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CAR+ and CAR- T Cells Differentiate Into an NK-Like Subset That Is Associated With Clinical Outcomes Following Infusion
CAR+ and CAR- T Cells Differentiate Into an NK-Like Subset That Is Associated With Clinical Outcomes Following Infusion

2023-11-10

歡迎參加新南威爾斯大學免疫基因組學實驗室的 Fabio Luciani 的網路研討會。 Chimeric antigen receptor(CAR) cells, while known to have demonstrable efficacy in treating B cell malignancies, are subject to factors such as product composition, lymphodepletion and immune reconstitution.  Indeed, little is known about the determinants of differentiation and phenotypic plasticity of CAR and immune cells early post-infusion.   Join this webinar to learn about: Single Cell Multi-Omics Analysis: Investigate how high-dimensional flow cytometry and gene expression data can be used to study association with clinically relevant parameters.  Differentiation trajectory. Gain a deep understanding of the intricate differentiation pathways that CAR+ T cells undertake, from infusion to their ultimate cell fate. Phenotypic plasticity. Explore how CAR+ T cells adapt and evolve, exhibiting increased proliferation, metabolic activity and exhaustion in comparison to their CAR - counterparts. Immune recovery insights. Learn about the non-CAR - induced signals that influence the differentiation and phenotype of CAR+ T cells, shaping the trajectory of immune recovery in patients. Title: CAR+ and CAR- T Cells Differentiate Into an NK-Like Subset That Is Associated With Clinical Outcomes Following Infusion Speaker: Fabio Luciani    Date: 28th November 2023 Time: 12:00 AEST | 10:00 SGT | 07:30 IST | 11:00 KST Link to Register: https://my.demio.com/ref/ZCTsWU87lasdGmM3?utm_source=MKTG&utm_medium=email&utm_campaign=SIS+Fabio+Luciani    

CAR+ and CAR- T Cells Differentiate Into an NK-Like Subset That Is Associated With Clinical Outcomes Following Infusion

CAR+ and CAR- T Cells Differentiate Into an NK-Like Subset That Is Associated With Clinical Outcomes Following Infusion

歡迎參加新南威爾斯大學免疫基因組學實驗室的 Fabio Luciani網路研討會


Chimeric antigen receptor
(CAR) cells, while known to have demonstrable efficacy in treating B cell malignancies, are subject to factors such as product composition, lymphodepletion and immune reconstitution.  Indeed, little is known about the determinants of differentiation and phenotypic plasticity of CAR and immune cells early post-infusion.  

Join this webinar to learn about:

  • Single Cell Multi-Omics Analysis: Investigate how high-dimensional flow cytometry and gene expression data can be used to study association with clinically relevant parameters. 
  • Differentiation trajectory. Gain a deep understanding of the intricate differentiation pathways that CAR+ T cells undertake, from infusion to their ultimate cell fate.
  • Phenotypic plasticity. Explore how CAR+ T cells adapt and evolve, exhibiting increased proliferation, metabolic activity and exhaustion in comparison to their CAR - counterparts.
  • Immune recovery insights. Learn about the non-CAR - induced signals that influence the differentiation and phenotype of CAR+ T cells, shaping the trajectory of immune recovery in patients.



Title: CAR+ and CAR- T Cells Differentiate Into an NK-Like Subset That Is Associated With Clinical Outcomes Following Infusion

Speaker: Fabio Luciani   

Date: 28th November 2023

Time: 12:00 AEST | 10:00 SGT | 07:30 IST | 11:00 KST

Link to Register: https://my.demio.com/ref/ZCTsWU87lasdGmM3?utm_source=MKTG&utm_medium=email&utm_campaign=SIS+Fabio+Luciani

 

 

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