RNA Clinical Trials Videos

  1. Capstan Therapeutics' CEO Laura Shawver On In Vivo Cell Engineering 11/10/2022

    Capstan Therapeutics' CEO, Laura Shawver, Ph.D., talks us through the company's in vivo CAR therapies and what led to the in vivo cell engineering breakthrough that has been decades in the making. Shawver explains the promise of harnessing mRNA and targeted LNP delivery to train a patient’s body to make CAR-T cells in vivo. She also details best practices to garner funding and investment partnership.

  2. Q&A On LNP Cell-Specific Delivery 11/28/2022

    In this video, Russell Johnson, VP Formulation Research for RVAC Medicines, and Aalok Shah, Director of Formulation & Drug Delivery for Strand Therapeutics, outline several examples of foundational research that could provide insights into how we attain more specific cellular uptake of LNPs.

  3. PepGen's SVP Head Of Clinical Development On Delivery Of Oligonucleotide Therapies 10/27/2022

    PepGen, a Cambridge, MA-based biotech, is advancing oligonucleotide therapeutics with the goal of transforming the treatment of severe neuromuscular and neurologic diseases. SVP Head of Clinical Development Dr. Michelle Mellion explains PepGen's trial of PGN-EDO51, the company’s lead product candidate for the treatment of DMD patients whose mutations are amenable to an exon 51 skipping approach. She also explains how the delivery of oligonucleotide therapies differ from other techniques in genetic medicine, and much more.

  4. Goldilocks & The 3…CQAs? Finding "Just Right" With LNP Optimization 12/4/2024

    Three LNP experts from Sanofi, Hopewell Therapeutics, and BioNTech collectively discuss how far we’ve come in understanding the structure of our LNPs while also shedding light on the variables that have the greatest potential of causing shifts in our products’ structure/function.

  5. Accelerating Clinical Development In China & The US 9/22/2022

    Discover how the clinical research bridge between China and the US supports accelerated clinical development from early to late phase trials while ensuring the inclusion of MRCT data packages in future regulatory applications.

  6. Shaping Therapeutic Development With Cutting-Edge CRISPR Nucleases 6/4/2025

    Gain an understanding of how an advanced nuclease portfolio is designed to support CRISPR-based cell and gene therapy development, providing scientists with the best solutions for therapeutic success.

  7. Michelangelo Meets mRNA | ARW on RNA Ep04 5/4/2023

    Hosted by Cell & Gene Collaborative's Director Anna Rose Welch, ARW on RNA puts a creative spin on the emerging mRNA + RNA therapeutics industry. Here, in Episode 4, Welch explores the parallels that exist between the oft-overlooked history of Michelangelo's David and the mRNA therapeutics sector's own R&D history, as well as where the mRNA space hopes to move in the future.

  8. The Intersection Of RNA, AI, And Synthetic Biology With Shape Therapeutics' Dr. Francois Vigneault 7/18/2023

    Dr. Francois Vigneault, Co-Founder, President, and CEO at Shape Therapeutics joins Cell & Gene: The Podcast's Erin Harris to discuss how RNA technologies are shaping the future of gene therapy. They also discuss AI's role in gene therapy as well as how the CGT sector is benefiting from RNA, AI, and synthetic biology.

  9. The Scientific Underpinnings Of mRNA/LNPs 11/28/2022

    In this video, Russell Johnson, VP Formulation Research for RVAC Medicines, and Aalok Shah, Director of Formulation & Drug Delivery, Strand Therapeutics, share their thoughts on the scientific-research and CMC-related reasons that have made the lipid nanoparticle the “darling” of the delivery world for mRNA/RNA products today.

  10. A New Approach to Genome Engineering with Tessera Therapeutics' Dr. Michael Severino 9/11/2024

    Tessera Therapeutics' CEO, Dr. Michael Severino, joins Host Erin Harris to discuss Gene Writing, the biotech's genome engineering technology that writes therapeutic messages into the genome to treat diseases at their source. Severino discusses why delivery has always been a challenge for gene editing technologies and why Gene Writing is different when it comes to efficient delivery.