You bring the samples and ideas. We bring multiplex IF reagents to reveal the biological information you need – spatial biology at the ease of standard IHC.
Revolune delivers a reagent system designed to remove friction - so you can focus on discovery, not on decoding protocols.
You select the targets you want to locate in your tissue. They should stand out clearly over background and autofluorescence.
We deliver reagents to strongly amplify signals that matter to you. High signal to noise ratio and large dynamic range facilitate automated quantification across multiple markers in a full tissue context.
You can mix and match your established antibodies to build mIF panels quickly. Straightforward assay development helps you to start your experiment sooner. Short run times get you results faster.
We thought hard about our reagents, so you won’t have to. We reduced the steps in our protocol and the moving parts in our chemistry to reduce complexity and run time. Protocols can be run on autostainers or manually, while fluorophores are compatible with many imaging systems.
You need solid data and results that you can trust to make your decisions. You need reagents that scale with your projects and are ready for regulated environments if required.
We built our reagents to accelerate your discovery. We tightly control the components of our reagent system to ensure consistency and robustness. We can provide and scale IVD-ready reagents according to ISO13485 when you need them.
WORKFLOW
Use your existing, pre-validated primary antibodies without modification. Simply pre-incubate each antibody with one of our Connectors. Mix your pre-incubated primary antibody-Connector complexes and apply them to the tissue section in a single step.
- Use your trusted antibodies – no conjugation or revalidation
- Adjust panels easily
- Reduce staining time and complexity
Our amplification reagents build a DNA scaffold at each of our Connectors.
- Detect low abundance targets
- Increase signal without adding background noise
- Get more data from every tissue section
Fluorescent probes bind to multiple sites on each DNA scaffold. Therefore, many fluorophores are recruited to each antibody site to yield bright staining.
- Produce bright signals for confident analysis
- Work seamlessly with standard fluorescent imaging systems
- Deliver consistent, reproducible results across experiments
Hey, Revolune!
One that removes the friction, failure points, and complexity that have long burdened spatial biology.One that protects your tissue, accelerates your assays, reduces your costs, and gives you the clarity to answer the scientific questions that matter most.
We built this workflow to deliver Clarity, Speed, and Confidence.
Events
We are attending following events. We are happy to see you there.
The AACR Annual Meeting is the focal point of the cancer research community, where scientists, clinicians, other health care professionals, survivors, patients, and advocates gather to share the latest advances in cancer science and medicine.
The Festival of Genomics, Biodata & AI returns to Boston at a critical moment for the US life sciences community. Funding pressures, rising development costs and intensifying competition are colliding with an unprecedented opportunity: the convergence of multi-omics, large-scale biodata and artificial intelligence.
Over four days in the coastal town of Sitges near Barcelona, ESSB will bring together scientists from around the world to explore the rapidly evolving frontiers of Spatial Immunology, Computational Biology, Spatial Medicine, Cancer and the Tumor Microenvironment, Novel Applications, and Emerging Technologies that are reshaping modern biology.
Be first. Be bold. Apply now.
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