Health professionals report that the Breathing, Thinking, Functioning (BTF) clinical model increases clinician and patient understanding of chronic breathlessness and provides a simple and structured approach to personalised self-management.
Chronic breathlessness is a distressing and debilitating symptom that is becoming widespread as people live longer, often with multiple chronic conditions for long periods of time. Already, over a quarter of older people (not including those in hospital) are living with breathlessness caused by conditions such as chronic obstructive pulmonary disease and heart failure. COVID-19 is further exacerbating the problem, with evidence that a significant minority experience persistent breathlessness long after acute infection has resolved.
But breathlessness is challenging to manage, partly because its severity bears little relationship to that of the underlying condition, with more than 40% of patients with mild COPD, for example, experiencing moderate to severe breathlessness. Primary care is recognised to hold much of the burden of supporting people with long-term conditions, including breathlessness, but health professionals in both primary care and respiratory medicine describe feeling ‘out of their depth’ and ‘overwhelmed’, when attempting to control the symptom. Drug treatments tend not to help and while non-drug measures are promising, they remain sporadic and under-used.
The Breathing, Thinking, Functioning (BTF) clinical model
The Cambridge Breathlessness Intervention Service have developed the only educational tool to support chronic breathlessness management: the Breathing, Thinking, Functioning (BTF) clinical model.
The model conceptualises emotional and behavioural responses to breathlessness, leading to vicious cycles that inadvertently worsen the symptom or perpetuate it beyond a trigger.
It explains the disassociation between the severity of breathlessness and the underlying condition, and provides a rationale for symptom management: unlike drug treatments, non-drug approaches can break a vicious cycle, turning it into a cycle of health improvement.
Each part of the model is evidence-based; for example, it is well-established that misinterpretations of bodily sensations can lead to a spiral of deteriorating symptoms and panic.
How did health professionals respond to BTF training?
Health professionals who had received training based on the BTF model were asked about the impact of the training, via an online questionnaire sent before the training and then three months afterwards. 109 health professionals provided information, most of whom were allied health professionals and nurses working in respiratory or primary care. Most participants considered the BTF model to be valuable in their clinical practice They reported a substantial increase in confidence managing breathlessness three months after attending the study day compared to before it (73% vs 25% rated confidence as ‘quite a bit’ or ‘very much’).
Participants most valued the role of the model in making sense of the complex symptom of breathlessness. They also felt the model had practical value in structuring and individualising breathlessness management. There was interest in developing an app based on the model.
Most health professionals struggle to manage breathlessness that persists despite best possible treatment of the underlying condition. So, knowing that they find the BTF model helpful is important. Chronic breathlessness is a global phenomenon. Breathlessness management training – combined with digital tools – will not only improve access to symptom control in high income countries, but can also support the type of low-intensity, low-resource interventions urgently needed in less wealthy nations.”
– Dr Anna Spathis, University Lecturer, Primary Care Unit
Read the paper
Spathis, J. Burkin, C. Moffat, R. Tuffnell, S. Barclay, J. Mant, S. Booth. Cutting through complexity: the Breathing, Thinking, Functioning clinical model is an educational tool that facilitates chronic breathlessness management. npj Primary Care Respiratory Medicine. 10 May 2021
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