Bosensor-Solutions

Our Biosensor Solutions

Why Biosensors?

Biosensors offer fast, sensitive, and real-time detection of biologically relevant molecules—directly from small sample volumes. Unlike traditional lab assays, biosensors can deliver immediate, actionable signals without complex workflows. For research environments, this means faster experiments, quicker optimization cycles, and the ability to measure targets directly at the point of need. Fluidome’s RUO biosensors extend these advantages with high stability, selectivity, and seamless microfluidic integration.

Rapid Multi-Analyte Detection
Minimal Sample, Maximum Access
Biosensing + Metabolomics Synergy

Direct, rapid detection of proteins, metabolites, and hormones.

Low-sample-volume, point-of-care compatible.

Complementary to LC–MS metabolomics: use biosensors to monitor key markers, metabolomics to explore broader pathways.

Our Services and Products

Fluidome advances research and development through high-performance MIP-based electrochemical biosensing solutions. We provide end-to-end services that accelerate biosensor development from concept to validated prototype. All products and services are offered for Research Use Only (RUO).

Ready-to-Use Biosensor Portfolio

Fluidome offers a growing library of validated MIP biosensors for proteins, metabolites, and hormones—including GFAP, succinate, lactate, agmatine, and cortisol. These RUO sensors deliver rapid, stable, and ultra-sensitive detection, enabling immediate integration into research workflows without additional development time.

Custom Biosensor Design Service

From concept to prototype, we design and engineer MIP-based electrochemical biosensors tailored to your target analytes and application requirements. Our multidisciplinary team integrates molecular imprinting, advanced electrode materials, and microfluidic automation to deliver selective, sensitive RUO biosensors optimized for your research needs and commercialization goals

Electrode Fabrication

We manufacture high-quality, reproducible electrodes in our advanced fabrication facility. Each batch undergoes strict quality control—including electrochemical characterization, surface analysis, and stability testing—to ensure consistent performance across research and prototype applications.

Metabolomics & Biomarker Discovery

Leveraging advanced electrochemical sensing and microfluidic platforms, we support metabolomics research and biomarker discovery studies. We collaborate with clients to develop targeted assays, identify novel biomarkers, and validate candidate signatures across relevant biological matrices.

End-to-End Biosensor Development Services (TRL-Aligned)

Fluidome and BioChipTech offer full lifecycle biosensor development services tailored to commercialization pathways. Our team supports projects across Technology Readiness Levels (TRLs) from early feasibility to validated prototypes and pilot-scale transfer, ensuring each stage is aligned with regulatory and market requirements.

1. Pre-Meeting & Requirements Definition (TRL 1–2)

We begin with a discovery session to define the target analyte, clinical/industrial use case, performance goals, and regulatory pathway. We then assess feasibility and project scope.

2. System Design & Feasibility (TRL 2–3)

We develop a technical roadmap including assay strategy, sensor architecture, and initial proof-of-concept planning.

3. Electrode Design & Fabrication (TRL 3–4)

We design and fabricate custom electrodes and sensor layouts using scalable manufacturing methods, ensuring the design is compatible with downstream production.

4. Biosensor Chemistry & Functionalization (TRL 3–5)

We optimize surface chemistry, bioreceptor immobilization, and assay conditions for sensitivity, specificity, and stability in relevant matrices.

5. Prototype Development & Integration (TRL 4–6)

We build integrated prototypes combining electrodes, microfluidics, and electronics. Iterative testing refines performance and supports transition to a manufacturable design.

6. Analytical Testing & Validation (TRL 5–7)

We conduct rigorous analytical validation including LOD, dynamic range, repeatability, and interference testing across real sample matrices

7. Final Validation & Technology Transfer (TRL 6–7)

We finalize the optimized design and provide documentation, data packages, and manufacturing support supporting pilot production, scale-up, and regulatory submission.

Molecularly Imprinted Polymers (MIPs)

MIPs are highly efficient biomimetic receptors known for their chemical stability and ability to selectively recognize target molecules.

They combine several advantages—easy preparation, low cost, scalability, and long shelf life—making them a promising foundation for the next generation of chemical-biological sensors.

MIPs enable continuous, real-time detection of bacteria, viruses, and key biomolecules such as metabolites, hormones, proteins, and nucleic acids. This capability provides critical biological information for early disease diagnosis, tracking disease progression or remission, and ongoing patient monitoring.

Key Features of Our Technology

Why choose fluidome?

Fluidome (BioChipTech) combines deep expertise in molecular imprinting, electrochemical sensing, and microfluidic integration to deliver robust, scalable biosensing solutions. We offer a complete development pathway with rapid prototyping, rigorous analytical validation, and reliable manufacturing quality. Whether you need an off-the-shelf sensor, a custom development program, or support for metabolomics and biomarker discovery, Fluidome provides the technical depth and engineering capability to accelerate your research and product development.