Microfluidics in Life Sciences
Microfluidics transforms life sciences by providing a platform for precise control of cellular environments at the microscale. It enables researchers to replicate complex physiological conditions, offering a deeper understanding of cellular behavior and facilitating more accurate in vitro studies.
Innovative Platforms for Cellular and Molecular Research
When combined with microscopy and fluidic perfusion systems, microfluidic chips create versatile platforms for studying a range of biological processes. These systems are ideal for applications such as drug testing, gene expression analysis, long-term cell culture, and real-time imaging, allowing for more accurate, time-resolved insights into cellular dynamics.
Organ-on-a-chip and Advanced Cell Culture
Microfluidic devices offer a cutting-edge solution for creating in vitro models that simulate human organs. These organ-on-a-chip systems enable the study of molecular and cellular behaviors under controlled conditions, supporting the discovery of new drug targets and advancing personalized medicine.
Droplet-based Digital PCR
Microfluidic droplet technology enhances digital PCR (dPCR) by partitioning samples into thousands of discrete droplets, allowing for precise and highly sensitive detection of genetic material. This droplet-based approach ensures accurate quantification and is especially beneficial for applications such as rare mutation detection, viral load quantification, and high-throughput genotyping.
Industrial applications