It is vital to prepare nurses to become informed leaders with the required knowledge and skills to support effective patient care and outcomes. This article describes an innovative teaching method that enables students to create simulation scenarios based on their clinical experiences, to lead simulations and to take part in self-reflection and peer review activities. The article shows how the method can help prepare nursing students to become future leaders by allowing them to practise ‘real-life’, real-time leadership skills, and apply theory to practice in the safety of a simulated scenario.
This article shows how simulation can be modified and adapted to benefit higher education institutions (HEIs) in a variety of situations. These situations can involve the engagement of service users (SUs) and moulage, or application of make-up to simulate clinical presentations, to ensure skill enhancement, ultimately to support and empower students so they can achieve their potential.
This article describes a unique collaboration between staff at an HEI and SUs, who have worked together in simulation activities. The development of simulation using SUs is at the heart of developing nursing student education and recruitment. It has created communities of practice working across traditional departmental boundaries to provide innovative learning opportunities for students.
This collaboration links to the political imperative to improve education in the health and social care sector, highlights the integration of skills development into theory, focuses on person-centred care and demonstrates how the HEI produces a compassionate and caring workforce.
Trauma is a leading cause of death and disability worldwide, in civilian environments and on the battlefield. Trauma-induced haemorrhage is the principal cause of potentially preventable death, which is generally attributable to a combination of vascular injury and coagulopathy. Survival rates following severe traumatic injury have increased due to advanced trauma management initiatives and treatment protocols, influenced by lessons learned from recent conflicts in Iraq and Afghanistan.
The use of tourniquets and intraosseous needles, early blood and blood product transfusion, administration of tranexamic acid in pre-hospital settings, and consultant-led damage control resuscitation incorporating damage control surgery have all played their part. All are quantified by trauma governance processes, including a robust trauma registry. Some of the lessons learned in combat are equally applicable to civilian environments, and this article describes several of the most important of these. It also gives an overview of advancements in UK military trauma management of severely injured combat casualties, honed over a decade of conflict.
Trauma is a leading cause of death and disability worldwide, in civilian environments and on the battlefield. Trauma-induced haemorrhage is the principal cause of potentially preventable death, which is generally attributable to a combination of vascular injury and coagulopathy. Survival rates following severe traumatic injury have increased due to advanced trauma management initiatives and treatment protocols, influenced by lessons learned from recent conflicts in Iraq and Afghanistan.
The use of tourniquets and intraosseous needles, early blood and blood product transfusion, administration of tranexamic acid in pre-hospital settings, and consultant-led damage control resuscitation incorporating damage control surgery have all played their part. All are quantified by trauma governance processes, including a robust trauma registry. Some of the lessons learned in combat are equally applicable to civilian environments, and this article describes several of the most important of these. It also gives an overview of advancements in UK military trauma management of severely injured combat casualties, honed over a decade of conflict.
Lecturer Sharon Edwards shares her tips for how to prepare yourself for learning.
<p>Caring for people whose relatives have died suddenly and unexpectedly is one of the most difficult and challenging events to which healthcare professionals must respond.</p>
<p>Acute compartment syndrome is a common but potentially life threatening condition that occurs in the limbs and abdomen, and that requires prompt recognition and intervention.</p>
This article provides a comprehensive review of the classifications and types of shock that can occur following trauma, surgery, organ damage/disease (neurogenic, hypovolaemic, cardiogenic) or during/following treatment (septic, anaphylaxis) and the stages (compensatory, progressive and irreversible) of shock. It provides an overview of the physiological changes that occur in the cell, at organ level, to oxygen consumption and demand, and coagulation.
Regulation of fluid balance is a complex subject. Sharon Edwards discusses the physiological principles involved.