Partner With Us

We collaborate with diagnostic developers, agri-biotech innovators, and applied research teams to bring molecular diagnostic assays from concept to field deployment. Whether you need a portable detection platform, custom assay development, or a fully integrated solution, we provide the technical expertise and infrastructure to move your project forward, efficiently and reliably.

Who We Are

SignalChem Diagnostics is a Canadian developer and manufacturer of molecular diagnostic reagents, assay components, and rapid detection kits. We specialize in isothermal amplification and CRISPR-based technologies designed for on-site and in-field testing.

Our solutions are designed to support rapid, on-site molecular diagnostics through integrated workflows that combine sample preparation reagents, application-specific detection kits, and portable fluorescence-based instrumentation. When paired with the CRISPOT® Detection Device, these assays enable streamlined nucleic acid testing directly in the field, delivering reliable results in as little as 25 minutes without the need for centralized laboratory testing or sample shipment.

We collaborate with academic researchers, diagnostic developers, industry partners, and applied research teams to develop practical molecular tools with real-world impact. Whether the goal is assay development, validation, field deployment, or commercial manufacturing, we provide the scientific expertise and infrastructure required to move projects from concept to implementation.

Partnership Streams
Custom SignalChem Diagnostics-Developed Assays

Our team can design and develop complete assays for your targets of interest, from early feasibility assessment through validation and manufacturing-ready workflows.

Co-Development Projects

We work collaboratively with research groups, industry partners, and technology developers to create customized assays tailored to specific applications, workflows, or end-user requirements.

Manufacturing Partnerships

For assays already developed within academic or commercial laboratories, we offer scalable manufacturing support to help transition validated technologies into accessible, commercially available test kits.

Benefits of Collaboration

Collaborative projects provide several advantages for research teams and development partners, including:

Accelerated generation of publishable research data
Access to new molecular tools for applied and translational research
Opportunities to commercialize co-developed solutions for industry applications
Access to SignalChem Diagnostics technologies and development resources

We Provide the Platform for Your Assays

CRISPOT® is a lightweight, handheld instrument engineered for rapid, fluorescence-based nucleic acid detection outside of traditional laboratory settings. Designed for flexibility and performance, it enables on-site molecular diagnostics without complex equipment or specialized infrastructure.

With adjustable reaction time, temperature, and result output, CRISPOT® allows you to fine-tune assay conditions while maintaining a streamlined, easy-to-follow workflow.

When used in conjunction with application-specific reagent kits, such as the plant pathogen detection kits (sold separately), the device identifies target nucleic acid markers and delivers actionable results in as little as 25 minutes.

CRISPOT device

CRISPOT® – Portable Fluorescence-Based
Nucleic Acid Detection Device

CRISPOT® Highlights
Fast Results

Time-Saving Efficiency: Quick, on-the-go solution, with results available in just 25 minutes.

User-Friendly Design

Easy to Use: Suitable for both technical and non-technical users — no lab expertise or outsourcing required.

In-Field Testing

Anywhere, Anytime: Conduct reliable on-site diagnostics without lab infrastructure, perfect for field conditions.

Field-Ready Results
  • No reliance on centralized laboratory testing
  • Designed for real-world deployment environments
User-Centric Design
  • Lightweight and portable
  • Minimal sample preparation required
Flexible Assay Optimization
  • Adjustable temperature, reaction time, and data output
  • Compatible with FAM-based nucleic acid assays
  • Supports assay customization and performance tuning

Whether you are developing plant diagnostics, pathogen detection tools, or applied molecular assays, CRISPOT® provides a robust, scalable platform to support your solution. Other potential applications include pet and human diagnostics, water testing, screening for herbicide/pesticide-resistant strains, SNP detection, and more.

Custom Assay Development & OEM Opportunities

Have a target in mind but need development support? Our scientific team works collaboratively to design, validate, and optimize assays tailored to your application.

You can bring an existing concept, or we can develop the assay from the ground up. Custom reagent kits are available upon request and can be optimized for seamless integration with CRISPOT®, or adapted for alternative platforms, including laboratory-based workflows.

Our Development Approach
High Accuracy

Precision Assays: Our custom kits go through rigorous testing to ensure high specificity, sensitivity, and reproducibility.

Streamlined Process

End-to-End Simplicity: Built around your needs, the process is efficient, guided, and hassle-free.

Rapid Development

Fast Turnaround: Leveraging years of expertise, we streamline assay design from concept to validation.

High Specificity & Sensitivity

Each custom assay undergoes rigorous analytical validation to ensure:

  • High specificity for your target of interest
  • Strong sensitivity and reproducibility
  • Reliable performance across defined conditions
Flexible Partnership Models

We support a range of collaboration structures depending on your needs:

  • Device Integration Partnerships – Adapt your assay to CRISPOT®
  • Custom Assay Development – From concept to validated kit
  • OEM & Private Label Opportunities – Scalable reagent supply
  • Co-Development Agreements – Joint innovation for new applications
Field-Optimized Performance

For CRISPOT®-integrated assays, we prioritize:

  • Minimal sample preparation
  • Rapid turnaround time
  • Stability and ease of use in non-lab environments
Streamlined, Guided Process

We provide structured, milestone-driven collaboration:

  • Target feasibility assessment
  • Assay design and optimization
  • Analytical validation
  • Device integration (if applicable)
  • Manufacturing-ready reagent kits

Our goal is simple: to provide scientifically rigorous, commercially viable molecular diagnostic solutions that are ready for real-world deployment.

Example Project Areas

Potential collaboration projects may include:

Validation of rapid LAMP-CRISPR assays for on-site detection of bacterial, fungal, or viral pathogens

Comparative studies evaluating field-deployable molecular assays against laboratory-based qPCR workflows

Development of field-based diagnostic tools to support efficient disease management and containment

Rapid molecular genotyping and genetic disease screening applications in clinical and research settings

Environmental DNA (eDNA) monitoring using rapid one-pot molecular detection assays

Applied molecular detection workflows for invasive species monitoring, biosecurity, and environmental surveillance

Genetic screening of organisms for food fraud detection and identification of antibiotic-resistant bacteria

Additional custom applications in various fields (agriculture, public health, food safety, biosecurity, etc.) tailored to specific research or industry needs

If you are exploring a new diagnostic application or seeking a reliable development partner, we welcome the opportunity to discuss your project.


Contact Us to Learn More