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A Cutting-Edge, High-Density, Energy Efficient -80°C Automated Sample Storage System

Faculty of Native Studies provides science and technology learning opportunities to public

Automated analysis minimizes error risk, analysis time, and technician variation.

A novel platform paves the way for genomics-based oncology testing, with a knowledgebase of actionable biomarkers and help for scientists developing in-house tests.

Developing the clinical potential of NK cells as cancer therapeutics requires researchers to expand beyond conventional cell culture approaches.

Natural killer (NK) cells target infected and oncogenic cells, but are difficult to work with in vitro. Discover novel approaches to producing genetically modified NK cells for cell therapy. 

Take the leap from shake flasks to bioreactors.

Explore the latest advances in automated live-cell neuronal analysis for cell culture models.

Properly optimizing data enhances AI training for accelerating novel biopharmaceutical discoveries. 

Researchers require an accurate and high throughput method to evaluate proteolysis targeting chimera (PROTAC) interactions. 

A new, GMP-ready system enhances cell isolation and ensures smoother transitions between process development and cell production.

Researchers assessed the binding affinities of PROTAC binary and ternary complexes with Spectral Shift technology.

Scientists used Spectral Shift assays to assess binding affinity and degradation of the oncogene regulator WDR5.

Vesselon's microspheres optimize radiopharmaceuticals for targeted treatment, enhancing anti-tumor effects.

Water impurities affect the operation of clinical analyzers and the accuracy and reproducibility of their results. 

Good data management is the first step toward improving scientific outcomes with artificial intelligence and machine learning.

Discover a guide for optimizing CO₂ incubator monitoring.

Freezer failures can lead to significant sample loss, but researchers can take measures to prevent these events.