Latest Articles

There’s been plenty of discussion about agentic AI across the tech industry, but how can it be of use to life sciences research and development and drug discovery? And how should organizations approach it?

Explore how proteomics, AI and microsampling are advancing biomarker discovery. Learn how these innovations are shaping the future of precision medicine.

The team at Omron Sinic X say that, by 2050, they hope their AI can conduct whole experiments independently of human scientists.

Dr. Jacqueline Libby explains why her team’s prototype soft exosuits could replace traditional, clunky stroke rehabilitation equipment.

One of the key challenges of the modern genomics era is studying the thousands of genes in a single human cell at scale. To overcome this, scientists have developed PERISCOPE, which combines the power of microscopy imaging with CRISPR screening.

Speaking at a recent Technology Networks’ symposium, Dr. Jason Reeves explained how AI is changing the development of antibody–drug conjugates.

Explore the evolution of brain–computer interface (BCI) technology, including its fundamental limitations and future prospects.

Technology Networks caught up with Professor Mazhar Adli to learn more about his research on the characterization of essential human genes and the benefits of using inducible degrons to study gene function.

Next-generation proteomics is enabling researchers to explore the proteome with unprecedented depth and scale. This article will explore recent advances in the application of high-throughput proteomics in precision medicine.

This article will cover the basic theory behind logistic regression, the types of logistic regression, when to use them and take you through a worked example.