03.19.26 -- Powering AI And Synthetic Biology In Therapy Design

Selecting the right depth and membrane filter combinations is vital for AAV clarification. Use feed stream knowledge and process constraints to guide your bench-scale filterability studies.

Conventional electroporation methods struggle with damaging heat buildup. Discover how innovative flow technology leverages physics to protect cells and enable large-scale therapeutic production.

Choosing a delivery system is a pivotal decision in gene therapy. Examine the specific advantages and logistical challenges of current viral and non-viral vector technologies for scale.

Explore a scalable, sterile solution for isolating extracellular vesicles (EVs) in exosome therapeutics to enhance yield, purity, and commercial viability through innovative filtration technology.

Compare two unique methods for clinical-scale expansion of gamma delta T cells, which are well suited for a wide variety of treatments due to their reduced risk of graft-versus-host disease.

Learn how to achieve high yields in vaccine production by using Cation Exchange Chromatography for purifying SARS-CoV-2 spike proteins. This method provides high purity and minimizes protein aggregates.

Selecting the right transfection reagent requires looking beyond the label. This guide explains how to test reagents against specific applications to ensure optimal performance and cost.

Improve your gene editing and cell manufacturing with electroporation platforms and gene editing technology. Delve into the transition from initial design to full-scale automated production.

Ensure regulatory compliance and operational efficiency in your next cleanroom build. Investigate a comprehensive framework for managing projects from the design phase through final delivery.

Sterile connectors streamline cell and gene therapy processes while maintaining sterility. By withstanding extreme temperatures and cryoprotectants, they can ensure product viability during cryopreservation.