Pain in cancer survivors course
This session describes the interventions that are available to treat cancer and which are associated with the development of persistent pain in cancer survivors.
Learning Objectives
By the end of this session you will be able to:
- List the common reasons why patients who survive cancer experience persistent pain
- Identify the underlying mechanisms causing this pain
- Recognize the risk factors for persistent pain
- Identify the criteria for categorizing and detecting persistent pain
- List the measures that can be taken to prevent persistent pain
- Describe how persistent pain can be treated
As improvements occur in the way in which cancer is detected and treated, so the number of patients surviving cancer increases. It is predicted that by the year 2020, there will be 3 million cancer survivors living in the United Kingdom. Many of the patients who survive cancer are affected by both the disease itself and the treatments they have received for their disease.
Matthew is the Pain Research Fellow at the Royal Marsden Hospital London and is undertaking a doctorate in medicine under the auspices of the Institute of Cancer Research.
Matthew graduated with distinction from Guy’s King’s and St Thomas’s Medical School and was president of the university rugby club. He has a long-term interest in pain research having completed an academic clinical fellowship at Imperial College, London.
Matthew’s main areas of interest are painful small fibre neuropathies, the use of high intensity focused ultrasound (HIFU) in painful conditions and pain in cancer survivors.
Away from medicine he enjoys rugby, collecting wine and gardening.
Matthew is a content author with the e-PAIN project.
- Anaesthesia Fundamentals | Physiology | Ventilatio...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-12-26
- Location:Online
- This session describes how and why ventilation and perfusion vary in the healthy lung. Causes of hypoxia, such as hypoventilation, increased dead space and shunt, are discussed to help the trainee explain and manage hypoxia clinically.
- Anaesthesia Fundamentals | Physiology | Pulmonary ...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-12-26
- Location:Online
- This session covers the measurement and clinical importance of lung volumes, including functional residual capacity and dead space. Information regarding the performance and interpretation of flow-volume loops is also included.
- Anaesthesia Fundamentals | Physiology | Co2 Carria...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-12-26
- Location:Online
- This session covers the physiology of how carbon dioxide is carried by blood, including its conversion into bicarbonate ions and the role of the red blood cell and haemoglobin in this process. The session also describes how buffers work, and the fundament
- Anaesthesia Fundamentals | Physiology | Function o...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-12-26
- Location:Online
- This session focusses on the function of haemoglobin in oxygen (O2) carriage from the lungs to other tissues where cells are supplied with the O2 required for oxidative phosphorylation in the mitochondria. We will cover the structure
- Anaesthesia Fundamentals | Physiology | Gaseous Ex...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-12-26
- Location:Online
- This session will introduce you to the physiological effects of altitude and the adaptations that occur with acclimatization. It also introduces the pathology and physiology of high pressure and decompression.
