Smart, Portable, and Cost-effective ELISA Reader

Project Goals

• Cost-effective and portable ELISA reader with AI-aided diagnosis for adaptive calibration
• Image processing based qualitative and quantitative real-time analysis for improved sensitivity and specificity

Current Progress

• Completed precise micro-plate well localization
• Well localization utilizes bit plane slicing, masking and contouring, and shape appropriation
• Extracts basic color information, measuring light intensity in RBG colorspace, for each well
• Provides normalized measure of intenstity

Note

• Uses standard well-reference: A-H for rows, 1 to 12 for columns
• ‘00’ for base/reference well

Sample: Segmented Microplate-wells (Pic shows a zoomed section of the microplate)

Locations of Segmented Wells

Well boundary colored has been colored for reference in the above figures.

Note:

Full work till date cannot be disclosed