Tag Archive for: cytokine release syndrome

2022 ASH Meeting | Multiple Myeloma Takeaways

This is my 17th year attending ASH (American Society of Hematology), where typically over 30,000 attendees from all over the world (hematologists/oncologists, lab researchers, oncology nurses, scientists and 300 pharma companies) attend. This year ASH was set up as a hybrid meeting where some attended in person and many, including myself, virtually. I’m grateful to the IMF (www.myeloma.org) and their sponsoring pharma donors Takeda, Amgen, and Karyopharm for registering me for ASH so that I could learn and subsequently share my patient perspective with you.

My Takeaways

This year’s ASH continued to expand our knowledge on immunotherapies…more CAR-T’s and bispecific antibodies (“T-cell directing therapies”)…as well as more targets besides BCMA…and most importantly, side effects such as cytopenia (lower blood counts), cytokine release syndrome (CRS), neurotoxicity, and infections.  At present, approved treatments in the area include CAR-T’s Abeca and Carvyti as well as the bispecific Tecvayli (Teclistamab), but these are currently only available for patients relapsed-refractory patients with >=4 lines of previous therapy.  The good news is that all of these CAR-Ts and bispecifics are in clinical trials for patients with fewer prior treatments, even newly diagnosed patients in some cases!

Another area that needs better treatment options are Multiple Myeloma (MM) patients considered High Risk (HR) or ultra-high risk (>1 HR factor), as well as High Risk Smoldering Myeloma (HR SMM). Whereas some current studies show that media Overall Survival for MM is 10 years, HR patients are typically half that.  And for HR SMM patients who have a good chance to progress to full blown MM within 2 years, is it possible that treatment at this pre-MM stage could delay progression or actually cure a patient from getting MM.

We know that if we achieve a Complete Response via blood tests which show no sign of an M-spike, that unfortunately the myeloma will still likely return, indicating that we still have myeloma but these tests are not sensitive enough to see it. Tests with more sensitivity are referred to as MRD (Minimal/Measurable Residual Disease) tests (Next Generation Sequencing and Next Generation Flow) from bone marrow biopsies and Mass Spectrometry tested via a patient’s blood. They are good prognosticators but typically not used to help guide treatment (for example, when to stop maintenance). If we knew when to stop treatment or change treatment, patients would more likely do better.

This leads to the discussion that we have many treatments available these days but what’s the best treatment for a patient being newly diagnosed, transplant-eligible or not, maintenance (for how long), treatment at first relapse, subsequent relapses? Many of the study results from ASH try to answer these questions via clinical trial results (but that’s still not a personalized treatment so it’s always important to ask your doctor questions and be part of that shared decision making).

Finally, the important topic of Diversity, Equity and Inclusion (DEI) was discussed more at this ASH than ever before and got its own Spotlight Education session. We need better representation of underserved populations in clinical trials. For example, 20% of MM patients are Black and yet they represent <5% of patients in MM trials. If we don’t improve upon this, trial results may lack internal validity resulting in poor external validity for the populations they are meant to serve.

For more patient information about ASH, there are many excellent webinars coming up from your favorite myeloma advocacy organization. And another great source are blogs written by patients (including myself) which you’ll find on the IMF website (https://ash2022blogs.myeloma.org/).

In summary, this year’s ASH continued to amaze me with so many studies in Myeloma, focusing on all stages from Smoldering Myeloma to MM Induction through Relapse. Clearly immunotherapy treatments, CAR-T’s and Bi-specific T-cell engagers were predominant among the oral presentations I attended, providing longer-term data on these new treatments. And importantly, other targets besides BCMA are being investigated.

For someone diagnosed with stage III MM 28 years ago with only 2 treatment options available (MP or VAD-SCT) and given 2-3 years expected survival, I’ve seen incredible progress since 2003 when Velcade was first approved followed by 14 more approvals and many combination therapies. While there continues to be unanswered questions, we now have many more effective treatments for MM, providing patients with better opportunities to manage their disease. Newly diagnosed MM patients can justifiably be more optimistic about their new diagnosis than at any other time in history. ASH2022 highlighted the tremendous advances we have made in treating this cancer for both the newly diagnosed and relapsed patient.

What Is CAR T-Cell Therapy for Myeloma?

What Is CAR T-Cell Therapy for Myeloma? from Patient Empowerment Network on Vimeo.

How does CAR T-cell therapy work to treat myeloma? This animated video provides an overview of the CAR T-cell process, explains which patient this treatment could be appropriate for, and reviews potential side effects.

See More From Innovative Myeloma Therapies

Related Programs:

What Is Myeloma CAR T-Cell Therapy?

How Is CAR T-Cell Therapy Changing the Myeloma Treatment Landscape?

How Is CAR T-Cell Therapy Changing the Myeloma Treatment Landscape?

What Are the Risks of CAR T-Cell Therapy?


Transcript:

CAR T-cell therapy is a type of treatment in which a patient’s own immune system cells, also known as T cells, are reprogrammed in a laboratory to attack cancer cells.  

The process involves removing T cells from the patient’s blood. Then, the T cells are sent to a laboratory where a gene for a special receptor that binds to a protein on the patient’s cancer cells is added to the T cells. The special receptor is called a chimeric antigen receptor.  

When this process is complete, the cells are put back into the patient’s body by infusion. The altered T cells then attack and destroy cancer cells in the patient’s body. 

In myeloma patients, the FDA-approved CAR T-cell therapies recognize a protein called B.C.M.A. on the surface of myeloma cells. 

Now that you know how CAR T-cell therapy works, who is CAR T-cell therapy right for? 

  • While still a new treatment, CAR T-cell therapy is currently approved for people with relapsed or refractory multiple myeloma who have already received four or more lines of therapy. 

While every patient reacts differently to CAR T-cell therapy, some of the potential side effects may include: 

  •  Cytokine Release Syndrome, which occurs when the immune system responds to infection or immunotherapy drugs more aggressively than it should. Symptoms may include fever, nausea, fatigue, and body aches.
  • Another potential side effect is neurotoxicity, which may cause negative effects on the nervous system such as confusion, difficulty speaking or understanding, loss of balance or consciousness, tremors and seizures. 
  • And blood count recovery can be slower following CAR T-cell therapy.   

So, what should you ask your doctor about CAR T-cell therapy? 

  • Is CAR T-cell therapy available at this cancer center? 
  • Is CAR T-cell therapy an option for me now or in the future? 
  • What is the cost of this therapy? 
  • What are the risks and benefits of this approach? 
  • What can I expect during the recovery process? 

To learn more about innovative myeloma therapies and to access tools to help you become a pro-active patient, visit powerfulpatients.org.  

Which Myeloma Patients Are Candidates for CAR T-Cell Therapy?

Which Myeloma Patients Are Candidates for CAR T-Cell Therapy? from Patient Empowerment Network on Vimeo.

Myeloma specialist Dr. Omar Nadeem discusses which patients are most appropriate for CAR T-cell therapy and explains cytokine release syndrome (CRS), which may arise following this treatment approach.

Dr. Omar Nadeem is the Clinical Director of the Myeloma Immune Effector Cell Therapy Program and Associate Director of the Multiple Myeloma Clinical Research Program at the Dana-Farber Cancer Institute. Learn more about Dr. Nadeem.

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Related Programs:

How Is Research Advancing Myeloma Treatment and Care?

How Is Research Advancing Myeloma Treatment and Care?

How Are Patients on Myeloma Maintenance Therapy Monitored?

How Is Myeloma Treatment Response Measured?

How Is Myeloma Treatment Response Measured?


Transcript:

Katherine Banwell:  

“How is it determined as to which patients might be the best candidates for clinical trial CAR T-cell treatment?”  

Dr. Omar Nadeem:  

So, CAR T-cell therapy is already approved. It’s FDA-approved for patients that have had four or more prior lines of myeloma therapy. So, when we think about a patient coming to us for that particular treatment that have relapsed myeloma, we’re always looking to see how much of the previous therapy they had. 

Whether they meet the indication, the labeled indication for that particular product. And then now, as we’ve discussed today, we’re studying this CAR T-cell therapy in various different phases of myeloma. Earlier lines of therapy, even thinking about studying it in high-risk smoldering myeloma, right? And then kind of looking about how we can best study this therapy in so many different phases. 

So, it all depends on where a patient is in their disease state, and then we kind of look to see whether a commercial approved CAR-T product makes sense for them, or we think about one of our several relapse CAR T-cell trials that are looking at BCMA target, which is what the approved one is, but also looking at newer targets like GPRC5D that we’ve brought up before. 

So, it encompasses a lot of different things, that question, but I think in terms of the candidacy of the patient itself, we do know that these CAR T-cell therapies have some toxicity, so we have to then weigh in terms of what medical problems they have whether they’ll be able to tolerate what the majority of patients with CAR T-cell therapy get, which is this syndrome called cytokine release syndrome, where patients will get a fever. 

And in some cases have changes in their blood pressure or oxygen levels. We have to make sure that the patient’s body can handle that. I will say we’ve gotten better and better at managing a lot of toxicities as it comes to CAR T-cell therapy. When this was first approved, it was all pretty new, but now what we’re learning is if patients are developing a fever, which the majority do, we’re intervening earlier and earlier to prevent them from getting sicker. 

So, these are things we’ve learned now, and the majority of patients get through CAR T-cell therapy toxicity period much better than they did when it was first approved. 

What Are the Risks of CAR T-Cell Therapy?

What Are the Risks of CAR T-Cell Therapy?  from Patient Empowerment Network on Vimeo.

Dr. Melissa Alsina, a myeloma expert from Moffitt Cancer Center, reviews the potential side effects of CAR T-cell therapy for myeloma patients, and discusses how these side effects may be managed.

Dr. Melissa Alsina is an associate professor of medicine in the Blood and Marrow Transplant Program at Moffitt Cancer Center in Tampa, Florida where she also serves as head of the Multiple Myeloma Transplant Program. Learn more about Dr. Alsina, here.

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Related Resources:

Myeloma Research | CAR-T Cell & Bispecifics Study Updates

Myeloma Research | CAR-T Cell & Bispecifics Study Updates

How Is CAR T-Cell Therapy Changing the Myeloma Treatment Landscape?

How Is CAR T-Cell Therapy Changing the Myeloma Treatment Landscape?

What Are Common Myeloma Treatment Side Effects?

Transcript:

Katherine:

What are the risks of CAR T-cell therapy? 

Dr. Alsina:

So, in myeloma, it is, in general, pretty safe. There are two main – well, actually, I would say three main side effects that we can see with CAR-T. Number one is called cytokine release syndrome, and we are getting these cells from the patient’s immune systems, sending them a lab to be manufactured so that they can recognize this protein, BCMA, in the myeloma cells. 

And then, those cells are grown, so essentially, what we’re doing is that we’re taking the immune system of the patient, and we’re making it very specific against the myeloma cell. And then we’re growing it, so we’re making a hyperactive immune system, and then giving it back to the patient. And then, those cells, they are going to go ahead and react against the myeloma cells and start killing the myeloma cells, and in doing that, that reaction, that immune reaction will elicit release of a lot of proteins – cytokines – and that can cause side effects. 

When that happens, that is called cytokine release syndrome, and the most common finding with that is a fever. Patients can have a high fever. And then, it varies depending on the CAR-T that the patients are getting. So, for example, with this Abecma, usually, the reaction happens right away after you get the cells – the next day, so that’s why these patients, we admit them to the hospital because we know that this cytokine release syndrome is going to happen right away.  

And, it could be just a fever. In the majority of the patients, it happens like this, is just a fever, but it may be about 20 percent of the patients, that reaction can be more severe, and it could be a fever with low blood pressure or shortness of breath, and it could be a fatal complication, but that’s very, very rare.  

And we know – we can identify, obviously, when it’s happening, and there’s a medication that we can give to actually sort of counteract that reaction and don’t let it progress, and in the majority of the patients, that works quite well.  

Katherine:

What other side effects are there for CAR T-cell therapy? 

Dr. Alsina:

Yeah, so besides the main one that I discussed, cytokine release syndrome, the other thing that could happen is neurotoxicity, meaning that T cells can actually cross to the brain and cause toxicity in the brain, and depending on the type of CAR-T that the patient is getting, it could be less or more risk.  

But essentially, what could happen is that the patient could have some aphasia, like for example, difficulty finding words. It could also be just a headache. Patients could have seizures, so we do give the patients medication to prevent seizures while they are undergoing CAR-T. 

They can have difficulty writing, so we make every patient write a sentence every day to make sure that’s not being affected. And we do a mini mental status every day. Every day, we’ll go see the patient and ask them 10 different questions, like “Where are you? What day is it? Who’s the president?”, we show them an object, and so on so we can monitor these things very closely. If we see any changes, then we can intervene. Usually, for neurotoxicity, we give steroids. 

The good news, though, is that this is very rare. With Abecma, it’s very rare that a patient would have severe neurotoxicity. With ciltacabtagene autoleucel (Carvykti), which is the one that was approved more recently, from 100 patients that were treated, there were five patients that had this delayed neurotoxicity, some of them with movement disorders, like Parkinson’s-like systems, and these were delayed. These didn’t happen in the first few weeks. 

But we learned what are the risks associated with these, the majority of the patients that have very high tumor burden, so what we do is that we monitor the patients very closely, especially the patients with high tumor burden. The ideal situation is that we can control the disease a little bit better before taking them to CAR-T, but even when that’s not possible, what we do is that we intervene early on if we see that these patients are getting any side effects and being more aggressive with the intervention. 

And then, the third, more important side effect is these CAR-T cells can prevent blood counts to recover. For CAR-T, we give chemotherapy.  

That would allow the T cells to expand, and this chemotherapy can drop the blood counts, but usually, they recover quickly, but in some patients, this recovery doesn’t happen quickly, and patients can have low counts for months, and obviously, that would bring increased risk of infection. 

So, that is a potential complication, especially in patients that have received a lot of prior therapies, and it’s not common that a patient would take a long time, but it could happen, and sometimes, occasionally, we’ve had to give these patients a stem cell boost from stem cells that we have stored to actually make their counts recover. So, those are essentially the three most common complications, but in general, it’s a treatment that is well tolerated and very manageable, and I can tell you the majority of the patients that I’ve treated, they’ve said this is easier than a transplant.  

Immunotherapy: Which Myeloma Patients Is It Right For?

Immunotherapy: Which Myeloma Patients Is It Right For? from Patient Empowerment Network on Vimeo.

Dr. Krina Patel, a myeloma specialist and researcher, explains how newer therapies, such as CAR T-cell therapy, are being used in myeloma and which patients these treatments are most appropriate for.

Dr. Krina Patel is an Associate Professor in the Department of Lymphoma/Myeloma at The University of Texas MD Anderson Cancer Center in Houston, Texas. Dr. Patel is involved in research and cares for patients with multiple myeloma. Learn more about Dr. Patel, here.

Related Resources:

How Does Immunotherapy Treat Myeloma?

What Are the Side Effects of Myeloma Immunotherapy?

Myeloma Treatment & Research Updates From 2022 ASCO and EHA Meetings

Transcript:

Katherine:   

Now, in reference to immunotherapy and CAR T-cell therapy, who are these types of treatments right for?

Dr. Patel:    

So, I think it’s really exciting that we finally are getting standard of care therapies for all these new immune therapies. So, our first CAR T for myeloma got approved a little over a year ago. Our second CAR T got approved just a couple of months ago, and we’re hoping our first bispecific will be approved in just a couple months.

Our fingers crossed. On the clinical trials, I will say our patients who had a good performance status, meaning they’re able to do everything else normally life-wise, those are the patients that got onto those clinical trials; and the reason is safety-wise.

So, T cells when we use them to kill myeloma, they release cytokines or enzymes, you can say, that are inside the T cells and that’s what they use to communicate with other immune cells to come help them kill.

Those are the same cytokines that make people feel really ill when they have the flu, for instance. So, as our immune system tries to fight infections when people get fevers, they feel chills, they feel just fatigued and tired, it’s those same kind of cytokines that, even when you try to kill the myeloma with T cells, people can get that same type of symptoms.

And really, the main, fevers and things like that, we can take care of. But when patients’ blood pressure drops or if their oxygen levels drop really low, that’s where we can run into some trouble. Now, the good news is, in myeloma, most of these new therapies don’t cause really bad CRS [Cytokine Release Syndrome] or really bad neurotoxicity that we can sometimes see. And so, thankfully most patients are okay, but really it’s making sure that none of our patients have bad toxicity. So, most of our myeloma patients, I will say, are eligible for these therapies. However, if someone has really bad heart disease or really bad lung disease, those are patients that maybe these are not the right therapies for.