Sphere Fluidics
Booth Number 14
October 3-4, 2024
The Westin San Diego
San Diego, CA, USA
Visit the Sphere Fluidics team at booth 14 to learn more about how our cutting-edge technologies are driving innovation in microfluidic biology. You’ll also have two opportunities to listen in on presentations by Richard Hammond, our Chief Technology Officer.
Insights and Innovations
Join Simona Preikšaitė, Presentation and Poster Showcase
SPEAKER PRESENTATION
Picodroplets for biologics discovery and scale up: a novel automation approach
Oct. 3, 2024, 2:25pm
Track One: Antibody Discovery, Engineering & Bioanalysis
POSTER PRESENTATION
Picodroplets for Biologics Discovery and Cell Line Development: Accelerating the Discovery and Development Process
3 Oct. 10:25 – 11:45am
3 Oct. 13:00 – 14:00
3 Oct. 16:05 – 17:25
4 Oct. 11:00 – 12:00
4 Oct. 13:15 – 14:15
Join us in the poster display area!
Simona Preikšaitė, Senior Field Application Scientist, Sphere Fluidics
PRESENTATION DETAILS
Picodroplets for biologics discovery and scale up: a novel automation approach
Ultra-miniaturized droplet microfluidics provides a powerful approach to enable efficient discovery and scale up of biologics. In this talk, we will introduce the underlying approach and show how this has been integrated into a complete automated system for everyday use in the translational research process. We will give examples of the technology in action and highlight compelling new functionality and techniques to extend its application.
POSTER DETAILS
Picodroplets for Biologics Discovery and Cell Line Development: Accelerating the Discovery and Development Process
Although antibody therapeutics dominate drug development, prolonged workflows and increasing costs during their discovery and development hinder their success.
Cyto-Mine® by Sphere Fluidics, utilizes picodroplet technology, microfluidics and imaging, to address these obstacles in Antibody Discovery (AbD) and Cell Line Development (CLD), expediting therapeutic development. Cyto-Mine® offers significant advantages in the number of cells that can be processed, cost per run, and the speed with which projects can be completed.
Sphere Fluidics has developed a 2nd generation Cyto-Mine® instrument that enables the use of more fluors, multiplexed assays, and a broader range of applications. Early applications of the new Cyto-Mine® platform will enable cell isolation based on cell surface markers, viability, and titer of secreted proteins. Moreover, in combination with re-injection-based workflows, it will facilitate complex assays like combining cell types in a single droplet (crucial for binding assessment, cytotoxic assays, and advancing antibody development).
View our latest poster presentation featuring Cyto-Mine®Chroma
Highlights Include:
Faster project completion
Multiplexing capabilities
Rapid identification and isolation of rare cells
Assurance of monoclonality in selected cells
About Simona Preikšaitė
Simona has a background in cell line development and has extensive technical support experience. She is driven to help our customers to tackle experimental challenges and lead them to new discoveries by providing bespoke support.
About Biologics US 2024
Join us at Biologics US 2024, where Sphere Fluidics will be at the forefront of discussions on overcoming the complexities in biologics development. This premier event, held on October 3-4, will bring together over 550 leaders from the pharmaceutical and biotech sectors to explore next-generation strategies and technologies that are shaping the future of biologics.
With 35 hours of insightful presentations and 11 hours of dedicated networking, this is your chance to connect with industry experts, explore innovative solutions, and discover how Sphere Fluidics can help advance your drug discovery workflow.
Visit the event website to register now
The Next Generation: Cyto-Mine® Chroma
Automate. Accelerate. Analyze millions of cells in a single day.
Think Cyto-Mine®, but supercharged, enabling multiplexing and greater assay flexibility to fit your needs. It means that you can examine vastly greater numbers of cells — and isolate the most valuable ones— with unparalleled precision.