A new study shows that a novel blood marker called neurofilament light chain may help to predict cognitive impairment in patients after an out-of-hospital cardiac arrest. It also revealed that the neurofilament light chain blood biomarker has potentially better diagnostic performance than neuron-specific enolase.

Human imagination still outperforms artificial intelligence when it comes to genuine visual creativity. A new study led by the University of Barcelona found that even advanced image-generating AI systems lag far behind both artists and non-artists in producing truly original and compelling images, especially when human guidance is removed.

After a stroke, the brain may do more than compensate for damage — it may partially “rejuvenate” healthy regions to adapt. A new AI-based international study found signs of younger-looking brain structure in undamaged areas, offering fresh insight into how the brain rewires itself and how rehabilitation could one day become more precisely tailored.

Azenta Life Sciences’ Low DNA Binding consumables product range offers a practical option for laboratories looking to reduce avoidable sample loss and ensure reliable molecular biology workflows.

Afys3G has launched the Information Marking System Lambda768. The laser marking solution has been designed for laboratories that demand precision, speed, and adaptability. It also enables high-throughput tube marking with exceptional accuracy and flexibility.

The Automated Plate Seal Remover streamlines workflows by eliminating manual bottlenecks, helping to protect sample integrity and minimize degradation by reducing time spent on the benchtop. Capable of processing up to 200 plates per hour, the solution accelerates workflows, increases throughput, and frees up valuable research time.

Anton Paar has launched the MCR 53, MCR 73, and MCR 93 rheometers which set the benchmark for precision and efficiency. These new entry-level instruments combine speed, precision, and intelligent features to support reliable rheological analysis in everyday QC workflows.

Biotech Fluidics’ biocompatible valves claim to offer the prefect solution for simplifying instrument design as the single rotary distribution valve can replace a bank of up to 24 solenoids valves. It also offers low swept volume and eliminates reagent carryover concerns.

The determination of volatile organic compounds (VOCs) in postharvest analysis using gas chromatography coupled with mass spectrometry (GC–MS) has proven to be a suitable tool for predicting the extent of chilling injury and minimizing food losses. The peach example presented here may serve as a model case for other commodities.

Researchers have developed a metahydrogel platform integrated with AI-driven signal processing which enables clinical-grade tracking of heart signals and blood pressure during daily activities, paving the way for uninterrupted monitoring of mental-health states.