Edit a Case in Total Hip Arthroplasty

Editing a case in Total Hip Arthroplasty allows for the modification and update of patient-specific details, ensuring that all relevant information is current and accurate throughout the surgical process.

Steps to Edit a Case in Total Hip Arthroplasty

Step 1: Access the Login Page

Click here to redirect to the Login page. Enter your Username and Password and click on Login.

Step 2: Navigate to the Hip Implant Size Prediction Section

On the Left-hand Menu, locate and expand the Total Hip Arthroplasty section. From the dropdown menu, select Hip Implant Size Prediction.

Step 3: Open the Actions Menu

Within the Hip Implant Size Prediction module, locate and click the Actions button, typically found in the top-right corner or within the grid area. This will open a dropdown menu with available actions.

Step 4: Select the “Edit” Option

From the dropdown menu, click Edit. This action will open the specific case you want to modify.

Step 5: Modify the Case Details

The Edit Hip Implant Size Prediction page will load, allowing you to modify specific details of the selected case. Update the required fields with the new information you wish to edit.

Step 6: Save Changes

After making your changes, click the Save and Next button to proceed. You can continue editing other details as needed.

Step 7: Upload Pre-Op X-ray Images

Step 8: Review AI Model Analysis

Review the case summary on the AI Model Analysis page. Ensure all the details are correct. Once satisfied, click Submit to receive AI model analysis predictions.

Step 9: Save AI Predictions

Once the AI Model Analysis Predictions appear, review them. If everything looks good, click Save to finalize and save the case.

Step 10: Case Successfully Edited

The case will now be edited and saved under the grid. You can access the updated details at any time from the grid area.

Editing a case in Total Hip Arthroplasty ensures that the treatment plan remains aligned with the patient’s evolving needs, contributing to improved surgical precision and better overall outcomes.