In a monumental leap for medical science, researchers from ICMR-National Institute for Research in Reproductive and Child Health (NIRRCH), Mumbai, and IIT Bombay have jointly developed an indigenous 'placenta-on-chip' platform. Published in the prestigious Journal of Biofabrication, this high-tech device mimics the biological functions of a human placenta, offering a window into the complex lifeline that nourishes a developing fetus—an organ that has historically been notoriously difficult to study.Mimicking the Lifeline of a Fetus This innovative chip replicates the critical processes that occur during pregnancy, including hormone production, nutrient and glucose transport, waste excretion, and the functioning of the protective placental barrier. By simulating these functions in a laboratory setting, the platform allows scientists to observe how the placenta responds to various conditions, such as gestational diabetes. It serves as a sophisticated research model to study how medications cross the placental barrier, ultimately paving the way for safer prenatal treatments.Why This Innovation Matters for Global Science Professor Deepak Modi, a leading scientist at ICMR, highlights that this technology provides a more realistic human research model, significantly reducing the reliance on animal testing. While global versions of this technology are often prohibitively expensive and complex, the Indian-developed platform is designed to be simple, highly affordable, and accessible for standard research laboratories. This accessibility is expected to accelerate critical studies on pregnancy complications like pre-eclampsia and fetal growth retardation, positioning India at the forefront of affordable reproductive healthcare innovation.
Around the web
