microfluidic chips

Researchers report that artificial intelligence has been used to design tiny microfluidic chips capable of isolating circulating tumour cells from blood samples. The approach could make liquid biopsies faster and more precise, helping detect and monitor cancer without invasive procedures. Details on the team and clinical validation remain limited, but the intersection of AI-driven chip design and cancer diagnostics is drawing attention.

Gut-on-a-chip technology, which simulates the human digestive system on a microfluidic device, is being positioned as a tool to move food science toward personalized nutrition. By modeling how individual guts absorb and respond to foods and nutrients, researchers hope to tailor dietary recommendations more precisely than one-size-fits-all guidelines allow. The advance highlights growing interest in combining bioengineering with nutrition research.