AIMinded is an AI-based toolbox for oncological medical imaging, designed to improve the accuracy and speed of cancer treatment. The toolbox uses advanced technology to detect and analyze CT scans, producing consistent contours in a matter of minutes. This allows radiotherapists to quickly identify risk organs and craft treatment plans with increased accuracy.
AIMinded also facilitates collaboration between healthcare professionals, research institutions and data providers, enabling the sharing of new information and insights. The AI-based system is designed to integrate seamlessly into any existing healthcare system infrastructure, improving workflow efficiency and quality.
The toolbox is also capable of reducing manual work by up to 90%, allowing doctors to focus more on complex cases and diversify their skills. AIMinded is committed to helping accelerate the delivery of effective cancer care through scientific advancement, technical innovation and expertise.
More details about AIminded
How does AIMinded facilitate collaboration in healthcare?
AIMinded supports collaboration within the healthcare community by serving as a platform that enables the sharing of new insights and information. It facilitates interaction among healthcare professionals, research institutions, and data providers.
Does AIMinded require manual work?
AIMinded is designed to significantly reduce manual work by up to 90%, empowering doctors to concentrate more on complex cases.
What is AIMinded?
AIMinded is an artificial intelligence-based toolbox designed for oncological medical imaging. It aids in improving the accuracy and speed of cancer treatment by advancing technology for CT scan detection and analysis.
How does AIMinded improve the accuracy and speed of cancer treatment planning?
AIMinded uses advanced artificial intelligence technologies to rapidly process and analyze CT scans, thereby producing consistent contours in minutes. These swiftly generated data enable radiotherapists to speedily identify risk organs and formulate treatment plans. Consequently, the accuracy and timeline of cancer treatment planning are significantly improved.
