Smart reagents and algorithms
for invasive infections
We will catch infections that hospitals miss with hardware they are already adopting.
Smart reagents and algorithms for invasive infections
We will catch infections that hospitals miss with hardware they are already adopting.
Today's blood tests miss early-stage infections
Many hospitalized patients with infections present with nonspecific symptoms. Physicians often rely on blood culture to look for live bacteria or fungi. Not only does this take days to weeks, but it only catches severe infections that are already spreading.
Doctors need a new liquid biopsy for routine use
Infections can be caught and treated with targeted drugs before they become crises by detecting pathogen DNA. Quantifying DNA can help clarify the relevance and severity of detections. But with 100's of possible pathogens, today's tests are complex "last resorts."
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We are building a fast and simple alternative.
Doctors need a new liquid biopsy for routine use
Infections can be caught and treated with targeted drugs before they become crises by detecting pathogen DNA. Quantifying DNA can help clarify relevant pathogens. But with 100's of possible pathogens, today's tests are complex "last resorts."
​
We are building a fast and simple alternative.
We enhance digital PCR with a data-driven approach
Usually, PCR is practical but limited to narrow panels. We allow it to scale to comprehensive analysis.
Search
We design DNA "keyword" sensors with machine learning to assign 100's of pathogen genes signature keyword combinations.
Solve
We process >100,000 datapoints per sample to untangle the quantities of all genes.
Simplify
We aim to make it practical to run these tests upstream at earlier stages of care in virtually any hospital.
We enhance digital PCR with a data-driven approach
Usually, PCR is practical but limited to narrow panels. We allow it to scale to comprehensive analysis.
Search
We design DNA "keyword" sensors with machine learning to assign 100's of pathogen genes signature keyword combinations.
Solve
We process >100,000 datapoints per sample to untangle the quantities of all genes.
Simplify
We aim to make it practical to run these tests upstream at earlier stages of care in virtually any hospital.
Get in Touch
Whether you are interested in working with us or just want to say hello, please reach out.
750 Main St
Cambridge, MA 02139
