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This project will result in a scalable, microfluidic system for rapid and informative analytical measurements that will bolster the development of vaccines and therapeutics for coronavirus.

“A Day in the Life” video series will provide an immersive look into biomanufacturing careers

Prepare a new intensified, continuous purification process for antibodies by eliminating “Protein A” affinity chromatography, by employing precipitation capture purification, tangential flow filtration, and flow-through chromatography for polishing.

Student directed training program providing information just-in-time as students realize they need it, while integrating continuous learning with the busy work and home lives of today’s employees.

This project will develop a mechanistic model of cell metabolism that can be integrated with a multiscale cell growth model to predict of metabolic behavior in fed-batch culture.

This project develops a multi-attribute inline optochemical sensor platform for continuous monitoring of bioreactors at all scales. This multiplexed fiber-optic sensor platform will monitor, glucose, DO and DCO.

This project will develop high-efficiency HVAC filters that are capable of removing airborne viral particles via electrostatic-charged fibers.

Chimeric antigen receptors (CARs) T-cell therapy has become an important approach for cancer treatment. This project aims develop a novel perfusion-based, beads-free, bioreactor system as a new platform for CAR T cell manufacturing.

This application will focus on development of a novel perfusion-based, microbead-free 3D bioreactor to achieve the selection, activation, and gene transduction of T cells in a single continuous processing system.

This project focuses on the refinement of a recently developed hybrid curriculum in cell and gene therapy based on industry feedback and establishment of a scholarship program to develop BIPOC talent in cell and gene therapy manufacturing.

This project aims to evaluate how levels of key cytokines affect the growth rate of important Tcell phenotypes, so as to promote a more consistent final product. A properly scaled-down “bioreactor” will be evaluated along with RedBud’s magnetic post tech.

The focus of this project is to develop and demonstrate rapid manufacturing, characterization and process development of virus-like particles (VLPs).