When it comes to next generation systems and speed up robotics, the challenge often is to find an appropriate business case. Fast technology changes, superseded technologies, complex interdisciplinary business fields

The need for efficient, reliable and scalable point-of-care human diagnostics is more pressing than ever. Microfluidic technologies offer complex sample control and analysis on an unprecedented accuracy and speed, yet

Just like any other laboratory equipment, automated work decks need to be sterilized for successful experimental results.  One powerful decontamination method is ultraviolet (UV) irradiation, which stops bacterial, viral and

Few life science sectors are gaining economical traction in the same way as synthetic biology. Advancements in genome sequencing and engineering technologies allow us to create custom genetic constructs and

By end of 1998, the first European quality and safety requirements for in vitro diagnostic medical devices, the European Directive 98/79/EC (IVDD), stepped into effect. After almost 20 years in

Diagnostic system development projects can be more prone to failure than you would think. Despite the eye-watering amounts of time and money that flow into these projects, relatively simple aspects

Without partnerships I would have hardly ever had success — but I had to learn that from experience.  

by Thomas Hanselmann This blog post reviews a must-read paper for anyone involved in next-generation sequencing (NGS) – “Short Barcodes for Next Generation Sequencing” by Mir et al. (2013) –

by Thomas Hanselmann An Example of Fluidic Pressure Data from a DNA Sequencing Machine using simple PCA & Clustering.