Carbometrics

Carbometrics

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Private Company

Total funding raised: $2.5M

Overview

Carbometrics is a private, pre-revenue biotech spin-out from the University of Bristol, leveraging foundational intellectual property from the acquisition of Ziylo by Novo Nordisk. Its core asset is a proprietary synthetic Glucose Binding Molecule (GBM), published in Nature Chemistry, which offers exceptional selectivity, stability, and signal-coupling versatility for glucose sensing. The company is focused on partnering its GBM platform to enhance the performance of CGM devices, targeting improved accuracy, longevity, and reduced interference in the rapidly expanding digital health and diabetes management markets.

Diabetes

Technology Platform

Proprietary synthetic Glucose Binding Molecules (GBMs): biomimetic, highly selective, and stable synthetic receptors for glucose enabling versatile signal coupling for continuous monitoring applications.

Funding History

2
Total raised:$2.5M
Seed$2.5M
GrantUndisclosed

Opportunities

The massive and growing global CGM market demands sensors with better accuracy, longer lifespan, and fewer interferences.
Carbometrics' stable and selective GBM platform is uniquely positioned to meet this need, enabling next-generation implantable devices and expanding monitoring applications.
Scalable chemical synthesis offers a potential long-term cost advantage over biological enzymes.

Risk Factors

Key risks include the technical challenge of integrating a novel synthetic chemistry into a reliable, manufacturable, and approved medical device.
Commercial adoption is risky due to competition from entrenched CGM incumbents and alternative next-gen technologies.
The company is pre-revenue and reliant on securing partnerships or funding to finance the lengthy device development cycle.

Competitive Landscape

Carbometrics competes with dominant CGM companies (Dexcom, Abbott) that use glucose oxidase enzyme-based sensors, and with other firms developing next-gen sensing tech like other synthetic receptors or non-enzymatic methods. Its primary competitive edge is the peer-validated, biomimetic design of its GBM, which combines high selectivity and exceptional stability—a combination not yet achieved by commercial alternatives.