The global impact of Precision Medicine Group.
As it happens.
Impact, observations, and insights on the evolving healthcare landscape.
Precision will be at this year’s CAR-TCR summit on September 19-22, 2022, in Boston, MA. Connect with our team of experts as they lead meaningful presentations and discussions throughout this event providing insights into the clinical development, manufacturing, and commercialization for CAR and TCR therapies.
Speaking Engagements
Detailed descriptions for each speaking engagement are included below.
Connect with our Advanced Therapy experts
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Ambassador Reception and Panel Discussion: Predictions for CAR-T Therapeutic Development
Precision ADVANCE | September 19, 2022, 6 – 8PM ET | Room 300, Hynes Convention Centre
Presentation: Understand the Nuances and Avoid Common Challenges in Cell Therapy Trial Execution
Precision for Medicine | September 20, 2022, 4:45-5:15PM EST
Presenter:
Panel Discussion: Building Next-Gen Commercial Cell Therapy Facilities
Project Farma | September 22, 2022, 9:00 – 9:30AM ET
Speakers:
As a wave of up-and-coming cell and gene therapies eye the path to approval soon, a combination of uncertainties threatens the waters ahead. A lack of talent, shortage of manufacturing, standardization, and shifting infrastructure are just the beginning of a range of potential issues.
Join Endpoints News and Precision ADVANCE for Cell & Gene Day, a free virtual event on August 24, from 12:00-4:00 PM ET where we convene three distinguished panels of experts to find out where the field stands today and explore funding, development, and launch strategies to smooth out the ride to commercialization. You will hear from successful innovators from each facet of the CGTx landscape including executives from Blackstone, Flagship Pioneering, Monograph Capital, Alliance for Regenerative Medicine, Satellite Bio, Cellevolve Bio, and more.
As payers began to deal with increased costs in 2021 due to deferred care during the COVID-19 pandemic, they still continued to grapple with the prospect of the impact of future gene therapies’ cost, according to industry experts. Precision’s Phil Cyr (SVP) and Erin Lopata (VP, Access Experience Team) weigh in on new ways to pay for the potential flood of gene therapies for rare diseases brewing in the pipeline.
If a genetic therapy was created to cure sickle cell disease, how might this affect the productivity and earnings of an individual with the disease? How might this change also affect wider economic disparities? PRECISIONheor’s Marlon Graf (Senior Research Economist), Rifat Tuly (Research Scientist), and Jeff Sullivan (Senior Director) recently constructed a model to answer these impactful questions.
Click here to learn more about the model and the team’s findings.
The advanced therapies sector is growing exponentially. The Alliance for Regenerative Medicine (ARM) reports that the sector raised $23.1 billion in 2021 – a 16% year-over-year increase. That figure includes $1.9 billion in private financing and $9.8 billion in venture funding.
This white paper is based on a panel discussion sponsored by Precision ADVANCE at the 2021 Meeting on the Mesa conference and features insights from C-suite leaders on the current CGTx investment landscape, technology innovations, talent shortage and the evolution of reimbursement payment models.
Advances in stem cell technology, combined with the increasing prevalence of chronic diseases, are driving rapid growth in the regenerative medicine category, which is predicted to generate $39.33 billion in revenue by 2023.
The regenerative medicine category is predicted to generate $39.33 billion in revenue by 2023, with the fastest growth expected in cell therapy.
“There’s a little over 1,200 clinical trials worldwide, and about half of those are in the US. Over 100 of those are in phase III, so we’re getting really close to getting more approved.”
A 2018 study by Deloitte suggested that more than 2.4 million manufacturing jobs in the US would remain unfilled in 2028 because of the widening – and often generational – skills gap.