The AI revolution is driving tension between new technology and the traditional approaches in drugmaking. Biopharma leaders are trying to navigate those turbulent waters.

The paper by researchers from IISER, Pune and Thiruvananthapuram, Netherlands’ Wageningen University, and UK-based John Innes ...

Many signalling pathways have been shown to control cell shape and cell surface mechanics. Recent insights from diverse disciplines point to adhesion and cortical tension as regulators of cell ...

Inspired by the surface tension of a droplet of liquid, researchers have created an adjustable wheel that alters shape in real-time, tackling uneven surfaces and high obstacles with ease.

Artificial intelligence is taking shape as a major revolution in biopharma, from drug discovery to clinical trials. The wheels of technology spin quickly, and as the seeds of AI germinate, leaders ...