Advanced Cell Models – News and Features

A naturally occurring protein, FGD3, has been shown to boost the effectiveness of chemotherapies and immunotherapies by rupturing cancer cells disrupted by these drugs.

Researchers genetically engineered stomach organoids to transform them into pancreatic beta cells capable of secreting insulin.

Researchers at Science Tokyo have created a lab-grown liver organoid that mimics regeneration and scarring, offering a new platform to study fibrosis and test therapies that could reverse chronic liver damage.

Learn how in vitro models mimic tumors and aid in oncology research, paving the way for safer and more effective cancer therapies.

This article explores how advances in automation, 3D cell models and AI are transforming high-throughput screening, driving faster and more predictive drug discovery.

Scientific review discusses how new advances in 3D bioprinting, organoids, organs on-a-chip aid in the fight against cancer.

A new bioengineering platform enables the large-scale production of human kidney organoids that can be perfused within pig kidneys, maintaining viability and function without immune rejection.

Explore how biotech start-ups are using 3D models and automation to reduce animal testing, cut waste and improve drug discovery outcomes.

From lab-grown mini brains to spider-inspired wound dressings, wolf apple coatings and microplastics in eyeballs, here are four spooky science stories that blend Halloween thrills with real research.

Stanford researchers have created a device that uses electromagnetic levitation to gently sort cells by type. The cells are separated based on their density and magnetic susceptibility.