Maintenance of blood fluidity and patency of the vascular system is crucial for normal human physiology. The term ‘haemostasis’ refers to the normal response of the vessel to injury by forming a clot that serves to limit haemorrhage. Thrombosis is pathological clot formation that results when haemostasis is excessively activated in the absence of bleeding. Under normal physiological conditions there is a delicate equilibrium between the pathological states of hypercoagulability and hypocoagulability in the circulating blood. Both inherited and acquired disorders can result in either bleeding or thrombosis. Thrombosis may occur in veins (venous thrombosis) or in arteries (arterial thrombosis). Venous thrombosis leads to congestion of the affected part of the body, while arterial thrombosis affects the blood supply and leads to damage of the tissue supplied by that artery (ischaemia and necrosis). Fragments of either an arterial or a venous thrombus can also break off as an embolus which can travel through the circulation and cause thromboembolism. Accurate clinical and laboratory diagnosis of these disorders is therefore not only critical for the prevention of significant morbidity and mortality but improves patient care and quality of life through prevention and treatment of future bleeding and thrombotic events. Our understanding of these physiological and pathophysiological conditions has also improved significantly over recent years. This has not only resulted in improved diagnosis but in the evolution of state of the art modern laboratory testing and therapies for both bleeding and thrombotic disorders. As the subject is also rapidly and continually evolving, this course aims to continually give up to date training from established clinicians and scientists in the field.
- Up-to-date physiology and pathophysiology of Haemostasis and Thrombosis
- Comprehensive training in basic and advanced clinical and laboratory practice in Haemostasis and Thrombosis
- Interactive state of the art Lectures from established clinicians and scientists in the field
- FRCPath focussed
- Case based data interpretation
- Practical Demonstration of Haemostasis Assays
- Understand the physiology and pathophysiology of all aspects of Haemostasis and Thrombosis
- Understand the clinical and laboratory diagnosis of inherited and acquired disorders of Haemostasis and Thrombosis
- Understand state of the art laboratory testing for diagnosing and monitoring treatment of Bleeding or Thrombotic Disorders
- Understand state of the art treatment strategies for either Bleeding or Thrombotic Disorders.
- Shafina Ali, University Hospitals Birmingham
- Raz Alikhan, Cardiff and Vale University Health Board
- Charlotte Bradbury, University of Bristol
- Alex Brill, University of Birmingham
- Tina Dutt, Royal Liverpool Hospital
- Keith Gomez, The Royal Free Hospital
- David Gurney, University Hospitals Birmingham
- Claire Harrison, Guy's and St Thomas'
- Paul Harrison, University of Birmingham
- Beverley Hunt, Guy's and St Thomas'
- Ian Jennings, Sheffield
- Steve Kitchen, Sheffield Teaching Hospitals
- Will Lester, University Hospitals Birmingham
- Gill Lowe, University Hospitals Birmingham
- Peter MacCallum, Royal London
- Gary Moore, Technoclone
- Neil Morgan, University of Birmingham
- Jayashree Motwani, Birmingham Women's and Children's Hospital
- Sue Pavord, University of Oxford
- Charles Percy, University Hospitals Birmingham
- Susie Shapiro, Oxford University Hospitals
- Jecko Thachil, Manchester Royal Infirmary
- Mark Thomas, University of Birmingham
- Henry Watson, NHS Grampian
- Steve Watson, University of Birmingham
Who is the course for?
It is aimed at SpRs preparing for the part 2 FRCPath examination but is also suitable for clinicians, scientists and biomedical scientists in academia, the NHS, pharmaceutical and diagnostic companies wishing to gain intensive training in Haemostasis and Thrombosis.
14-18 September 2020
Where will this course be held?
Medical School (B1 on campus map), University of Birmingham, Edgbaston, B15 2TT.
The University is easily accessible by train, the University Station is only two stops from Birmingham New Street.
There are two hotels on campus, both within a 10 minute walk of the Medical School.
Edgbaston park Hotel (G23 on campus map)
Lucas House Hotel (G16 on campus map)