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. Author manuscript; available in PMC: 2023 Aug 1.
Published in final edited form as: Transplant Cell Ther. 2022 May 21;28(8):446–454. doi: 10.1016/j.jtct.2022.05.019

Table 1. Key takeaway points from the workshop presentations.

A summarizing sentence is provided for each of the 16 presentations along with the surname of the presenter.

Session Title Presentation Summaries
Platforms for Myeloma Disease Evaluation
  • P-selectin-targeted therapies can aid in delivery of agents to the bone marrow microenvironment (Azab)

  • MALDI-TOF can detect small monoclonal proteins in patients considered to have oligo-secretory or non-secretory disease (Giles)

  • Daratumumab radio-labeled antibodies have diagnostic and therapeutic potential (Pichiorri)

  • Immuno-PET imaging may be a promising strategy for stratifying patients for immune- and cell-based therapy (Shokeen)

Insights into Pathogenesis
  • The tumor matrix proteoglycan versican modulates the immune microenvironment (Asimakopoulos)

  • Chromothripsisis is associated with progression in myeloma precursors (Maclachlan)

  • Inflammatory mesenchymal stromal cells could be myeloma niche cells and their presence is associated with bone marrow inflammation (Cupedo)

  • Focal lesions are hotspots for genetic and transcriptional heterogeneity (John)

Therapeutic Targets & Resistance Mechanisms
  • Regional copy loss of CRBN at 3p and COPS7b/8 at 2q37 may mediate IMiD resistance (Gooding)

  • Inhibition of IRF4 represents a novel therapeutic strategy (Crews)

  • Resistance to CD3-directed bispecific antibodies is likely a combination of intrinsic and acquired mechanisms, including tumor-dependent and T-cell/tumor microenvironment-dependent mechanisms (Verona)

  • HDAC3 may be a promising target to block the bone marrow niche-myeloma interaction and limit myeloma cell survival (Bianchi)

Cellular Therapy
  • Early clearance of soluble BCMA correlates with durable responses in patients who received idecabtagene vicleucel in the KarMMa trial (Kaiser)

  • Non-viral knockin strategies using single stranded DNA can be applied to BCMA CAR T-cell manufacturing (Shy)

  • CAR T-cells targeting GPRC5D +/− BCMA appear promising (Smith)

  • Studies evaluating CAR T-cells targeting APRIL have been disappointing and may be a reflection of differences between the natural ligand interaction and that required for CAR activation (Lee)