With a relentless pursuit of innovation and a disruptive mindset, a US-based health-tech organization pioneers cutting-edge software solutions aimed at alleviating the burdens of clinical data collection, forecasting patient outcomes, enhancing the efficiency of joint replacement surgeries and most importantly, improving patient outcomes. The company’s intelligent applications, with intuitive user interface, are designed to streamline clinical data collection and seamlessly integrate digital imaging technologies.
Orthopedic surgeries typically challenge in fostering patient engagement, especially in the areas of monitoring patient progress effectively. Further, they have complexities of implementing and mastering computer-assisted surgical techniques, which demand specialized training and expertise. While these techniques undoubtedly offer manifold benefits for both patients and surgeons, they can also prolong surgical durations and contribute to variations in surgical outcomes.
Moreover, the process of clinical data collection is time-consuming, with inefficient preoperative assessments amplifying the burden. Other challenges include patient registration errors, and system malfunctions.
In order to address these industry challenges, the health tech company decided to partner with Brillio.
Central to the solution was the development of a comprehensive iPad application aimed at streamlining clinical data collection, forecasting patient outcomes, and optimizing the efficacy of hip and knee replacement surgeries.
The data collection process was streamlined through a dynamic iPad form directly accessible to patients, while an AI-powered platform swiftly computed multiple scores and analyzed hip or knee X-rays, furnishing physicians with invaluable insights for informed decision-making.
Furthermore, it empowered patients to monitor their progress during the postoperative phase, enabling a comparative analysis between preoperative and postoperative assessments to aid physicians in tracking and optimizing patient outcomes.
The implementation of the platform has fostered enhanced collaboration among doctors, nurses, and patients, culminating in improved patient outcomes. Real-time measurements and alerts during surgeries have facilitated performance optimization, enabling surgeons to make data-driven decisions for optimal results. Furthermore, the incorporation of a sophisticated calculation algorithm has empowered healthcare professionals with advanced analytics capabilities, further enhancing the quality of care provided.
The platform ensures precise and dependable results, fostering trust in medical interventions, with Enhanced Accuracy and Reliability.
Advanced analytics aid in achieving optimal implant fit and alignment, promoting better outcomes and patient comfort. Additionally, proactive monitoring and data-driven decision-making help mitigate risks, leading to fewer post-operative complications. Through these optimized procedures and personalized care, patients also experience swifter recuperation periods.
