Corning will highlight its latest technologies that support the advancement of 3D cell culture and drug discovery at this year's Society for Laboratory Automation and Screening (SLAS) conference in Boston on February 5 - 9.
Corning will showcase two of the newest products in its drug discovery portfolio in support of automated workflows: the Corning Matribot® Bioprinter and the Corning Lambda™ EliteMax Semi-automated Benchtop Pipettor.
The Matribot Bioprinter is a first-of-its-kind, flexible, semi-automated benchtop system that is designed to dispense and print temperature-sensitive hydrogels such as Corning Matrigel® Matrix and Collagen without cold blocks, ice buckets, or a cold room — all within a small footprint. The Lambda™ EliteMax Semi-automated Benchtop Pipettor is an affordable and easy-to-use liquid handler that can support a variety of activities, from simple plate fillings to complex protocol requirements.
Corning Life Sciences (CLS) experts, including Kim Titus, director of Global Business Operations for CLS, will be available on-site to discuss how these new tools are being used to advance drug discovery and 3D cell culture capabilities. “Corning has always been inspired by the needs of our customers,” Titus said. “By addressing industry pain points, like how advanced cell culture techniques can be brought into a more automated environment, we can help accelerate discovery in critical areas like drug screening and cancer research.”
Titus also begins her journey as a newly appointed member of the SLAS Board of Directors, where she hopes to accelerate life sciences innovation by encouraging partnerships between technology providers and users, enabling the sharing of scientific discoveries and removing barriers to discovery.
The company will also spotlight three of its most popular products used in 3D cell culture. This includes Corning Matrigel Matrix-3D Plates, which can provide a consistent, ready-to-use cell culture format to support organoid and spheroid models, and Corning Matrigel Matrix for Organoid Culture, an optimized extracellular matrix that reduces the need for time-consuming screening and provides the reproducibility and consistency essential for organoid research. Also featured is the Corning Elplasia® plate, which leverages microcavity technology to simplify high-volume spheroid production, enabling the generation and culture of thousands of spheroids per plate under uniform culture conditions.