Walter Thavarajah

This paper demonstrates an LLM-driven autonomous lab that reduces the cost of cell-free protein synthesis by 40% and increases titer by 27% through iterative optimization.

This paper develops a semi-automated method for manufacturing cell-free biosensors using liquid handling robotics, demonstrating comparable performance to manual methods.

This paper demonstrates a cell-free biosensor encapsulated in lipid vesicles that detects fluoride with tunable sensitivity and real-world applicability.

This paper develops a cell-free biosensor for detecting fluoride in water using a riboswitch that produces fluorescent or colorimetric signals, demonstrating its effectiveness in both lab and field settings.