Alice Turing
The extended application of AI in healthcare settings has revealed its potential to minimise disparities in access to healthcare for people with disabilities. AI is transforming diagnostics with earlier and more precise detection, diagnosis and treatment in standalone applications and by enhancing diagnostic technology including wearable health devices such as heart rate monitors and portable ECGs. These innovative tools are invaluable in identifying undiagnosed cardiac issues and, by offering tailored solutions and reducing the need for travel, they are particularly useful in improving access to cardiac services. While technology allows for more effective non-invasive assessments, by making ‘reasonable adjustments’ to examination spaces and adopting inclusive clinical protocols, hospital diagnostic processes are also made more accessible. As cardiovascular fitness is crucial to overall health and well-being, equal access to innovative cardiac diagnostic tools ensures all patients receive the monitoring and health evaluations that they require for enhanced quality of life.
Providing User-Friendly Cardiac Services in a Healthcare Setting
While new monitoring and diagnostic technology is easily accessible in the home, in person clinical procedures are still sometimes necessary. However, with the creation of user friendly and equitable cardiac services for everyone, investigative tests such as non-intrusive cardiac MRIs or minimally invasive angiograms that need to be carried out in hospitals are considered to be suitable and safe for many people with disabilities. Considered the gold standard for diagnosing and treating heart disease, coronary angiography can help to identify a number of issues, including blocked arteries, blood clots and angina. A coronary angiogram typically takes less than an hour and is usually performed as day surgery, offering a speedy diagnosis and reduced recovery time. Adjustments can also be made for patients with limited lower limb mobility, as cardiologists can access blood vessels through the wrist. For a more comfortable screening process, open MRI scanners easily accommodate wheelchair users while portable X-ray machines ensure the comfort of bed-bound patients.
Improving Access with AI and Home-Based Monitoring
A recently developed AI model could improve the diagnosis, monitoring, and management of heart conditions both in hospitals and at home. The model is able to analyse heart signals from a range of different monitoring devices without needing to be reset every time, a flexibility that makes it particularly promising for use in community care and in areas where patients have difficulty accessing advanced diagnostic equipment. AI is also enhancing other home-based cardiac technology, which enables people with disabilities to be diagnosed more promptly without having to visit a hospital. Wearables and handheld devices can be used to monitor heart rate, smartphone apps connected to other medical hardware detect abnormalities, while ECG patches or implants transmit clinical information directly to a doctor while the patient remains comfortably at home.
Avoiding Diagnostic Overshadowing with Standardized Assessment Tools
As well as improving the accessibility of medical facilities and health technology, accommodating diverse communication needs throughout the diagnostic process is essential to ensure people with disabilities receive equal quality care. Without the provision of a range of alternative communication tools, including voice amplifiers or sign language interpretation, there is a greater risk of subjective assessment of a patient’s needs, sometimes in the form of diagnostic overshadowing. This occurs when physical symptoms are wrongly attributed to underlying disabling conditions, particularly in patients with mental health issues, learning disabilities, or some form of cognitive impairment, and it can lead to a delay in the detection of potentially life-threatening cardiac issues. With the use of standardized frameworks and checklists, subjective and often incorrect assumptions about a patient’s health needs can be avoided. This systematic approach, together with improved team collaboration and appropriate methods of communication, helps to ensure the use of appropriate cardiac diagnostic tools in order to make more accurate and objective evaluations.
A strong heart is essential for overall health, so modern cardiac diagnostic tools must be easily accessible to all. Many minimally invasive cardiac procedures carried out in hospitals are suitable for patients with disabilities, especially when adequate adjustments are made, while technology in the form of wearables and AI-enhanced diagnostic tools ensures patients with limited mobility can be monitored safely at home. Cardiac diagnostic tools offer patients an objective assessment of their condition and, with clear and appropriate communication, their understanding, comfort, and treatment are enhanced.
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I'm Alice and I live with a dizzying assortment of invisible disabilities, including ADHD and fibromyalgia. I write to raise awareness and end the stigma surrounding mental and chronic illnesses of all kinds.
