The Vivalytic is a fully automated universal platform for molecular diagnostics that can be used to conduct a number of tests. The device provides the broadest range of applications for analysers of its size with samples able to be tested for single or multiple targets. The Vivalytic supports all common Molecular test procedures; end-point PCR, quantitative real-time PCR, melting curve analysis and biochip microarray technology.
Fully Automated – The Vivalytic is a fully automated solution for molecular testing enabling a faster more efficient method of testing. After addition of the sample to the test cartridge, all subsequent steps, such as DNA extraction, amplification, detection and result generation are performed automatically.
Hygienic – The analyzer does not require a laptop, keyboard or barcode scanner resulting in a hygienic space saving analyzer
Connected – Easy integration with popular standard IT systems makes test results instantly available. An analyzer device can be networked and combined with several other devices, so that several series of tests can be carried out in parallel at the same time.
Direct and Clear Results – The test results are presented clearly in a summary although the raw data of each individual measurement can be displayed if required. The display format is fully customisable to meet the needs of different laboratories
Powered by our Biochip Array Technology
The Vivalytic cartridges, in combination with our intelligent Biochip Array Technology, provide a revolutionary multi-analyte testing platform allowing the simultaneous detection of a wide range of targets from a single sample. This combination provides a unique platform for assessment of various biological samples in a rapid, accurate and easy to use format. Biochips are prefabricated with a planar array of oligonucleotides whose sequence has been chosen to allow detection of up to 44 pathogens from a single sample.
To ensure the quality of every test, every biochip includes internal controls sites that confirm the optimum performance of the extraction, amplification and detection steps and provide the laboratory with added confidence in every generated result.