This app streamlines antimicrobial testing by automating the measurement of inhibition zones on Petri dishes. It analyzes images to determine areas where bacterial growth is inhibited, delivering fast and reliable results. Designed for microbiologists and researchers, the app enhances accuracy and efficiency in lab and research settings. Intended for Research Use Only (RUO).
Microbiologists: Professionals needing to perform antimicrobial testing.
Researchers: Individuals studying bacterial resistance or conducting related experiments.
Laboratories: Clinical and research labs requiring efficient inhibition zone analysis.
Key Features
Automated Measurement: Automatically measures zones of inhibition, eliminating manual calculations.
Quick and Reliable Results: Provides consistent results for efficient decision-making.
Easy Image Upload and Sharing: User-friendly interface for uploading images and sharing results remotely.
Standardization: Minimizes variability in measurements, ensuring consistent outcomes.
Result Recording: Saves results for easy tracking and future reference.
Benefits
Increased Efficiency: Automates measurements, reducing manual workload and saving time.
Improved Accuracy: Ensures reliable results, minimizing discrepancies between users.
Enhanced Collaboration: Facilitates easy sharing of results, supporting team collaboration.
Data Management: Automatically records results, aiding in data analysis and tracking.
User-Friendly Experience: Simplifies the process, making the app accessible to all users.
How It Works
Upload an Image: Take a picture of the Petri dish using your smartphone or upload an image from your PC.
Run the App: Start the analysis with a single click. The app automatically measures the inhibition zone.
View and Adjust Results: View the measurement results. If necessary, manually adjust or correct the inhibition circle, and re-run the analysis for updated results.
Save and Share: Save the results or share them for further analysis and collaboration.
Caution When Photographing
Photograph from directly above.
Ensure that the entire dish is captured in the photo without any part cut off.
Avoid light reflections or shadows as much as possible.
Align the edge of the plate with the shorter side of the image file (the shorter dimension of the image’s width or height).
