Genetic variation analysis for protein extraction efficiency in pulse crops
Research collaboration opportunity to identify genetic sources of variation in seed structure that improve protein extraction and fractionation efficiency in pulse crops. The project leverages multispectral and hyperspec...
Field phenotyping platform for pulse crop trait discovery and genetic gain
A mobile field phenomics platform integrating RGB, 3D, LiDAR, thermal, multispectral, hyperspectral, NIR, and chlorophyll fluorescence sensors with cloud-based processing pipelines. Designed to accelerate genetic gain, d...
Portable nanopore sequencing platform for white mold strain detection and resistance breeding
A genomics-based methodology using MinION portable sequencers to detect and characterize Sclerotinia sclerotiorum (white mold) strain variation across Quebec and Ontario. Enables in-field sampling, geotagged isolate coll...
Ph nanosensor technology for early white mold detection and disease resistance breeding in common beans
A novel approach using potentiometric pH nanosensors integrated with Arduino systems to detect early-stage white mold infection in common bean plants. The technology enables real-time monitoring of pH changes in live pla...
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