James T. MacDonald
Papers
1
Total Citations
6
H-Index
1
About
James T. MacDonald is a synthetic biologist whose work bridges the gap between computational modeling and experimental characterization of microbial systems. His research centers on developing automated, high-throughput methods to understand and engineer genetic circuits, with a particular focus on non-model organisms. In his most cited work, "Prototyping of *Bacillus megaterium* genetic elements through automated cell-free characterization and Bayesian modelling" (2016, 6 citations), MacDonald pioneered a novel approach that combines cell-free *in vitro* transcription-translation systems with factorial experimental design and Bayesian inference. This methodology allows for the rapid, precise characterization of regulatory components from understudied microbial chassis—a significant bottleneck in synthetic biology. By demonstrating that automated cell-free systems can illuminate the genetic circuitry of *Bacillus megaterium*, MacDonald provided a scalable framework for prototyping genetic elements from diverse organisms without the need for laborious *in vivo* testing. His work has implications for accelerating the design-build-test cycle in biotechnology, enabling researchers to tap into the vast, unexplored regulatory landscape of non-model bacteria for applications in industrial fermentation, bioproduction, and therapeutic development.
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