Create a Case in Total Knee Arthroplasty
Total Knee Arthroplasty (TKA), commonly known as Knee replacement surgery, is a procedure used to replace a damaged Knee joint with an Artificial one. This process involves several critical steps to ensure the best outcome for the patient, starting from the initial case creation through to the final evaluation of the surgery’s success. The following steps will guide you through creating and managing a case for Knee Implant Size Prediction, a vital component of pre-surgical planning. By accurately predicting the appropriate Implant Size based on Pre-Operative Imaging and Analysis, the procedure aims to enhance Surgical Precision and improve Patient outcomes.
Steps to Create a Case in Total Knee Arthroplasty
Step-1: Access the Login Page
Click here to redirect on Login page. Enter your Credentials and Click on Login.
Step-2: Navigate to Knee Implant Size Prediction
Navigate to the Total Knee Arthroplasty section on the Left-hand Menu. Select Knee Implant Size Prediction from the dropdown options.
Step-3: Click on Create New Case
Click on Create New Case Button to initiate a new case for Knee Implant Size Prediction.
Step-4: Complete Knee Size Prediction Form
The Create Knee Implant Size Prediction page will be displayed. Complete all required fields with accurate information. Click on Save and Next to proceed to the next step.
Step-5: Upload Pre-Op X-ray Images
The Pre-Op Xray Knee Images page will appear. Upload the relevant X-ray Images to enhance the Prediction Accuracy. Click Save and Next to move forward.
Step-6: Image Calibration Options
After uploading, the Image Calibration page will appear with options for No Calibration and Manual Calibration.
Step-7: Select No Calibration and Save
If No Calibration is needed, remain on the No Calibration tab and click Save to proceed.
Step-8: Select Manual Calibration and Start Process
For Manual Calibration, switch to the Manual tab to start the Calibration process.
Step-9: Use Ruler or Circle Tool for Calibration
Use the Ruler or Circle tool to place two or three points respectively, then press Enter to create the calibration line or circle.
Step-10: Input Marker Size and Calculate Conversion Factor
Input the Marker Size and click Accept to calculate the Conversion Factor.
Step-11: Save Calibration and Confirm Completion
After the Conversion Factor is calculated, click Save and confirm the Calibration Completed Successfully message.
Step-12: Proceed to AI Model Analysis Page
Click Save and Next to proceed to the AI Model Analysis page for review.
Step-13: Review and Submit AI Model Predictions
Review the Case Summary on the AI Model Analysis page. Click on Predict to receive AI model analysis Predictions.
Step-14: Review and Save AI Model Analysis Predictions
The AI Model Analysis Predictions will appear. Review the predictions and click on the Save button.
Step-15: Case Saved and Status Update
The Case will now be saved and will appear in the grid. The status of the case will be Pending until further actions are taken.
Steps to Enter Data in PostOp to complete a Prediction Case
Step-1: Navigate to Submit Knee Implant Data
Navigate to Implant Knee Size PostOp to finalize a Case. Click on the Actions button to view the available options.
Step-2: Select Edit to Update Case
From the dropdown menu, select Edit to make changes to the Case. This will allow you to Update the Information as needed.
Step-3: Edit Implant Knee Size PostOp Page
The Edit Implant Knee Size PostOp page will appear. This is where you can input or modify the Post-Operative data
Step-4: Enter AI PostOp Feedback
Click on AI PostOp
Step-5: Save and Complete the Case
Upon Saving, the Case Status will be updated to Complete. You will receive a confirmation, and the case will be marked as finalized in the system.
Creating a case in Total Knee Arthroplasty ensures accurate knee implant size predictions by following key steps such as logging in, uploading X-rays, calibrating images, and reviewing AI predictions. Once completed, the case is finalized, aiding in better surgical planning and implant selection.