Past CPD Modules
The challenges of managing paediatric pain
Paediatric pain management is a complicated issue, and various barriers exist which prevent paediatric patients receiving optimal prehospital analgesia. These could be described as barriers attributable to the provider, the system, and the patient. This module will investigate each of the three barriers by examining current scholarly evidence, and conclude by suggesting solutions to begin overcoming the challenge of managing children in pain in the prehospital setting.
This module discusses the concept of patient handover between ambulance clinicians and hospital staff, using a case study from the author’s practice. It looks both at handovers that take place in ‘resus’ rooms and those less time-critical exchanges in other areas of the Accident and Emergency Department. It explores how the handover can be rendered ineffective by errors in communication between the two parties and how this can be detrimental to the patient. It also looks into whether the hospital or ambulance staff are to blame for errors in patient handover. Finally, suggestions are made for areas of further study.
Survivability of prehospital cardiac arrest
Prehospital cardiac arrest patients are historically known to have low survival rates. It is also a common medical presentation that ambulance clinicians have to treat. This survey looked at survivability figures of these patients brought into one hospital over a 12-month period, and discusses factors such as return of spontaneous circulation (ROSC), advanced life support (ALS) and basic life support (BLS). It also discusses the difficult choice of whether to ‘stay on scene’ or ‘load and go’.
Reading and reviewing academic articles
This module will focus on accessing, reading and understanding academic journal articles. The ability to understand and use articles from journals is a fundamental
aspect of paramedic practice. Like any skill, the ability to read and interpret journal articles, improves the more you practise it. If you are not used to reading articles, or it is not part of your everyday practice, then it can appear pretty daunting in the first instance. This module aims to ‘demystify’ and address some of these fears and hopefully at the end of the module, readers will feel more confident to access, read and begin to make sense of the published literature.
Assessment of the acutely or seriously ill child or young person in the prehospital setting
Children and young people (CYP) have distinctive needs within emergency and urgent care. Clinical
presentations can often be confusing with non-specific symptoms and numerous potential diagnoses
which may require a variety of assessment, management and treatment strategies. For the inexperienced practitioner, assessing CYP can be daunting. Applying clinical reasoning to these situations requires the practitioner to have an understanding of child-specific anatomy, physiology, pathophysiology and psychology; as well as the ability to consider other contributing factors such as the child’s ability to communicate.
Furthermore, it has been recommended that every professional who is involved in the care of a
child and/or young person, should, as a minimum, be competent in: recognition of the sick child; basic
lifesupport skills; initiation of treatment using protocols for the management of common conditions;
recognition of rare but treatable conditions; effective communication; recognition of and response to
any concerns about safeguarding and understanding the need for play and recreation activities.
In this article, a case presentation will be used to demonstrate how initial observations require
critical thinking in order to identify alternatives to the most obvious rationale for the presenting
signs and symptoms.
Understanding arrhythmias: paroxysmal supraventricular tachycardia in the prehospital setting
Paroxysmal supraventricular tachycardia (PSVT) presents a challenging assessment to the prehospital emergency care provider. The nature of PSVT affects all age groups, has a range of aetiologies, is usually well tolerated but may also result in sudden cardiac arrest. It is able to be terminated by a range of therapies and is the subject of an evolving understanding of pathophysiology related to it. Therefore, it is essential that those providing prehospital care have an understanding of the nature and implications of PSVT in order to effectively manage this condition in the field. This module will use a systematic approach to highlight the pathophysiology, epidemiology, interventions, and issues, to arm the reader with the necessary knowledge to approach this patient with confidence.
Taking a patient history
The aim of this module is to provide the reader with a detailed insight to taking a patient history, identifying some key issues and outlining the importance of documenting a patient history. Many paramedic and prehospital practitioners will already be documenting a patient history on a regular basis as an aspect of their everyday clinical practice. A patient report form (PRF), or similar documentation will guide the practitioner. Emergency care practitioners (ECPs) or paramedic practitioners (PPs) may also use a medical model to guide their comprehensive patient history, as outlined in this CPD module. However, for most paramedics and other prehospital or urgent care professionals, the practice of taking a comprehensive patient history is perhaps less familiar. This module will provide the reader with a background to the importance of tacking a patient’s medical history and also to consider developing and refining these skills. This module will also help to explain any patient history notes that you may have read as part of caring for a patient. This module is aimed largely at adult patients, although specific issues in relation to children are identified where appropriate.
Introduction to pharmacology
Paramedics have often been considered, particularly by other urgent health professionals, at an advantage for having the ability to administer a wide range of therapeutic interventions. This ranges from the relatively innocuous aspirin to intravenous opiate analgesia, in the form of morphine. However pharmacology, or the study of drugs, is an area of the traditional paramedic training curriculum that has been lacking in recent years. This Continuing Professional Development (CPD) module aims to provide an introduction to some aspects of clinical pharmacology. Pharmacology touches on a number of other areas, such as mathematics, basic physics and chemistry and an awareness of the anatomy and physiology of some key organs, such as the kidney and liver. These particular subject areas may not necessarily appeal or be the most interesting to study and as such pharmacology can detract some individuals from further exploration of this fascinating aspect of clinical care. Pharmacology is really about a journey—the journey of a therapeutic intervention, or drug, from its humble inception in a laboratory test tube, through years of extensive and thorough research and development, to the marketing of a clinically effective drug that has the ability to literally save lives and stem the spread of illness and disease. This module will describe and outline the journey of the drug, from administration, describing the effect it has on the body, interactions, contraindications and how this impacts on clinical practice.
Dealing with the ‘difficult’ patient: strategies for practice
This Continuing Professional Development (CPD) module will focus on the identification and management of the ‘difficult’ patient in prehospital care. ‘Difficult’ patients are an aspect of most health care professional’s (HCP’s) clinical lives. The management of such individuals can be challenging; causing stress to both the practitioner and those around them. The aim of this Module is to outline and identify some of the ‘difficult’ patients, and consider some management strategies and techniques on how these patients can be managed appropriately and safely. The module will also assist in managing your own feelings, by helping you to understand the rationale of some of the personality types.
Becoming a reflective practitioner: a framework for paramedics
Reflective practice has gained the momentum of a runaway freight train among ambulance practitioners. The benefits of engaging in such an activity are now widely known and are recognized for playing a key role in professional development among prehospital professionals. Writing a reflective practice account for the first time can appear daunting and off-putting but with a little help and plenty of practice practitioners will be able to reap the benefits of reflective practice in no time at all. A variety of frameworks are available to guide the ambulance practitioner through this process and choosing the correct model of reflection could be argued as being the single most important first step when engaging in reflective practice. This module provides an opportunity to identify the origins of reflective practice and to explore the popular paradigm as it exists today. The ‘reflection’ activities will allow the user to gain experience undertaking a reflective account following one of the three profession-specific frameworks.
Recording 12-lead ECG's
The British Heart Foundation estimates between 113 000—146 000 myocardial infarctions occur in the UK each year. Evidence shows that patients with ST elevation myocardial infarction (STEMI) require timely reperfusion therapy to improve survival (Keeley et al, 2007). Therefore, paramedics must be confident in their ability to record electrocardiograms (ECGs) quickly and accurately. Accurate ECGs are also crucial for identifying angina pectoris, malignant and non-malignant arrhythmias. This module aims to address some of the issues involved in recording a diagnostic quality ECG and highlights some pitfalls faced in the emergency prehospital setting.
Understanding the assessment and management of hyperkalaemic patients
This module will explore the identification and treatment of hyperkalaemia in both the hospital and prehospital settings. Hyperkalaemia is potentially life-threatening and, by improving clinician’s awareness of the condition, paramedics should be able to positively impact upon patient outcome. Like many other life-threatening emergencies, prompt recognition and treatment is vital to reduce mortality and morbidity. By using reflective questions and establishing learning outcomes, the paramedic will achieve a foundation in the assessment and management of hyperkalaemic patients.
Cocaine toxicity: assessment and cardiac risk
The UK has the highest prevalence of drug use within Europe, with a 13% increase in cocaine and ecstasy related deaths between 2004–2005. This is significant to emergency medical personnel as cocaine toxicity may present clinically as acute coronary syndrome (ACS) minus typical associated risk factors. Cocaine use has an immediate effect on the body within seconds to minutes of administration. The resultant effect is manifold and can be divided into the two broad categories of central nervous system (CNS) and cardiovascular. Cocaine has a strong association as a trigger of ACS, acute myocardial infarction (MI) and sudden death in a population of patients largely free of classic cardiovascular risk factors. This module will assist in understanding the effects of acute cocaine toxicity, recognizing electrocardiogram (ECG) changes and implementing an appropriate treatment plan.
Seizures in the prehospital setting
Seizures are a common occurrence in the prehospital arena, however, with numerous conditions causing seizures prehospital clinicians can be left with a dilemma in the treatment of these patients. Patients who are actively seizing will predominately have their airway maintained, oxygen administered and therapeutic intervention (diazepam) initiated. One form of seizure, non-epileptic attack disorder or psychogenic seizures, are often called ‘pseudo’ seizures an acronym synonymous in the ambulance service, this gives connotations that the patient is ‘faking it’, however, these patients often have deep psychological trauma that needs careful handling and empathy.
Managing abdominal pain: a guide for paramedics
Ambulance personnel encounter patients with abdominal pain on a weekly, if not daily basis. Despite this exposure, many of these patients continue to be managed without appropriate analgesia. Ambulance services remain focussed on trying to promote effective pain management, however this message still does not reach many clinicians. An understanding of pain mechanisms, assessment tools and subjectivity will aid the clinician in evaluating these patients, whilst a knowledge of current and possible future pain management strategies will assist when happening upon these service users.
Legal issues in paramedic practice
This CPD module will focus on some of the key legal issues in relation to paramedic practice. Any text relating to medico-legal issues would of course not be complete without directing the reader to the vast range of excellent texts relating to medico-legal aspects in medicine and nursing, with a developing literature base in paramedic practice. This module will describe some of the core legal principles, specifically those of accountability and liability, that impact on paramedic practice. In addition, the module will also consider the issue of duty of care in prehospital practice and outline some key legal cases specifically in relation to the ambulance service. Law and ethics are often intertwined and rightly so. The legal cases presented in this module allow us to reflect on prehospital practice and critically review some of the professional and regulatory guidance that currently underpins paramedic practice. The second related module, on ethical issues, will further explore some of the issues in relation to paramedic practice.
Ethical issues in paramedic practice
This CPD module will focus on some of the key ethical issues in relation to paramedic practice and prehospital care. Currently, few published research or evidence-based texts exist, specifically in relation to prehospital care. There are a numbers of texts in other areas, such as nursing and medicine, but not exclusively in relation to paramedics. This situation will hopefully alter over time, so this module attempts to present the four ethical contexts common in other health disciplines and discuss them in relation to paramedic practice.
The pathophysiology of labyrinthitis
Labyrinthitis is an inflammatory response within the membranous inner ear structures in response to infection. It is a generally short-lived minor illness that has the potential to cause temporary or permanent disablement in terms of hearing loss. Other symptoms include nausea and vomiting, pain in the affected ear, vertigo and fever. Subsequently, it is an illness commonly diagnosed by health practitioners working in the community setting. Understanding the pathophysiological development and the inflammatory and immune response to such an illness enables the clinician to comprehend the underlying processes of the presenting signs and symptoms, and to treat accordingly.
Risks and benefits of paramedic-initiated shoulder reduction
A dislocated shoulder is a painful injury that requires early reduction to reduce pain and restore mobility. Anterior dislocations are the most common type, and techniques used to achieve reduction have a high rate of success and low rate of complications. While this procedure is commonly performed by physicians, a delay to care may be associated with unnecessary pain and complications associated with delayed reduction. As such, this module investigates the conditions under which paramedic management of these injuries may be appropriate.
Wound care in the prehospital setting
This CPD module is aimed to provide an overall and generic approach to wound management, since it is not possible to provide a detailed approach for each type of wound that a paramedic may be presented with. This module will detail a brief overview of the anatomy and physiology of skin, an overview of different types of wounds, a review of wound infections and, with an associated understanding of the wound healing process, present a range of wound management products that are suitable for different types of wounds, such as a bleeding or sloughy wound. By understanding the nature of wounds, through which aspect of the skin is damaged and the associated pathophysiology, the available wound management products will become logical. There is unfortunately scarce information regarding wound management in the current Joint Royal College Ambulance Liaison Committee (JRCALC) Guidelines (JRCALC, 2006). Ambulance Trusts will have some form of policy/procedure or guidelines documenting the management of wound care and this CPD module aims to supplement this guidance.
Glucagon treatment for symptomatic beta blocker overdose
Symptomatic beta blocker overdose is a relatively uncommon, but potentially life threatening condition (Sheppard, 2006; Health Protection Agency, 2010). Current definitive treatment for these patients involves intravenous glucagon therapy, and as such, glucagon is considered both a first-line treatment and antidote in cases of symptomatic beta blocker overdose (Joint Formulary Committee, 2011; National Poisons Information Service, 2011a; 2011b). This case report examines an intentional overdose of propranolol, including paramedic pre-hospital management, and subsequent in-hospital definitive treatment involving intravenous glucagon therapy. Paramedics have experience and knowledge of administering intramuscular glucagon as part of their formulary, and possess the necessary skills for obtaining intravenous access. Therefore, could intravenous glucagon be considered appropriate for administration by paramedics as a pre-hospital
intervention in cases of symptomatic beta blocker overdose?
Abdominal aortic aneurysm (AAA)
An abdominal aortic aneurysm (AAA) is a localized dilatation of the abdominal aorta resulting from degenerative cardiovascular disease. Such aneurysmal arteries pose few problems for many patients and are simply monitored and managed conservatively within the community. However, the ruptured abdominal aortic aneurysm is a time-critical medical emergency requiring timely surgical intervention in order to offer any chance of survival. Even when recognized early, 90% of patients will suffer an out-of-hospital cardiac arrest prior to arriving at the emergency department, and of those who reach theatre, only 40% will survive. This article aims to increase the paramedic practitioner’s knowledge and understanding of AAA through a holistic discussion of the prehospital recognition and early management. Particular emphasis will be placed on fluid replacement therapy and analgesia, with specific reference to the issues associated with aggressive fluid resuscitation and the potential benefits elicited through the use of opiate analgesia and subsequent pharmacologically induced hypotension. This article further aims to set the prehospital management into the wider context, thus providing paramedic practitioner’s with an insight into how prehospital interventions affect the patients’ ultimate outcome and post-operative quality of life.
Emergency ultrasound in the prehospital setting
This module will explore the breadth and depth of ultrasound use in the prehospital setting. Emergency ultrasound is increasingly being seen as an extension to clinical examination. Emergency ultrasound skills can potentially positively impact upon patient outcome both in terms of out of hospital treatment and also in terms of non-nearest hospital transfer of patients for specialist care. The wide array of potential practice modification promised by prehospital emergency ultrasound need to be introduced carefully and in the context of mentoring and accreditation of potential practitioners. By using reflective questions and establishing learning outcomes, the paramedic will achieve a foundation in the prehospital use of emergency ultrasound.
Diagnosis and management of minor head injury in the UK
Head injury accounts for a large amount of emergency services work in the UK. This article summarizes the findings of studies undertaken for the National Institute for Health Research (NIHR) Health Technology Assessment (HTA) programme examining the available evidence regarding the diagnostic management of minor head injuries. These studies included a review of current practice in the management of minor head injured patients (GCS 13–15) by way of a survey of UK emergency departments. We also performed a systematic review of the head injury literature to identify the most accurate clinical decision rule for adults (Canadian CT Head Rule) and children (Paediatric Emergency Care and Research Network) and commented on the applicability of these in the UK population. This review helped to identify the most significant clinical findings that increase the likelihood of intracranial and neurosurgical injury, following minor head injury in adults, children and infants. Finally, we have highlighted where these findings may be relevant to UK paramedic practice, in particular in influencing the decision to transfer patients to the emergency department.
Neutropenic sepsis is the development of a profound and potentially life-threatening episode in patients that are extremely vulnerable due to their diminished ability to fight off infection. This reduced capacity to respond to infective agents – neutropenia - is caused by a near total absence of the body’s specialist white cells, called neutrophils. One of the most commonly found causes of neutropenia are the chemotherapy regimens that patients treated for cancer need to take. There are an increasing number of such regimens being prescribed and, also, a trend towards oncology patients being treated - or recovering from treatment - at home (Dikken, 2009).
The initial signs of these patients becoming overwhelmed by an opportunistic infection are easy to miss as the signs and symptoms are vague. The importance of sepsis being suspected and responded to by paramedic staff is of the utmost importance, as the disease process will progress with alarming speed to a point where it is difficult to support or resuscitate the patient either in the community or in hospital settings.
This article presents an overview of sepsis and how neutropenia disguises the typical presentation, as well as a discussion of pre-hospital care delivery by paramedic staff.
Spine immobilisation: professional and lay perspectives
For fifty years the liberal use of precautionary spine immobilisation for trauma patients has gone largely unquestioned. Now though some researchers and practitioners are advocating a more selective approach, with some paramedics already empowered to clear spines at the scene of accidents. This Continuing Professional Development (CPD) module approaches pre-hospital spine immobilisation from two different, but related, perspectives. Firstly the module describes the basic anatomy and pathophysiology of cervical spine injury, explores the history of spine immobilisation, limited evidence base behind it and current professional practice. Secondly the module explores how lay members of the public, who are often the first to arrive at the scene of an accident, think about and manage potential spinal injury. Specifically asking whether some members of the public may erroneously prioritise spine immobilisation at the expense of other life-saving interventions.
Thermal injuries (burns) in the pre-hospital setting
This Continuing Professional Development (CPD) module will focus on the aetiology, identification and pre-hospital recognition and management of both adult and paediatric patients presenting with burn injuries. Burns can range from simple, self-limiting injuries that may be managed at home to a life-threatening injury that can lead to life-long disability and pain. Thermal injuries, or burns, probably have the greatest potential to cause the most systemic damage of all damage to skin. This tissue damage and cell death can result from intense heat, electricity, ultra violet (UV) radiation (such as sunburn) or chemical (such as caused by acids). In addition, burns may present in association with other injuries, so may not be assessed initially as the main injury. The severity of the damage caused by burns is often determined by the underlying organ damage.
Management of an isolated neck-of-femur fracture in an elderly patient
In the UK, femoral neck fractures affect up to 75 000 elderly people per year, with up to a third of these patients dying within twelve months. While there is a paucity of research specific to the pre-hospital field, current evidence demonstrates that optimal treatments include appropriate and adequate analgesia, fluid management and correct immobilisation of the injured leg. Analgesia should be considered immediately in a stepwise approach, through the variety of options open to paramedics and should be progressive to the patients needs. Fluid management should be considered to stabilise the patient and prepare them for surgery. Transfer to the ambulance should be done in a safe manner, ensuring the patient is immobilised and remains pain free. This pre-hospital management of the patient with a femoral neck fracture ensures they receive appropriate management before initiation onto a care pathway in hospital.
Tramadol overdose and the potential for seizure after naloxone administration
Tramadol is the most widely prescribed opiate analgesic (National Treatment Agency for Substance Misuse, 2011) and, as a result, is present in a large number of overdoses that present in the pre-hospital arena. Naloxone is indicated for use by ambulance personnel where the level of conciousness is reduced due to a known, or possible, overdose of an opiate containing substance (JRCALC, 2006).
A case study of a tramadol overdose shows a close temporal relationship between naloxone administration and a seizure. While seizure is a symptom of tramadol intoxication (Saidi et al, 2008), the speed with which it occurred after naloxone administration seemed too fast to be merely coincidence. A study of the literature shows evidence that naloxone can instigate seizure in the case of a tramadol overdose (Raffa and Stone, 2008 ; Rehni et al, 2008 ).
This information is particularly pertinent to the ambulance clinician as the consequence of a seizure can be important, both practically and clinically. The findings do not suggest that naloxone should be withheld, but that the potential for seizure should be noted and any forthcoming seizure dealt with. More research is needed to further define the factors that affect the seizurogenicity of naloxone in tramadol overdose.
Epinephrine and its use in acute life-threatening asthma in adults
This CPD module, will act as revision of existing treatments for acute asthma exacerbations, as well as discussing the indications for use of epinephrine in asthma and the potential problems you may encounter with its use.
Although epinephrine has been used for many years in other medical emergencies, such as anaphylaxis, is not widely used for asthma exacerbations. This module will discuss a number of different methods for the delivery of epinephrine; however it should be appreciated that not all of these routes are suitable for use in asthma.
You will also have the opportunity to reflect and consolidate your existing clinical knowledge of epinephrine, as well as providing a basis for further learning about the pre-hospital management of acute asthma exacerbations.
There are a number of resources available through the ‘Journal of Paramedic Practice’, and other guidelines and information available to supplement your learning; in particular from the British Thoracic Society, Scottish Intercollegiate Guidelines Network and Joint Royal Colleges Ambulance Liaison Committee.
Considering and applying pharmacokinetics
Managing medicines in modern healthcare practice is a significant issue for all healthcare professionals. Paramedics have a particular role in managing medication in acute care settings and those environments are often the most challenging. Despite this key role; many healthcare professions are often afforded little opportunity to consider the science behind medicines management behaviours.
This article explores, in a reflective manner, the principal actions of the body on the drugs we administer in attempt to assist the paramedic practitioner to make greater sense of the effects of medication in practice. The article explores the theory behind considering the absorption, distribution, metabolism and excretion (ADME) of medicines and highlights how ADME considerations are made in everyday practice. The reader is asked to reflect upon the value of this information and take forward a model of understanding pharmacokinetics in the context of caring for patients.
Assessment of the 12 lead ECG in transient loss of consciousness
Cardiac arrhythmia affects more than 700 000 people in England, and is consistently in the top ten reasons for admission, placing a significant strain on emergency department time and bed availability (DH, 2005). Following the introduction of pre-hospital thrombolysis as part of the National Service Framework (NSF) for Coronary Heart Disease (CHD), the acquisition and interpretation of 12 lead ECGs has become a routine part of UK paramedic practice. Although training models have varied nationally, the main focus has been on the use of 12 lead ECGs to identify changes associated with ST elevation myocardial infarction (STEMI) in order to facilitate early reperfusion measures.
Changes in Vital Signs of Trauma Victims from the Pre-Hospital to the Hospital Settings and their Associations with Injury Severity and a Need for an Emergent Operation
The objective of this article is to characterize changes in vital signs of trauma victims from pre-hospital to hospital settings, their associations with injury severity, and the need for an emergency operation. Methods: a prospective cohort included 601 patients admitted to a level one trauma centre from 1 July to 30 September 2007. All pre-hospital and hospital admission values of Glasgow coma score (GCS), systolic blood pressure (SBP), heart rate (HR), respiratory rate (Resp) and oxygen saturation (SpO2) were recorded. All urgent major surgical procedures were graded in real-time as: emergency, urgent, or not urgent. Injury severity score (ISS) was calculated following completion of all the diagnostic work-up. Patients were classified as major trauma victims if their calculated ISS was 16 or greater, and those who needed an urgent intervention or intensive care. Vital signs trends were analyzed using the students’ T–test. Associations with injury severity and the need for an emergency operation were analyzed using chi-squared test. The statistical significance level was set at 5% (P ≤ 0.05). Results: 243(40%) patients were classified as major trauma. 39(6.5%) patients required an emergency operative intervention—29 for active bleeding and 10 for imminent cerebral herniation. The time from injury to hospital arrival was 44.8 ± 17.63 minutes (mean±standard deviation), the time did not differ for those needing an emergency operation. Pre-hospital GCS ≤12 and SBP ≤90 were associated with a severe injury (a relative risk(RR) of 4.95, 95 % confidence interval(CI) 3.25–7.58 for low GCS and 4.60, 2.67–7.94 for low SBP) and emergency surgical procedures (RR, 95 % CI 4.43, 2.28–8.58 for low GCS and 11.69, 5.85–23.36 for low SBP). These values changed significantly from the field to the hospital with the mean GCS increasing 1.65 points and the mean SBP decreasing 7.23 mmHg (P<0.001). One patient out of 473 with a GCS ≥14 in the field and no one out of 483 patients with a GCS ≥14 on admission needed a neurosurgical procedure. 15/533(2.8%) patients with a pre-hospital SBP >90, and only 2/542(0.4%) patients with a SBP >90 on admission required emergency bleeding control (P<0.005). HR ≥120 and changes in HR of 20 beats per minute (bpm) or more were not associated with injury severity. The respiratory rate and the SpO2 did not change significantly, and were not associated with injury severity. Conclusion: pre-hospital vital signs values are expected to change significantly over time. Pre-hospital GCS ≤12 and SBP ≤90 predict major trauma, while the HR is not a good indicator of haemodynamic status. When these parameters normalize on admission, an emergency operation is rarely needed.
Tension pneumothorax is a life threatening complication of chest injury. It can cause rapid physiological decompensation, cardiac arrest and death. The Joint Royal Colleges Ambulance Liaison Committee (JRCALC) provide guidelines on the pre-hospital diagnosis and treatment of this condition. This Continuing Professional Development (CPD) module firstly looks at the pathophysiology of the developing tension pneumothorax, discusses the signs and symptoms likely and less likely to be found, looks at the difficulties in recognising these signs and analyses the accepted methods of first line treatment. The module goes on to study alternative pre-hospital management methods and discusses the safety and effectiveness of each.
Pain management for paramedic practice
This CPD Module will outline the definitions and presentation of overarching typology of acute and chronic (or persistent) non-malignant and malignant pain, describe the anatomy and physiology relating to pain and review the pharmacology of pain medication in the UK for children and adults. This CPD module is advisory and does not seek to replace any locally agreed policies/procedures within your organisation or national policies and guidelines related to pain management. This module aims to provide you with a background to pain, its various types, some pain assessment tools and the pharmacological action of the common analgesic agents, and therefore a greater understanding of managing patients presenting in pain, their presenting symptoms, underlying pathology and their management.
Decision making for paramedic practice
Making decisions is something we all do several times a day. For the majority of the time, such decisions are made unconsciously or certainly with little regard or much thought or insight into the decision making process itself. However, some of life’s bigger decisions tend to be taken more seriously and we often consult with others, such as family, friends and colleagues,
undertake some research, or look at various websites before making these choices. In your clinical and professional paramedic life, many of the decisions that you make on a daily basis can vary enormously; from saving someone’s life, to deciding which health care professional to refer a patient to. All are undertaken with perhaps little thought to the decision making framework or theories that underpin your practice. As many of your decisions are fundamental to patient care, it is important to have a greater understanding as to how we reach the decision that we do, why we make them and how we could improve on them. This Continuing Professional Development (CPD) module will explore some of these supporting processes and how they specifically relate to paramedic practice.
Basic pathophysiology of shock
This continuing professional development (CPD) module will focus on the basic underlying physiology of shock; an acute syndrome of inadequate tissue perfusion. Shock is a medical emergency requiring urgent attention and transport to hospital. Given its vast aetiological range, it is an important topic for paramedics and ambulance staff to understand.
Gout: A new focus on an old disease
Gout is an increasingly common condition predominantly affecting middle aged men. Although commonly related to the intake rich foods, a raised serum uric acid level also causes gout. Gout may present in the pre-hospital setting due to the intensity of the key presenting symptom – that of pain.
This Continuing Professional Development (CPD) module focuses at the aetiology and incidence of gout, discusses the presenting signs and symptoms likely and suggested management plan. Although patients with gout rarely require hospital admission, a differential diagnosis of septic arthritis should be excluded and patients may require referral to the Emergency Department to confirm or exclude this diagnosis.
Clinical leadership for paramedic practice
The aim of this CPD module is to outline and describe the concept of clinical leadership for paramedic practice and the ambulance service. Clinical leadership has been defined as ‘the ability to both create and sustain an organisational culture of excellence through continual development and improvement’ (Pintar et al, 2007: 115). Clinical Leadership sets out to focus and motivate individuals within an organisation to facilitate their achievement of clinical and professional aims..
Critical thinking for paramedic practice
This CPD Module will focus on the concept of critical thinking for paramedic practice and the various models that you can use in order to develop your critical thinking skills. The more astute amongst you will notice that the models presented and discussed might be familiar to you as those used in assisting you with reflecting on your practice. However, by developing these models further, it is possible to understand that these models are not simply a tool by which to describe and highlight various issues from a clinical incident, but about beginning to develop a life-long approach to challenging and learning from these incidents.
Thermoregulation and heat illness
This Continuing Professional Development (CPD) Module will first outline the scientific principles behind heat transfer, before moving on to discuss the body’s physiological response to changes in temperature. Finally, we will discuss the pathophysiology and treatment of heat illness before concluding with a series of multiple choice questions.
Recognition and treatment of hypothermia
Accidental hypothermia is a condition which affects not only outdoor enthusiasts caught in storms, but also a significant proportion of the elderly population of countries such as the UK during winter months. Interestingly, hypothermia is both a symptom of illness and a distinct pathology in itself. With this in mind, it is an important condition for paramedics and pre-hospital medical staff to understand.
This Continuing Professional Development (CPD) module will briefly revise some of the principles of heat transfer and thermoregulation discussed previously, before discussing the pathophysiology and management of hypothermic states
This Continuing Professional Development (CPD) module will outline the epidemiology and pathophysiology of head injury, before defining categories of head injury and important details concerning their pre-hospital management.
The causes and paramedic management of bradycardia in the out-of-hospital setting
This Continuing Professional Development (CPD) module will outline the normal anatomy and physiology of the heart before considering the paramedic approach to causes and management of bradycardia in the out-of-hospital setting. There are a number of self-directed activities to complete as you move through the article together with a list of further resources to expand your research. This article requires the reader to have a basic appreciation of normal cardiovascular anatomy and physiology, and an appreciation of the general approach to assessing and managing patients in the out-of-hospital, emergency setting before completion.
Common paediatric illnesses part one—identification and management
This Continuing Professional Development (CPD) module will focus on the identification and management of common paediatric illnesses, their history, epidemiology, key signs and symptoms, transmission, complications and specific treatments. This module will also present the current list of notifiable diseases in the UK.
Common paediatric illnesses part two—identification, management of infectious illnesses and the associated immunisation schedule
This Continuing Professional Development (CPD) module is the second part of a series of two modules that focus on the identification and management of common, preventable paediatric illnesses, their history, epidemiology, key signs and symptoms, transmission, complications and specific treatments. This module will also outline the current childhood immunisation schedule in the UK.
Basic pathophysiology and the BTS/SIGN guidelines for treatment of asthma in adults
This Continuing Professional Development (CPD) Module will focus on the basic underlying mechanisms of disease in asthma: a chronic respiratory disease characterised by recurrent episodes of airway constriction.
This Continuing Professional Development (CPD) Module will discuss the principles of partial pressures of gas, how the partial pressure of expired carbon dioxide is measured and review examples of the waveforms produced by ventilated patients.Go to your CPD dashboard or Subscribe to access the modules