Our platform
Our platform brings together computational design, molecular chemistry, instruments, and readout. We develop these components with the eventual testing setting in mind.
Each component informs the others.
We’re developing software to help design the primers used in molecular tests. This work considers the target sequence and how the different assay components interact.
Research focus: connecting sequence analysis with assay development.
Our chemistry work uses isothermal amplification, which amplifies genetic material at a constant temperature. We’re exploring assay chemistry and sample workflows for infectious disease testing.
Research focus: developing chemistry with the intended workflow in mind.
We’re working on instruments that support amplification and detection. Instrument development and assay development inform each other as we explore how the testing workflow fits together.
Research focus: bringing assay chemistry and instrumentation together.
We’re exploring how signals from a molecular test can be captured, interpreted, and reported. This includes the connection between detection hardware and software.
Research focus: connecting detection with result interpretation.
Our approach
Design informs laboratory work. Laboratory observations guide refinements. Integration helps us understand the complete testing workflow.
Our platform is in development.
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