Students are the next generation of scientists and creators, and their development is an integral part of our operations at BLINK.

BLINK is part of a groundbreaking collaboration using advanced molecular diagnostics to combat antibiotic resistance. This innovative approach utilizes the BLINK One platform to rapidly detect pathogens and their antimicrobial resistance genes directly from samples, providing a cost-effective and efficient solution for both human and animal health.

BLINK–Rutgers collaboration to create a revolutionary TB diagnostic tool. This innovative test, combining Prof David Alland’s drug resistance assays and BLINK’s nanoreactor bead technology, aims to quickly and accurately identify TB and drug-resistant mutations in resource-limited settings.

Our latest publication presents the scientific principles of our new digital PCR method - binding all nucleic acids present in a sample to magnetic nanoreactor beads. The beads provide a high-capacity binding matrix and act as compartments for PCR amplification of individual nucleic acid targets.

We'll be exhibiting at the #AACC2023 in Anaheim, USA

The BLINK approach to multiplexing is unique. BLINK Beads allow completely new approaches for multiplexing with a drastic increase of multiplexing grade while minimising the effort in building panels.

BLINK X wins the #SLAS2023 New Product Award!

The analysis of the sheer quantity of thousands of parallel reactions with the help of the Poisson distribution allows highly reproducible results over several log levels.

We’ll be exhibiting at #SLAS2023 in San Diego!

The BLINK nanoreactor Beads are an innovative approach that addresses the challenges faced in nucleic acid tests both in research and diagnostics.

Visit BLINK at Analytica 2022 and meet the BLINK X.

In 2021 the doors opened on BLINK’s custom-made facility.

The technique shares similarities with qPCR but differs in two key aspects – the preparation of the PCR reactions and the method to determine whether DNA amplification has been successful.

We have developed a new technique for generating digital compartments using a new class of molecular reagents – BLINK Beads.