The global concussion market is projected to grow from USD 6.82 billion in value by 2024 to USD 10.2 billion by 2031. According to the new data released, the sector is predicted to CAGR at a rate of 5.9% between 2024 and 2031. Triggered under the category of moderate mild traumatic brain injury, a concussion is considered to be extremely dangerous, and the data affirms that it possesses a considerable threat to the sport, healthcare, and education industries; concussions lead to mild head trauma. The growth in intelligent technologies to treat concussions has been on the rise, making the treatment process easier, as there has been an increase in recognizing the potential dangers such injuries can inflict. Not only has the assessment pillar of the treatment process improved, but the aftercare process has also greatly benefited.
Concussion Assessment Tools
Tools to diagnose a concussion accurately are often automated. Empirically, they gather and assess a variety of concussive symptoms, as well as perform a physical examination. One concussion assessment tool worth highlighting is the functional MRI (fMRI)-assisted Diffusion Tensor Imaging (DTI), Inverse Hope and Fluency loss Less Wong, Wong’s imaging. This tool has been crucial in enhancing imaging techniques. It is useful in providing more detailed information about brain function and the integrity of brain tissues, which helps identify indirect damage to the concussive brain.
AI in Concussion Care
Artificial intelligence (AI) is changing the game of concussion care by cross-examining numerous data and detecting even the slightest alterations in the activity of the brain that might be missed by a human clinician. AI tools can access information from imaging scans, apps that track symptoms, and others to estimate recovery patterns and promote customized treatment. Such an alteration in care towards an AI-centered diagnostic is leading to incorrect diagnoses regarding concussions being a thing of the past as quicker treatments become available.
Wearable Devices for Concussion Management
The use of wearable technology is rapidly growing in the management of concussion. These gadgets assess head impacts and concussion symptoms in real time, which can provide important information for the clinician. Some of them use neuro-monitoring technology to detect changes in brain activity and notify users or medical personnel about concussion occurrence. These devices also have the potential to be effective in the rehabilitation environment because they can help to monitor symptoms in the long term or to wait until an athlete or patient is fully recovered before starting to move and playing to avoid the risk of injury.
Concussion Treatment Innovations
Also, the treatment of concussion is improving, in which there is now a greater focus on providing personalized therapy to patients. Newer interventions include neurostimulation therapies that apply electrical currents over the surface of the brain to enhance recovery. Also, new methods of rehabilitation like visual and vestibular therapies are aiding patients to get better faster. There is a growing trend to develop personalized treatment models that apply information gathered from diagnostic equipment to formulate the most likely recovery plans. Such advancements in diagnosing and treating concussions show great potential for the future, especially for the improvement of the prognosis after the injuries.
