Explanations of the etiology of asthma and triggers of acute asthma attacks
There are several different drug types used in the management of hypertension. This back to basics provides a useful summary of the different antihypertensive drug classes and how they act to regulate blood pressure.
Back to Basics: Respiratory drugs
The role of Beta2 agonists in managing asthma
Beta agonists are the only class of drugs that is recommended for the management of
asthma at every level of current guidelines, including those from the British Thoracic
Society (BTS). This means that they are used across the spectrum of severity of
asthma, from mild intermittent disease (step one) to severe asthma symptoms (step
five). In this article, we take you through the key things that you – and your patients – need to
know about these drugs.
The changing role of the community pharmacist: COPD and asthma clinics
We continue our series on the changing role of the community pharmacist, with an article
from Alpana Mair in Edinburgh describing the work of a pharmacist in COPD and asthma
clinics based on her experience.
The Challenges of Scoring QOF Points for Asthma and COPD
The Quality and Outcomes Framework (QOF) is now well into its third year and continues
to expand boundaries of quality domains within chronic disease management. In this
article we review some of the challenges in QOF indicators for asthma and COPD and
suggest some tips to make the requirements easier to achieve in daily clinical practice.
The breathless patient: Is it asthma or COPD?
Breathlessness is a very common problem in the patients we see in general practice, and
there is a range of possible causes. In this article – the first in a series of three looking
at how to diagnose what’s wrong with a breathless patient – we explore how to
distinguish between two of the commonest respiratory causes of breathlessness,
asthma and chronic obstructive pulmonary disease.
Self-Management in Asthma
Good self-management is obviously a central part of achieving effective control of any
chronic condition. It is particularly important in asthma to help patients manage
exacerbations, which can sometimes develop with little warning and with serious
consequences. This article provides a step-by-step guide to developing effective selfmanagement
plans for patients with asthma by providing practical solutions to key questions
underpinning the process.
Piecing Together the Clues: Diagnosing Asthma in Adults and Older Children
Accurate diagnosis is the fundamental principle underlying effective management of
any condition. Without a correct diagnosis it is not possible to recommend
appropriate treatments, provide relevant educational information or to establish
effective collaborative partnerships between health professionals and patients. In
this article, we provide a ‘how to’ guide to diagnosing asthma. Like a detective, you have to
piece together the clues – including history, lung function and response to treatment – to solve
the diagnosis.
Occupational asthma: how to help the wheezy workers
Approximately one in every ten cases of adult-onset asthma is attributable to
occupational exposure. Unless occupation is considered, a diagnosis of occupational
asthma will be missed so it is likely to be underdiagnosed. An average practice with
around 6,000 patients will typically have approximately 600 adult patients with asthma,
of whom 60 may have occupational asthma if we assume 10% of cases are related to
occupational exposure. Can you think of 60 patients with occupational asthma in your practice?
How to do an asthma review
UK primary care health professionals work under increasing demands and time
pressures. While a large proportion of their workload is demand-led (ie by patients
presenting with specific clinical problems), a significant amount of the work relates to
ongoing monitoring and care of patients with chronic illness. While most practices in
the UK achieve a high level of points in the Quality and Outcome Framework (QOF) for caring for
patients with asthma, the standard of the reviews for these patients may not reach a level
recommended in national and international guidelines. A structured approach may, therefore, be
helpful in ensuring quality of care for these patients. This article describes an approach to
reviewing patients with asthma, whether they present in surgery acutely, for follow-up of
uncontrolled episodes or for routine review.
How can I measure airways inflammation in asthma?
Asthma affects more than 5 million
people of all ages in the UK today.
The vast majority of asthma is
diagnosed and managed in primary
care and most people with asthma rarely need
to see a hospital specialist. Until recently it
has been difficult to measure the level of
inflammation seen in asthma accurately in
general practice. However, new techniques
such as exhaled nitric oxide measurement are
now available for use and this article provides
GP and nurse perspectives on the potential of
such techniques in primary care.
Getting it Right: Asthma Devices in Children
Asthma medications should routinely be delivered by a pressurised metered dose inhaler
(pMDI) and spacer system, with a facemask where necessary, in children under five,
according to the National Institute for Health and Clinical Excellence (NICE).1
For older children, aged 5-15 years, NICE has advised that a child’s therapeutic needs,
the ability to develop and maintain an effective technique, the suitability of a device for the
child’s and carer’s lifestyles (ie portability and convenience) and the likelihood of good
compliance are the factors that should govern the choice of device.2 Only once these factors
have been taken into account, should choice be made on the basis of cost minimisation.
Back to Basics: Is it COPD or asthma?
To be able to effectively manage patients with
airflow obstruction in general practice it is
imperative that we can differentiate between
asthma and chronic obstructive pulmonary disease
(COPD). Although COPD and asthma share many
clinical features, they are different conditions with
different airway inflammation and parenchymal
patterns.
