Tag Archive for: T cells

Expert Perspective | How Bispecific Antibody Therapy is Transforming Myeloma Care

 How has bispecific antibody therapy changed myeloma care? Tiffany Richards, a myeloma nurse practitioner, explains how bispecific antibody therapy works, who this therapy may be right for, and the important role of the care partner when caring for a loved one. 

Tiffany Richards, PhD, APRN-BC, AOCNP is a Nurse Practitioner in the department of Lymphoma/Myeloma at The University of Texas MD Anderson Cancer Center.

See More from The Care Partner Toolkit: Bispecific Antibodies

Related Resources:

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

Care Partners | Tools for Self-Care and Managing Emotions

Care Partners | Tools for Self-Care and Managing Emotions

Transcript:

Katherine Banwell:

I’d like to start by learning a bit about you. Can you tell us about your role in the Myeloma Care Team? 

Tiffany Richards:

Yes. So, I’m a nurse practitioner and I’ve been here at MD Anderson for 20 years working with patients with plasma cell dyscrasia. And so, I work in collaboration with our nurse as well as our myeloma physician to not only evaluate patients, what their responses are to treatment but also to make sure that they’re tolerating treatment well, and then adjusting medication or providing supportive medications so that patients are better able to tolerate their therapies.  

Katherine Banwell:

Bispecific antibody therapy is a newer therapy. How has this option changed myeloma care?  

Tiffany Richards:

Between that and CAR T, it’s really offered our patients the opportunity to utilize the body’s own immune system to help fight the myeloma cells. I think the one nice thing that the bispecific antibodies have allowed is that you’ve had a group of patients that maybe weren’t candidates at that time for CAR T either due to other medical conditions or maybe because their disease isn’t at a place where we would be able to get them to CAR T.   

Either maybe their lymphocyte count was low, white blood cells, and so maybe the ability to collect those T cells would be impaired or the disease itself was rapidly progressing and so the patient would not be able to be off therapy in order to have those T cells collected.  

And so, the bispecific antibody allows us to utilize those T cells to go after the myeloma cells without having to go through the process of having to collect those T cells. And so, that has really changed for that group of patients. But also, we have a bispecific antibody therapy that doesn’t target the same receptor that the CAR T-cell therapies do. So, our CAR T-cell therapies target something called BCMA, which stands for B Cell Maturation Antigen.

That’s expressed on the surface of the myeloma cells, and there’s a bispecific that targets a different receptor called GPRC5D. It’s a lot of letters. But it’s a different target, and so even for patients who have had CAR T-cell therapy we can use that bispecific antibody now for those patients who have maybe progressed on CAR T.  And so, it’s allowed another treatment option for patients that they didn’t otherwise have.  

Katherine Banwell:

So, how many bispecific antibody therapies are available for people and how do they differ? 

Tiffany Richards:

So, we have three. So, we have two that target the BCMA; so, that would be teclistamab (Tecvayli) and elranatamab (Elrexfio). And then, we have a third one that targets the GPRC5D which is called talquetamab (Talvey). And so, we utilize the talquetamab if we wanna use a bispecific therapy that does not target the BCMA. And then, for patients who maybe wouldn’t be able to get to CAR T, we might use one of the BCMA therapies.  

And as far as differences between to the two BCMA, really, they’re pretty similar as far as response rates. They haven’t been compared head-to-head. And so, different centers might utilize one versus the other depending on what they have on formulary. So, I would just say, whatever one your center is utilizing that would be the one to go with. 

Katherine Banwell:

Why is a care partner required for patients who are undergoing bispecific antibody therapy?  

Tiffany Richards:

That’s a great question. So, it’s because of some of the side effects that we can see in patients who are undergoing bispecifics. So, similar to CAR T cell therapy, we can see what’s called cytokine release syndrome. We abbreviate that by CRS. And then, we also can see neurotoxicity. We don’t see it to the same degree that we see it with CAR T but patients can still experience it.  

So, cytokine release syndrome, you can get fevers. You can have a drop in the blood pressure, chills, increase in the heart rate. And so, because of that you have to be monitored closely because, if you would start to have cytokine release syndrome, we need to make sure that we’re properly intervening and we can utilize a different medication called tocilizumab (Actemra) to help quiet the immune system a little bit, quiet down those T cells. And so, you need to have somebody that’s with you at all times that knows you, and also, same with the neurotoxicity. Again, we don’t see it to this same degree that we see it with CAR T, but that doesn’t mean that it can’t happen.  

And so, you really need to have that care partner alongside of you. Plus, I think just with these immune therapies, it’s a lot of information that we’re giving patients.   

And so, it’s important to have that other person there to kind of hear what maybe you’re not able to catch. There’s a lot of information that’s being given to you and can be very overwhelming at times. And so, it’s important to have that second person there to kind of be another set of ears as you’re going through this journey. 

Being Empowered | Why Care Partners Should Feel Comfortable Voicing Concerns

Dr. Craig Cole, a myeloma specialist, shares advice for care partners to feel empowered when engaging with the healthcare team, emphasizes the importance of communication, and provides suggested questions for the care partner to ask. 

Dr. Craig Cole is a multiple myeloma specialist at Karmanos Cancer Institute in Detroit, MI and in East Lansing, MI. Dr. Cole also serves as an associate professor at Wayne State University and at Michigan State University. Learn more about Dr. Craig Cole

See More from The Care Partner Toolkit: Bispecific Antibodies

Related Resources:

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Myeloma Care Partners | Understanding Bispecific Antibody TherapyMyeloma Care Partners | Understanding Bispecific Antibody Therapy Bispecific Antibody Therapy | The Important Role of Care Partners

Bispecific Antibody Therapy | The Important Role of Care Partners 

Transcript:

Katherine Banwell:

How can care partners feel comfortable speaking up and voicing concerns about care? 

Dr. Craig Cole:

Yeah, I think the big thing is – that’s such a good question because I’m very passionate about patient empowerment, a lot of Ps in that statement. 

But it really is having good communication with your provider. And I think one important thing is slowing down your provider. Providers, doctors, nurse practitioners, and PA’s, these days there’s a lot happening in the clinic. There’s a lot going on. And to the provider this may be a very routine bispecific antibody initiation, but for you it’s the first time.  

Katherine Banwell:

Right.  

Dr. Craig Cole:

And so, making sure you slow them down, to slow them down. I think my patients know if I’m running late, it’s because I had to slow down and go through the process, and make sure it’s well understood and that you should feel comfortable. And these days to ask your doctor question, and question your doctor, to ask about these therapies, the side effects, and the efficacy of them.  

If your doctor doesn’t like it, or if your doctor gets angry, then it really is time to find a new doctor because the doctor is there to serve you and to help you and make – you have to make sure that everything, your questions are answered, and that you feel comfortable going home. If you feel uncomfortable going home, then turn around and ask them again. 

Katherine Banwell:

Yeah, yeah. And if not, the doctor – I suppose some of these questions could be answered by someone on the care team. 

Dr. Craig Cole:

Yeah, and a lot of places have bispecific teams. I mean, these are such common drugs these days that there are teams of people that are behind the scenes working. And some of the phone numbers are to the other people that are on the team so absolutely. 

Katherine Banwell:

Yeah. You mentioned empowerment. How do you empower care partners to engage in their loved one’s care?  

Dr. Craig Cole:

I think that the first thing that I do, this is what I personally do, is I write down everything. I write down the plan. I write down the mechanism of action. I’m a very visual person. And so, I write everything down for patients. And I think when they see me writing it down, and I hand the papers to them as I write things down that it shows them that it isn’t a one way street. It isn’t me talking to myself in medicalese about a patient. It really is a partnership. And I do this with the trainees that you never, ever walk out of a room without asking, “Are there any other questions?” And I think one very important question for care providers and patients to ask their providers is to ask, “Is there anything that I should have asked? 

Is there anything that you think that people normally ask that we may have missed or not gone over?” Because again if it’s your first time using these medications, you may not have thought of everything and thought of all the questions to ask. So, asking your provider, but really having that two-way conversation, and I really do. I really try to make sure that before my – before we give any of these medications, that my patients are engaged, that they understand what we’re doing and why we’re doing it. And if they don’t, then we start all over again, and there is no fault in that at all.  

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

How can you best care for a loved one who is undergoing bispecific antibody therapy? Dr. Craig Cole, a myeloma specialist, provides key advice for care partners emphasizing the necessity of taking notes and for having a solid plan if issues arise, and he shares key questions to ask the doctor about bispecific antibody therapy.

Dr. Craig Cole is a multiple myeloma specialist at Karmanos Cancer Institute in Detroit, MI and in East Lansing, MI. Dr. Cole also serves as an associate professor at Wayne State University and at Michigan State University. Learn more about Dr. Craig Cole

See More from The Care Partner Toolkit: Bispecific Antibodies

Related Resources:

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

Essential Monitoring Following Bispecific Antibody Therapy for Myeloma

Essential Monitoring Following Bispecific Antibody Therapy for Myeloma

Being Empowered | Why Care Partner Should Feel Comfortable Voicing Concerns

Being Empowered | Why Care Partner Should Feel Comfortable Voicing Concerns

Transcript:

Katherine Banwell:

Dr. Cole, what sort of questions should care partners be asking the care team when a loved one is undergoing bispecific antibody therapy? 

Dr. Craig Cole:

I think one of the big questions and – oh first I would say write everything down. Write everything down and have your care provider write things down or record them. Because I think it’s important to have that – have something written on hand. In our house we put everything on the – instructions on refrigerator with a magnet to make sure everyone sees it. But the one – one big question to ask is, “What are the – with this specific antibody that the patient’s receiving, what is the risk of the of the cytokine release syndrome?  

What’s the risk of the neurotoxicity that we talked about in the timeline?” Because those can be very different. “When should I worry? And how long should I be watching for these side effects?” The other thing is to have a solid plan of what to do if there are – if there’s any side effects. And so frequently that doctors or providers will write a prescription for steroids or Tylenol to take if any of those symptoms happen, but also to have a phone number to call a provider or to call the clinic if something were to change. Because again, these aren’t symptoms that you want to sit on where you say, “Oh, I have a fever, no big deal.” I mean it’s definitely good to call, and so, having a plan set. And I would make sure that you have that written down and then talk back, repeat back to the doctor or the provider that the plan is set.  

It’s not a forever plan. It’s just doing those first few doses of the bispecific. And also knowing sort of – I think a really good question is knowing the long-term efficacy of these. I mean these therapies are – work really, really well, but also knowing what are the chances of this working, of it not working? And I always like to have a plan B. “If this doesn’t work well, what are we going to do next?” And I think that’s a very fair question to providers. 

Katherine Banwell:

Dr. Cole, is there anything else you’d like to add about caring for someone who’s being treated with bispecifics? 

Dr. Craig Cole:

I think that the biggest thing is how incredibly exciting these medications are. I mean, there are – I went through and talked about a lot of the bispecifics for cancer, but there have been revolutionary biospecifics for macular edema, for hemophilia, the bleeding disorder. And these are revolutionary drugs in cancer. And really, it’s incredible that – how well these drugs fight cancer. And the fact that they use your own immune system, not someone else’s immune system, not some chemotherapy, but using your own immune system is incredible. And so, I always tell people to be really encouraged that the technology is this – if you’d have asked me this 10 years ago about a bispecific antibody I would say that’s impossible.  

And now we’re at the cusp of that. And the other thing is to be involved in clinical trials, that all these, a lot of – there are a lot of clinical trials and bispecifics because it is the big, exciting thing. And so, if you have the opportunity to participate in a bispecific clinical trial, I would definitely encourage that because it really is the cutting edge of medicine these days.  

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

 
Dr. Craig Cole reviews the side effects of bispecific antibody therapy, the symptom care partners should be monitoring for, and the importance and impact of early intervention if any issues arise.

Dr. Craig Cole is a multiple myeloma specialist at Karmanos Cancer Institute in Detroit, MI and in East Lansing, MI. Dr. Cole also serves as an associate professor at Wayne State University and at Michigan State University. Learn more about Dr. Craig Cole

See More from The Care Partner Toolkit: Bispecific Antibodies

Related Resources:

Myeloma Care Partners | Understanding Bispecific Antibody Therapy

Myeloma Care Partners | Understanding Bispecific Antibody Therapy

Essential Monitoring Following Bispecific Antibody Therapy for Myeloma

Essential Monitoring Following Bispecific Antibody Therapy for Myeloma

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Transcript:

Katherine Banwell:

Do side effects vary from patient to patient? 

Dr. Craig Cole:

Yes, so they actually vary greatly from patient to patient and from drug to drug. There’s some bispecifics for some cancers that have low risks of cytokine release so low that they don’t even need to come to the hospital. And some of them have such a high risk of those cytokine release syndromes that people are in the hospital for a few days.  

The other thing is usually the more tumor someone has, the more disease and cancer they have, the higher those risks of cytokine release. And so, it does vary from patient to patient to and from medication to medication. 

Katherine Banwell:

What should care partners understand about caring for someone during therapy? 

Dr. Craig Cole:

One of the big things that care partners should look for or to be aware of are – is the timeline for a lot of those symptoms. The highest risk for the side effects, the things to look out for, the neurologic toxicity, the fevers, and shortness of breath, and things are in the first few days of each dose of receiving therapy.  

Some of those therapies actually because of the neurotoxicity, they don’t let anyone drive, any patients drive for the first few weeks after receiving a bispecific. So, knowing the timeline, that in those first few days, that you really have to check the temperature, have a plan, know who to call, watch for those symptoms. But as the weeks move on, like after the second dose, there’s much less toxicity, third dose, even less risk. Fourth dose and on is very rare to have any of those toxicities, and so then you can relax. And usually people are able to drive. So being aware of the timeline’s important. 

Katherine Banwell:

Yeah. Are there advances being made in the management of side effects for bispecifics? 

Dr. Craig Cole:

Oh yes, and so that’s the – that’s one of the really exciting things is the – is what I was just talking to one of our trainees about this, about the evolution of the bispecific antibodies have been to make them more effective, make them more sticky, make them engage those T cells more while decreasing the toxicities. 

And so the ones that we’re seeing that are in clinical trials now that hopefully will be approved soon have less of those side effects, less hospitalization, and actually have a longer frequency of being given. The other thing is that we’re really beginning to learn a lot about treating cytokine release syndrome, especially as severe cytokine release syndrome. So, there was a drug that was used to treat severe COVID called tocilizumab (Actemra).  

Katherine Banwell:

Yeah.  

Dr. Craig Cole:

And that was used when people came in with COVID symptoms which can be a lot like cytokine release. The would receive this medication to help control that. Now we’re using that to treat cytokine release syndrome.  

And there’s quite a bit of data, especially in multiple myeloma in using it prophylactically to prevent cytokine release syndrome. And there are studies that show that the usual rate in multiple myeloma, kind of the specialty that I have, the usual rate of cytokine release – some cytokine release is about 70 percent with using prophylactic tocilizumab, which is just an antibody against one of those cytokines, IL-6. It goes down to – up to about 25 percent, so 75 to 25.  

And really it has no adverse side effects and doesn’t do anything with the outcome or the effectiveness of the bispecific antibodies.  

Katherine Banwell:

Well, that’s an incredible difference, isn’t it? 

Dr. Craig Cole:

Yes, yes, that was really – the trick is trying to get insurance companies to approve it and to get hospital systems to approve it.  

But I am very confident that very soon as we get more data about using it prophylactically that they’ll be incorporating it into the guidelines. 

Essential Monitoring Following Bispecific Antibody Therapy for Myeloma

Why is a care partner essential for someone undergoing bispecific antibody therapy for myeloma? Dr. Craig Cole, a myeloma specialist, discusses the essential role of care partners following treatment, emphasizing the importance of monitoring for potential side effects. 

Dr. Craig Cole is a multiple myeloma specialist at Karmanos Cancer Institute in Detroit, MI and in East Lansing, MI. Dr. Cole also serves as an associate professor at Wayne State University and at Michigan State University. Learn more about Dr. Craig Cole

See More from The Care Partner Toolkit: Bispecific Antibodies

Related Resources:

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

Being Empowered | Why Care Partner Should Feel Comfortable Voicing Concerns

Being Empowered | Why Care Partner Should Feel Comfortable Voicing Concerns

Bispecific Antibody Therapy | The Important Role of Care Partners

Bispecific Antibody Therapy | The Important Role of Care Partners 

Transcript:

Katherine Banwell:

What is the role of a care partner for someone undergoing bispecific antibody therapy? 

Dr. Craig Cole:

Yeah, the care partner is, I think, a critical component of someone receiving bispecific therapy. And their reason is really to do with the side effects and monitoring the side effects of the therapy. What’s the big side effect of the bispecific antibodies is again when those T cells engage the cancer cells and they find the cancer, they release chemicals to destroy the cancer immediately.  

And those chemicals are from the T cells, can cause people to feel very ill, or can cause them to feel very ill very quickly, or they can have fevers, and they can have difficulty breathing. And that’s called cytokine release syndrome. Cytokines are the chemicals that the T cells are using to kill the cancer cells.  

Release, meaning that T cells are releasing that, and syndrome mean that different things can happen to different people. And the highest risk for the cytokine release syndrome is usually within the first two to three treatments, usually in the first two or three days of the therapy. And a lot of times when people get the bispecific antibodies, sometimes it’s given in a brief hospitalization like an overnight hospitalization, but then they go home.

And then the trick is monitoring for that cytokine release syndrome, the fevers that can be associated with that, shortness of breath, low blood pressure. And in having a couple people observing, watching for those signs and symptoms are really important. Because if cytokine release syndrome isn’t addressed immediately, it can progress to worse outcomes, meaning that the blood pressure gets lower, the difficulty in breathing gets worse.  

If let completely go, people can end up in the intensive care unit which is very, very, very rare. But that’s why we address this as early as possible. The other side effect, and probably kind of the most subtle thing, are some of the neurologic things that can happen with the bispecific antibodies. So, it’s the neurologic toxicity, or some people call it ICANS. And that’s when some of those cytokines that we talked about that are from the T cells can cross the blood brain barrier and cause patients to be confused.  

They can have word finding difficulties. They can feel – almost have stroke-like symptoms. They’re temporary, but they definitely need to be addressed. And sometimes patients may not be aware that they can’t find the right word, or they want to speak, and the words don’t come out, or when they speak it’s the wrong words are coming out.  

And that’s a real, real big sign that you need to call your doctor immediately, or your provider immediately if you have those neurologic symptoms. So, watching for those side effects, so low blood pressure, the high fevers, and stroke like symptoms. It’s not a stroke, but it’s just those chemicals in the brain that can cause people to have some neurologic problems. And again, if you address those immediately, they are definitely reversible.  

Myeloma Care Partners | Understanding Bispecific Antibody Therapy

What is bispecific antibody therapy? Dr. Craig Cole, a myeloma specialist, explains how bispecific antibody therapy works to kill myeloma cells, how the treatment is administered, and which patient type the therapy is most appropriate for.

Dr. Craig Cole is a multiple myeloma specialist at Karmanos Cancer Institute in Detroit, MI and in East Lansing, MI. Dr. Cole also serves as an associate professor at Wayne State University and at Michigan State University. Learn more about Dr. Craig Cole

See More from The Care Partner Toolkit: Bispecific Antibodies

Related Resources:

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

What Myeloma Care Partners Should Know About Bispecific Antibody Side Effects

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Proactive Steps for Supporting Your Loved One Through Bispecific Antibody Therapy

Bispecific Antibody Therapy | The Important Role of Care Partners

Bispecific Antibody Therapy | The Important Role of Care Partners 

Transcript:

Katherine Banwell:

Dr. Cole, let’s start with some basics. What is bispecific antibody therapy? And who is it right for? 

Dr. Craig Cole:

Yeah, in cancer medicine kind of to describe bispecific antibodies we need to really start with what T cell is.  

Because in cancer medicine the – really all of the bispecific antibodies engage T cells.   

So, T cells are a cell that’s in our bodies which help destroy cancer cells naturally. And so, the T cells, when we have any mutations in any of the cells in our body and it starts to become cancerous, the T cells come in and wipe it out before it even gets started. And so, part of the reason that people get cancer is that those cancer cells find a way to evade the T cells. And usually what they do is they hide. They’re able to masquerade as normal cells, and the T cells that should destroy them just slide right over them or check their ID and say, “Well, you’re okay,” and let them go.  

Then the cancer cells can grow. And so, what the bispecific antibodies do is that a regular antibody is shaped like a Y, and usually both ends are really sticky to stick to anything, usually bacteria, viruses. And that’s the antibody – is the way our immune system fights infection. And antibodies are sticky. They got two sticky ends. What they’re able to do in the laboratory is make one of the sticky ends to an antibody not produced by people but produced a laboratory. One sticky end is specific to the T cell. One sticky end is specific to the cancer cell. And when you give this drug, it brings the T cells that have been ignoring the cancer right up against the cancer cells. And so, all of a sudden, the T cells that destroy cancer that have been ignoring the cancer cells are suddenly made aware of the cancer cells.  

And as soon as they see those cancer cells, they begin to kill the cancer cells. And so, it brings the cancer hunting T cells together with the cancer cell so the T cells can destroy the cancer.  

Katherine Banwell:

Okay.  

Dr. Craig Cole:

And who is it right for? Most, if not all, of the bispecific antibodies that are approved now are for people that that have cancer that’s advanced, that has failed several therapies. And that’s the usual place where new drugs go is for the people who are most in need, the people who have exhausted a lot of other options. And so really it’s right for anyone who has advanced cancer, who needs new therapeutic options. 

Katherine Banwell:

How is this therapy administered and what is the frequency? 

Dr. Craig Cole:

Yeah, so usually for most by bispecific antibodies, they’re administered subcutaneously under the skin, and some are administered IV.  

Some are administered over long periods of time where people go home with infusion packs, and they get it over several days. And some of them are given once a week or every two weeks. And so, it really depends on what type of tumor is being – what the bispecific it is being used for and which tumor is directed towards. 

Follicular Lymphoma Patient Expert Q&A: Dr. Brad Kahl

 

Dr. Brad Kahl from Washington University School of Medicine explores the transformative potential of emerging therapies for follicular lymphoma and their significance for patients and families. He also addresses the unique challenges of living with follicular lymphoma and its impact on patients’ lives today.

Download Resource Guide | Descargar Guía

See More from START HERE Follicular Lymphoma

Related Resources:

What’s the News on Follicular Lymphoma and Bispecific Antibodies

What Should Follicular Lymphoma Patients Know About Remission

What Can Follicular Lymphoma Patients Expect With Remission


Transcript:

Lisa Hatfield:

Welcome to this START HERE Patient Empowerment Network program. This program bridges the expert and patient voice, enabling patients and care partners to feel comfortable asking questions of their health care team. Joining me today is hematologist-oncologist Dr. Brad Kahl, Professor of Medicine in the Division of Oncology at the Washington University School of Medicine and Director of the lymphoma program at the Alvin J. Siteman Cancer Center in St. Louis, Missouri. Thank you so much for joining us, Dr. Kahl.

Dr. Brad Kahl:

It’s a pleasure. Thanks for having me, Lisa.

Lisa Hatfield:  

The world is complicated, but understanding your follicular lymphoma diagnosis and treatment options along your journey doesn’t have to be. The goal of Start Here is to create actionable pathways for getting the most out of your follicular lymphoma treatment and survivorship. No matter where you are on your journey, this program is designed to provide easy to understand, reliable, and digestible information to help you make informed decisions. And most of all, we’re asking questions from you. I’m thrilled you’ve joined us.

Please remember to download the program resource guide via the QR code. There is great information there that will be useful during this program and after. Let’s start here. Dr. Kahl, there is a great deal going on in the follicular lymphoma landscape, and I want to dig into that. But before we do, as is custom for this program, I’d like to start with a brief overview of this disease. What is follicular lymphoma? And can you break it down a little bit, the key differences between Hodgkin and non-Hodgkin lymphoma and how follicular lymphoma fits into that?

Dr. Brad Kahl:

Sure. The terminology can be kind of confusing to patients, so I’ll try to explain it. Hodgkin lymphoma is a specific kind of lymphoma. Non-Hodgkin’s lymphoma just means it’s not Hodgkin’s. So non-Hodgkin’s lymphoma is just a big, broad, descriptive term. It’s like saying automobile. But there are lots of different kinds of cars, obviously. So follicular lymphoma is a specific type of non-Hodgkin’s lymphoma. So it’d be like saying Chevy Malibu or something specific within that automobile term. So there’s like 100 different kinds of non-Hodgkin lymphoma. Follicular lymphoma is one of those. A

nd it’s kind of a unique answer biologically and clinically. Follicular lymphoma is characterized by this particular mutation inside the cells that sends a signal to the cells that says don’t die. So instead of being a disease of rapid cellular proliferation and growth, it’s more of a disease of slow cellular accumulation. If people can picture that, the cells are just accumulating slowly. So it’s kind of a slow-moving cancer. And probably when patients are diagnosed, they’ve probably had it for a long time already.

They just didn’t know it, because follicular lymphoma often doesn’t cause symptoms. And usually when we get a patient with newly diagnosed follicular lymphoma, the disease is very widespread. And that obviously makes people fearful. And so we spend a lot of time trying to reassure them that’s not a problem that’s typical for follicular lymphoma. Everybody wants to know their stage, of course. And I try to tell them, the stage doesn’t really matter that much in follicular lymphoma. In some cancers, the stage is a big deal. But those are cancers that you can kind of remove surgically.

But there’s really no role for surgery as a treatment in follicular lymphoma. The disease is typically very widespread in diagnosis, meaning it’s all over the body. And so when we do treat it, we pick treatments that will work everywhere. And our treatments tend to work just as well when the disease is at a more advanced stage. That’s why as the doctors, we don’t spend too much time worrying about the stage. It’s just not, it’s not as important in follicular lymphoma.

Lisa Hatfield:

Okay. Thank you. And just to clarify, when you mentioned that there is a mutation or often mutations in follicular lymphoma, is that in the cancer cells themselves, or is that in a mutation, like a BRCA mutation that a patient can be tested for? I presume it is.

Dr. Brad Kahl:

Right. That’s a great question. The mutation is specific to the cancer cells. So people are not born with this mutation. It’s not a mutation that you pass along in your family to children. It’s a mutation that is acquired in these cells at some point in the patient’s lifetime. Another confusing term is this whole idea of B-cell lymphoma or T-cell lymphoma.

And just to try to clarify that. So we have different kinds of lymphocytes in our body, and these lymphocytes, they have jobs to do as part of our immune system. And one kind of lymphocyte is a T cell, and that has specific roles in our immune system. And another kind is a B cell, and that has specific jobs to do in our immune system. Follicular lymphoma is derived from a B cell, a B-cell lymphocyte. So the…a B cell gets this mutation, and that turns it from a normal healthy B cell into a follicular lymphoma cell.

Lisa Hatfield:  

Okay. Thank you for explaining that and for that overview. That’s really helpful. I appreciate that. So, Dr. Kahl, you also mentioned treatments and how oftentimes it’s not a cancer where you can just remove the cancer. Can you talk about some of the exciting developments with treatments and new innovative therapies, and what are the most important highlights for patients and families?

Dr. Brad Kahl:

Yeah. There’s a lot to talk about here. So I’ll start with how we approach a newly diagnosed patient, and then we’ll go into how we approach patients who have relapsed disease. So the most often, or the most common way a follicular lymphoma patient comes to medical attention is they just either notice a lump from an enlarging lymph node, or some enlarged lymph nodes are just found incidentally because they’re having some testing for some other condition.

And so, like I said, very often patients don’t have symptoms. That’s very typical. Occasionally, the patients will have symptoms, and those symptoms might be pain from a large lymph node mass that’s pushing on something. Occasionally, they might have fevers or night sweats. They wake up in the middle of the night just drenching wet, or unexplained weight loss. Those would be symptoms that can occur in follicular lymphoma. But most patients who come to see us for the first time don’t have symptoms.

When we have a newly diagnosed patient and it takes a biopsy to make the diagnosis, we then need to do the staging evaluation. So that involves some sort of imaging. And nowadays that’s usually in the form of what’s called a PET scan, which gives us a good snapshot of the whole body. And it’ll show us enlarged lymph nodes. And then the PET portion of the scan will show us if the lymph nodes are metabolically more active.

So they show up as these bright spots on the PET scan. And that’s what allows us to stage the patient. It tells us where the disease is located and how much of the disease we see. And so I’m often telling patients, I don’t worry so much about the stage. I worry more about the disease burden. So the way I explain that to patient is, suppose I could take all the follicular lymphoma cells out of your body, and I made a pile. How big is the pile? And that’s actually, I think, more important than the stage in determining our initial strategy.

Because believe it or not, if we have a patient who comes to us with a new diagnosis of follicular lymphoma and they have no symptoms, and it turns out that their tumor burden is very low, we often will recommend an initial approach of no treatment, which is a strange thing for patients to hear. And we spend a lot of time trying to explain the rationale for that. So I’ll try to explain that to you now. Follicular lymphoma is hard to cure.

So it’s this weird cancer in that it’s slow-moving. It often doesn’t make people sick, and we have good treatments for it, but curing it, like making it go away once and for all, proves to be kind of difficult. And studies in the past have shown if you have a patient who has no symptoms and is low tumor burden, that their prognosis is just as good if you leave them alone at the beginning. And many patients will not need any treatment at all for two years, three years, five years. I even have follicular lymphoma patients who I’ve been observing for more than 10 years that have never needed any treatment.

About two out of every 10 patients that are newly diagnosed can go 10 years without needing any treatment. So that’s why we’ll start that strategy for some patients. And that’s psychologically can be difficult for patients. You’re telling me I’ve got a new cancer diagnosis. You’re saying you have good treatments for it. And yet you’re saying you don’t want to use any of those treatments. And so it takes a lot of talking and explaining to try to get people comfortable with that.

Some people never get comfortable with that, I admit it. But some people get very comfortable with it. But it is a very appropriate initial strategy for a low tumor burden asymptomatic person just to observe and get a handle on the pace of the disease. If the disease starts to grow, or if the patient starts to get symptoms, we can start our treatment at that time. And the treatment is going to work just as well as it would have had if we started it last year, or two years ago.

So we feel like we’re putting the patient in no harm, no risk of harm by starting on this strategy of a watch and wait. On the other hand, some patients have high tumor burden, they have a lot of disease, or they have symptoms. And for those patients we need to start them on treatment because the treatment can put them in remission and get them feeling better. Right now, the most common frontline treatment in follicular lymphoma will be a combination of some chemotherapy and some immunotherapy.

The most commonly used regimen in the United States right now is a two drug regimen, a chemotherapy drug called bendamustine (Treanda), and an immunotherapy drug called rituximab (Rituxan). And you give that treatment every 28 days for six months. And it’ll put 90 percent of people into remission. And on average, those remissions last five plus years. And it’s a very, very tolerable treatment.  It’s not too bad as far as chemotherapy goes. There’s no, most people don’t lose their hair. They don’t get peripheral neuropathy, that sometimes chemotherapy drugs give.

It’s not too bad for nausea and things like that. I’m not saying it’s easy or it’s fun. It’s none of that. But as far as chemo goes, it’s not too bad. And it’s effective, it is very effective. And I’ve given that treatment and I have people who are still in their first remission 10 years later, so you can get, for some people can get these really long remissions. But the reality is most patients, their disease does come back, they do relapse at some point. And then we have to start talking about what to do for second line treatment or third-line treatments.

And that’s where things have really taken off in follicular lymphoma in the last few years, there are a number of brand new treatment options in play for relapsed follicular lymphoma that are very exciting, and proves that we’re moving away from chemotherapy. We have drugs that are oral, that are, we call them targeted agents, they hit like a molecular pathway inside the cell a lot, and they kill the cells a lot differently than chemotherapy does. And we have a number of new drugs that work through the immune system, and try to attack the lymphoma that way.

So when we have patients who relapse, probably the most commonly used second-line treatment right now is a combination of a drug called lenalidomide (Revlimid), which is a pill that’s used in a few different cancers. It works very well for certain cancers, and it works well in follicular lymphoma. And that’s given with the immunotherapy drug called rituximab. And that was proven in a study to be very effective. About 80 percent of people will respond to the regimen, and that remission on average lasts in the two to three-year range.

So that’s probably the most commonly used second line regimen right now in the U.S. for follicular lymphoma. And then there are a number of treatments that are now available in third-line and beyond that are new within the past, say three, four years. And these newer treatments that I’m about to describe are now being tested as second line treatments and even as first-line treatments.

So it’s possible that some of these treatments I’m about to describe will become in the future, our go to regimens for first line treatment or second line treatment. And we hope they do move up, because that means they’re, it means they’re even better than what we’ve been using. So probably the treatments that we’re most excited about right now in follicular lymphoma are the drugs called bispecific monoclonal antibodies. There are two that are now FDA-approved. One’s called mosunetuzumab-axgb (Lunsumio), and that was approved about a year-and-a-half ago.

And the other one’s called epcoritamab-bysp (Epkinly), and that was approved just a month ago. And basically these drugs are infused or injected under the skin, infused intravenously injected under the skin and their proteins that will literally stick to the lymphoma cells. And when it does that, it kind of coats the cancer cells. And then after these bispecific antibodies coat the tumor cells, they literally will trick the patient’s T cells or healthy T cells to come in and attack the cancer.

So it’s a way of trying to trick the patient’s own immune system to come in and start fighting the cancer. And these two drugs are very promising in the relapse setting. They work about 80 percent of the time to get some kind of response. About 60 percent of the time patients will go into complete remission, which means we can’t find any evidence for the lymphoma on scans. And they’re both so new that I don’t think we have a full understanding of how durable these remissions are going to be right now.

It looks that like about, if you do get a complete remission, that about half of those patients are holding that complete remission at two and three years. But we’re, we don’t know about four years and five years yet because the drugs are too new. And we expect that if, as these drugs move up and are tested in the second-line setting and in the first-line setting, they’ll work even better because the cancer cells tend to be easier to kill in earlier lines of therapy. Other agents that have moved into the relapse follicular lymphoma space would include CAR T-cell therapy.

This is a fairly sophisticated complicated approach where you actually will run the patient’s blood through apheresis machine and you will extract the patient’s T cells and those T cells get genetically modified in a lab and then expanded and then are shipped back to the center and then re-infused back into the patient. So now again, we’re tricking the patient’s T cells into fighting their B-cell lymphoma.

And there are three CAR T products that are now FDA approved for use in follicular lymphoma, and they have very high response rates. With seemingly good durability we’re now getting three and four-year follow-up for these CAR T products with about half of people still in remission. The CAR T products probably have a little more toxicity and a little more risk than the bispecifics. So I think most of us are thinking we would try the bispecifics before CAR T, but there might be certain patients where a CAR T strategy is more appropriate to use before a bispecific.

So we’re very excited to have these tools in our toolbox. It’s always good to have more options. And then I should just mention the small molecule inhibitors. So here’s an example. Just this past year there was approval for a small molecule called zanubrutinib (Brukinsa). It targets an enzyme called BTK or Bruton’s tyrosine kinase. This is a pill really well tolerated. It’s given in a combination with an immunotherapy drug called obinutuzumab (Gazyva). This zanubrutinib-obinutuzumab combination got FDA-approved just this year for recurrent follicular lymphoma.

The results look very good for that. It’s very well-tolerated. There’s another oral agent called tazemetostat (Tazverik), which was approved a couple of years ago. It targets a mutated protein in follicular lymphoma. This is, again, is a pill super well-tolerated, very few side effects. So, there’s just a few examples for you of all the different treatment options we have for follicular lymphoma that has recurred after initial treatment.

And believe it or not, the decision-making can be difficult when you have so many choices and so many good choices, that’s a good problem to have. And I find myself a lot of times spending a lot of time with the patient and their family as we talk through these different options, and we try to think what’s best for them at this point in time, talking through the pros and the cons, how active it is, what side effects do we need to be concerned about. And it’s a lot for patients to digest when you have so many choices. But like I mentioned that’s actually a good problem to have.

Lisa Hatfield:

I think you’re right. There’s a lot of hope in those options. I do have two follow-up questions. One of them is when you talk about lenalidomide or brand name Revlimid, CAR T bispecific antibodies, this new small molecule, are these all quality of life is so important for cancer patients. Are these all limited duration treatments for recurrent disease when there’s a recurrence of the disease or are they long-term treatments for the disease?

Dr. Brad Kahl:

Yeah, really good question. And the answer is different for every agent. So I’ll try to just kind of run through the list. For the CAR T products, the three different CAR T products, it’s like a one-time treatment and then you’re done because the cells that get infused will persist in the patient’s body for months and months and months. So they’re infused and then the cells will hang around a long time acting on the cancer. So for the CAR T it’s a one-time treatment. For the bispecifics, the mosunetuzumab-axgb product is a time-limited treatment that is done in less than a year. The epcoritamab-bysp is designed to be given indefinitely.

So those are, there are some pros and cons of those two agents, the two small molecules that I mentioned, the zanubrutinib is meant to be given indefinitely and the tazemetostat is meant to be given indefinitely. And then the first one I mentioned was the lenalidomide. That is in follicular lymphoma that it was developed to be given for 12 months in this setting. So the duration of therapy is unique for each of the different agents that I mentioned.

Lisa Hatfield:

Okay. Thank you for that overview of all those emerging therapies. That’s great to know for patients, Dr. Kahl. All right. It’s that time where we answer questions we’ve received from you. Remember, as patients, we should always feel empowered to ask our healthcare providers any and all questions we might have about our treatment, our disease, and our prognosis. Please remember, however, this program is not a substitute for medical care. Always consult with your own medical team.

So, Dr. Kahl, we have several patients who have submitted some questions. The first question is regarding emerging technologies. And I think that you probably have answered that very well actually in a discussion here. So the second question this patient had is how might future innovations build on the latest treatments to offer even better outcomes for patients? You, I think maybe have touched on that, but maybe speak to that a little bit more as far as longer remissions. Yeah.

Dr. Brad Kahl:

Right, right. So I think right now the main emphasis in research is to take some of these really promising drugs that were developed for relapsed follicular lymphoma and do two things with them, test them in combinations in the relapse setting to see if you can make them even more active. So an example of that would be take the drug lenalidomide, which is really active in the relapse setting and pair it with the drug mosunetuzumab-axgb, which is very active in the relapse setting, and pair them together and see if you can get better results than either drug alone.

So there are studies trying to answer questions like that at this time. And then the other area of major interest is to take these promising new treatments approved in the relapse setting and test them upfront. So there are studies being literally designed right now as we speak that will test bispecific monoclonal antibodies in the frontline setting.

So patients can envision being offered a chance to have a chemo-free strategy where they’re just getting a bispecific monoclonal antibody as their initial treatment. And there are studies that will test these drugs as single agents, and there are studies that will test these drugs in combinations with other agents in the frontline setting, like lenalidomide, for example. So we have no results from any of these trials yet, but these trials are just starting to enroll patients and this could fundamentally change the way we’re managing follicular lymphoma in the future if any of these new strategies turn out to be more promising than what we have done historically.

Lisa Hatfield:

Thank you. Okay. Another question, Dr. Kahl. How do outcomes differ for patients with relapsed/refractory disease compared to those who respond well to initial treatment?

Dr. Brad Kahl:

So that’s a really good question. And when we have a patient going through frontline treatment, we’re all really crossing our fingers that that first remission is incredibly durable. Because when the disease relapses, the remissions do tend to get shorter and shorter and shorter, which is frustrating for everybody.And so we love it when we get a nice long first remission. And in the older days when all we had to offer was chemotherapy and some different immunochemotherapy regimens, the remissions in second line and third line might be two years or one year.  It can get frustrating as you go through treatment after treatment after treatment. It’s hard on patients. The side effects start to accumulate. And that’s one of the reasons we’re so excited about all these new agents that we have for relapsed disease with the bispecifics and the CAR T products and the small molecule inhibitors like tazemetostat and zanubrutinib. Because it appears as though these remissions for relapsed disease might be getting longer than what we have seen historically. So there’s no question that dealing with relapsed follicular lymphoma is more difficult than dealing with frontline follicular lymphoma. But we’re optimistic that these newer treatments we have are improving outcomes for patients with relapsed disease.

Lisa Hatfield:

Okay. Thank you. And another question, which patients are considered the most vulnerable when it comes to follicular lymphoma and why, and what measures can be taken to better support these populations in terms of treatment and care? And I’m not sure if they’re talking about different age groups or ethnic groups or geographic groups like rural versus more urban areas, but if you can speak maybe to general terms to answer that question, that would be great.

Dr. Brad Kahl:

Yeah, right. Well, the first thing that comes to mind are older patients. Older patients are always more challenging to take through cancer therapies. The older patients are more fragile. They don’t tolerate the treatments quite as well. They don’t have the physiologic reserve. They’re more susceptible to complications and infections. So I always think when we have older patients that need treatment in follicular lymphoma, the doctor has to be extra, extra careful, sort of the Goldilocks principle. You don’t want the treatment too hot and you don’t want it too cold, too hot, it might work great, but you might get unacceptable side effects too cold, maybe no side effects, but not enough activity against the disease. So we’re always trying to get that patient the best remission we can get them, but doing the least amount of harm along the way.

So I think that takes a little bit of art, a little bit of experience to figure out how to get your older more fragile patients through follicular lymphoma therapy. And then I think the whole idea of patients who live in rural areas, that can often be challenging too, because they may be hours and hours away from medical care. So if they do have a complication of treatment, an infection, for example, it can be challenging to get them the care they need in a quick amount of time. So when I have patients who I know live way out in the country, far away from our center, I just, we always give them a card, it’s got our phone number and I’m like, you feel like something’s going wrong, call us. I don’t care if it’s 2 in the morning, you call us.

It’s not your job to figure out what’s going wrong. That’s our job. It’s just your job to describe to us what you’re experiencing and then we’ll figure out over the phone whether we want you to drive the three hours to come see us or whether we think you just need to go to the closest place, which might be 30 minutes away. So at least you’re in the hands of some medical professionals. And then they can call us with an update on what they’re noticing, what the tests are saying. So taking care of patients who live far away from the medical center poses some additional challenges.

Lisa Hatfield:

Okay. Thank you. And that’s a great takeaway for patients. If you have a question, call your provider. They can help take the stress away from making that decision yourself. 

Well, here’s a loaded question for you, Dr. Kahl. Why does relapse happen in the first place, and what are the changes in the body that signal when and if treatment is likely going to fail?

Dr. Brad Kahl:

Boy, we wish we understood why relapse happens in the first place. Last I mentioned, most of these treatments can get people into remission, which means that they can kill the vast majority of the cancer cells, maybe 99.9 percent of them, but for some patients, there’s just a few stubborn cells that remain behind. Maybe those cells are just sitting there, not growing at all, which follicular lymphoma cells can do.

And when the cells are not trying to divide, not trying to grow, they’re kind of protected from killing. They’re just sitting there doing nothing. And so we think it’s this property that how the cells kind of protect themselves. And so these rare cells that are just kind of sitting there, quiescently not growing, not dividing, these might be the cells then that just hang around for years and then contribute to that relapse five years down the road.

But I admit we don’t fully understand why one patient will relapse two years after a treatment and the next patient is still in remission 10 years later. These are things that we don’t fully understand. Every patient’s lymphoma is a little different, I’m afraid. So two people with follicular lymphoma, they don’t really have the same cancer, cancer, they are sort of like snowflakes. No two are alike. And so they can have different mutations inside the cells that’ll make the cancer behave a little differently from one patient to another. It might make it respond to treatment a little differently from one patient to another. And so what is true for one follicular lymphoma patient may not be true for another.

So if a patient’s symptoms are not being relieved, that might be a clue that the treatment isn’t working as well as we want it to. And then in some cases the only way to figure out if a treatment is working is by scanning. So we’ll have a before picture from a PET scan or a CT scan, and then we’ll take them through a few cycles of treatment, and then we’ll get another scan to prove that the treatment is working like we want it to work. And if it’s not working like we want it to work, then we’ll say, okay, this one isn’t working for you. Let’s go to the what we think is the next best option for you.

Lisa Hatfield:

Okay. Thank you. And just listening to you and hearing about all these nuances with follicular lymphoma, I would probably recommend as a patient myself with a different kind of cancer, seeking out at least a consult from somebody who specializes mostly in follicular lymphoma, at least a hematologist who can tease through some of these nuances to help you as a patient find the best treatments and therapies and quality of life. So just a little tidbit there. So, Dr. Kahl, thank you so much for being part of this Patient Empowerment Network START HERE program.It’s these conversations that help patients truly empower themselves along their treatment journey. And on behalf of patients like myself and those watching, thank you for joining us, Dr. Kahl.

Dr. Brad Kahl:

Thank you for having me.

Lisa Hatfield:  

I’m Lisa Hatfield, thank you for joining this Patient Empowerment Network program.


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CAR T-Cell Therapy Follow-Up Monitoring | What Patients Can Expect

CAR T-Cell Therapy Follow-Up Monitoring | What Patients Can Expect from Patient Empowerment Network on Vimeo.

What can CAR T-cell therapy patients expect for follow-up monitoring? Expert Dr. Krina Patel from The University of Texas MD Anderson Cancer Center discusses how long follow-up monitoring is typically carried out, issues that are monitored for, and proactive advice for patients to help ensure optimal care.

[ACT[IVATION TIP

“…for long-term side effects really is infections, number one, because even after I just saw a patient last week whose IgG level’s still less than 100 even a year after CAR T. We’ve just knocked out the good and the bad, and so it was just a higher risk of infection, so we try to prevent by giving IVIG regularly, and so again, any time you get an infection, just talk to your doctors, don’t say, ‘This is just a cold,’ just make sure that someone’s following.”

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Transcript:

Lisa Hatfield:

Dr. Patel, if a patient is or has been part of a clinical trial involving CAR T, how long will that patient be followed under the clinical trial protocol for long-term effects, and this is especially important for people who see community oncologists and are wondering about any latent effects that they might experience, how long were those clinical trials follow those patients?

Dr. Krina Patel:

That’s a great question. So most trials will follow for at least two years just for toxicity, efficacy, now, most trials will follow until you’re relapsing, so that’s the point, is that we want to make sure this is working, that you don’t have any long-term toxicity, and when you relapse, we call that the progression-free survival, which is what most of the trials are looking at, and once you relapse, usually they’ll say, Okay, you’re coming off a trial because now you need other therapy and that could take years.

And however, for all CAR T products, because these are genetically modified, the FDA requires that you go into a long-term protocol where we’re monitoring for potential leukemias or lymphomas that T cells can cause, theoretically. So that is for 15 years, total. So everyone then is supposed to go on to that, now we can’t force you to go on to those, but it is something important because it’s come up recently that maybe some of these T-cell products are leading to leukemia or lymphoma, because we’re modifying those T cells could they themselves turn into a cell that causes cancer.

The theoretical risk has always been there, I will tell you that in reality, yes, there have been probably a handful of patients out of all the lymphoma and myeloma and leukemia patients who’ve been treated with CAR T where maybe it came from the T cell itself, the actual CAR T. The majority of other cases that have been reported, it’s been a low risk, it’s less than what we usually see in the general population of patients with blood cancers that get other blood cancers.

But when we see it, most of the time,  it’s not in the T cell where the CAR was in, but again, a handful have been, and that is really why as a group, we have to be really careful and make sure that some of the different. The way we make CAR T is very different amongst the products, and to make sure that one product versus another isn’t more likely to cause T-cell leukemias or lymphomas. So that’s the main reason why that 15-year protocol exists.

Lisa Hatfield:

And do you have any tips for patients who maybe have undergone CAR T therapy, are several years out and working with our community oncologist, what should they be watching for in terms of any late in side effects or long-term side effects?

Dr. Krina Patel:

So I think the activation tip here for long-term side effects really is infections, number one, because even after I just saw a patient last week whose IgG level’s still less than 100 even a year after CAR T. We’ve just knocked out the good and the bad, and so it was just a higher risk of infection, so we try to prevent by giving IVIG regularly, and so again, any time you get an infection, just talk to your doctors, don’t say, “This is just a cold,” just make sure that someone’s following.

And the other big thing is your blood count, so if your blood counts start doing something crazy, your white count’s getting high or too low, you’re not on any therapy, your hemoglobin is getting really low, your platelets are getting low, that’s where we want to make sure there’s not a secondary cancer, a secondary blood cancer involved. Again, T-cell leukemia myeloma was really rare, but we have seen 10 percent patients with MDS or AML in the relapse refractory population, so that is something else we would still want to watch out for and make sure we don’t miss that.


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How Can Variable Patient Groups Be Addressed in CAR T?

How Can Variable Patient Groups Be Addressed in CAR T? from Patient Empowerment Network on Vimeo.

Can CAR T-cell therapy address variable patient groups? Expert Dr. Krina Patel from The University of Texas MD Anderson Cancer Center discusses variances in different myeloma patient groups, the KarMMa-3 study, and proactive advice for patients.

[ACT]IVATION TIP

“…if you are in a area, let’s say rural America where you don’t have access or you are in a minority population, African American, Hispanic, etcetera, or older, frail patients who are older that are considered vulnerable as well, absolutely make sure to talk to your doctors about these novel therapies because you still can get them safely and they will work. They can work. You just have to go to a center where they know how to adjust those types of therapies to make sure you get the best options out there as well.”

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Transcript:

Lisa Hatfield:

Dr. Patel, how might the heterogeneity of patient populations impact the standardization and reproducibility of CAR T therapy outcomes across different clinical settings, and what initiatives are in place to address this variability?

Dr. Krina Patel:

Yeah, I think that’s a great question because again, this is a personalized therapy. So it depends on what your myeloma is like, the genomics, the genetics of your myeloma, how aggressive is it, plus your T cells, right? And so everybody’s genetic ancestry, etcetera, is very different. So the idea of a personalized medicine, more than just even across groups of people, it’s at the individual level. And I think when you talk about different races or ethnicities, we have seen some differences in our real-world data, in very relapsed/refractory patients, where people can get great response rates still.

So, for instance, Caucasian patients versus African American patients, our response rates are still high in the 80s and 90 percent, but the toxicity is a little bit higher in our African American patients. It’s still not high grade. It’s not anything that makes me say, I’m not going to give this, but the baseline inflammatory markers are a little bit higher. And so once we get the CAR T, our patients tend to get a little bit more CRS.

They end up in the hospital a little bit longer. Now, again, this is a multivariate analysis and we couldn’t find any other difference, but when we look at KarMMa-3, which is one of our big studies that led to ide-cel (idecabtagene vicleucel) [Abecma] being approved early, we actually had an outcomes of African American patients only that we looked at and that we presented just this past TCT, and response rates were actually a little bit better.

Again, you can’t compare them because the numbers aren’t there to power that to compare, but numerically the numbers were better in terms of response rate, in terms of progression-free survival, it was actually more months that it beat the standard of care and we didn’t see more toxicity.

And so I think we do need to look at these things and make sure there’s not one group of patients has a lower efficacy for some reason, and why is that and how can we improve that? And so far, we don’t really see that. And the other is the toxicity piece, to make sure that these therapies that do cause some strange toxicities that we’re watching and seeing who might be more vulnerable to those toxicities, who do we need to maybe even prevent, do prevention strategies for, but so far we haven’t seen it.

And then I think coming back to the individual, right?So again, all of us have these different T cells that have different mutations in them, and some folks, for some reason, even with less myeloma, their T cells just expand really fast and other folks, they don’t. And so in the future to get best outcomes, we need to see how we can turn the volume lower for those folks who have really sensitive T cells.

And for those who don’t, how do we, what else can we add in combination to actually increase those T cells so that they’re actually doing a better job at killing the myeloma, right? And including the microenvironment too. So I think there’s a lot of translational work as well as the epidemiology side of things to say, okay, how do we first diagnose the problem, find the problems, and then how do we figure out how to intervene to then improve outcomes for all our patients? I think the activation tip here is that if you are in a area, let’s say rural America where you don’t have access or you are in a minority population, African American, Hispanic, etcetera, or older, frail patients who are older that are considered vulnerable as well, absolutely make sure to talk to your doctors about these novel therapies because you still can get them safely and they will work. They can work. You just have to go to a center where they know how to adjust those types of therapies to make sure you get the best options out there as well.


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How Can CAR T-Cell Therapy Be Explained to Patients and Families?

How Can CAR T-Cell Therapy Be Explained to Patients and Families? from Patient Empowerment Network on Vimeo.

How can patients and families be educated about CAR T-cell therapy? Expert Dr. Sikander Ailawadhi from Mayo Clinic discusses the approach he takes to explaining the treatment to those new to learning about CAR T.

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Transcript:

Lisa Hatfield:

Dr. Ailawadhi, how do you explain CAR T therapy to your patients and families hearing about it for the first time?

Dr. Sikander Ailawadhi:

Lisa, that’s a very important question of how we explain CAR T to a patient, or their family members, of course, their caregivers. If we just take a step back and think about it, this is the most closed way are to science fiction in treating multiple myeloma. And so obviously, explaining that in terms that makes sense to them, gets them excited, but also gives them, one, the promise of the treatment and two, the appropriate details of potential side effects, et cetera, so that the patient can take an informed decision.

That boils down to the principle of shared decision making that all of us keep vying for. So the way I explain is that CAR T-cell therapy is based on the fact of taking a patient’s immune system, training it to go against that particular cancer and giving that hyper-activated or that activated trained immune system back to the patient.

And what we typically…the way I would explain that is that, some of these patients have had stem cell transplants before. It’s also important for me to keep comparing and contrasting with that. We explain to the patients that they typically undergo some testing to identify whether they’re candidates for CAR T or not, based on organ function, et cetera. Then we collect the T cells from their bloodstream. But as against stem cell transplant where the collection could have taken three to five days, T-cell collection is done only in one day in one sitting, outpatient.

And then those T cells are sent for manufacturing. During that time, the patient, we work on controlling their disease, and then those T cells are genetically modified. Some DNA for a target that is present on the myeloma cells, that is inserted into the T cells’ DNA.

The genetic material of a seeker is put into the T cells. Then those T cells are multiplied in the lab, and are sent back to us a few weeks later from the collection as a bag as the drug. And this has given back to the patients. Now, those trained activated T cells, have that seeker that they can specifically go and target a particular marker on the myeloma cells. In the case of both the CAR T cells that are currently FDA-approved, that, target on the myeloma cells is called BCMA. B-cell maturation antigen. So while the myeloma had that BCMA, the myeloma was growing because our immune system was not able to control it.

Now, the new…these activated T cells that came back or trained T cells, they have a seeker that can specifically go seek out the BCMA attached to it and kill those myeloma cells. And by the way, this BCMA is almost universally present on the myeloma cells. If I have to keep in mind an activation tip for this question of how do I explain CAR T-cell therapy is we take your immune system, as in the patient’s immune system, that immune system is trained to specifically go against the myeloma and is given back to the patients so that now those T cells are able to go and kill the myeloma, which was growing uncontrolled previously.


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What Do You Need to Know When Considering CAR T-Cell Therapy?

What Do You Need to Know When Considering CAR T-Cell Therapy? from Patient Empowerment Network on Vimeo.

How does one access myeloma CAR T-cell therapy? This animated explainer video provides an overview of the steps involved in determining whether a patient qualifies to receive CAR T-cell therapy, what the process entails, common side effects, and why having a care partner is essential.

See More From Thrive CAR T-Cell Therapy

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Understanding CAR T-Cell Therapy | How It Works and Who It’s Right For

Understanding CAR T-Cell Therapy | How It Works and Who It’s Right For 

Understanding Possible Side Effects of CAR T-Cell Therapy

Understanding Possible Side Effects of CAR T-Cell Therapy 

What You Need to Know About Accessing CAR T-Cell Therapy

What You Need to Know About Accessing CAR T-Cell Therapy 

Transcript:

The emergence of CAR T-cell therapy is revolutionizing treatment for some people with myeloma. But, who is it right for, and what is the process for people that qualify?  

  • The first step in accessing this treatment is to be referred by your physician to a center that specializes in CAR T-cell therapy. 
  • Then, a consultation will take place with the transplant team, and a health assessment is administered to ensure patients are healthy enough for CAR T-cell therapy. This includes testing to review the current status of your cancer and testing of your body’s major organ systems.
  • Next, the specialty center will evaluate the best type of CAR T-cell therapy for the patient, including clinical trial options.
  • After approval, financial coordinators will discuss insurance and therapy costs with the potential recipient. Logistics are also arranged at this time, which may include help with transportation and housing, if necessary.
  • Medical centers also require that patients have a care partner, such as a family member or friend, who can be with them at all times, particularly after leaving the hospital. 

So, what is the process once a patient is approved for CAR T-cell therapy? Once a patient is approved to move forward with the procedure, a date is set for collection of the patient’s T cells. T-cells are collected during a process called apheresis. During apheresis a specialized machine filters the patient’s blood to remove the T-cells for collection and the rest of the blood is returned to the patient.  

 After collection, the T cells are sent for manufacturing. During that time, the patient is given a “bridging therapy” to maintain the myeloma until the CAR T cells are infused.  

Once the CAR T cells are infused, the patient will be closely monitored by the CAR T center. This may or may not include hospitalization depending on the policies of the treatment center. Patients and their care partner should plan to stay close by the center for up to 30 days after the infusion.  

During this time, the patient is evaluated for their response to treatment and monitored for possible side effects so that they can be managed in a timely manner.  

The potential side effects of CAR T-cell therapy may include: 

  • Cytokine release syndrome, or CRS, which is an aggressive response to treatment by the immune system and may cause symptoms such as low blood pressure, high heart rate decreased oxygen saturation, fever, nausea, and body aches. 
  • Another possible side effect is neurotoxicity, which is an adverse event that may cause issues such as confusion, difficulty with communication, seizure, or tremors. 
  • And, another side effect may be low blood counts, which could impact the immune system and increase risk for infection. 

Every patient is different, so close monitoring is essential.  

So now that you know more about CAR T-cell therapy, you can work with your healthcare team to decide if this treatment option may be right for you. Be sure to speak up and ask questions. Remember, you have a voice in YOUR myeloma care. 

To learn more about myeloma and to access tools for self-advocacy, visit powerfulpatients.org/myeloma.  

Understanding the Basics of CAR T-Cell Therapy

Understanding the Basics of CAR T-Cell Therapy from Patient Empowerment Network on Vimeo.

CAR T-cell therapy is an exciting new option to treat multiple myeloma, but what patient type is this therapy right for? Expert Dr. Shambavi Richard defines CAR T-cell therapy and explains the eligibility requirements.

Dr. Shambavi Richard is Co-Lead Physician for the Myeloma CAR-T Programs at Mount Sinai Tisch Cancer Center. Learn more about Dr. Richard.

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CAR T-Cell Therapy | What Are Potential Complications

CAR T-Cell Therapy | What Are Potential Complications?

How Has CAR T-Cell Therapy Transformed Myeloma Care?

How Has CAR T-Cell Therapy Transformed Myeloma Care?

CAR T-Cell Therapy | How Can Care Partners Provide Support

CAR T-Cell Therapy | How Can Care Partners Provide Support

Transcript:

Katherine:

Let’s begin with the basics of CAR T-cell therapy. What is it? And maybe, actually, we could start with what CAR is short for.  

Dr. Richard:

So, CAR stands for chimeric antigen receptors, so CAR T cell is a chimeric antigen receptor T-cell therapy. What that means is T cells, which is one of the cells for immune system are actually come from the patient. They’re expanded and activated in a manufacturing facility. And there they undergo genetic modification to form the CAR T cells. And what’s special about the CAR T cells is that they have the capacity to recognize myeloma cells and are efficient killers of the myeloma cells.  

Katherine:

Who might this approach be right for? What determines eligibility? 

Dr. Richard:

So, interestingly enough, today as we speak, CAR T cells may be eligible for many, many different kinds of – in the phases, many different phases of the myeloma journey. When they were initially tested, as most new therapies are, they were tested on patients who had very advanced myeloma, really were not candidates or did not have great options for any other kinds of therapy. And when they got tested in these groups of patients, they really had stellar results that far outstripped anything else that we had as options for patients in those advanced stages of myeloma.

So, the approval for CAR T cells as they stand today for myeloma is for advanced myeloma with patients who have had four or more lines of therapy and have had exposure to pretty much the major three classes of therapies for myeloma which includes proteasome inhibitors, imides, and anti-CD38 antibody therapy.  

But having said that, now CAR T cells are being moved into earlier lines of therapy are now being tested in these in various clinical trials. And even for newly diagnosed myeloma patients to see if they are as good as autologous transplants. Are they better than autologous transplants? And so on and so forth. So, really that’s what I mean by saying for now CAR T cells are appropriate for anyone if they are candidates for clinical trials. But in terms of approved indications for CAR T therapy, those are for advanced myeloma patients who have had at least four lines of therapy. 

Questions to Ask Your Doctor About CAR T-Cell Therapy

Questions to Ask Your Doctor About CAR T-Cell Therapy from Patient Empowerment Network on Vimeo.

What should you know when considering CAR T-cell therapy for myeloma? This animated explainer video provides an overview of key questions to ask your healthcare team and advice for patients and care partners when considering CAR T-cell therapy.

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Transcript:

While receiving a myeloma diagnosis and choosing a therapy can be overwhelming, advancements in research are providing more options and more hope for patients than ever.  

And these advancements include CAR T-cell therapy a treatment in which a patient’s T cells, a type of immune system cell, are laboratory-altered to attack cancer cells in the body.  

If you are curious about this option, consider asking your healthcare team these key questions: 

  • Am I a candidate? 

CAR T-cell therapy patients must meet specific criteria. 

  • What are the risks? Common side effects of this type of therapy are cytokine release syndrome (CRS), neurotoxicity, suppressed immune system, and low blood counts. 
  • Is the timing right for me? The current approval is for patients who are later in their myeloma journey. 
  • Are there alternatives? Ask about other treatment options that may be appropriate for your myeloma. 
  • Is there a clinical trial that may be right for me? There are many myeloma treatments available in clinical trials, there may even be CAR T-cell therapy options. 
  • What is the cost? Every person’s insurance situation is different so it’s important to understand what the financial impact will be. 
  • What is the center’s experience with CAR T-cell therapy? Your healthcare team should be well-versed in this type of treatment. 

Beyond asking these questions, it’s also critical to research the therapy on your own –– ask your doctor where to find reliable information about the options you are considering.   

You should also discuss the pros and cons of each treatment option with your healthcare team, inquiring about potential side effects, and understand how the treatment is administered and the frequency of appointments. 

And it’s always a good idea to review your treatment choices with a care partner, such as a friend or loved one – someone you trust. 

Finally, always speak up and ask questions. Remember, you have a voice in YOUR myeloma care. 

To learn more about myeloma and to access tools for self-advocacy, visit powerfulpatients.org/myeloma.  

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.

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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.  

Understanding Myeloma Treatment Types

Understanding Myeloma Treatment Types  from Patient Empowerment Network on Vimeo.

What are the types of treatment available for myeloma? Myeloma expert Dr. Mark Schroeder reviews the myeloma treatment classes, including proteasome inhibitors, immunomodulatory drugs (iMids), and immunotherapy. Dr. Schroeder also discusses factors to consider when choosing therapy for patients with myeloma. 

Dr. Mark Schroeder is a hematologist at Siteman Cancer Center of Washington University School of Medicine in St. Louis. Dr. Schroeder serves as Associate Professor in the Department of Medicine. Learn more about Dr. Schroeder.

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Transcript:

Katherine Banwell:

There are a number of treatments for myeloma patients. Can you talk about the types that are available? 

Dr. Mark Schroeder:

Yeah. So, the classes of – actually there is lots of drugs approved for treating myeloma but also recently approved.  

And we classify them into big categories. One of the categories is called immunomodulatory drugs – those are drugs like lenalidomide (Revlimid) and pomalidomide (Pomalyst), or even thalidomide (Thalomid), which was one of the first immunomodulatory drugs. Those are oral drugs that work on a specific pathway in the myeloma that leads to the myeloma cell dying. Another class of drugs are called proteasome inhibitors. Those include drugs like bortezomib or carfilzomib. Those drugs are often given under the skin or in the vein, and we know that they work really effectively on their own, but also when we combine them with an immunomodulatory drug like Revlimid or pomalidomide, the effect is even better. Another class is steroids. Steroids are kind of one of the first drugs used to treat this cancer, and steroids are effective at treating myeloma cells.  

Plasma cells are responsive to steroids. One of the first treatment regimens used to treat myeloma were traditional chemotherapies, and those are usually reserved for later on. You might think of traditional chemotherapy that causes hair loss, nausea, vomiting, low blood counts. Those, decades ago, were used to treat myeloma, but now we have effective oral, IV, or injection into the skin that don’t cause a lot of the traditional chemotherapy side effects but are very effective at treating the myeloma. And then another major class of drugs are considered immunotherapies. So, these are treatments that are engineered to either stimulate the immune system to go attack the myeloma, or maybe it’s even using part of your own immune system to engineer it to go attack the myeloma. 

Examples of those are called bispecific antibodies which kind of binds to the myeloma but binds to an immune cell, brings them together, or a CAR T-cell which takes your own T cells genetically modifies them to attack the cancer. 

Katherine Banwell:

And there is also a bone marrow transplant. Is that right? 

Dr. Mark Schroeder:

That’s right, yeah. I neglected – so, bone marrow transplant has been around for a while in myeloma. And despite it being around for so long and really good therapies being approved for myeloma, it’s still a standard treatment for myeloma. And bone marrow transplant in myeloma uses a traditional chemotherapy called melphalan that is associated with the chemotherapy side effects we talked about. But the advantage of bone marrow transplant is that it prolongs the time before the myeloma comes back and needs other treatments, and that’s why we do it. It can be toxic, but it can prolong the time before a patient needs another line of therapy. 

Katherine Banwell:

We know that everyone’s diagnosis is different. So, how do you determine a treatment plan for an individual patient? 

Dr. Mark Schroeder:

So, it depends in terms of the patient – initially, I will evaluate patients and determine how fit they are. Is it a patient that I think is strong enough to undergo a stem cell transplant? Is that going to be a benefit to them? That’s not necessarily a factor of just age, but it’s also, are they doing well functionally, or do they have any other medical problems like heart disease or kidney problems? Those things play into my decision on a treatment initially with patients.

So, whether you’re fit or unfit will help to guide what your treatment is going to be in general. Fit patients are somebody that could undergo multiple treatments, go through a transplant, have minimal toxicity, and recover fully after more intensive treatments.  

Whereas, unfit may need more assistance, and we tend to reduce the intensity of treatments. It doesn’t mean the treatments, if you’re unfit, are less effective – they can be very effective. But our goals for treatment change in that situation. And we’re looking for responses but also looking for quality of life. And then it changes also depending on the genetics of the myeloma. Our treatment for patients who have genetic changes that are high risk will change compared to those that have what are called standard risk genetic changes.  

So, that is an important point to discuss with your oncologist if you have – Do I have standard risk or high-risk genetic changes in my cancer? And does that effect my treatment? And then also, treatment in somebody who is being treated a second time or third time or beyond for their myeloma depends on what treatments you had before and how effective they were.  

And what were your toxicities or side effects from those treatments? So, all those factors play into a decision of treatment for an individual.