High-Titer Lentivirus Solutions in 5 Days: Break Production Barriers for CGT

Lentiviral vectors are indispensable tools in cell and gene therapy (CGT) research, due to their ability to stably integrate genetic material into both dividing and non-dividing cells. Their versatility makes them particularly well-suited for delivering a wide range of payloads — from classical gene addition constructs to complex multi-cistronic CARs, CRISPR-Cas components and regulatory circuits that enable precise expression control.

As CGT advances toward more sophisticated platforms, including in vivo delivery, lentiviral vectors are playing an increasingly critical role. In this webinar, we will focus on the latest innovations driving the application of lentiviral systems in CGT therapy, particularly in vivo CAR-T therapies. Industry experts will share advanced strategies in vector design, packaging optimization and producer cell line engineering that significantly improve viral yields, enhance gene delivery in hard-to-transduce cells and ensure consistent, high-quality functional titers.

In this webinar, you will learn:

LVV applications in action: early-stage cell therapy development, target validation and next-gen in-vivo CAR-T delivery, supported by real-world examples

High-titer lentivirus production: scalable solutions overcoming production challenges for complex constructs and hard-to-express payloads

Streamlined CGT workflows: optimized LVV platforms, accelerating proof-of-concept studies and delivering high-titer lentivirus in just 5 business days

In this webinar, learn more on

Webinar Details

  • Date: September 4, 2025
  • Time: 10:00 AM EDT (NA) / 7:00 AM PDT (NA) / 3:00 PM BST (UK) / 4:00 PM CEST (EU-Central)
  • Speaker:
Chuanxin Liu, PhD Chuanxin Liu, PhD

Head of Viral Vector R&D, GenScript Biotech Corporation

Dr. Chuanxin Liu received his PhD in Immunology from La Trobe University, Australia. He specializes in virology, viral vector development, and cell engineering, with extensive experience in lentiviral and retroviral systems. His recent work focuses on optimizing vector design, improving yields, and enhancing transduction efficiency for early-stage CGT applications, including CAR-T and in vivo gene delivery. Dr. Liu currently serves as the Head of Viral Vector R&D, leading efforts to advance research-grade viral vector platforms for innovation in cell and gene therapy.

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