Redefining Magnetic Resonance at the microscale

A microchip-based MRS platform for molecular insight at the nanolitre scale.
Contact us

Precision Metabolomics for Every Sample

Biocompatible

Analyse living systems without labels or disrupting protocols to preserve sample viability for longitudinal and developmental studies.

Microscale Sensitivity

Capture metabolic signatures from nanolitre and sub-nanolitre volumes with exceptional precision and reproducibility.

Scalable applications

From biofluids to complex cellular systems, our approach works across a broad spectrum of applications, enabling flexible and high-throughput experimental workflows.

A Platform for Innovation

ORGANOIDS MICROTISSUES MICROORGANISMS BIOFLUIDS SINGLE CELLS

Organoids

Monitor metabolic pathways during differentiation, disease progression, and drug response.

Microtissues

Profile localized metabolism and treatment effects in complex cellular environments.

Microorganisms

Track metabolic flux, stress adaptation, and antibiotic response at the microscale.

Biofluids

Quantify metabolite composition in nanolitre volumes for biomarker and diagnostic studies.

Single Cells

Capture real-time metabolic heterogeneity and dynamic cellular responses.

Preimplantation Models

Access metabolic signature linked to oocyte maturation, embryo viability and developmental potential.

Our services

microMRS Integration

Use our technology in your own spectrometer.

Purchase and install our micro-scale MRS modules directly in your laboratory. Ideal for researchers seeking in-house control and continuous access to cutting-edge technology. Each system includes the core hardware, a highly adaptable loading platform, and the probe of your choice.

Discover our microMRS-LABDiscover our microMRS-TUBE

microMRS Analysis Service

Send samples, we deliver the data.

Send us your samples and we will run the experiments on our platform according to your needs and provide full reports and insights.

Contact us

Annaida’s sensor technology platform provides a completely new way for us to do research, with impact on the present and great potential for the future. Their tiny size means they can be arrayed, allowing the analysis of many samples for high throughput, or combined for unsurpassed sensitivity.

Prof. SimpsonUniversity of Toronto

Annaida's sensors bring magnetic resonance to microscopic samples previously beyond the reach of conventional NMR. Their compatibility with standard equipment and design flexibility enables us to make critical measurements that would otherwise require complex, time-consuming techniques, transforming how we approach our research.

Prof. Madhur SrivastavaCornell University

Trusted by Leading
Magnetic Resonance Experts

Our Customised MRS devices

Customise your probe with us
Our partners