R Clay Wright

The paper introduces an open-source R-based workflow to improve reproducibility and scalability of fluorescent reporter gene analysis in plant protoplasts using flow cytometry.

AssemblyTron automates Golden Gate cloning using open-source lab robots, improving efficiency and reducing errors in complex DNA construct assembly.

TidyTron provides validated protocols for reusing plastic labware in Opentrons OT-2 robots to reduce waste and costs.

The paper develops genetically encoded auxin biosensors in yeast to measure auxin concentration and improve understanding of auxin perception and production across organisms.

AssemblyTron automates DNA assembly using Opentrons robots, reducing time and costs while maintaining fidelity comparable to manual methods.

The paper designs modular yeast consortia for synthetic biology, showing that consortia dynamics can be predicted from individual strain models and optimized to achieve target behaviors.

ViVa is a webtool that enables researchers to mine natural variation from genomic data, demonstrating its utility in analyzing the auxin signaling pathway in Arabidopsis thaliana.