Advanced Cell Models – News and Features

New research finds that turtle genomes show a chromatin arrangement that hasn't been observed in other organisms.

A study by EPFL shows how Pseudomonas aeruginosa manages the trade-off between biofilm formation for antibiotic protection and a mobile state to spread in the lungs.

Researchers have shed new light on the role of p53 in the pathogenesis of ulcerative colitis, which is linked to an increased colon cancer risk.

Researchers have studied what happens immediately after a stroke in the stem cell niche known as the subventricular zone, helping to understand how to alleviate the consequences of a stroke.

A team of scientists has developed grain-sized soft robots that can be controlled using magnetic fields for targeted drug delivery.

A study from Scripps Research utilizes patient-derived mini-brains to investigate how MEF2C mutations cause autism spectrum disorder (ASD) by disrupting brain cell balance. The research identified a potential treatment.

This article discusses the roadblocks preventing labs from utilizing transformative technologies and evaluates how digitization and automation will continue to shape the research landscape.

Researchers have mapped the genetic landscape of cancer drug resistance, uncovering that DNA changes can be grouped into four main categories and highlighting possible new therapeutic targets.

Technology Networks asked a selection of start-up companies at ELRIG Drug Discovery how their technology addresses key limitations in traditional disease models.

A study reveals a detailed atlas of prenatal human skin, uncovering how hair follicles form and the role of immune cells in scarless healing. This research could enhance regenerative medicine approaches.