OUR PROMISE

Making Diagnostics Readily Available

We offer rapid, sensitive and cost-effective diagnostics of infectious disease.

With the goal of making diagnostics accessible

Our technology is based on padlock probes and rolling circle amplification (RCA) together with our proprietary solution to increase speed. We are combining the molecular method with microfluidics to be used anywhere it is needed - or with accessible laboratory equipment for high throughput. Our technology achieves the robustness and specificity of RT-PCR without the need of instruments.

  • Accessible

    Testing where and when this is needed. The first line of defense against infectious disease. Our tests do not require any instrumentation. Get an accurate yes or no in the palm of your hand about ongoing infection.

  • Fast

    When time to answer is of the essence. From sample to results in just 15-30 minutes!

  • Low cost

    Our instrument-free platform can be used both as a rapid point-of-care test for rapid detection of several microorganisms in a sample or aa a laboratory test for higher throughput. Both with with the benefits of low cost and ease of use but offering the high sensitivity and specificity of a clinical laboratory test.

  • Scalable

    The padlock probe methodology inside our tests lends itself for multiplex analyses that are easy to adapt to new target variants. Production of the platform is easy to scale up.

About us

Readily was founded 2022 as a spin out from Uppsala University to further develop and commercialize the rapid and sensitive padlock probes-based technology and to provide readily available diagnostics for infectious disease. We will offer both point-of-care microfluidic chip and easy-to-use laboratory based test for rapid identification of an infectious disease pathogen. The rapid technology was discovered and developed by Dr Liza Löf when she was working together with Professors Masood Kamali-Moghaddam and Ulf Landegren in the Molecular Tools group at the Department of Immunology, Genetics and Pathology.   

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