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Scientific Poster
Revvity’s ESGCT Poster Collection
Revvity’s latest ESGCT poster collection showcases advancements in genome editing, CAR-T cell engineering, and rAAV manufacturing optimization. Our research delves into innovative methodologies in base editing, multi-gene knockouts, and high-efficiency viral vector production, all aimed at advancing therapeutic cell and gene therapies. Download these exclusive collections to gain valuable insights into our Pin-point™ base editing platform, SMARTvector™ technology, and more. Explore a comprehensive view of our latest research aimed at helping enhance therapeutic outcomes and reduce production costs.
For Research Use Only. Not for use in diagnostic procedures.
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Poster
Optimization of modular Pin-point™ Base Editing with Type V CRISPR-Cas
This poster details advancements in the Pin-point™ base editing platform, focusing on modularity and efficiency improvements with Type V CRISPR-Cas effector applications in gene therapy.
Poster
Development of a high-efficiency RNA-guided base editing system
Presenting a high-efficiency RNA-guided base editing platform, this poster explores increased precision in gene editing applications, suitable for cell therapy advancements.
Poster
Advancements in Pin-point™ Base Editing for targeted gene therapy
This poster showcases the latest improvements in the Pin-point™ base editing platform, emphasizing applications in targeted gene therapy for enhanced therapeutic outcomes.
Poster
SMARTvector™ multiplex shRNA for enhanced cell therapy safety
Explore the SMARTvector™ multiplex shRNA platform for safe, multi-target gene knockdown in cell therapy applications, offering new levels of therapeutic control and safety.
Poster
Modular Pin-point™ Base Editing for multi-target efficiency
Detailing the modular capabilities of the Pin-point™ base editing platform, this poster examines its role in multi-gene targeting for streamlined cell therapy applications.
Poster
Custom gRNA design and efficiency prediction in Pin-point™ Editing
This poster discusses the development of custom guide RNA (gRNA) design tools and efficiency prediction models, enhancing Pin-point™ base editing accuracy in gene therapy applications.
Poster
Multi-omic analysis of immune cells using Pin-point™ Base Editing
Presenting multi-omic analysis techniques for immune cells edited with Pin-point™, this poster uncovers insights into cell engineering outcomes in CAR-T therapies.
Poster
Enhanced iPSC editing with minimal p53 activation via Pin-point™
Focused on improving iPSC editing, this poster discusses reduced p53 pathway activation with Pin-point™ cytidine base editing, enhancing cell viability and therapeutic outcomes.
Poster
One-step multiplex knockout and CAR integration in CAR-T cells
This poster presents a novel approach for CAR-T cell engineering using Pin-point™ base editing, achieving simultaneous multiplex knockout and CAR insertion.
Poster
Image-based CAR-T cell assays for apoptosis and CAR expression monitoring
This poster introduces a new image-based method to monitor CAR expression and apoptosis in CAR-T cells, offering insights into cell viability post-gene delivery.
Poster
rAAV manufacturing optimization using design of experiments
Explore the use of design of experiments (DoE) for optimizing plasmid ratios in rAAV manufacturing, improving yields and reducing production costs.