From Biomarker Discovery to Biosensors: End-to-End Omics Detection
Fluidome designs metabolomics plates, standard mixes, and electrochemical biosensors that make metabolite and protein measurement faster, easier, and more accessible.
Our End-to-End Solutions
Fluidome provides end-to-end solutions—from biomarker discovery to point-of-care analysis. Using high-resolution LC–MS metabolomics, researchers can profile diverse biological and environmental samples with our Metabolomics Solutions, including EasyOmics, LabOmics, Crosstalker Plates, and Metabolite Standard Mixes. These tools convert multi-step workflows into streamlined, single-step processes, improving robustness, reproducibility, and biomarker identification.
Once candidate biomarkers are discovered, our platform enables their translation into microfluidic MIP-based electrochemical biosensors, allowing rapid analysis of finger-prick volumes using a handheld reader and smartphone interface. This integrated pipeline turns complex omics data into practical, on-site detection tools—accelerating the journey from discovery to real-world diagnostic applications.
Metabolomics Solutions:
- EasyOmics Plate
- LabOmics Plate
- Crosstalker Plate
- Standard Mixes
Biosensor Solutions:
- Custom MIP electrochemical biosensor design service
- RUO biosensor products:
- GFAP, succinate, lactate, cortisol, etc.
- Microfluidic POC and sample-to-answer devices
Our Omics Kits
Our Omics Kits transform complex, multi-step workflows into streamlined, single-step solutions that improve reproducibility and reduce hands-on time. In parallel, our metabolomics standard mixes deliver consistent, well-characterized reference materials that support method development, quality control, and cross-platform comparability in LC–MS-based studies. Together, these tools enable more reliable data generation across metabolomics and biosensor development workflows.
Our Biosensing Technology
Precision Sample Loading
Fluidome’s disposable biosensing chip is designed for low-volume, direct sample introduction with minimal preprocessing. The chip architecture ensures reproducible delivery of biological samples to the sensing region, reducing handling variability and operator-dependent error.
Key advantages:
- Microliter-scale sample volumes
- Minimal sample preparation Single-use, contamination-free format
- Compatible with complex biological matrices
Engineered Microfluidic Control
At the core of the platform is a precisely engineered microfluidic network that governs fluid flow, reaction kinetics, and sensor exposure. This enables controlled interaction between analytes and sensing elements under well-defined conditions.
Key advantages:
- Stable and reproducible flow profiles
- Enhanced mass transport to sensing surfaces
- Supports multiplexed sensing configurations
- Scalable chip design for different assay formats
Electrochemical Biosensing Interface
Fluidome’s technology translates molecular interactions into quantitative electrochemical signals. The sensing surface is optimized for sensitivity, signal stability, and compatibility with impedance-based and electrochemical readouts.
Key advantages:
- Label-free detection
- High signal-to-noise ratio Suitable for proteins, metabolites, and small molecules
- Enables real-time monitoring of binding events
Compact, High-Precision Readout
The portable reader applies controlled electrical stimulation and captures high-resolution response data from the biosensing chip. Laboratory-grade measurements are achieved in a compact, field-deployable format.
Key advantages:
- High-precision impedance and electrochemical measurements
- No benchtop instrumentation required
- USB-powered, portable hardware
- Designed for research and translational applications
Real-Time Data Visualization & Control
The Fluidome mobile app provides real-time visualization, assay control, and data export directly from the biosensor. Users can monitor sensor response curves, adjust protocols, and capture results instantly.
Key advantages:
- Real-time impedance and signal plots
- Intuitive assay control interface
- Direct data export for downstream analysis
- Seamless hardware–software integration
Our Mission
At Fluidome Inc., our mission is to make advanced molecular detection accessible, rapid, and reliable across research, clinical, and industrial environments. Today’s metabolomics and biosensing workflows are often expensive, slow, and dependent on specialized expertise. We address these challenges by developing scalable technologies that simplify complex analytical processes—whether for LC-MS–based metabolomics or electrochemical point-of-care biosensing.
Simpler and Faster Metabolomics
Metabolomics can be complicated and expensive, making it hard for researchers to use in real-world situations. Existing methods require trained experts and specialized equipment. At Fluidome Inc., we’ve developed multiple products which make metabolomics more accessible. Our platforms provide everything researchers need to conduct reliable metabolomics analyses quickly and easily, without requiring specialized expertise. With the EasyOmics Kit, researchers can conduct high-quality metabolomics analyses faster and more affordably than ever before. Our technology has many applications, including biomarker discovery, drug screening, diagnosing bacterial infections, detecting cancer, and discovering new drugs (for research use).
Reliable and Rapid Biosensing
Our mission is to advance molecular diagnostics through robust, selective, and scalable MIP-based electrochemical biosensors integrated with microfluidic point-of-care platforms. By engineering highly stable recognition elements, reliable electrode systems, and automated sample-to-answer workflows, we aim to deliver rapid, ultra-sensitive detection of proteins, metabolites, hormones, and emerging biomarkers. With rigorous QC, state-of-the-art fabrication, and a multidisciplinary team, Fluidome is committed to providing accessible, high-performance diagnostic technologies for clinical, research, and industrial use.
Our Metabolomics Solutions
LabOmics Plate
The LabOmics Plate offers a streamlined, single-step solution for high-throughput sample processing — combining efficient clean-up with compatible downstream read-out. Using a 96-well filter format, samples are loaded on the top of the plate and processed in situ via the semi-permeable membrane, enabling direct access to the processed solution for further analysis. With minimal handling and elimination of multiple transfer steps, the LabOmics Plate supports general sample preparation workflows including metabolite extract purification, rapid screening and biomarker discovery. (Please note: the current version of the product is not intended for clinical diagnosis use.)
Crosstalker Plate
The Crosstalker plate is both a microbial culture plate and metabolite sampling platform combined into one simple device. Designed to assess the metabolic relationships which occur between two or more species of microbes, the Crosstalker plate is an essential tool for cutting-edge research on microbial communities where it can uniquely help determine the metabolic contributions of individual members to a complex environment. The Crosstalker plate allows users to easily sample metabolites that are produced by one species of microbe and consumed by others. (The current version of the product is not for clinical diagnosis use)
EasyOmics Plate
The EasyOmics plate allows the user to perform incubation and liquid chromatography mass spectrometry (LC-MS) sample preparation & cleanup, metabolite extracts and make it ready for running in LC-MS in one step. Samples are loaded into the receiver plate and metabolites freely diffuse across the semi-permeable membrane where they can be directly sampled by the LC-MS system. The EasyOmics plate can be used for general sample cleanup, also rapid drug testing and screening or biomarker discovery. (The current version of product is not for clinical diagnosis use)
Custom-design biosensor
Our metabolomics standard kits for liquid chromatography mass spectrometry (LC-MS) methods contain up to 99 compounds. They contain many important human and bacterial metabolites ranging from amino acids, organic acids, sugars, vitamins and nucleotides. Other specialized kits include important central carbon metabolites such as pyruvate and lactate. All standard kits have been thoroughly tested and validated and clients will receive support to ensure that their experiment meets current analytical testing guidelines.(Not for clinical diagnosis)
Our Biosensing Solutions
Agmatine MIP Biosensor
The Agmatine MIP Biosensor provides fast, highly selective electrochemical measurement of agmatine in complex biofluids, achieving industry-leading detection limits down to 0.1 nM. Its robust MIP recognition layer ensures stability, reproducibility, and minimal interference, supporting applications in neurobiology, infection monitoring, and metabolic pathway analysis. Optimized for plasma and urine samples.
Succinate MIP Biosensor
The Succinate MIP Biosensor enables rapid, nanomolar-level quantification of succinate directly from whole blood, serum, or plasma using integrated microfluidic sample handling. Its redox-enhanced MIP interface ensures high selectivity, exceptional reproducibility, and compatibility with metabolic, mitochondrial, and immunology research. Designed for automated, low-sample-volume workflows.
Cortisol MIP Biosensor
The Cortisol MIP Biosensor offers real-time, low-volume detection of cortisol from sweat, saliva, or other biofluids with excellent selectivity and shelf stability. Using synthetic MIP receptors and rapid electrochemical readout, it enables on-site stress monitoring, wearable sensing applications, and field-deployable endocrine analysis. Designed for ultra-low power and portable platforms.
GFAP MIP Biosensor
The GFAP MIP Biosensor delivers ultra-sensitive electrochemical detection of glial fibrillary acidic protein for brain injury and neurological monitoring. Built with high-affinity molecularly imprinted polymers, it achieves sub-picogram per milliliter limits of detection and stable performance across blood, serum, and plasma. Ideal for rapid triage, POC testing, and translational neurodiagnostics.
Frequently Asked Questions
Fluidome technologies are designed to support the detection and analysis of metabolites, proteins, hormones, and small molecules, depending on the assay configuration. The platform is adaptable to different biological targets through surface chemistry, assay design, and sensor configuration.
Unlike traditional benchtop instruments, Fluidome’s biosensing technology combines microfluidics and electrochemical detection in a compact, portable format. This enables real-time, quantitative measurements without large instrumentation, while maintaining analytical precision suitable for research and translational applications.
Fluidome is designed for academic labs, biotech and pharma companies, and translational research teams that need faster iteration, better reproducibility, or multiplexed sensing capabilities—without adding complexity or infrastructure burden to their workflows.
Fluidome solutions are made
by scientists for scientists
Fluidome products are customized for metabolomics applications and are proven to streamline and accelerate experimental and data analysis workflows(Fluidome conducted its research and development in collaboration of research lab at the University of Calgary)