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.
Fluidome’s products are used by researchers at institutions including Georgia Institute of Technology, University of Basel, McMaster University, University of Michigan, Université du Québec à Montréal, Heidelberg University, along with many other academic laboratories and industry partners worldwide.
From Biomarker Discovery to Real-Time Detection
2- Fluidome provides complete solutions,from biomarker discovery to rapid detection. Using advanced metabolomics and easy-to-use tools like EasyOmics, LabOmics, Crosstalker Plates, and Metabolite Standard Mixes, we simplify complex laboratory workflows into reliable and reproducible processes. We translate these discovered biomarkers into electrochemical biosensors for rapid detection, enabling quick finger-prick testing and turning complex biological data into practical, on-site insights.
From Discovery to Detection — Choose Your Path
Omics
For biomarker discovery and quantitative profiling
- EasyOmics Plate
- LabOmics Plate
- Crosstalker Plate
- Standard Mixes
Biosensors
For real-time detection and point-of-care applications
- Custom MIP biosensors
- RUO biosensor panels (GFAP, cortisol, etc.
- Microfluidic POC devices
Our Omics Solutions
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 Omics Products
LabOmics Plate
- Single-step, high-throughput sample processing with integrated clean-up
- 96-well format with in situ membrane-based processing (no transfer steps)
- LC-MS–ready outputs for fast, reproducible metabolomics workflows
Crosstalker Plate
- Integrated microbial culture and metabolite sampling in one platform
- Enables analysis of metabolic interactions between multiple species
- Supports microbiome, co-culture, and systems biology studies
EasyOmics Plate
- All-in-one incubation, extraction, and cleanup in a single step
- Membrane-based diffusion delivers LC-MS–ready samples directly
- Ideal for drug testing, screening, and biomarker discovery
Metabolite Standard Mix
- 79 validated metabolites for accurate LC-MS calibration and quantification
- Covers key metabolite classes (amino acids, sugars, organic acids, etc.)
- Quality-tested, ready-to-use standards for reliable metabolomics workflows
Our Biosensing Technology
Molecularly Imprinted Polymer Advantages
- High Selectivity
Biomimetic receptors engineered for precise molecular recognition
- Stable & Scalable
Chemically robust, low-cost, and suitable for large-scale production
- Real-Time Detection
Enables continuous monitoring of metabolites, proteins, and pathogens
Binding of target molecules to imprinted cavities modulates electron transfer, generating a quantifiable electrochemical signal.
Our Biosensing Products
These Research-Use-Only biosensors enable rapid nanomolar-level quantification of target analytes directly from whole blood, serum, or plasma using integrated microfluidic sample handling. The redox-enhanced sensing interface provides high selectivity, reproducibility, and compatibility with metabolic, mitochondrial, and immunology research workflows.
Agmatine Biosensor
- Ultrasensitive detection (sub-nM LOD) across physiological ranges
- MIP-based high selectivity, validated in serum and urine
- Rapid, microfluidic-ready for fast, scalable workflows
Cortisol Biosensor
- Ultrasensitive cortisol detection (sub-ng/mL) with rapid readout
- MIP-based specificity, High reproducibility validated in sweat
- Microfluidic-ready for wearable and Point of Care (POC) use
GFAP Biosensor
- Ultrasensitive detection (nM range) with rapid assay
- MIP-based specificity with high reproducibility
- Validated in blood, serum, and plasma
- Rapid, microfluidic-ready for fast, scalable workflows
Succinate Biosensor
- Ultrasensitive GFAP detection (fg/mL range) with rapid assay
- MIP-based specificity with high reproducibility
- Validated in blood, serum, and plasma
- Rapid, microfluidic-ready for fast, scalable workflows
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.
Where biology becomes impact
From metabolomics and biomarker discovery to electrochemical biosensors, Fluidome transforms complex biological data into fast, real-world solutions.