Readily Diagnostics
Readily Diagnostics (founded 2022 as a university spin-out) develops rapid, instrument-free molecular diagnostics for infectious disease. Their platform combines ligation-dependent padlock probes with isothermal rolling circle amplification and microfluidic integration to provide multiplex pathogen detection with visual or fluorescence readouts. Current offerings include research-use microtiter plate assays and instrument-free microfluidic chips intended for near-patient and laboratory use.
Industries
Nr. of Employees
small (1-50)
Products
Readily Clinic (microfluidic chip format) - Research Use Only
Credit-card-sized microfluidic molecular test configured for instrument-free, near-patient detection of multiple pathogens from the same sample; visual or optional fluorescence readout.
Readily Research (microtiter plate format) - Research Use Only
Standard microtiter plate molecular assay configured for laboratory throughput; supports fluorescence readout and multiplex detection of viruses and variants.
Readily Clinic (microfluidic chip format) - Research Use Only
Credit-card-sized microfluidic molecular test configured for instrument-free, near-patient detection of multiple pathogens from the same sample; visual or optional fluorescence readout.
Readily Research (microtiter plate format) - Research Use Only
Standard microtiter plate molecular assay configured for laboratory throughput; supports fluorescence readout and multiplex detection of viruses and variants.
Services
Start kit evaluation and technical support
Supply of start kits for evaluation (microfluidic chips or plates) with one day of support to integrate assays into research workflows.
Start kit evaluation and technical support
Supply of start kits for evaluation (microfluidic chips or plates) with one day of support to integrate assays into research workflows.
Expertise Areas
- Molecular diagnostics
- Point-of-care / near-patient testing
- Microfluidics
- Assay development and multiplexing
Key Technologies
- Padlock probe-based target recognition
- Rolling circle amplification (RCA)
- Isothermal amplification
- Microfluidic chip-based assays