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The emergence of new respiratory viruses, such as SARS-CoV-2 and avian influenza, has highlighted the importance of understanding and monitoring the transmission of airborne pathogens within healthcare facilities.

Viruses, bacteria, and fungi can circulate through the air and contribute to transmission risks, impacting both patient safety and healthcare staff. Yet many airborne microorganisms remain difficult to detect using traditional monitoring methods.

At first glance, it looks like the perfect recipe for a mysterious Halloween potion: pumpkin flesh, beetroot powder, and a handful of magic beads. Add a touch of fog, an eerie atmosphere, and a pinch of witchcraft… and the spell is cast. But behind this seemingly magical experiment lies a genuine scientific demonstration highlighting one of the most critical steps in sample preparation: homogenization.

The emergence of new respiratory viruses, such as SARS-CoV-2 and avian influenza, has highlighted the importance of understanding and monitoring the transmission of airborne pathogens within healthcare facilities.

Viruses, bacteria, and fungi can circulate through the air and contribute to transmission risks, impacting both patient safety and healthcare staff. Yet many airborne microorganisms remain difficult to detect using traditional monitoring methods.

The quality of extracted RNA is a critical factor in ensuring reliable RNA-Seq results. In studies focusing on autosomal dominant polycystic kidney disease (ADPKD), where comparing large numbers of samples is essential, RNA degradation, experimental variability, and batch effects can quickly compromise data quality and interpretation.

At Bertin Technologies, we are driven by more than innovation alone. For Marie Breymand, Strategic Marketing and Business Development Manager, working in defence means contributing to challenges that matter while helping strengthen Europe’s strategic autonomy and sovereignty.  For the past year and a half, Marie has been developing her expertise within the defense industry. What […]

Thanks to SPIRou, the near-infrared spectropolarimeter of the Canada-France-Hawaii Telescope, an international team has just detected a potentially habitable exoplanet 11.4 light-years from Earth. Bertin Winlight directly contributed to this discovery by supplying a key optical component of the instrument: a pupil slicer. Coincidence or destiny? The SPIRou instrument shares its name with the famous […]

The microbiome is at the heart of numerous research fields, from human health to environmental sciences. Whether characterising complex microbial communities, studying the impact of microorganisms on their environment, or monitoring bioaerosols, the quality of the results depends directly on the quality of the samples analysed.

What if viruses could travel around the world… simply carried by the wind? Invisible to the naked eye, this phenomenon is very real. Viruses circulate through the atmosphere, traveling thousands of kilometers, crossing oceans and continents to reach some of the most remote regions on Earth, such as sub-Antarctic South Georgia. A reality that challenges our understanding of ecosystems and highlights just how interconnected they are on a global scale.

In a world where uncertainty and health and security threats are constantly on the rise, risk prevention has become an essential priority. Major events are particularly vulnerable to various types of risks, including radiological ones. To address growing concerns regarding nuclear safety and the management of radioactive contamination risks, certain stakeholders have adopted tailored safety […]

For the past two years, the Bertin Technologies Group has been carrying out initiatives to assist wounded service members, with the aim of supporting their transition to civilian life and honoring their past service, particularly through the recruitment and support of committed athletes. Today, Bertin Technologies is taking a new step forward by supporting the […]