | ||
N | 303 | ||
O | 303 | ||
P | 303 | ||
R | 304 | ||
S | 304 | ||
T | 305 | ||
U | 306 | ||
V | 306 | ||
W | 306 |