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Transcriptome-wide RNA-protein interactions

RNAase-mediated protein footprint sequencing to reveal protein binding sites on transcriptome-wide scale Technology Overview: The Gregory Lab has developed a high-throughput, ribonuclease-mediated protein sequencing approach termed Protein Interaction Profile sequencing (PIP-seq). PIP-seq identifies RNA-protein interaction sites within both unprocessed...

Published: 3/19/2020

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Improved Stress and Nutrient Response in Plants via Root Hair Regulation

This technology is aimed at improving crop production in the era of global climate change and rising fertilizer costs. Problem: Feeding 7 Billion people is a global concern, and this problem continues to grow year-to-year. A large problem for the agricultural industry is finding a way to grow food on less arable land, while also decreasing expensive...

Published: 2/6/2020

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GRP8 as a target for improving plant stress response to water and nutrient starvation

Genetically engineered plants for increased resistance to nutrient stress Problem: The plant root epidermis absorbs water and nutrients from the environment, using long hair-like projections from root hair cells to increase surface area. Plants regulate the ratio of root hair to nonhair cells based on environmental signals, with plants grown under...

Published: 2/6/2020

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