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let’s advance imaging together!

MUSE® is a highly versatile, cost-efficient reagent technology that enables true multiplexing of antibodies for IHC, immunofluorescence and FISH—and extends effortlessly to FACS, ELISA, LFA, and other assay platforms.

Whether you’re expanding an antibody portfolio or building integrated instrument solutions, arcoris bio provides high-performance, scalable reagent solutions for biomarker detection—tailored to the needs of researchers and commercial partners alike. Ready to unlock the next level of signal amplification?

why partner with arcoris bio?

expand your product line
Integrate our easy-to-adopt MUSE® technology into your existing antibody or assay portfolio. Enhance current assays, create new products, and deliver complete solutions to your customers.

 

flexible private/white-label options
We adapt to your needs. MUSE® is flexible across multiple assay types—and so is our approach to collaboration.

 

a collaboration you can count on
Whether you need co-branded kits or full workflow integration, we support partnerships across life-science tools, in vitro diagnostics, translational research, and pharmaceutical services.

 

proven technology
MUSE® has been successfully applied across diverse platforms. It works at room temperature in aqueous solutions, making it ideal for automation and instrument integration. Our scientific team supports you every step of the way.

 

sustainable by design
MUSE® eliminates the need for secondary antibodies, reducing animal use and simplifying logistics.

MUSE® in action: key applications

multiplex IF

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  • Eliminate secondary antibodies and multiplex any primary antibodies

  • Boost signal-to-noise to detect even low-abundance targets

IHC

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  • Eliminate secondary antibodies 

  • Boost signal-to-noise even compared to poly-HRP secondary antibodies

FISH

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  • Detect low-abundance targets—even in thick sections

  • Combine FISH and IF to visualize protein and RNA on the same slide

FACS

FACS
  • Combine isogenic antibodies

  • Add signal compared with directly labelled primary antibodies

LFA

lfa lateral flow assay
  • Explore better sensitivity and lower detection limits

ELISA

ELISA
  • Explore straightforward multiplex fluorescent ELISA

  • Explore improving the limit of detection of your assay

     Let’s Build the Future Together!

Have an idea or project in mind?

Let’s connect and explore how MUSE® can power your next breakthrough.

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