Tag Archive for: myeloma therapies

How Can Information Disparities on Emerging Therapies Be Addressed?

How Can Information Disparities on Emerging Therapies Be Addressed? from Patient Empowerment Network on Vimeo.

How can gaps in information about emerging myeloma therapies be reduced? Expert Dr. Sikander Ailawadhi from Mayo Clinic discusses some demographic characteristics of information disparities and advice for myeloma experts and patient advocates to help bridge  information gaps.

[ACT]IVATION TIP

“…I would highly encourage all my fellow clinicians, educators, researchers, and myeloma academicians to please consider developing some of these thresholds in your clinics so that if a patient is even able to come through the door and sees you, they are able to gain access to resources, or you’re able to bring together higher amount of resources specifically for that patient’s needs.”

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Transcript:

Lisa Hatfield:

Recent studies have identified demographic characteristics such as higher education, residency in certain regions, and urban or suburban living as factors influencing awareness and understanding of novel myeloma treatments. How can healthcare organizations tailor educational initiatives to reach underserved populations and address these disparities in access to information and understanding of emerging therapies?

Dr. Sikander Ailawadhi:

Lisa, this is a very interesting and important question. And as you were pointing out, studies that are talking about education level residency in certain geographical regions or urban/suburban areas, and that may be affecting the patient’s understanding and awareness of novel myeloma treatments. I kind of smile a little bit because one of those studies is ours that we conducted in about close to 2,300, 2,400 patients where we surveyed patients about CAR T-cell therapy and bispecific antibodies.

And what we found out is that there were a lot of differences. Patients with higher education where their information was closer to the correct information. I mean, there are sometimes gaps everywhere, but the patients with lower education in certain parts of the country or who identify as being from a rural area, they tend to have many more gaps and misconceptions about treatments.

So, while it was a novel finding, I wasn’t really surprised in seeing that. Because historically, our patients who are in rural areas, who are lower income or lower education strata, they tend to be underserved and underrepresented and just underserved. So what we’re trying our best to do is when we create the education initiatives, we are trying to, one, disseminate it across the board. So for example, studies like this, study gives results. We are working on writing the manuscript and publishing it so that anybody and everybody can read that and find out and say, “Oh, you know what, this is something that the people over at Mayo Clinic in their study found. Most likely it is applicable to us also.

So either we should look for that finding, or we should just try to mitigate it. We should just work on it.” So developing the education material and spreading it far and wide, we are strongly considering also that the results of these studies should be shared with our patients. Why not? I mean, forums like this or even for that matter, our other support group programs and other education initiatives, we are trying to disseminate these study results with the patients because they need to know about it.

And then when we are…as you rightly asked, how are we tailoring these education initiatives? I think the idea is we are trying to disseminate it far and wide. We are also trying to share it with institutions that may have a larger catchment population of these underserved groups. And then when we are putting together these initiatives, these education initiatives…or I should say, from a different standpoint, when patients come to our institution, we have certain triggers that we have set up.

So if somebody is African American or Hispanic, or if somebody in the EMR, in the electronic medical record system, has identified themselves coming from a rural area background, or if somebody has what’s called certain social determinants of health that are captured by the electronic medical record, and if they have some flags there, I think my threshold of getting a social work consult for that person or providing extra education material, that threshold goes down. We have that set up in our clinics.

So certain characteristics will qualify the patient to be able to access more information just because we feel that that is the group that tends to be traditionally underserved. So my activation tip for this question is, while we will try our best to provide information as far and wide as possible, I would highly encourage all my fellow clinicians, educators, researchers, and myeloma academicians to please consider developing some of these thresholds in your clinics so that if a patient is even able to come through the door and sees you, they are able to gain access to resources, or you’re able to bring together higher amount of resources specifically for that patient’s needs.


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Making Treatment Decisions | Understanding Common Myeloma Therapies

Making Treatment Decisions | Understanding Common Myeloma Therapies from Patient Empowerment Network on Vimeo.

What are common myeloma therapies, and when are they used? Dr. Ashley Rosko outlines the factors that impact treatment decisions and reviews available therapies including stem cell transplant, proteasome inhibitors, immunomodulatory therapies, and monoclonal antibodies.

Dr. Ashley Rosko is Medical Director of the Oncogeriatric Program at the Ohio State University Comprehensive Cancer Center – The James. Learn more about Dr. Rosko.

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Transcript:

Katherine:

We know that multiple myeloma patients have a number of options and that many available therapies are used in combination. 

So, I’d like you to walk us through the options that are available. 

Dr. Rosko:

So, I’m going to start by how the best way that I can frame out when we talk about newly diagnosed versus patients when they have relapse. So, there are therapies that are available for patients that are FDA-approved when they are newly diagnosed with the cancer, and there are therapies that are approved only when a cancer has acted up again or relapsed. 

So, I’ll kind of frame it from patients who are newly diagnosed. And then, I also will talk more about relapsed therapies and what we’re able to offer to patients. So, in first, when we talk about treatment options, we frame treatment based on a couple things. So, one is, we talk extensively about the disease biology. So, that plays an important role in how we decide which treatment the patient should get. 

And then, the second part about how – I would probably say there’s about four main parts. And so, disease biology is one, and another thing has to do with the patient characteristics. In terms of the patient’s overall health prior to developing cancer, and also how the cancer has impacted their health in terms of everyday activities. Whether or not a person has really slowed down quickly, whether they’ve been in the hospital, and how it’s impacting their organs. Because that plays a role in terms of what we’re able to give patients.  

If a patient has advanced kidney failure, which can sometimes happen, or if you have to focus more on protecting their bones and if there’s concern about fractures and things like that. And then independent of patient characteristics in terms of overall health, the last part I talk to patients about is their own preferences. It’s a hard thing to talk about, shared decision-making in a cancer that most people have never heard about, but there is certainly – when we talk about options and there are, it’s important to talk about shared decision-making in terms of what’s most important to them and where they – and most patients will say, “Well, I just want the best medicine.”  

And I say to them, “Well, you know, we have lots of options, and that’s the best thing about it, but we also want to be cognizant of the real world, of giving best options,” and for example, Many of my patients – so, I’m at The Ohio State University, I’m here. And a lot of patients travel. I have a lot of older patients that I care for, and they’re very independent with travel. And I want to make sure that whatever therapies we’re getting for them, that we can do this in such a way that maintains their lifestyle.  

So, the beginning part of a treatment, it is broadly described as – when we talk about someone who was diagnosed with this, it’s this thing called induction. So, induction is when we give anywhere from two to four medications to be able to control their cancer and put it into remission. And we know that the cancer is in remission because, like we started out the conversation with Dr. Cottini, myeloma makes proteins. Oftentimes, it makes proteins, those proteins are not nutrition proteins but are cancer proteins that we can track in the blood. 

So, we can check them every month and to make sure that the patients are having a really good response, and as such, we’re able to define that they’re responding to their treatment. Because they have a beginning stage in induction, which they’re given treatment, and then the goal is to put patients put in remission.  

Depending on the overall health of the patient, a standard of care for most patients diagnosed with multiple myeloma is to undergo an autologous stem cell transplant. An autologous stem cell transplant is not a transplant in which you’re getting cells from your brother or sister and they’re being donated to you. They are your own stem cells. We get them out of you when your bone marrow is free of disease, and then we would admit you to the hospital for a more intensive therapy and give them back. 

That is often the standard of care for patients newly diagnosed with multiple myeloma, and it is recommended for most patients. Some patients get – I like to think of it as a stem cell transplant not at the time of their initial diagnosis, but later on at the time of relapse, or some patients are not candidates for a transplant or elect not to have a transplant. And all of these options are very personalized to the patient. It’s very hard to say that this is exactly what we do. 

Because it’s a strategy where it requires a lot of shared decision-making to make sure that we’re getting good disease control, good quality of life, and deep, deep remissions for our patients. So, then, if a patient gets a transplant, there’s a period of recovery, and then patients go on a pill most often, a maintenance pill that they stay on for indefinitely. 

Myeloma is also a cancer which has perpetual therapy. Very different than many other cancers, where there’s a beginning and an end, myeloma for the most part is perpetual therapy, where you get some form of therapy at higher dosages versus lower dosages over a period of time.   

So, I’m going to talk broadly about the classes of drugs that we have and how we use them to be able to define therapy. 

So, the first class of drugs are called proteasome inhibitors. Just like many other cancers, we use different types of drugs to be able to target different aspects of a cancer cell’s growth cycle.  

So, very similar to how we do other drugs, these are very specific to the cancer cell, and they’re very targeted. So, unlike some of our other kind of classic chemotherapies, many of these medicines that I’m going to talk about are very targeted at the cancer cells without causing too many other problems. 

So, proteasome inhibitors include drugs like bortezomib (Velcade), which is given as a shot, carfilzomib (Kyprolis), which is given as an IV, or ixazomib (Ninlaro), which is given as a pill. They have different indications, but they’re the same class of drugs.  

The next class of drugs is called immunomodulatory drugs, or iMiDs. This includes things like lenalidomide (Revlimid), pomalidomide (Pomalyst). Those are the most common, and then we sometimes use the drug that the original iMiD drug, which is called thalidomide (Contergan). 

These are all pills that patients take, and so that’s oftentimes very nice for patients to be able to provide therapy at home, very well-tolerated. The next class of drugs are called monoclonal antibodies. On a cancerous cell, there is a marker. 

And so, we use monoclonal antibodies to be able to target the marker on the cancer cell. What that means is very specific. To that cancer cell, so, the most common target is the CD38, that’s a marker on one of the cancer cells. And we use a drug called daratumumab (Darzalex), that can be given as an IV or a subcutaneous agent, or another drug called isatuximab (Sarclisa). We also have other markers on the plasma cell. There’s a marker called SLAMF7, which we have other drugs called elotuzumab (Empliciti), which is often used for patients more in the relapse setting. 

How Are Myeloma Therapies and Clinical Trials Becoming More Accessible?

How Are Myeloma Therapies and Clinical Trials Becoming More Accessible? from Patient Empowerment Network on Vimeo.

For underrepresented multiple myeloma patients, what actions are being taken to improve access to care? Dr. Sikander Ailawadhi from the Mayo Clinic explains factors that can limit myeloma care access and shares resources that can help patients improve their access. 

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Transcript:

Lisa Hatfield:

So the question is, myeloma treatment is expensive, with quadruplet therapy options, what measures are being taken that can help patients to have equal access, and I think that we can also add clinical trials to that too. Is there anything being done, or how can you encourage patrons to appeal access, whether it’s the drugs themselves or clinical trials?

Dr. Sikander Ailawadhi:

So absolutely, I think, Lisa, that’s an extremely important question as I mentioned, this area of healthcare disparity in healthcare, inequity, for example, is something I’ve spent a lot of time doing my research my career and publishing in this area. Unfortunately, in today’s day and age, we still have a lot of these disparities that exist, patients may not get access to the right drug or the  right time because of their geographical region, because of their insurance, their education status, socioeconomic status, and sometimes even in other…situations being similar, just their race and ethnicity. Age is an important factor.

Also, I would say there…I think the important part is that it is much more knowledge, awareness and intent to do something about it now, there’s, for example, in the forthcoming clinical trial that should be opening for really diagnosed patients across the country, soon through NCI and stab where the trial has been specifically designed to do it in as close to real world setting as possible, and when we were writing that child, there’s a specific racial, ethnic minority accrual plan that we are writing around it, and that’s not…I would say just that trial, there are trials that are now specifically going in trying to enroll patients as much as possible from the real world and all walks of life. 

And that’s it. I think the bigger question comes, like you started the question by asking the trials are there…we are trying to make a difference for trying to make some changes, changing the inclusion criteria so that patients would even now our accounts can go in, etcetera, etcetera. What about the drugs that are already available at quadruplet therapy, which is a pretty, I would say, demanding approach, because the patient needs to get multiple drugs multiple times, frequent visits back and forth to the clinic, co-payments office with its labs, etcetera. It’s not easy.

Unfortunately, there are certain groups within our society that would have difficulty getting those access, but there are lots of resources that patients and caregivers can access, and hopefully those…help share some of the burden. These are either from the pharma companies or they could be from foundations or societies like the The Leukemia & Lymphoma Society and several other such concerns whose goal is to try and provide an equitable and just access to the drugs and how to get the most evidence-based treatment to every single patient.

So there are quite a few of these efforts in our practice, what we strongly recommend is that the patients, of course, get this knowledge and information through support groups, through their physicians, but also searching for this information online or in a lot of the larger institutions, meeting with the social worker frequently helps gain access to our information about a lot of these resources. So I think a lot of work has been done there, but to bring it down to an individual patient’s level, how can I as a patient get access to something…

I think the patients will have to ask those questions either from their physician, their care team, a social worker, online resources, support groups, that information is out there, we are trying our best to get it to patients that hopefully patients can seek out some of that as well. 

Myeloma Expert Gives an Overview of Novel Therapies

Myeloma Expert Gives an Overview of Novel Therapies from Patient Empowerment Network on Vimeo.

What novel multiple myeloma therapies are available for patients? Dr. Sikander Ailawadhi from the Mayo Clinic shares an overview of novel therapies of CAR T-cell therapy, monoclonal antibodies, bispecifics, and immunomodulators and discusses therapies currently in rapid development.

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Transcript:

Lisa Hatfield:

We are going to jump right into a discussion about some of the novel therapies that there is much buzz about right now, and it’s kind of an alphabet soup these novel therapies. I actually was trying to digest all of this information and divide it into the general categories.

And correct me if I’m wrong, but we have monoclonal antibodies, we have bispecific antibodies like the CAR-T therapies, and they target different things. We have BCMA, we have GPRC5D, FcRH5, we have things called antibody drug conjugates and cell mods. So, Dr. Ailawadhi, if you can just give us kind of a broad overview of these therapies and how they may be used to harness our immune system, and how they come into play when you’re treating your patients, how and when they come into play when treating your patients.

Dr. Sikander Ailawadhi:

Surely, so I think thanks a lot for bringing up that discussion, this is extremely important, and I think it’s most important because if a myeloma patient goes online and wants to search for information or research, these things start coming up this term start coming up. So it’s extremely important for a knowledgeable and empowered patient to learn about these, understand them, so that they are able to digest that information. And I should mention that a lot of what we’ll talk about about these particular treatments may not be applicable to newly diagnosed patients or a recently diagnosed patient, but this is important enough and exciting enough that I would want every single patient to pick up this information. Learn it hopefully, and maybe park it for now somewhere, so that hopefully down the road it becomes important and handy.

So you asked about monoclonals, bispecific, CAR-Ts, cell mols, etcetera. Let’s take a step back, let’s think about these as strategies to target myeloma. Myeloma treatment is going through a change where immunotherapy and harnessing the body’s own immune system is becoming extremely important, and when we do that, the immunotherapy is typically very targeted, so what these drugs these agents, these terms, this alphabet soup is doing is it is targeting specific markers on the myeloma cell on the plasma cell.

For example, one of the markers is CD38. There is a monoclonal antibody. There are actually two monoclonal antibodies. Daratumumab (Darzalex), rituximab (Rituxan) that are FDA-approved, but there are other ways of targeting CD38, for example, CD38 targeting CAR-T cells, CD38 targeting antibody drug conjugates, etcetera. So CD38 is one important part. A very, very, very important thing in the past one year or a year-and-a-half has been what’s called B-C-M-A, B cell maturation antigen. BCMA is another target on plasma cells. Very effective, very specific.

So there are many, many drugs that are available and becoming available to target BCMA. Right now, there are three drugs that are FDA-approved that can target BCMA. Two of them are CAR-T cells, a particular way of going after BCMA in which the body’s own T cells are collected. These are not stem cells, these are T cells, T lymphocytes, these T cells are collected, they are actually genetically modified to go and fight against the BCMA, and then those modified T cells are multiplied in the lab and given to the person as a drug, they go and seek the plasma cells because of BCMA kill them harnessing the body’s immune system.

So there are two CAR-T cells against BCMA, one called ide-cel (Abecma) and one called cilta-cel (Avekti). There has recently been available a bispecific antibody against BCMA, we call it bispecific because it connects to BCMA from one end and from a second it connects to the body’s T cells again, bring the T cells close to the plasma cells to kill them. Then bispecific antibodies called teclistamab (Tecvayli). And until recently there was another drug available against BCMA which was what’s called an antibody drug conjugate. This drug is called belantamab (Blenrep) for the timing, belantamab has been removed or withdrawn from the market in the U.S., but there are ongoing clinical trials and down the road, it may come back again.

Now, antibody drug conjugate is another way of targeting something in which there is a seeker for the BCMA in this case, and it has a payload of some kind of a toxin, so that when the drug connects to the plasma cell through the BCMA in this case, that toxin is released, it can kill the cell, so either we harness the body’s immune cells, the T cells by CAR-T or bispecific, or we kill the cell by releasing a toxic payload from a drug, antibody drug conjugate, these are all different methods of targeting the myeloma cell. So I talked to you about monoclonal bispecific CAR-T and ADC as different strategies, CD38 and BCMA, some of these strategies are available, but there are other targets which are very exciting and new drugs are being developed against them, two of the very interesting targets there one is called GPRC5D, and the other is FcRH5.

These GPR5CD or FcRH5 are two different targets on myeloma cells. No drugs are currently FDA-approved, but they are being developed very rapidly, and we have a couple of extremely promising agents which will be coming down the pipe. And you also mentioned something called cell mods. Cell mods are some newer drugs in the family of what’s called IMiDs or immunomodulators, in which our patients may be aware of thalidomide (Thalomid), lenalidomide (Revlimid), and pomalidomide (Pomalyst). The cell mods are kind of the same family, and there are a couple of them that are also being developed.

So why is this important for everybody, whether they are newly diagnosed or relapsed or long-term survivor with myeloma, because this tells you that not only are we getting newer drugs in the same classes, we are also getting brand new classes of drugs, and you can imagine that means that those brand new strategies are ways to target the plasma cell, we know cancer cells are smart and they develop invasive mechanisms to become resistant to drugs, but every time something gets resistant if we have a brand new mechanism to go against the disease, but that’s exciting because that’s why we are seeing deeper responses, even in very heavily pre-treated patients, because we are using newer specific, relatively safe, convenient strategies to going after the plasma cell.

I know that was a lot of information, but I hope this helps our listeners learn a little bit about what you rightly said is an alphabet soup, but I would like us to think about it as an exciting time for being a myeloma doctor, and certainly a very hopeful situation for all our patients. 

Are Myeloma Therapies Showing Deeper Responses?

Are Myeloma Therapies Showing Deeper Responses? from Patient Empowerment Network on Vimeo.

Are multiple myeloma patients showing deeper responses to therapies? Dr. Sikander Ailawadhi from the Mayo Clinic discusses treatment response and the potential for a myeloma cure.

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Transcript:

Lisa Hatfield:

And one question comes to mind that I have heard from other myeloma patients, and you mentioned that we are seeing deep responses, or they’re seeing deep responses in clinical trials for some of these in refractory relapsed patients. Do you think that bringing these…do you think it’s possible to bring some of these therapies to the forefront of myeloma care, maybe an induction therapy or after first relapse, and if so, do you think that that could lead to even deeper responses in those patients because their immune system isn’t quite so tired and potentially cure?

Dr. Sikander Ailawadhi:

Again, Lisa, that is such an important and such a spot-on question that you’ve asked because absolutely, you can imagine, if we are thinking of harnessing the body’s immune system, the T cells, but we’re talking about patients who have had five, six, seven, then, prior lines of therapy. But that immune system is also a little exhausted, a little tired, but if you were to use the immune system of a newly diagnosed patient, patient who’s not been created that much…well, those T cells are going to be way more robust.

Whether we use a CAR-T kind of strategy where we remove the T cells, train them and put them back, or we use a bispecific kind of strategy where we put in a drug that pulls the T cells closer to the myeloma cells and kills them using these smart thoughtful strategies which are not just dumb drugs that go in and kill everything, these are smart targeted drugs, using them early on in the treatment paradigm will certainly be more beneficial.

In fact, there is some data showing up where some of these strategies like CAR-T cell are being used sooner in the treatment paradigm. But again, as drug development goes, We first want to make sure it is safe, it is effective, and typically the starting point is patients who have exhausted other options, but very soon we will be seeing all of these strategies, and in fact, some of these strategies combined with each other coming in, early lines of therapy and hopefully providing excellent, deep responses, and you mentioned that term that has been very invasive for us cure, I don’t know if we are…

So we are not there yet. I don’t know how long it’ll take us to get there, but there is certainly much more hope today for getting to that cure than it was before.