Hema Now: The Next Generation of CAR-T Cell Therapy - European Medical Journal

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Hema Now: The Next Generation of CAR-T Cell Therapy

1 Mins
Hematology

Hema Now

In this episode of Hema Now, John Maher reflects on more than 2 decades at the forefront of CAR-T cell research. He discusses the major milestones that have transformed CAR-T therapy into a clinical reality, the biological barriers that continue to limit success in solid tumours, and the next-generation engineering approaches being developed to enhance efficacy and safety. Maher also shares insights into the origins of the CAR Mechanics Group, the challenge of overcoming the tumour microenvironment, and his vision for the future of cellular immunotherapy. 

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Cecilia Karlström, Consultant Haematologist at Karolinska University Hospital

 

In this episode of Hema Now, John Maher reflects on more than 2 decades at the forefront of CAR-T cell research. He discusses the major milestones that have transformed CAR-T therapy into a clinical reality, the biological barriers that continue to limit success in solid tumours, and the next-generation engineering approaches being developed to enhance efficacy and safety. Maher also shares insights into the origins of the CAR Mechanics Group, the challenge of overcoming the tumour microenvironment, and his vision for the future of cellular immunotherapy.

 

Timestamps:    

00:00 – Introduction  

01:07 – Career Journey into Immunotherapy  

02:22 – Key CAR-T Therapy Milestones  

05:50 – Overcoming Solid Tumour Barriers  

09:14 – Origins of CAR Mechanics  

12:35 – Most Exciting Current Innovations  

16:08 – Improving CAR-T Safety Profiles  

20:07 – Challenges of Tumour Microenvironments  

23:04 – Future of Cellular Immunotherapy  

27:15 – Three Magic Wishes

 

Disclaimer: The opinions expressed in this episode belong to the speakers and do not necessarily represent the opinions of EMJ.   

Keywords: Adoptive cell therapy, cancer immunotherapy, CAR Mechanics Group, CAR-T therapy, cellular immunotherapy, haematology, mucin 1 (MUC1), oncology, solid tumours, T cell engineering, translational research, tumour microenvironment.

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