Maya EDU vs Brain Target Guidance

MayaEDU is a unique interactive flip clinical-education tool for diagnosis and critical-thinking training. Medical students, residents, and instructors can be used in real time in class, during rounds, or on their own. Established medical cases can be uploaded to the platform and instructors can disseminate medical cases and observe how students evaluate cases through the web-based platform. Why MayaEDU? 1. MayaEDU provides a full differential diagnosis engine that can process any number and/or combination of symptoms, signs, labs, tests, medications, past medical history. 2. Guides the students on relevant patient interview questions. 3. Helps the student understand the relevant labs, radiology test, and physical signs to take to refine the diagnosis. 4. Students can reorder their differential list as well as generate their own differential diagnosis list. 5. Real-time cases promote an unmatched learning experience. 6. Instructor can take students through required case studies and evaluate student’s understanding & decision-making process. 7. Instructor and students can post forum discussions on MayaEDU’s social platform, Xynapse™. 8. Instructor can watch their students’ screens in real time as they respond to questions creating the ability to evaluate the student’s clinical reasoning skill. 9. Technology to increase student participation rates 10. Instructor and admin can create groups that correspond to classes and specific grouping of students. 11. Schools can brand the app and upload medical cases to the platform. 12. Complementary professional clinician app (MayaPro) and patient app (MayaMD) In 2015, the National Academy of Medicine (NAM) published “Improving Diagnosis in Health Care” revealing diagnostic error will occur at least once in the lifetime of every American, affect 5% of all adults seeking out patient care each year, be associated with 10% of all patient deaths, cause 6 to 17% of all adverse events in hospitals, andi be the leading reason of paid medical malpractice claims. Some authorities would go further to suggest that diagnostic error represented the third leading cause of death in America (behind cardiovascular disease and cancer) with estimates ranging from 250,000 to 400,000 premature deaths occurring annually. Reinforcing this message, the ECRI Institute identified diagnostic error as their top patient safety priority in 2018. Without appropriate diagnosis, patients are at substantial risk of harm. The optimization of two core diagnostic performance metrics (accuracy and efficiency) will redefine the meaning of ‘quality health care’ in the 21st century.

Brain Target Guidance, powered by UpSurgeOn Advanced Neurosurgical Planning at Your Fingertips Brain Target Guidance, transforms your mobile device into a powerful planning support tool for neurosurgical interventions using the Brainpath system. This application is designed to guide the surgeon through the crucial phases of pre-operative preparation with an intuitive step-by-step interface, from instrument calibration to target pathology definition and insertion trajectory planning. A GUIDED AND INTUITIVE WORKFLOW The application simplifies complex procedures through a logical sequence of steps, reducing variables and increasing pre-operative confidence. Each phase is designed to be clear and immediate, allowing the surgeon to focus on the surgical strategy. Key features include: - Pointer Calibration: Easily synchronize physical instruments with the digital plan. - Target Pathology Definition: Accurately define the target's position on pre-loaded diagnostic images. - Trajectory Setup: Manually draw and visualize the optimal access trajectory directly on the screen. - Vertical Offset Adjustment: Set the precise instrument offset for the Brainpath system upon insertion. ADVANCED SIMULATION AND PLANNING Before proceeding, the app allows you to enter a simulation mode that integrates the camera view with 3D planning data. This feature enables you to visualize the entire surgical plan in a realistic context, offering complete control over the procedure and allowing for the verification of every detail before the intervention. SUPPORTED SIMULATED SURGICAL APPROACHES The application is optimized to support various clinical scenarios, with dedicated modules that adapt the workflow to the specific needs of the procedure. Currently available approaches include: BrainTumorBox,ICHBox DISCLAIMER This application is designed for educational and training purposes only. The app uses Augmented Reality (AR) technology to recognize and interact with a physical simulator. The simulator and its components are clearly marked “Not for Medical Use – For Training Purposes Only”. This app does not connect to or control any medical devices, and should not be used for diagnosis, treatment, or real patient care. Always consult qualified medical professionals for any medical decisions.