4.5 Improving consumer outcomes

Genes and environmental factors can influence the progression and trajectory of disease processes. Each person will have a different response to treatment, and some treatments will fail to yield results on some individuals depending on their characteristics and their disease. Some cancers, for example, respond well to immunotherapies in some individuals but not others. AI and analysis of large datasets can identify genetic insights and data to tailor treatment interventions. This can result in more effective treatments and minimise adverse events through the selection of targeted therapies.

Remote monitoring with real-time tracking can reduce the need for hospitalisation if early signs of deterioration are recognised and treatment initiated. Timely intervention can allow treatment in place and decrease clinic visits. Wearable devices can transmit data to healthcare providers to prevent complications, remove travel time, enhance patient satisfaction and reduce costs for patients and the healthcare system. In remote locations telehealth can increase healthcare accessibility and extend options to patients with mobility limitations. Specialist care can be made available to all, thus negating geographical and mobility constraints, promoting better disease management and improving healthcare equity.