ExoP

Detect dimethoate concentration prediction through image processing

ExoP is a cutting-edge app with supporting deep learning algorithm designed for precise quantification of programmed death ligand 1 expressing EVs quantification using advanced image processing technology. Perfect for researchers, lab technicians. ExoP simplifies the process of quantifying chromaticity of the colorimeter aptasensor.
Key Features:
Easy-to-Use Interface: Simply upload an image of your colorimetric aptasensor results to the app, and it will accurately quantify and display the PD-L1 EVs concentration value.
Advanced Image Processing: Utilizes sophisticated algorithms to analyze the color changes in the probe and provide precise concentration measurements.
Quick and Reliable: Obtain results in seconds, making it ideal for time-sensitive applications.
Detailed Reports: Save and review your test results, complete with time stamps and concentration values for future reference.
Educational Tool: A valuable resource for students and researchers using colorimetric approaches for the diagnosis.
How It Works:
Capture or Upload Image: Take a photo of the colorimetric aptasensor tube using your device's camera or upload an existing image from your gallery.
Analyze: The app processes the image to detect the specific color changes associated with PD-L1 EVs concentrations.
Get Results: Instantly receive the concentration value displayed on your screen.
Why Choose ExoP?
Accuracy: Leveraging the latest deep learning image processing technology to ensure precise quantification of programmed death ligand-1 expressing extracellular vesicles as a diagnostic biomarker of lung cancer.
Convenience: Perform quantification of chromaticity anywhere, anytime, without the need for complex lab equipment.
Support: Dedicated customer support to assist you with any queries or technical issues.
ExoP is a reliable tool for quantification of PD-L1 EVs by analyzing the chromaticity of the colorimeter aptasensor. Download now and streamline your testing process with ease