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In the digital age – and at least over the past two decades – innovation has transformed the healthcare sector. When it comes to head injury treatment, and particularly the rehabilitation of patients with a traumatic brain injury, cutting-edge technology improves patient outcomes.
The evolution of technological methods and devices allows medical professionals to leverage their skills in transformative ways. In this guide, we’ve outlined four key areas where technology gives brain injury patients a better future.
Technology in brain injury treatment: 4 innovative tools
- VR rehabilitation
Virtual reality is a groundbreaking tool used in brain injury rehabilitation. VR-based therapy initiatives often entail immersive environments which allow patients to form positive associations with physical and cognitive tasks affected by their injury.
From balance training to motor skill rehabilitation, these exercises are vital in brain injury recovery. When they’re carried out in the right way and without pressure on the patient, they serve an invaluable role in confidence boosting and building motivation for affected individuals. With increased engagement, the chances of lasting positive outcomes are much higher.
- Precision imaging techniques
One of the most significant advancements in the treatment of brain injuries is the extensive development of precision imaging techniques. These include, but are not limited to:
- Functional magnetic resonance imaging (fMRI)
- Diffusion tensor imaging (DTI)
These technologies provide unrivalled insight into the function and core structure of the brain, which allows medical experts to monitor and diagnose brain injuries with total accuracy. From real-time mapping of brain activity to detailed images of white matter tracts, medical teams know more about the brain than ever before.
- AI diagnosis and treatment
AI-driven technologies are now being employed across the medical sector.
Machine learning algorithms, for example, can process complex neurological data through neuroimaging. This enables detailed analysis of patterns that not only characterise certain brain injuries but can predict patient outcomes based on known variables. AI-powered support guides treatment decisions by using evidence and historic data.
These technologies can assist in diagnosing and treating brain injuries more efficiently and with greater precision. In cases where NHS diagnosis proves difficult or delayed, patients can work with brain injury solicitors to push for specialised AI diagnosis.
- Telemedicine
Remote monitoring means that patients recovering from brain injuries can continue to access specialist treatment without travelling to hospital or their nearest treatment centre. This transforms outcomes for patients living in remote areas or those without the means to travel frequently.
Through remote treatment platforms, patients can discuss their treatment with consultants, undergo cognitive assessments, and follow tailored treatment plans. Being able to access these vital services from the comfort of home makes a lasting difference to brain injury patients.
Conclusion
Through remote monitoring, advanced AI-driven systems, VR rehabilitation and complex imaging systems, long-term brain injury survival rates are increasing. With better patient outcomes already proven, it’s certain that the next decade will see revolutionary improvements thanks to cutting-edge medical technologies.
