Biovendor Group presents its CLIA, NGS, Microblot Array, microRNA and LAMP Product Lines at MEDICA 2021

BioVendor presented its newly-launched KleeYab fully automated analyzer, a highly flexible, fast and sensitive random access chemiluminescence platform that provides a unique approach to the use of different bead-based chemiluminescence technologies, offering superior assay performance and providing ease of use with cost containment. The open platform system features a unique trigger cartridge technology that allows the use of both flash and glow detection technologies, along with unique stackable reaction cuvettes to eliminate system handling errors and reduce shipping and storage space.

BioVendor demonstrated its new Next Generation Sequencing (NGS) technology, fastGEN designed for examination of the mutation status of oncomarkers in samples. Its technology is based on ultra-deep sequencing of short amplicons obtained by a single polymerase chain reaction with special tagged hybrid primers. The fastGEN technology is simple, ultra-sensitive, specific and effective - it is perfectly adapted to diagnostics and offers new advantages for clinical material.

At MEDICA 2021, BioVendor also demonstrated its Microblot-Array (MBA), a new generation of a market-unique immunoblot array in a microtiter plate format. It is designed for efficient multiplex diagnostics, enabling the simultaneous detection of multiple markers which is time and cost-saving. The technology eliminates the limited capacity of traditional BLOT strips and opens the way to high throughput testing. Simple processing can be done manually or automatically using any open ELISA analyzers. Additionally, BioVendor presented its complete solution for microRNAs (miRNAs) and other short non-coding RNA sequences (sncRNA) projects, starting with isolation, followed by screening for proper targets and their final quantification. BioVendor also showcased its loop-mediated isothermal amplification (LAMP) assays which bring a novel approach for direct detection of target nucleic acids without the need of isolation step. The unique architecture of the LAMP method ensures its high sensitivity and specificity, and a tolerance for inhibitory substances.

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