Noa Biran, MD, discusses exciting new agents in the field that may fulfill unmet patient needs.
This content originally appeared on our sister site, OncLive.
OncLive spoke with Noa Biran, MD, physician, John Theurer Cancer Center, Hackensack University Medical Center, during an Institutional Perspective in Cancer Webinar on multiple myeloma. Biran discussed the role of quadruplets and triplets in treating patients with multiple myeloma as well as the use of bispecific T-cell engagers (BiTEs), CAR T-cell therapy, and cereblon E3 ligase modulators (CELMoDs) in relapsed/refractory disease.
“In the future, we’re really going to be personalizing treatment based on genetics of the disease. We’re going to better stratify our patients in terms of standard- and high-risk disease and find novel therapies that target that high-risk population, which is really the most vulnerable,” Biran said.
The virtual meeting covered frontline therapy in multiple myeloma, combinations in the relapsed/refractory setting, CAR T-cell therapy, and other novel treatments in the pipeline.
In the interview, Biran, who chaired the event, discussed her predictions for where the field of multiple myeloma is headed as well as some of these agents that have generated excitement for patient populations that are currently an unmet need.
Biran: The different immunotherapies and the BCMA-directed agents [are exciting] as are the novel ways of administering allogeneic CAR T-cell therapy off-the-shelf. [Additionally,] the different targets for CAR T-cell therapy, so multi-targeted CD19 plus BCMA products or the anti-SLAMF7 CAR T-cell therapy is certainly intriguing and has excellent preliminary data.
In the relapsed/refractory setting, there are certainly a lot of treatment options. What’s most exciting are the BiTEs in terms of single-agent activity, even though the studies are only in phase 2, [because we know] things can change rapidly. We’re seeing significant response rates in penta-refractory and heavily pretreated patients [with these agents].
[In terms of toxicity], there is cytokine release syndrome as we see in patients who receive CAR T-cell therapy, but maybe not as severe and more manageable. Certainly, we can treat these patients as outpatients, and we’re seeing excellent response rates. I’m excited to see what happens when we start combining these bispecifics [with other agents].
My first guess would be with immunomodulatory drugs. We’re going to have new agents that were discussed, such as iberdomide [CC-220], CELMoDs, checkpoint inhibitors and different targets for checkpoint inhibitors, such as anti-TIGIT and anti-LAG3, [that may be given] pre- or post-CAR T-cell therapy as bridging. There is a big gap that must be filled.
We have had experience. We have treated patients commercially who have, so far, done OK overall. [However,] the manufacturing capacity is limited at this point. That may change, and I think there are plans for how manufacturing can increase. But right now, we are certainly limited by slot availability. There are more patients that need the treatment than there are slots.
The [goal] is [to get] a deep remission right away so that it can translate into a longer progression-free survival. I don’t think that transplant has fallen out of favor. Almost all the studies presented consistently show a benefit with up-front autologous stem cell transplant.