- Cellular Therapies for Lymphomas
- Cellular Therapies-Immune Interactions, Lineage Switching and CNS targets
- Cellular Therapies for ALL
- Cellular Therapies for Myeloma
- Allogeneic CARs and CARs for T Cell Lymphomas
- Cellular Therapies for Low and High Grade Lymphomas
- Expanding Targets and Cellular Sources for Immunotherapies
704. Cellular Immunotherapies: Cellular Therapies for Lymphomas
Manali Kamdar, MD1, Scott R. Solomon, MD2, Jon E. Arnason, et al.
Liso-cel led to a statistically significant and clinically meaningful improvement in EFS compared to SOC as second-line therapy in patients with primary refractory LBCL versus Or relapse ≤ 12 months after first-line therapy. [Nbsp] This also applies to the major secondary efficacy endpoints (CR rate and PFS). The safety results in second-line treatment were consistent with the Liso-cel safety profile in third-line therapies or later LBCL. There were no new security concerns.
Emmanuel Bachy, Steven Le Gouill, Roberta Di Blasi, et al.
In this study, there was no OS difference between Axi-Cel and Tisa-Cel. Axi-cel achieved higher ORR and CRR and significantly longer PFS compared to tisa-cel. However, higher efficacy was associated with higher neurotoxicity with Axi-cel. Young and/or fit patients can benefit most from Axi-cel. Tisa-cel is most beneficial for elderly and/or not fit patients.
Sattva S. Neelapu, Julio C. Chavez, Alison R. Sehgal, et al.
The long-term follow-up in ZUMA-5 showed a significant and sustained benefit for axi-cel in patients with iNHL. In Follicular Lymphoma there were consistently high response rates with a median DOR of 38.6 months. This affected 57 percent of eligible patients. With mantle cell lymphoma, the results seemed to improve with a longer follow-up period: the median DOR and OS had not yet been reached. Axi-cel continued to show a manageable safety profile and no new safety signals emerged.
JIA Wei, Min Xiao, Zekai Mao, et al.
The CAR-T-cell cocktail therapy is effective in TP53-disturbed r / r aggressive B-NHL. The inclusion of CAR-T cell infusions in the ASCT can further improve the long-term outcome of these patients.
Nirav N. Shah, Joanna C. Zurko, Dina Schneider, et al.
Bispecific LV20.19 CAR-T cells expanded with IL7 + 15 resulted in an effective high ORR and there were low rates of grade ≥3 CRS or ICANS for R / R-B-cell NHL. The treatment is safe. The MCL outcomes had an ORR of 100 percent without relapses.
Jae H Park, Craig S. Sauter, M. Lia Palomba, et al.
Giving anakinra early seems safe and feasible. The IL-1 receptor reduced the rates of both severe CRS and ICANS with comparable response rates in adult patients with R/R-B-cell lymphoma who received CD19-CAR-T cells. Severe CRS and ICANS rates were 6 percent each with relatively little use of tocilizumab (29%) and corticosteroids (19%). The rate of severe ICANS for axicabtagene was 4 percent.
704. Cellular Immunotherapies: Cellular Therapies-Immune Interactions, Lineage Switching and CNS targets
Melody Smith, Anqi Dai, Guido Ghilardi, et al.
Exposure to antibiotics, particularly piperacillin-tazobactam, imipenem-cilastatin, and meropenem, in the four weeks prior to therapy were associated with poorer survival. Consult the abstract for more information.
Thomas Gastinne, Amandine Le Bourgeois, Marianne Coste-Burel, et al.
The administration of two doses of the BNT162b2 mRNA Covid-19 vaccine to recipients of CAR-T therapy leads to a low seroconversion rate (30%). Consult the abstract for more information.
Wei Jiang, Gaurav Sutrave, Selmir Avdic, et al.
Treatment achieved high 1-year overall survival with low rates of non-relapse mortality and relapse. For more information see the abstract.
Adam J. Lamble, Regina M. Myers, Agne Taraseviciute, et al.
For more information see the abstract.
Ying Liu, Biping Deng, Bo Hu, et al.
Sequential CAR-T-cell therapy can lead to a lasting response. Treatment is safe in pediatric Burkitt lymphoma. The authors conclude that patients with secondary CNS involvement can benefit from sequential CAR-T cell therapy.
Matthew J. Frigault, Jorg Dietrich, Kathleen M.E. Gallagher, et al.
Tisagenlecleucel in r/r PCNSL was safe and effective in a highly refractory population. The majority showed a response according to the IPCG, including responses even more than 12 months. Tisagenlecleucel expands in the peripheral blood and in the CNS with CSF gene signatures. This indicates higher CAR-T cell infiltrates in responding patients. More data will be presented in the oral session.
704. Cellular Immunotherapies: Cellular Therapies for ALL
Noelle V Frey, Saar Gill, Wei-Ting Hwang, et al.
Please consult the abstract
Colleen Annesley, Corinne Summers, Michael A. Pulsiphe, et al.
Please consult the abstract
Swati Naik, Spyridoula Vasileiou, Ifigeneia Tzannou, et al.
Please consult the abstract
Chiara F Magnani, Giuseppe Gaipa, Federico Lussana, et al.
Please consult the abstract
Junfang Yang, Xian Zhang, Ying Liu, et al.
Please consult the abstract
Regina M. Myers, Kaitlin Devine, Yimei Li, et al.
Please consult the abstract
704. Cellular Immunotherapies: Cellular Therapies for Myeloma
Chunrui Li, Di Wang, Yongping Song, et al.
Please consult the abstract
Noopur S. Raje, Nina Shah, Sundar Jagannath, et al.
Please consult the abstract
Thomas Martin, Saad Z. Usmani, Jesús G. Berdeja, et al.
Please consult the abstract
Maria-Victoria Mateos, Katja Weisel, Thomas Martin, et al.
Please consult the abstract
Andrew J. Cowan, Margot Pont, Blythe Duke Sather, et al.
Please consult the abstract
Aina Oliver-Caldés, Marta Español-Rego, Aintzane Zabaleta, et al.
Please consult the abstract
704. Cellular Immunotherapies: Allogeneic CARs and CARs for T Cell Lymphomas
Lazaros J. Lekakis, Frederick L. Locke, Michael Tees, et al.
Please consult the abstract
Nitin Jain, Hagop Kantarjian, Scott R. Solomon, et al.
Please consult the abstract
Sham Mailankody, Michaela Liedtke, Surbhi Sidana, et al.
Please consult the abstract
Junfang Yang, Xiao Yang, Ying Liu, et al.
Please consult the abstract
Matthew J. Frigault, Yi-Bin Chen, Kathleen M.E. Gallagher, et al.
Please consult the abstract
Rayne H. Rouce, LaQuisa C. Hill, Tyler S. Smith, et al.
Please consult the abstract
704. Cellular Immunotherapies: Cellular Therapies for Low and High Grade Lymphomas
Sattva S. Neelapu, Michael Dickinson, Javier Munoz, et al.
Please consult the abstract
Ian W. Flinn, Ulrich Jaeger, Nirav N. Shah, et al.
Please consult the abstract
Matthew J. Frank, John H. Baird, Shabnum Patel, et al.
Please consult the abstract
Natalie S Grover, Anastasia Ivanova, Dominic T. Moore, et al.
Please consult the abstract
Charles Herbaux, Caroline Bret, PhD, PharmD, Roberta Di Blasi, et al.
Please consult the abstract
Yucai Wang, Preetesh Jain, Frederick L. Locke, et al.
Please consult the abstract
704. Cellular Immunotherapies: Expanding Targets and Cellular Sources for Immunotherapies
Veronika Bachanova, Armin Ghobadi, Krish Patel, et al.
Please consult the abstract
Kunlin PEI, Haoyu Xu, Peng-Fei Wang, et al.
Please consult the abstract
David A. Sallman, Hany Elmariah, Kendra Sweet, et al.
Please consult the abstract
Chenggong Li, Qi Chang, Jing Wang, et al.
Please consult the abstract
Sham Mailankody, Claudia Diamonte, Lisa Fitzgerald, et al.
Please consult the abstract
Douglas E Gladstone, Christopher Howard, Mi-Ae Lyu, et al.
Please consult the abstract