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Proven “Sensable” Chemicals

Stemloop’s biosensors can sense it all – from ions to heavy metals, and from small to complex molecules. Here are the “sensables” previously detected by members of Team Stemloop.
Chemical symbol icon representing Naringenin, with text overlaid "C15H12O5" (molecular formula), and "Naringenin".
Periodic element icon representing Cadmium, with text overlaid "48" (periodic number), "Cd" (symbol), and "Cadmium".
Chemical symbol icon representing Atrazine, with text overlaid "C8H14NlN5" (molecular formula), and "Atrazine".
Periodic element icon representing Zinc, with text overlaid "9" (periodic number), "F" (symbol), and "Fluorine".
Chemical symbol icon representing Macrolides, with text overlaid "C37H67NO13" (molecular formula), and "Macrolides".
Periodic element icon representing Lead, with text overlaid "82" (periodic number), "Pb" (symbol), and "Lead".
Chemical symbol icon representing Cortisol, with text overlaid "C21H30O5" (molecular formula), and "Cortisol".
Chemical symbol icon representing Salicylic Acid, with text overlaid "C6H4(OH)COOH" (molecular formula), and "Salicylic Acid".
Chemical symbol icon representing Tetracyclines, with text overlaid "C22H24N2O8" (molecular formula), and "Tetracyclines".
Periodic element icon representing Copper, with text overlaid "30" (periodic number), "Cu" (symbol), and "Copper".
Chemical symbol icon representing Uric Acid, with text overlaid "C5H4N4O3" (molecular formula), and "Uric Acid".
Periodic element icon representing Zinc, with text overlaid "30" (periodic number), "Zn" (symbol), and "Zinc".
Chemical symbol icon representing Progesterone, with text overlaid "C21H30O2" (molecular formula), and "Progesterone".
Chemical symbol icon representing Cyanuric Acid, with text overlaid "C3H3N3O3" (molecular formula), and "Cyanuric Acid".
Chemical symbol icon representing Benalkonium Chloride, with text overlaid "C21H38ClN" (molecular formula), and "Benalkonium Chloride".
Periodic element icon representing Arsenic, with text overlaid "33" (periodic number), "As" (symbol), and "Arsenic".

Stemloop Applications

Click through our partner industry features to view some of our case-studies on how Biosensors enable better-informed operations.
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Close up detail of running water coming from a sink tap.
Environmental Monitoring

Stemloop biosensors quickly sense and respond to contaminants in the environment, making them a highly scalable tool for detecting sources of contamination in water, soil, and other environmental samples.

Sensible Analytes: Heavy metals, pesticides, pharmaceuticals, etc.

uSense™ for Lead
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Green tractor driving over a recently plowed dirt field while spraying pesticides from back end tractor attachment.
Agriculture & Manufacturing

Stemloop biosensors are precision-engineered to suit our customers’ operations and operators, whether in the field, factory floor, laboratory, or warehouse. Target exactly what you want to find, then let your operators test, anytime, anywhere with these field-ready solutions.

Sensible Analytes: Antibiotics, pesticides, flavonoids, etc.

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Close-up detail of individual holding a Covid-19 Antigen rapid test, appearing to test results from a sample.
Health & Wellness

Stemloop biosensors enable personal information to be gathered faster and privately in the user’s home, aligned with health and wellness trends. Skip the ship and enable rapid, at-home wellness screening within minutes.

Sensible Analytes: Biomarkers, Hormones, Viruses, etc.

Testimonials on Working with Stemloop

Read what our customers, partners, and supporters have to say about working with Stemloop
“

Stemloop's groundbreaking technology will revolutionize chemical testing as we know it. Their innovative platform has unmatched potential to disrupt the status quo.

John Cumbers, PhDFounder & CEO at SynBioBeta, Advisor at Stemloop
“

Biosensing has endless applications. With deep biosensor expertise, Stemloop has developed an unmatched platform for tailored biosensor solutions. Working with them has been a valuable complement to our in-house R&D for advancing our carbon recycling technology.

Michael Köpke, PhDChief Innovation Officer at LanzaTech
“

Stemloop's fantastic scientific team produced results on par with the world's leading diagnostic companies. Their quality outcomes and timely delivery demonstrate their capabilities to match world-class benchmarks.

Harry Sarkas, PhDChief Scientific Officer at Nanophase Technologies / Solésence
“

Stemloop's groundbreaking technology will revolutionize chemical testing as we know it. Their innovative platform has unmatched potential to disrupt the status quo.

John Cumbers, PhDFounder & CEO at SynBioBeta, Advisor at Stemloop
“

Biosensing has endless applications. With deep biosensor expertise, Stemloop has developed an unmatched platform for tailored biosensor solutions. Working with them has been a valuable complement to our in-house R&D for advancing our carbon recycling technology.

Michael Köpke, PhDChief Innovation Officer at LanzaTech
“

Stemloop's fantastic scientific team produced results on par with the world's leading diagnostic companies. Their quality outcomes and timely delivery demonstrate their capabilities to match world-class benchmarks.

Harry Sarkas, PhDChief Scientific Officer at Nanophase Technologies / Solésence

Built to Build Biosensors

The scientists and engineers at Stemloop are experts in all things biosensors, turning “sensable” chemical compounds into high-functioning, highly customized solutions for our customers.

Stemloop Capabilities

Our in-house capabilities include our proprietary bioinformatics platform, world-leading expertise in transcription factor utilization, and onsite, high-volume custom protein engineering and expression.

Externally, we utilize a network of established, ISO-certified 3rd-party providers for cost-effective, high-scale manufacturing of our Biosensors.

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Customized Outcomes

A custom biosensor is just that, custom-built to suit your needs. Tune your target sensitivity, specificity, time-to-results, and outcome format.

Stemloop biosensors range from single, equipment-free tests to well-plates for high-throughput testing.

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