Myelofibrosis Clinical Trials | The Benefits of Patient Participation

How do clinical trials fit into a myelofibrosis treatment plan? Dr. Idoroenyi Amanam discusses the benefits of clinical trial participation and advice for patients who may be hesitant to join a trial. 

Dr. Idoroenyi Amanam is a specialist in myeloproliferative disorders and is an Assistant Professor in the Division of Leukemia at City of Hope. Learn more about Dr. Amanam.

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Transcript:

Katherine Banwell:

Dr. Amanam, where do clinical trials fit into a myelofibrosis treatment plan?  

Dr. Idoroenyi Amanam:

When you think about where we’re at right now in myelofibrosis, I think  from the scientific standpoint, it’s really exciting.  We’re understanding this disease so much better.  We have  a much clearer picture of how this disease works.  

But with that said, unfortunately, when you look at the drugs that we have available to us, we don’t really have that many still,  and so clinical trials play a big part in this disease space. Because there’s patients who are  very advanced when we diagnose them, and our FDA-approved therapies may not really make a big dent in their symptomology, may not change  what happens with the disease moving forward. And so, clinical trials do give patients such as that an opportunity to actually  get the disease under control. 

Katherine Banwell:

Well, as you mentioned, patients participating in trials are key to moving research forward, right? Can you talk about the benefits of clinical trial participation?  

Even though it – 

Dr. Idoroenyi Amanam:

Yeah – 

Katherine Banwell:

– might be scary for a lot of people. 

Dr. Idoroenyi Amanam:

Right, right. 

Katherine Banwell:

I think a lot of people still think, “Oh, I’m just going to get a placebo, and it’s not going to help me in any way,” but that isn’t really the case anymore, is it? 

Dr. Idoroenyi Amanam:

It’s not the case.  And I think the way that you can think about trials are, we use trials to give therapies that we view as very promising to patients who fall in a gap. And that gap may be that, even though we have FDA-approved drugs, we know that those drugs really may not work for that specific patient. And so, we have an understanding from either a different type of disease that’s very similar to myelofibrosis, or  our  scientific experience that there is a therapy that will work. And we want to use trials to be able to give that patient a chance to, kind of, get over that hump. 

And so, in today’s era, we don’t structure trials around therapies that we don’t believe actually work or  getting patients in trouble down the line. And so, we really, really do believe that our trials are, kind of, an extension of what we have currently  on the market, and so it is a part of our everyday armamentarium to fight this tough cancer. 

Katherine Banwell:

What would you say to patients who are hesitant of participating in a trial?  

Dr. Idoroenyi Amanam:

One, I’d really want to get a clear sense of what their hesitance is.  Is it that the trial would put them at higher risk for some sort of toxicity?  Is it that they’re worried that there’s some other therapy that’s out there that, potentially, would give them a better chance at fighting this disease? the third part of it, the unknown, is always scary for many people.  

And I think my job is to be a part of a patient’s team.  Talk through those concerns, get a sense if this is something that really is the best thing for them, or do we have something else that might be a better option? And unfortunately, there are some instances where I do believe the trial is the best option for a patient, but the patient does not feel comfortable, and we have to go down another path.  

And all of us, we will never force a patient to go down a path that they don’t feel comfortable with. We all believe in patient autonomy, but there are some instances where   the trial may be the best opportunity, and I will do my best job to advocate for that and come to a decision together with the patient. 

Promising Advances in Myelofibrosis Research | Optimism for Patients

 Dr. Idoroenyi Amanam from City of Hope discusses how the availability of newer JAK inhibitor therapies is providing better options for myelofibrosis patients. Dr. Amanam also shares how researchers are working to reduce the risk of disease progression and providing curative options for myelofibrosis.

Dr. Idoroenyi Amanam is a specialist in myeloproliferative disorders and is an Assistant Professor in the Division of Leukemia at City of Hope. Learn more about Dr. Amanam.

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Transcript:

Katherine Banwell:

Dr. Amanam the JAK inhibitor class of therapies often have side effects associated with them. What advancements are being made to manage these side effects? 

Dr. Idoroenyi Amanam:

Yeah. That’s a great question. And I would think about when these JAK inhibitors first  came out, I think we were all willing to accept the side effects because of the fact that you only had one JAK inhibitor, and then we now have more than one. We have a couple of JAK inhibitors, and I think the idea is that the biggest problem that we had with some of the JAK inhibitors were that  patients’ counts couldn’t tolerate higher doses of the JAK inhibitor.  

And we know that for some JAK inhibitors, you have to be at a baseline dose that will help with shrinking your spleen, or improving symptoms, and if you’re below that dose, it doesn’t work very well. And so,  we had a tough time   making adjustments based off of patients’ counts. And so, we have some newer JAK inhibitors that    patients tolerate    these drugs even though they have lower counts. And so, I think that’s one big change that we’ve all seen over the past five years.   

Katherine Banwell:

Is there anything else you’d like to add about advancements in myelofibrosis care?  

Dr. Idoroenyi Amanam:

I would say if we think about early stage, a patient who’s diagnosed, and they’re told that they’re early myelofibrosis, or what we really truly define as low risk myelofibrosis, we traditionally did not have any therapies for those patients, and I think that it’s exciting that we are in a space now where we are thinking about therapies for those patients, and therapies that will reduce the risk of progression to a more advanced stage of myelofibrosis.   

For patients who are in the middle, I think we’ve had a rapid expansion of therapies that are available to patients, and I think a lot of our clinical trials that are currently in play are really directed towards that group, and so that’s really exciting. And then for the high-risk patients, City of Hope is a bone marrow transplant center, cellular therapy center, and we have a lot of experience in performing allogeneic stem cell transplants for myelofibrosis patients.  

And I think across the country, we have gotten better at performing allogeneic stem cell transplants for myelofibrosis, and as of right now, it’s one of the few curative therapies that we have.  

And we have been able to understand how to get these patients through a very intense regiment and get them to the other side, and I think that’s also very exciting. We still have a lot of clinical trials in allogeneic stem cell transplant space as well. And so, I think we are in a place now where we have a therapy for everyone, if they choose to want one.  And not only a therapy just to bridge them, or treat their symptoms, but therapies that, potentially, will get rid of this disease.  

And I think for a patient, when you go to sleep at night, or when you talk with your family, the biggest worry is having something  that there’s no clear sense of we can get rid of it. And I think we’re getting to a better place where I can confidently tell patients we’re getting better at getting rid of this, and I think that’s the most exciting thing that we have right now.  

Katherine Banwell:

Yeah. It’s a promising field. 

Dr. Idoroenyi Amanam:

Very promising.  

Katherine Banwell:

If we look at care and treatment, why should a patient with myelofibrosis consider a second opinion with a specialist?  

Dr. Idoroenyi Amanam:

The field is rapidly changing, and we have very few FDA-approved therapies even in 2024 for myeloproliferative disorders and myelofibrosis. And because of some of the changes in understanding of the biology of this disease, I think that there are many patients that will benefit from physician or a center that specializes in treating patients with this very rare disorder. And I believe that   even though we have very few FDA-approved therapies, I do believe that we can give patients an opportunity to get this type of disorder under control, and actually offer curative approaches that may not be available to all facilities. 

Recent Advances in Myelofibrosis Research | Disease-Modifying Therapies

Where is progress being made in the field of myelofibrosis? Dr. Idoroenyi Amanam discusses how disease-modifying therapies and cellular therapies are advancing patient care.

Dr. Idoroenyi Amanam is a specialist in myeloproliferative disorders and is an Assistant Professor in the Division of Leukemia at City of Hope. Learn more about Dr. Amanam.

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Transcript:

Katherine Banwell:

What are your areas of focus in myelofibrosis research? 

Dr. Idoroenyi Amanam:

So, I think the way that I would break it down, when you think about myelofibrosis patients, or patients with myeloproliferative disorders, patients who are diagnosed, and they’re really pretty much asymptomatic, and then you have patients who have some symptoms, then you have some patients who are very symptomatic or transitioning into a more severe disease and predominantly, that disease is acute leukemia. And so, I have an interest in trying to identify new treatments for all of these types of patients.  

Katherine Banwell:

In your opinion, what new myelofibrosis advances are most promising? 

Dr. Idoroenyi Amanam:

So, traditionally, for a lot of myeloproliferative disorders, including myelofibrosis, we had a watch and wait approach, so we typically actually did not really have very good therapies. And I think all of that changed with the approval of the first JAK inhibitor, ruxolitinib (Jakafi).  

And we have transitioned to understanding the signaling pathways that are involved in myelofibrosis and myeloproliferative disorders. And we understand certain driver mutations that are involved in these signaling pathways and involved in other areas that help drive these diseases.  

And I think what’s exciting for us right now is, we’re transitioning from having a Band-Aid approach, or a watching and wait approach, to actually having interventions that are what I would call disease-modifying drugs. And so, these drugs target some of these drivers that drive the disease.  

They target some of the inflammation that’s associated with the disease, and, in fact, they’re also targeting some of our own immune cells that may help us protect us against these diseases progressing into more aggressive disorders. 

Katherine Banwell:

How are innovations in technology accelerating myelofibrosis research?  

Dr. Idoroenyi Amanam:

You think about how we understood these diseases 20 to 30 years ago. I think we understood the clinical presentation. We understood that some patients had big spleens, we understood that those patients’ counts didn’t do so well, we understood when we would look at their marrow, how the cells looked under the microscope. And we’ve transitioned to now understanding how some of those proteins that are   in these  signaling pathways are either turned on or turned off.    

We have a better understanding of the genetics of this disease, and how it changes over time, and what that means for patients prognostically, and how they will actually respond to our current therapies.  

And obviously, it’s driving how we are setting up clinical trials and other therapies  for the future. And so, I really would say our  genetic, genomic understanding of these disorders have really opened up many opportunities for us to treat these patients better.  

Katherine Banwell:

Well, are there other research developments showing promise that patients should know about? 

Dr. Idoroenyi Amanam:

So, traditionally, we’ve thought about  these disorders as disorders where, maybe if we improved symptoms – so we give you, maybe, a pill that would help with your symptoms, or we’ll give you another medication that will help with keeping your counts under control or reducing your risk for clotting and stroke.  

And we are currently in a space where cellular therapy has exploded across all areas of oncology. We have many clinical trials that are using  therapies that  take your own cells,  or other donor cells from healthy  people, and we are giving them to patients with the hope that it will  get rid of these  bad cells that are driving myelofibrosis.  

Expert Perspective | A Concerted Effort to Advance Myelofibrosis Care

 

Dr. John Mascarenhas discusses the evolving landscape of myelofibrosis research, emphasizing the concerted effort among researchers, pharmaceutical companies, and advocacy organizations to advance care and treatment options for patients.

Dr. John Mascarenhas is Professor of Medicine at the Icahn School of Medicine at Mount Sinai (ISMMS) and the Director of the Adult Leukemia Program and Director of the Center of Excellence for Blood Cancers and Myeloid Disorders at Mount Sinai. Learn more about Dr. Mascarenhas.

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Transcript:

Katherine Banwell:

Is there anything you’d like to add about the evolution of myelofibrosis care? What are you excited about?  

Dr. John Mascarenhas:

I always make the comment they don’t feel rare to me because I see so many patients with myelofibrosis, and it’s what I do. But I recognize in the context of lung cancer, breast cancer, other more common cancers, these can be forgotten diseases. But what has been encouraging is, between the NIH funding, for example, our research consortium, which is really geared to translating the biology into clinical trials across the country.  

Pharmaceutical interest, which is essential to providing drugs and finance to run trials. Young investigators that are coming to the field that want to make a difference, institutions that continue to support the programs, and then foundations. Whether it’s MPN Research Foundation, Leukemia & Lymphoma Society, it really takes a village. And we’ve been working with the FDA to try to better understand how to develop trials that are meaningful that can get drugs approved and to the patients. 

So, it’s a concerted effort, and I’ve been enthusiastic. I remain optimistic that everyone is trying to do the same thing, achieve the same goal, and work together, and that’s the only way we’re going to be able to do it. 

Katherine Banwell:

Yeah. How long does it take for the FDA to approve a drug? 

Dr. John Mascarenhas:

Forever. It feels like forever. It’s a long process, and for patients, it can be quite frustrating, because there’s so many steps involved. From just the original, initial steps to allow you to introduce a drug into humans, there are IND-enabling studies, so there’s a lot that goes into this.  

And then the initial studies are safety studies. They often can take quite some time. There’s a lot of scrutiny on safety, obviously, because the FDA is really charging to making sure that we do no harm, that we maintain safety for patients, so that can take a long time. And then the ultimate testing and comparison to a control arm is essential to get a drug approved. 

So, we’re looking at a timeline that can easily be a decade from the time we have a great idea, and have a drug available to us, to the time that we can prove that through the different stages, and then demonstrate that to the FDA and negotiate what a label will look like. And that is both a time-consuming process, a very expensive process, and a laborious process, but obviously an important process. 

Katherine Banwell:

Yes, and as you say, so many new drugs and therapies have become available in the last 10 years or more that really have advanced myelofibrosis care enormously. 

How Can You Learn More About Myelofibrosis Clinical Trials?

 

Dr. John Mascarenhas shares advice for patients looking to learn more about clinical trials starting with consulting a specialist. Dr. Mascarenhas also emphasizes key questions to ask, including a discussion of the benefits versus risks of participating in a potential trial. 

Dr. John Mascarenhas is Professor of Medicine at the Icahn School of Medicine at Mount Sinai (ISMMS) and the Director of the Adult Leukemia Program and Director of the Center of Excellence for Blood Cancers and Myeloid Disorders at Mount Sinai. Learn more about Dr. Mascarenhas.

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Transcript:

Katherine Banwell:

What about clinical trials? How can patients learn more? 

Dr. John Mascarenhas:

Well, clinical trials is definitely a confusing area because there are many clinical trials, and some of them are relevant to some patients may be not relevant to other patients.  

So, I think two ways is, see someone who does this. So, not everyone has as their primary care provider hematologist an expert, or someone who’s dedicated to doing this. They may be in a practice where they’re in the community setting; it’s not reasonable for them to be seen at a tertiary care center. 

But if you can get there even for a consultation or an initial visit to get plugged in, I think it’s really critical to see someone who is really invested in this with research opportunities, and clinical trial availabilities. And then the other resource would be clinicaltrials.gov.  

You can go in there, you can put in your diagnosis myelofibrosis. You can even manipulate it for geography to understand what trials are in your area. 

But it is a good way of looking, just to understand what’s there. And then the MPN Research Foundation, which is very supportive of the patient community and engages them, is often a very good resource to go to, to either learn about trials or join webinars where physicians that do this will discuss, and I think that’s another excellent resource. 

Katherine Banwell:

What questions should patients ask their team about clinical trials?   

Dr. John Mascarenhas:

Well, are there clinical trials for what I have? Because again, they can be very particular to where you are in the disease process, what medications you are on, what your kidney function is, things that may really influence decision-making. So, are there clinical trials, what are the clinical trials evaluating, what should I expect from them, both potentially from a positive angle, but also from a negative. What are the known toxicities, what would be the time commitment? Trials are more involved, and they’re more involved for a reason. 

I actually personally think patients do better on clinical trials than standard of care. The reason why I think that is because they are more involved. There’s a lot more oversight and eyes on you. Not just a physician perspective, but maybe more importantly, from a research nurse and research coordinator perspective. There’s a lot of regulatory burden which translates, I think, to a lot of attention to safety and assessment for advocacy.  

So, I think understanding what that looks like at any given institution, and how it will affect the patient and their caregivers from a time perspective, and obviously toxicity. But also, what is this trial trying to achieve? Does it make sense for what I’m trying to achieve? 

Katherine Banwell:

I suppose another question might be where this trial is taking place? As a myelofibrosis patient and a caregiver, are we going to have to travel to get to this clinical trial? 

Dr. John Mascarenhas:

I think that’s a major obstacle for a lot of patients. We’re talking about a disease that typically affects people that are in there sixth, seventh, eighth decade of life. Patients don’t all live, as I’ve said, right around a cancer center or a tertiary care center, so travel, the logistics of it, the ability to have that support available. Sometimes it’s loved ones, and adult children having to take time off of work to be able to help in that process.  

It’s a lot, and I’m particularly sensitive to it, because I work in a metropolitan area, and I realize getting in and out is not easy. And a lot of times, these trials understand that, and they build into the trials stipends and support for transportation and/or lodging which helps. It’s not perfect, but it can help at least financially, and sometimes logistically, so I would definitely inquire about what those resources are.  

And sometimes foundations also help bridge the gaps for patients to help link them to trials and facilitate that. So, it’s a super important part of engaging in a trial. 

Katherine Banwell:

And who is on the health care team that might be able to answer questions like this? 

Dr. John Mascarenhas:

Well, for sure, the physician should be able to. But I think the most valuable resource often is the nurse and the nurse practitioner. There are usually research coordinators. These are often young people, but very bright young people, that are very invested in this that will sometimes show up at the clinic to talk to the patient or will be a phone resource that you could reach out to. So, it can really be, I think, three levels. The coordinator, the nurse or nurse practitioner, or physician assistant, and the physician. So, it really shouldn’t be one person, but a team of people that are available to you. 

Expert Outlook | New Myelofibrosis Therapies Showing Promise

 

What myelofibrosis therapies in development show promise? Dr. John Mascarenhas, a myelofibrosis researcher, reviews innovative treatments that are being combined with JAK inhibitors as well as single agent therapies that are making headway for patients with myelofibrosis. 

Dr. John Mascarenhas is Professor of Medicine at the Icahn School of Medicine at Mount Sinai (ISMMS) and the Director of the Adult Leukemia Program and Director of the Center of Excellence for Blood Cancers and Myeloid Disorders at Mount Sinai. Learn more about Dr. Mascarenhas.

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Transcript:

Katherine Banwell:

The JAK inhibitor class of therapies has been around for over a decade now. What new therapies are showing promise when being studied in combination with these therapies? 

Dr. John Mascarenhas:

So, I think the ones that are really exciting, and there are a number. We don’t know which one is the best, but I’ll tell you the ones that I think really have potential would be drugs like pelabresib, the pan-BET inhibitor, and the MANIFEST-2 study. Even a drug called navitoclax, that isn’t going to move forward, taught us a lot. We know that pathway is important, we just have to improve upon how we’re doing this.

Drugs like selinexor (Xpovio), the XPO1 inhibitor, is ongoing in the SENTRY study. A drug called navtemadlin is a very active drug, and that’s been shown as a single agent after ruxolitinib (Jakafi) failure. But now, it’s going after those patients who are not having an optimal response with ruxolitinib, adding it on on the backend.  

So, what I really love about the way we’re doing this is, I think it’s a very thoughtful approach trying to use these really active drugs that exploit non-redundant pathways in the disease, both either up front, to really get the biggest bang for your buck, to really try to reduce the diseased burden earlier on, or to try to add on as a strategy if patients aren’t enjoying the maximum benefit from ruxolitinib. So, we are really trying to tackle it from different angles and some of these drugs really look promising. 

Katherine Banwell:

Yeah, yeah. Are there other single agent therapies that are being studied for myelofibrosis?  

Dr. John Mascarenhas:

There are. So, I’ll name two that I also think really deserve some attention. One is called TP-3654, and it’s a drug by Sumitomo that’s a PIM 1 kinase inhibitor. So, this also goes after a very specific pathway – inflammatory pathway – a signaling pathway – that is known to be an important driver of disease and has very nice data, particularly from a symptom-burden perspective. But also, again, this concept of disease modulation and reduction in cytokines in patients who’ve previously been on ruxolitinib.  

So, there’s data there where they’re going to add it on to ruxolitinib that really looks like an interesting approach forward. And then the drug I think many of us are very anxious to see results in which is ongoing, is the IMpactMF study.   

This is the randomized phase three study of imetelstat (Rytelo), which is a telomerase inhibitor and infusional agent that goes after a very important enzyme that keeps malignant cells alive and really is one of the drugs that I think has the true potential to go after the stem cell, the origin of the disease, and improve survival. It’s the only study we have had, and currently have, where the endpoint for the registration phase we’ve studied is survival. It’s patients who have failed ruxolitinib and are getting this drug as a single agent, versus best available therapy.  

A very exciting trial and really important. Whether you’re on the trial or you’re a candidate for it, it really helps us move the field forward, because it gives us essential insights into the disease and how to do better. 

Katherine Banwell:

Yeah. When it comes to the latest research and treatment, what question should patients ask their health care team about new or developing treatment options? 

 Dr. John Mascarenhas:

Well, I think every patient is different, and truly different since their biology is different, the way they present is different, their course is different. So, really, the treatment options, including the trial options, really need to be tailored to the patient. It has to make sense for that patient. It has to meet their expectations, be aligned with their goals of therapy, and balance. Balance risk with potential benefit. Patients have to understand. The physicians have to present very clearly that some trials are randomized studies, and you could get a placebo. 

And it’s often blinded, so the patient doesn’t know, the physician doesn’t know. But importantly, in some of these studies, there’s crossovers, so even if you don’t get the drug up front, you can get it in the backend. All of these things really have to be disclosed very carefully and thoughtfully, so the patient’s really making an informed decision that makes sense for them and is meeting their expectations. 

Updates in Myelofibrosis Research From an Expert

 
Dr. John Mascarenhas shares updates on myelofibrosis research. Dr. Mascarenhas highlights the shift towards combination therapies, particularly the use of JAK inhibitors alongside novel agents, with the goal of improving disease response and patient outcomes.
 
Dr. John Mascarenhas is Professor of Medicine at the Icahn School of Medicine at Mount Sinai (ISMMS) and the Director of the Adult Leukemia Program and Director of the Center of Excellence for Blood Cancers and Myeloid Disorders at Mount Sinai. Learn more about Dr. Mascarenhas.

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Transcript:

Dr. John Mascarenhas:

My name is John Mascarenhas, I am a professor of medicine at the Icahn School of Medicine here in New York City. I direct the Center of Excellence for Blood Cancers and Myeloid Disorders, and I lead the adult leukemia program. But my real passion and interest is in myeloproliferative neoplasms and translational research, trying to understand the biology of the diseases and helping translate that into effective therapies in the clinic. 

Katherine Banwell:

Dr. Mascarenhas, from your perspective, what are the highlights so far this year in myelofibrosis research? 

Dr. John Mascarenhas:

So, I think myelofibrosis research – I’ve been in this field for about 20 years, and I’ve watched it go from a field where we had very little insight into the biology of the disease, which meant very little targeted or informed therapies to the era of JAK inhibitors.  

The first being 2011 with ruxolitinib (Jakafi), then 2019 with fedratinib, 2022 with pacritinib, and then 2023 with momelotinib (Inrebic), has really afforded us a significant advantage in trying to tailor the treatments for different patient niches to improve spleen and symptom benefit.  

And I do think that translates to a survival benefit in our patients with myelofibrosis. So, outside of bone marrow transplant, really these treatments are not curing patients, but they are addressing certain aspects of the disease. 

What I’m most excited about is the new era; the next generation of approaches that we’re seeing, and we have been seeing, and will continue to see emerge, and these include combination therapy approaches up front. So, taking those JAK inhibitors, the benefit they have, and trying to improve upon that with the addition of informed therapies, rational drugs that have pre-clinical evidence. 

Meaning, in the lab with cells from patients with animals that are engineered to have myelofibrosis, so that when we take them into the clinic, we are more confident, more informed in our decision-making, that we’re not exposing patients to drugs that really don’t have rationale.

Katherine Banwell:

What do these research advances mean for myelofibrosis patients? 

Dr. John Mascarenhas:

Well, I think what we’re seeing is a shift towards more combination therapy. So, what I think it means for a patient is deeper responses from not just spleen and symptom, but what we’re looking at very intently are biomarkers of disease modulation and disease response, hopefully, disease course changes.  

So, things like reductions in their driver mutation. These are gene mutations like JAK2, CALR, MPL, reductions in inflammatory markers, reduction in bone marrow fibrosis in the bone marrow.  

All of these things suggest that we’re really starting to modulate the disease in a more significant way. What we’re trying to show is that that actually matters to a patient, that these findings actually translate to better progression-free survival, better overall survival. So, I’m really enthusiastic and excited by what is happening now, because I do think it pays off. 

It’s incremental benefits, but things that are now more targeted, like mutant CALR antibody approaches, or BiTE approaches.  

To those patients who have this abnormal CALR protein expressed on the surface of the cell transformative with at least the potential to be JAK2 selective inhibitors, really going after that mutant JAK2 in a very selective way, or a Type II JAK2 inhibitor. Really, the potential to have very molecularly defined targeted therapies that will, hopefully, get us much deeper responses; that patients will see even greater benefits, better improvements in symptom burden, spleen, but ultimately survival.  

Advancing Therapies for Polycythemia Vera: Enhancing Control and Quality of Life

How are emerging polycythemia vera (PV) treatments addressing quality of life? Expert Dr. Andrew Kuykendall from Moffitt Cancer Center discusses disease control versus quality of life issues for PV patients and shares updates about rusfertide and hepcidin mimetic clinical trials. 

[ACT]IVATION TIP

“…there’s a lot of things that factor into a suboptimal quality of life for patients with PV. And we need to think about all of those as we try to chip away and make patients’ quality of life as good as possible.”

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Transcript:

Lisa Hatfield:

Dr. Kuykendall, since current treatments may help control polycythemia vera but don’t significantly improve symptoms, what steps are being taken to develop new therapies that not only control PV, but also improve patients’ overall quality of life? 

Dr. Andrew Kuykendall:

Yeah, so right now the therapies we have for polycythemia vera essentially the main goal is to reduce as I tell patients, to reduce the things that could kill you, right? To reduce the risk of thrombotic events, cardiovascular events, strokes, blood clots, heart attacks, things like that. As we know that that is a huge issue for these patients that are at increased risk for cardiovascular events.

So we do that with a variety of different strategies, but I think increasingly what we’re realizing is we need to make a primary focus of treatment being on improving and maximizing quality of life. And this is something that really we should be thinking about across all malignancies. But specifically polycythemia vera (PV), where this is a disease that if we are able to avoid some of these cardiovascular events, patients have a very good quantity of life expected with their disease.

So they may live with their disease for 15, 20, 30 years. So if that’s the case, we really need to be thinking about how we can do that as best as possible, right? We’re talking about a third of your life living with this disease. And so we need to do that in a quality way. So agents like ruxolitinib (Jakafi) that have been approved for polycythemia vera in the second-line setting.

Ruxolitinib is known that it is improving some of the disease-related symptoms that come with PV, fevers, chills, itching, night sweats, bone pain really does help with those things. But I think that we can move beyond that. And we’re developing agents like rusfertide. Rusfertide is the hepcidin mimetic that is aiming to reduce the amount of phlebotomies patients need. And for me, that’s important in a variety of ways.

One if you don’t need to get phlebotomies all the time, you’re not tied to the healthcare system, right? Nearly as much. And that could be a huge dissatisfactor. And so at the same time, getting a phlebotomy is not that fun either. It requires going in and sitting there getting blood drawn, you may get lightheaded, fatigued that comes with that.

So eliminating that aspect of negative quality of life. At the same time, we’re starting to see with rusfertide whispers that it may help with some of these symptoms that may be related to iron deficiency. Things like brain fog, concentration issues, fatigue. And so if we can help a little bit with that aspect of things too, man, we could start to kind of, you know, chip away at some of the quality of life issues that are ongoing.

And then down the road, I think some of these JAK2-specific inhibitors may have the continued ability to modify the underlying disease. And certainly that’s a huge goal, right? If we can actually start to get true responses really get at the core of the disease to get the disease to go away. And I think that ultimately that will hopefully result in better quality of life as well. So, at the same time, I think my [ACT]IVATION tip for this question is that there’s a lot of things that factor into a suboptimal quality of life for patients with PV. And we need to think about all of those as we try to chip away and make patients’ quality of life as good as possible.

Lisa Hatfield:

Okay. Thank you. And is there any hope of any of these newer therapies being of limited duration, or are all of them continuous therapy? Because I know as a patient myself, that quality of life is impacted by knowing that I’ll be on therapy forever, some kind of therapy forever. Any hope for that? 

Dr. Andrew Kuykendall:

Yeah, so certainly with some agents there is hope for that. So some of the agents I referenced, ruxolitinib, rusfertide, these are agents that probably are, are going to be continued therapy. We always call it indefinite, right? As long as we think that the benefits outweigh the risks, we continue that. If we stop those, typically the reasons we’re using them, those come back quite quickly.

But I would say it’s not necessarily the case with agents like interferon. So interferon is an agent that’s less associated with symptomatic improvement, although we do see it in a subset of patients, it’s more associated with the ability to potentially modify the underlying disease. And so what we’ve seen with interferon is that we can measure patients’ JAK2 allele burdens, the number of cells that have the JAK2 mutation that drives the disease.

And in patients that are on interferon for 2, 3, 4 years, we see the number of cells that have the JAK2 mutation go down over time quite consistently. And even in the case that in some patients it goes less than 10 percent or to a level, we really can’t pick it up with our standard testing. And my experience with that is we can actually stop interferon in some of these patients for a pretty extended period of time.

So we have patients where we stopped for one or two years with blood counts that remain quite well-controlled, patients feeling well. In time, we might have to restart it as things start to to pop up, but I think that we are starting to get to these kind of at least treatment reductions, dose reductions where we can spread things out, but also kind of brief treatment interruptions where we get this kind of treatment-free period that certainly can be attractive to some patients.

Lisa Hatfield:

Okay. Thank you. And I’ll just do a quick shoutout to physicians like yourself who deal primarily with MPNs or work a lot with MPNs, that if a patient is watching this and doesn’t have somebody who really specializes in MPNs, everything you’re talking about, clinical trials, it might be helpful even to just get a consult or what I call an expert or second opinion on how to manage your MPNs. So anyway, thought I’d throw that out there. Thank you.


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When Should Myelofibrosis Mutational Testing Be Repeated?

When should myelofibrosis mutational testing be repeated? Dr. Pemmaraju discusses the importance of retesting at key points and how mutations impact care and treatment plans. 

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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Transcript:

Katherine Banwell:

“I understand that mutational testing should be done at diagnosis. Is there a point where there would be a need to repeat this test?”  

Dr. Naveen Pemmaraju:

Oh, that’s an awesome question. So, we were mentioning that earlier. I do believe and I advocate that all patients should have molecular testing, particularly now as it’s more available widely before it wasn’t. Again, we level set what we’re talking about. In myelofibrosis, three common driver mutations, JAK2, CALR, MPL makes up about 90 percent. 

Then in addition to that, there’s the triple-negative, and you usually find an additional mutation. Then on top of these big three, it’s common to have co-mutations, ASXL1, etc. What we found in this MIPSS score that we just mentioned ties into that. We found now that for the first time, we can incorporate these molecular findings to prognosticate for the patients. That’s why it’s important to check them. So, to this question by Joel, yes, if you have access and availability, not only checking it at baseline but later on at a provoking event.  

So, at the time of relapse, progression, going onto a clinical trial, just to name three of several. I think it’s a good idea to recheck the molecular status. The problem and barriers are what you would expect, cost, expense, access, availability, justification, etc., etc. So, it’s not a mandatory part of the field, especially in the standard of care, non-research aspect. However, if we can get to the point where we can do that, it would be nice and helpful because these mutations change, they’re dynamic.   

You can have negative for mutation at baseline, positive, and even vice versa, depending on therapies. Are you going to go for a transplant? Are you going to go to a clinical trial? Are you changing therapy? It would be nice to know. 

How Are Prognostic Scoring Systems Used in Myelofibrosis Care?

How are scoring systems such as DIPSS used in myelofibrosis care? Dr. Pemmaraju explains how these tools assess myelofibrosis prognosis and guide treatment decisions. 

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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Myelofibrosis Care | The Impact of Test Results

Transcript:

Katherine Banwell:

“Can you explain the dynamic international prognostic scoring system or DIPSS?” Thank goodness there’s an acronym for that.  

Dr. Naveen Pemmaraju:

Yeah, no, it’s a great question, scoring systems, right?  

Katherine Banwell:

Yeah, and Cliff wants to know how he can ask his doctor about it.  

Dr. Naveen Pemmaraju:

Right, so the easiest way to talk about it, the good news is everything we’ve been talking about is incorporated in the scoring system. So, said in another way, we’ve been talking about it subjectively, the scoring systems try to make the subject objective. So, quick history, these started in 2009 with the IPSS, International Prognostic Scoring System. The concept there were a thousand patients in Europe and basically trying to observe the natural history of the progression of myelofibrosis. This was just before, just as the JAK inhibitor era was starting. What we found is that the four groups nicely separate.  

So, the lowest of the low-risk group potentially can be measured in decades for overall survival. Intermediate one, intermediate two, and high risk, again, all separated by overall survival and AML leukemia transformation risk. Now, that’s evolved over time as the questioner is asking for more sophisticated scoring systems. So, that’s all you need to know. So, DIPSS Plus just means Dynamic International Prognostic Scoring System.  

Then there’s DIPSS plus, and can you believe it? There’s even the MIPSS now, the Molecular International Prognostic Scoring System. All right. So, at least there’s a rhyme and reason there. I think each iteration is telling you that we are dynamically understanding more about the disease. Two, the IPSS, the original one, was meant to be only at diagnosis, and the DIPSS by definition, dynamic scoring, is any time during the course of the disease, that’s interesting. Then three, they’re incorporating new factors each time.   

So, from the time of the IPSS to the DIPSS and now the MIPSS, you’re incorporating all these factors that we couldn’t before. Cytogenetics, molecular findings, anemia, transfusion, burn, thrombocytopenia, etc. So, that’s basically it. You can ask your doctor. I mean, basically, in the course of what we do in the non-clinical trial standard of care, even if somebody doesn’t hand stop and calculate these risk scores, we’re talking about the same thing, right? The subjective or the objective matchup.  

However, of interest to the patients, there are calculators that are available, you know, obviously rather than doing it in isolation in your house. Yes, it is better, I agree to do it with your doctor, with your provider team, and see what it means for you. The goal of these is twofold. In clinical trials to help stratify patients so you can understand who’s high risk versus lower. However, in the standard of care, sure it may help with transplant decisions, referrals for clinical trials, etc. 

Emerging Treatments in Myelofibrosis Care

Dr. Naveen Pemmaraju from MD Anderson Cancer Center discusses emerging myelofibrosis therapies currently in Phase II and III trials, including novel agents and combination treatments that show promise for patients. 

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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What Myelofibrosis Treatment Types Are Available?

What Myelofibrosis Treatment Types Are Available?

Transcript:

Katherine Banwell:

There are a couple of new and emerging treatments as well, right? What are those?  

Dr. Naveen Pemmaraju:

Yeah, so right. So, I’m proud to report to the viewers that just now in real time, just in the last year, really we have had several major developments. Now these are not yet FDA-approved agents. They’re experimental investigational agents, but they’ve reached what’s called Phase II or Phase III testing which are the later stages of testing. I’d like to highlight four or five of those.  

These are mostly in the combination space. So, this is a JAK inhibitor plus the new agent. One is called navitoclax. That’s a BCLXL inhibitor, not yet FDA-approved for any indication. However, this has been shown to have activity in the Phase I and II trials, either as a single agent or in combination.  

Now that’s reached Phase III testing. The second one is the pelabresib agent, which is a bromodomain or BET inhibitor. A third, if you can believe it, it’s selinexor (Xpovio), which is an XPO1 inhibitor. Also, a fourth really now entering into Phase III trials is the MDM2 inhibitor navtemadlin. You have these four drugs, which are either completing or starting Phase III, which is the most advanced testing.  

That means they’re randomized trials, usually international trials, many hundreds of patients. It’s an amazing effort that’s unprecedented. By the way, these are being tested in the frontline setting before patients have ever had a JAK inhibitor in combination with.

Beyond that, Katherine, there’s many, many trials with novel agents by themselves. So, imetelstat (Rytelo) comes to mind, which is a telomerase inhibitor, for example, which is also in Phase III testing in the relapse setting. So, you’ve already had a JAK inhibitor, it didn’t work out for you. Interestingly in that trial, the overall survival is the primary endpoint rather than spleen and symptoms, which marks the first time we’ve ever seen that. 

It also marks the understanding that these chronic diseases, chronic myelofibrosis can then turn into a more advanced acute in the relapse setting. So, that’s just a sample of some of the ones that are now entering the late stages of trials, many more in Phase I and II. In a good way, there’s a new trial opening once a week. 

What Myelofibrosis Treatment Types Are Available?

Dr. Naveen Pemmaraju outlines available myelofibrosis therapies, such as JAK inhibitors, and discusses the role of clinical trials and emerging treatments for managing the disease.  

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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Myelofibrosis Care | The Impact of Test Results

Transcript:

Katherine Banwell:

So, once all testing is complete and the patient has an accurate diagnosis, they’ll work with their doctor then on a treatment approach. You’ve touched on this a little bit, but  

What are the types of treatment available for people with myelofibrosis? 

Dr. Naveen Pemmaraju:

Yeah, thanks, Katherine. We’ll keep it general and standard of care. As you mentioned at the top, I’ll reiterate, that none of these are intended to be specific instructions for specific folks. However, in general, for the category of patients with myelofibrosis, in general, there’s not many treatments, unfortunately. As of 2024, we have only four standard JAK inhibitors. So, that’s this pathway we’re talking about, JAK-STAT. Interestingly, you don’t have to be JAK2V617F mutated. These are for the whole pathway.  

So, all patients with myelofibrosis, are intermediate to high risk. The first one, Katherine, is ruxolitinib (Jakafi), which has been around for more than a decade, and first in class JAK inhibitor. The second drug is fedratinib (Inrebic). The third is pacritinib (Vonjo), approved only in 2020 for those patients with less than platelets of 50. Then the myelofibrosis drug, momelotinib (Ojjaara), just approved not even a year ago, in September of 2023 for myelofibrosis with anemia. So, those four are considered as called JAK inhibitors.  

They are really the only targeted therapy class of drugs specifically approved in the MF space. Outside of that, there’s older and other drugs that me and others have used, if you will, so-called off-label or historical use, hydroxyurea  (Hydrea), interferon products such as pegylated interferon. Hypomethylators such as azacitidine (Vidaza) and decitabine (Dacogen), particularly in more advanced cases. Some of those drugs are borrowed from MDS and AML and have been around for decades.  

Then of course, finally, clinical trials. We really recommend folks, if they have the ability and feasibility, clinical trials, even in the first diagnosis setting. So, untreated, first therapy. These clinical trials, Katherine, are based on three factors. One is JAK inhibitor plus another agent. So, that’s kind of like a combination trial. Two is add-on agents. So, you’re already on the JAK inhibitor for a while, maybe it’s starting to not work. Then you add in a third agent.  

Then three is a completely novel agent beyond the JAK-STAT pathway. Then maybe we can even add a fourth one now as this is evolving in real-time, which is anemia-targeting drugs. Many of our patients have either transfusion-dependent or bad anemia. Some of the drugs that are being developed are specifically aimed at them. 

Myelofibrosis Care | The Impact of Test Results

How do test results impact myelofibrosis care? Dr. Naveen Pemmaraju outlines essential tests like bone marrow biopsies and molecular testing and shares how results may guide treatment and prognosis.  

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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When Should Myelofibrosis Mutational Testing Be Repeated?

When Should Myelofibrosis Mutational Testing Be Repeated?

Transcript:

Katherine Banwell:

Let’s talk about test results. What sort of tests should be done following a myelofibrosis diagnosis?  

Dr. Naveen Pemmaraju:

Well, I think this is something that’s an active area of evolution. I think the good news is I can give you a few standard items. I think most, if not all, of our patients, will require a bone marrow biopsy to be done at baseline and possibly even later on to assess the status of the therapy. Now, in some cases, that may not be available or accessible due to patient preference or comorbidities.  

However, a bone marrow biopsy is a way to look inside and see how the bone marrow tissues are doing. Outside of that, for the blood tests, the two most critical sets are what we call a CBC and a CMP. So, CBC complete blood count. This is where you get your hemoglobin, platelets, and white blood cell count, very important to know at baseline and dynamically.  

Then the complete metabolic profile is very important, Katherine because we need to know how the potassium, kidney function, and liver function are doing. Then finally, I would also say you’ll see your provider add in other blood tests over time, depending on the particular case. Thyroid testing if it’s needed in the case of fatigue, just to name one example. So, I think these are the main categories.  

I think what’s also interesting over time is that this is an issue with us as well in the MPN clinic. You end up seeing your MPN provider and team so much that it’s easy to forget and lose sight of the primary care items too. So, this is a good time to remind folks to stay in touch with their MPN team, the provider, and their caregiver, whether it’s colonoscopies, mammogram, or prostate. I remember over the COVID pandemic time, especially, a lot of that was either sacrificed, forgotten, or on purpose put aside. So, let’s remind people in 2024 to remember to have that partnership as well.  

Katherine Banwell:

How does molecular testing affect treatment options and prognosis? 

Dr. Naveen Pemmaraju:

Right, yeah, I haven’t mentioned that yet because that’s something that we’re trying to layer into. I do find that to be the standard of care now in the treatment of myelofibrosis. What you’re asking about is very important. So, outside of the normal labs in bone marrow morphology, seeing what it looks like under the microscope, we’re starting to add three or four items. One is called cytogenetics, that’s chromosomes. You’re born with 46, so 23 from mother, 23 from father, for example, 46 total.  

Even though most people are not born with an MPN per se, those chromosomes can change and become abnormal over time. So, we want to know that, and that can help us tell low versus high versus intermediate risk. Two is the molecular test you ask about. Most people have heard of JAK2, that’s the most common out of myelofibrosis, maybe 50 percent to 60 percent of cases, JAK2V617F. However, did you know there’s also CALR, which is the second most common molecular mutation, and then MPL. 

Those three are the big three driver mutations. They make up roughly about 90 percent of our cases, 10% being so-called triple-negative. So, you’re negative for all three. When you do deeper sequencing, which is available now clinically, and we check that here, you will find almost always, some other mutation, ASXL1, EZH2, SRSF2, etc. It becomes an alphabet soup very quickly. However, I think basically you should know that there’s JAK2, CALR-MPL, the big three driver mutations, and additional molecular mutations.  

So, therefore we and others believe you should check these as standard. Finally, there’s also flow cytometry. Just want to give a shout-out to that. Most people haven’t heard of that. When you send your bone marrow for testing, in addition to the pathologist looking under the microscope with the human eyes, there’s also a test that does side scatter of light called flow cytometry. That helps to look at a deeper level, maybe the thousandth, maybe even down to the millionth level, what these cancer cells do. 

Katherine Banwell:

What sorts of questions should patients be asking about test results?  

Dr. Naveen Pemmaraju:

I think the number one and number two questions that I advocate for patients or on programs like this, I think the one question that may help a lot is this question of when you hear all the data and ask the question, “Hey, is there any other questions I should be asking that I’m missing?” It’s an interesting question, right? It’s almost a meta, right, kind of a situation. However, when you ask that, every time I’ve been asked in the clinic, it makes me pause and say, “Now that you mentioned it, X, Y, and Z.”  

So, I think it’s a good one to ask either your physician or whoever healthcare provider is in the room, again, nurse, or PA. It’s an interesting one, right? It kind of makes someone maybe even put themselves in your shoes. So, I like it as a device to make people pause in a busy clinic. Yeah, the second question that I think is a good one is to say, “While things are going well right now, I wanted to ask you, doc, what are some things that could happen in the next six months, one year, or two years, adverse events or abnormal things, and is there something I can do to plan for it?” 

Again, it may be somewhat of a theoretical question. The doctor may say, “Okay, right now things are going well,” but it kind of makes people think about contingency plans, and alternative things. Well, now that you mention it, there is this one side effect of this drug. I don’t know, I think those are two kinds of go-to questions that I want people to be equipped with. 

Advice for Shared Decision-Making | Myelofibrosis Care and Treatment Goals

Myelofibrosis expert Dr. Naveen Pemmaraju advises on how patients and healthcare teams can partner together by communicating care goals and exploring treatment options.

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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Emotional Health | Why It’s Vital for Myelofibrosis Patients to Share Concerns

Transcript:

Katherine Banwell:

When it comes to choosing therapy, Dr. Pemmaraju, it’s important to work with your healthcare team to identify what is going to work best for you. So, as a clinician, how do you define shared decision-making?  

Dr. Naveen Pemmaraju:

Very important. So, shared decision-making to me means a partnership. It means a journey that the patient and the providing team are about to embark on. It’s a very different approach than a one-way, I tell you, you do this. Instead, I see it as a bi-directional exchange of ideas.  

Each visit, each EPIC in-basket or EMR communication, each touch with the healthcare system, the pharmacist, the PA, nurse, whoever is dealing with the patient, I think that’s the key.  

So, a bi-directional exchange of ideas, what’s important to you as the patient? What’s important to the caregiver? What are the worries? What are the barriers? Designing a treatment system around that, a treatment paradigm and approach. Discussing risks, benefits, side effects, toxicities, alternatives, and then a constant dynamic reevaluation throughout. That’s what I pictured. It has to be a journey and a partnership.  

Katherine Banwell:

Well, part of making care decisions is setting goals, and I think you’ve just alluded to that. What are treatment goals for myelofibrosis, and how are they determined?  

Dr. Naveen Pemmaraju:

That’s a great question. Myelofibrosis treatment goals are changing in real-time. I would say as of this recording, 2024, the main three things that I want patients to think about and the caregivers.  

Number one is a stem-cell transplant eligible or not? It used to be based on age and comorbidities, but there are other factors. So, are we going to stem cell transplants or not? That determines a lot of the journey. Two is a clinical trial or not. So, are we doing the standard of care therapy, often one pill at a time, or clinical trial, either an IV drug, a pill, or combinations? Then three is that dynamic assessment that we talked about, which is what are the goals of care? Often our patients with myelofibrosis have decreased quality of life, enlarged organs, fatigue, cachexia, and malnutrition.  

These are the central components. A lot of times they’re due to the myelofibrosis itself. So, the treatments may improve that. A lot of times it’s the other comorbidities, other health issues. So, working with the PCP, the primary care provider, and the local team. In my case, many of my patients are referrals, as you know, the local MD team. I think these are the three components, transplant eligibility or not, clinical trial versus standard of care. 

Then once we’ve made a treatment decision, minding toxicities and quality of life.  

Elevate | What You Should Know About Your Role in Myelofibrosis Treatment and Care Decisions

How can you elevate your overall myelofibrosis care and treatment? Dr. Naveen Pemmaraju discusses the importance of engaging in myelofibrosis care decisions with your healthcare team, shares advice for setting treatment goals, and reviews factors that may impact therapy options. Dr. Pemmaraju also provides tips and resources for self-advocacy, including coping with emotional health.

Dr. Naveen Pemmaraju is Director of the Blastic Plasmacytoid Dendritic Cell Neoplasm (BPDCN) Program and Professor in the Department of Leukemia at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Pemmaraju.

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Transcript:

Katherine Banwell:

Hello and welcome. I’m your host, Katherine Banwell. Today’s webinar is part of the Patient Empowerment Network’s Elevate Series to help myelofibrosis patients and care partners feel well-informed when making treatment decisions with their healthcare team. On today’s program, an expert will join us to share advice for accessing better overall care. 

Before we get into the discussion, please remember that this program is not a substitute for seeking medical advice. Please refer to your healthcare team about what might be best for you. Well, let’s meet our guest today. Joining us is Dr. Naveen Pemmaraju. Dr. Pemmaraju, it’s good to see you again. Welcome. Would you please introduce yourself?  

Dr. Naveen Pemmaraju:

Oh, thanks, Katherine, and to Jamie and the team. I’m Dr. Naveen Pemmaraju, a Professor of Leukemia at MD Anderson Cancer Center in Houston, Texas. I also serve as the director for our rare disease program focusing on BPDCN and, of course, MPNs. Also, I want to mention, I have another hat, which is executive director for MD Anderson Cancer Network for Cancer Medicine. Thanks, Katherine.   

Katherine Banwell:

Well, thank you so much for taking the time out of your day to join us. I’d like to start by discussing your role as a researcher. You’re on the front lines for advancements in the myelofibrosis field. What led you here, and why is it important to you?  

Dr. Naveen Pemmaraju:

Well, I think it’s an important question to start with and one that we need to evaluate and dynamically reevaluate over time. I think really for me, two major themes, Katherine, that brought me to this point. One is the absolute desire to be there for patients who don’t have a voice. So, that means giving voice to the voiceless. It’s something I’ve always been good at ever since I was a youth, which is advocating for those who may not be able to or cannot advocate for themselves.  

So, this is the rare disease thread. A lot of my colleagues were going into lung cancer, breast cancer, and colon cancer, very important. We need folks there. However, those were common diseases, largely elucidated. I was always drawn to the more difficult-to-treat diseases, esoteric, and rare, and I think that’s one component, which is the patient voice.  

The second aspect is scientific interest. Again, in the more common tumor types and diseases, there’s a lot already known. So, many of the researchers and research being done is either derivative from that knowledge, Katherine, a or kind of secondary. I wanted to put my efforts and my team’s efforts and frankly, my life effort into trying to figure out new science, new pathways, new breakthroughs, new ideas, and new concepts. I find that in the rare disease space, that’s where I can do that. So, both from the humanistic patient aspect and the science aspect.  

Katherine Banwell:

Well, it sounds like it’s a challenge to you as well.  

Dr. Naveen Pemmaraju:

I think that’s a great point. So, while it’s intellectually satisfying and very important to pursue this, and I love my patients, the clinic, and my team, you make a really good point. Every day when I wake up, it is the challenge that really drives you, which is to try to improve not only the lives of our patients but the quality of life.  

Try to improve the education barriers, which are many, and then the access barriers, not only here in the U.S., but all over the world. Social media has helped that, democratization of information, and platforms like yours right now to get the message out there to folks who need it the most. However, you make a good point. We have a lot of challenges and a lot of barriers, and that motivates me to get up in the morning every day. 

Katherine Banwell:

When it comes to choosing therapy, Dr. Pemmaraju, it’s important to work with your healthcare team to identify what is going to work best for you. So, as a clinician, how do you define shared decision-making?  

Dr. Naveen Pemmaraju:

Very important. So, shared decision-making to me means a partnership. It means a journey that the patient and the providing team are about to embark on. It’s a very different approach than a one-way, I tell you, you do this. Instead, I see it as a bi-directional exchange of ideas.  

Each visit, each EPIC in-basket or EMR communication, each touch with the healthcare system, the pharmacist, the PA, nurse, whoever is dealing with the patient, I think that’s the key.  

So, a bi-directional exchange of ideas, what’s important to you as the patient? What’s important to the caregiver? What are the worries? What are the barriers? Designing a treatment system around that, a treatment paradigm and approach. Discussing risks, benefits, side effects, toxicities, alternatives, and then a constant dynamic reevaluation throughout. That’s what I pictured. It has to be a journey and a partnership.  

Katherine Banwell:

Well, part of making care decisions is setting goals and I think you’ve just alluded to that. What are treatment goals for myelofibrosis, and how are they determined?  

Dr. Naveen Pemmaraju:

That’s a great question. Myelofibrosis treatment goals are changing in real-time. I would say as of this recording, 2024, the main three things that I want patients to think about and the caregivers.  

Number one is a stem-cell transplant eligible or not? It used to be based on age and comorbidities, but there are other factors. So, are we going to stem cell transplants or not? That determines a lot of the journey. Two is a clinical trial or not. So, are we doing the standard of care therapy, often one pill at a time, or clinical trial, either an IV drug, a pill, or combinations? Then three is that dynamic assessment that we talked about, which is what are the goals of care? Often our patients with myelofibrosis have decreased quality of life, enlarged organs, fatigue, cachexia, and malnutrition.  

These are the central components. A lot of times they’re due to the myelofibrosis itself. So, the treatments may improve that. A lot of times it’s the other comorbidities, other health issues. So, working with the PCP, the primary care provider, and the local team. In my case, many of my patients are referrals, as you know, the local MD team. I think these are the three components, transplant eligibility or not, clinical trial versus standard of care. 

Then once we’ve made a treatment decision, minding toxicities and quality of life.  

Katherine Banwell:

Right, okay. So, you’ve touched upon the factors that are considered when choosing therapy for myelofibrosis. Let’s talk about test results. What sort of tests should be done following a myelofibrosis diagnosis?   

Dr. Naveen Pemmaraju:

Well, I think this is something that’s an active area of evolution. I think the good news is I can give you a few standard items. I think most, if not all, of our patients, will require a bone marrow biopsy to be done at baseline and possibly even later on to assess the status of the therapy. Now, in some cases, that may not be available or accessible due to patient preference or comorbidities.  

However, a bone marrow biopsy is a way to look inside and see how the bone marrow tissues are doing. Outside of that, for the blood tests, the two most critical sets are what we call a CBC and a CMP. So, CBC complete blood count. This is where you get your hemoglobin, platelets, and white blood cell count, very important to know at baseline and dynamically.  

Then the complete metabolic profile is very important, Katherine because we need to know how the potassium, kidney function, and liver function are doing. Then finally, I would also say you’ll see your provider add in other blood tests over time, depending on the particular case. Thyroid testing if it’s needed in the case of fatigue, just to name one example. So, I think these are the main categories.  

I think what’s also interesting over time is that this is an issue with us as well in the MPN clinic. You end up seeing your MPN provider and team so much that it’s easy to forget and lose sight of the primary care items too. So, this is a good time to remind folks to stay in touch with their MPN team, the provider, and their caregiver, whether it’s colonoscopies, mammogram, or prostate. I remember over the COVID pandemic time, especially, a lot of that was either sacrificed, forgotten, or on purpose put aside. So, let’s remind people in 2024 to remember to have that partnership as well.  

Katherine Banwell:

How does molecular testing affect treatment options and prognosis? 

Dr. Naveen Pemmaraju:

Right, yeah, I haven’t mentioned that yet because that’s something that we’re trying to layer into. I do find that to be the standard of care now in the treatment of myelofibrosis. What you’re asking about is very important. So, outside of the normal labs in bone marrow morphology, seeing what it looks like under the microscope, we’re starting to add three or four items. One is called cytogenetics, that’s chromosomes. You’re born with 46, so 23 from mother, 23 from father, for example, 46 total.   

Even though most people are not born with an MPN per se, those chromosomes can change and become abnormal over time. So, we want to know that, and that can help us tell low versus high versus intermediate risk. Two is the molecular test you ask about. Most people have heard of JAK2, that’s the most common out of myelofibrosis, maybe 50 percent to 60 percent of cases, JAK2V617F. However, did you know there’s also CALR, which is the second most common molecular mutation, and then MPL. 

Those three are the big three driver mutations. They make up roughly about 90 percent of our cases, 10% being so-called triple-negative. So, you’re negative for all three. When you do deeper sequencing, which is available now clinically, and we check that here, you will find almost always, some other mutation, ASXL1, EZH2, SRSF2, etc. It becomes an alphabet soup very quickly. However, I think basically you should know that there’s JAK2, CALR-MPL, the big three driver mutations, and additional molecular mutations.  

So, therefore we and others believe you should check these as standard. Finally, there’s also flow cytometry. Just want to give a shout-out to that. Most people haven’t heard of that. When you send your bone marrow for testing, in addition to the pathologist looking under the microscope with the human eyes, there’s also a test that does side scatter of light called flow cytometry. That helps to look at a deeper level, maybe the thousandth, maybe even down to the millionth level, what these cancer cells do.  

Katherine Banwell:

What sorts of questions should patients be asking about test results?  

Dr. Naveen Pemmaraju:

I think the number one and number two questions that I advocate for patients or on programs like this, I think the one question that may help a lot is this question of when you hear all the data and ask the question, “Hey, is there any other questions I should be asking that I’m missing?” It’s an interesting question, right? It’s almost a meta, right, kind of a situation. However, when you ask that, every time I’ve been asked in the clinic, it makes me pause and say, “Now that you mentioned it, X, Y, and Z.”  

So, I think it’s a good one to ask either your physician or whoever healthcare provider is in the room, again, nurse, or PA. It’s an interesting one, right? It kind of makes someone maybe even put themselves in your shoes. So, I like it as a device to make people pause in a busy clinic. Yeah, the second question that I think is a good one is to say, “While things are going well right now, I wanted to ask you, doc, what are some things that could happen in the next six months, one year, or two years, adverse events or abnormal things, and is there something I can do to plan for it?” 

Again, it may be somewhat of a theoretical question. The doctor may say, “Okay, right now things are going well,” but it kind of makes people think about contingency plans, and alternative things. Well, now that you mention it, there is this one side effect of this drug. I don’t know, I think those are two kinds of go-to questions that I want people to be equipped with.   

Katherine Banwell:

Yeah, that’s great advice. I’d like to add that if you, the viewer, are interested in learning more about myelofibrosis testing and treatment, PEN has a number of resources available to you. You can find these at powerfulpatients.org/MPN or by scanning the QR code on your screen.  

So, once all testing is complete and the patient has an accurate diagnosis, they’ll work with their doctor then on a treatment approach. You’ve touched on this a little bit, but  

What are the types of treatment available for people with myelofibrosis?  

Dr. Naveen Pemmaraju:

Yeah, thanks, Katherine. We’ll keep it general and standard of care. As you mentioned at the top, I’ll reiterate, that none of these are intended to be specific instructions for specific folks. However, in general, for the category of patients with myelofibrosis, in general, there’s not many treatments, unfortunately. As of 2024, we have only four standard JAK inhibitors. So, that’s this pathway we’re talking about, JAK-STAT. Interestingly, you don’t have to be JAK2V617F mutated. These are for the whole pathway.  

So, all patients with myelofibrosis, are intermediate to high risk. The first one, Katherine, is ruxolitinib (Jakafi), which has been around for more than a decade, and first in class JAK inhibitor. The second drug is fedratinib (Inrebic). The third is pacritinib (Vonjo), approved only in 2020 for those patients with less than platelets of 50. Then the myelofibrosis drug, momelotinib (Ojjaara), just approved not even a year ago, in September of 2023 for myelofibrosis with anemia. So, those four are considered as called JAK inhibitors.   

They are really the only targeted therapy class of drugs specifically approved in the MF space. Outside of that, there’s older and other drugs that me and others have used, if you will, so-called off-label or historical use, hydroxyurea  (Hydrea), interferon products such as pegylated interferon. Hypomethylators such as azacitidine (Vidaza) and decitabine (Dacogen), particularly in more advanced cases. Some of those drugs are borrowed from MDS and AML and have been around for decades.  

Then of course, finally, clinical trials. We really recommend folks, if they have the ability and feasibility, clinical trials, even in the first diagnosis setting. So, untreated, first therapy. These clinical trials, Katherine, are based on three factors. One is JAK inhibitor plus another agent. So, that’s kind of like a combination trial. Two is add-on agents. So, you’re already on the JAK inhibitor for a while, maybe it’s starting to not work. Then you add in a third agent.  

Then three is a completely novel agent beyond the JAK-STAT pathway. Then maybe we can even add a fourth one now as this is evolving in real-time, which is anemia-targeting drugs. Many of our patients have either transfusion-dependent or bad anemia. Some of the drugs that are being developed are specifically aimed at them.  

Katherine Banwell:

There are a couple of new and emerging treatments as well, right? What are those?  

Dr. Naveen Pemmaraju:

Yeah, so right. So, I’m proud to report to the viewers that just now in real time, just in the last year, really we have had several major developments. Now these are not yet FDA-approved agents. They’re experimental investigational agents, but they’ve reached what’s called Phase II or Phase III testing which are the later stages of testing. I’d like to highlight four or five of those.  

These are mostly in the combination space. So, this is a JAK inhibitor plus the new agent. One is called navitoclax. That’s a BCLXL inhibitor, not yet FDA-approved for any indication. However, this has been shown to have activity in the Phase I and II trials, either as a single agent or in combination.  

Now that’s reached Phase III testing. The second one is the pelabresib agent, which is a bromodomain or BET inhibitor. A third, if you can believe it, it’s selinexor (Xpovio), which is an XPO1 inhibitor. Also, a fourth really now entering into Phase III trials is the MDM2 inhibitor navtemadlin. You have these four drugs, which are either completing or starting Phase III, which is the most advanced testing.  

That means they’re randomized trials, usually international trials, many hundreds of patients. It’s an amazing effort that’s unprecedented. By the way, these are being tested in the frontline setting before patients have ever had a JAK inhibitor in combination with. Beyond that, Katherine, there’s many, many trials with novel agents by themselves. So, imetelstat (Rytelo) comes to mind, which is a telomerase inhibitor, for example, which is also in Phase III testing in the relapse setting. So, you’ve already had a JAK inhibitor, it didn’t work out for you. Interestingly in that trial, the overall survival is the primary endpoint rather than spleen and symptoms, which marks the first time we’ve ever seen that. 

It also marks the understanding that these chronic diseases, chronic myelofibrosis can then turn into a more advanced acute in the relapse setting. So, that’s just a sample of some of the ones that are now entering the late stages of trials, many more in Phase I and II. In a good way, there’s a new trial opening once a week.  

Katherine Banwell:

That’s exciting news. So, the symptoms of myelofibrosis as well as the side effects of certain medications can vary greatly among patients. 

Dr. Naveen Pemmaraju:

Yeah. 

Katherine Banwell:

Why is it critical for patients to share any issues they may be having with their care team?  

Dr. Naveen Pemmaraju:

Yeah, exactly what you said. So, those two concepts are tied. Since the disease is so rare and it’s so heterogeneous, not just patient to patient, but within the same patient over the journey of years, that is the reason. So, because of that, that’s why one has to communicate every single thing to the healthcare team. It’s interesting. Something that the patient may not believe is serious, the caregiver sometimes knows, right, team?  

So, sometimes the person who’s your loved one or caregiver, “Oh, you know, that’s not-quite-right.” Sometimes the patient knows obviously, and then sometimes the healthcare team may say, “You know, that’s not-quite-right.” I think the not-quite-right thing is the key because that is what supersedes or at least precedes lab testing, X-rays, imaging, and bone marrows, it has to be some provocation. So, what I try to tell people is you know your body best. So, you want to be in touch with yourself, with your body, and anything that isn’t right, don’t be the final judge on that.  

Push it up the chain, let your caregiver know, let your doctors know, let your team know, and let them help you decide. Sometimes it may be nothing, that’s fine. Sometimes it may be something. Sometimes it may be something outside of your MPN. That’s another key theme, I think, I mentioned here a couple of times. Anemia is a good example. So, lowering of the hemoglobin. It’s exactly what you just asked me. So, in addition to looking to see if it’s the disease progression itself, okay, fine.  

However, could it also be drug toxicities, as you mentioned? So, the JAK inhibitor may be causing the anemia or whatever. Then the third bucket is, could it be anemia of regular life stuff, iron deficiency anemia. Could it be a colon cancer or a polyp that’s hiding there? Could it be vitamin B12 deficiency, hemolysis, immune, or something destroying the red blood cells, etc., etc.? So, you make an awesome point, which is all of that can be alleviated or the ball can be started rolling, if you will, by mentioning it. So, the key is no shame, no silence, and mention everything.  

Katherine Banwell:

No silly questions.  

Dr. Naveen Pemmaraju:

No silly questions, that’s right.  

Katherine Banwell:

Right. I’d like to get to a few audience questions that we received prior to the program.  

Dr. Naveen Pemmaraju:

Sure. 

Katherine Banwell:

Cliff wrote in with this question. “Can you explain the dynamic international prognostic scoring system or DIPSS?” Thank goodness there’s an acronym for that.  

Dr. Naveen Pemmaraju:

Yeah, no, it’s a great question, scoring systems, right?  

Katherine Banwell:

Yeah, and Cliff wants to know how he can ask his doctor about it.  

Katherine Banwell:

Right, so the easiest way to talk about it, the good news is everything we’ve been talking about is incorporated in the scoring system. So, said in another way, we’ve been talking about it subjectively, the scoring systems try to make the subject objective. So, quick history, these started in 2009 with the IPSS, International Prognostic Scoring System. The concept there were a thousand patients in Europe and basically trying to observe the natural history of the progression of myelofibrosis. This was just before, just as the JAK inhibitor era was starting. What we found is that the four groups nicely separate.  

So, the lowest of the low-risk group potentially can be measured in decades for overall survival. Intermediate one, intermediate two, and high risk, again, all separated by overall survival and AML leukemia transformation risk. Now, that’s evolved over time as the questioner is asking for more sophisticated scoring systems. So, that’s all you need to know. So, DIPSS Plus just means Dynamic International Prognostic Scoring System.  

Then there’s DIPSS plus, and can you believe it? There’s even the MIPSS now, the Molecular International Prognostic Scoring System. All right. So, at least there’s a rhyme and reason there. I think each iteration is telling you that we are dynamically understanding more about the disease. Two, the IPSS, the original one, was meant to be only at diagnosis, and the DIPSS by definition, dynamic scoring, is any time during the course of the disease, that’s interesting. Then three, they’re incorporating new factors each time.  

So, from the time of the IPSS to the DIPSS and now the MIPSS, you’re incorporating all these factors that we couldn’t before. Cytogenetics, molecular findings, anemia, transfusion, burn, thrombocytopenia, etc. So, that’s basically it. You can ask your doctor. I mean, basically, in the course of what we do in the non-clinical trial standard of care, even if somebody doesn’t hand stop and calculate these risk scores, we’re talking about the same thing, right? The subjective or the objective matchup.  

However, of interest to the patients, there are calculators that are available, you know, obviously rather than doing it in isolation in your house. Yes, it is better, I agree to do it with your doctor, with your provider team, and see what it means for you. The goal of these is twofold. In clinical trials to help stratify patients so you can understand who’s high risk versus lower. However, in the standard of care, sure it may help with transplant decisions, referrals for clinical trials, etc.  

Katherine Banwell:

Okay. All right, this next question comes from Joel. “I understand that mutational testing should be done at diagnosis. Is there a point where there would be a need to repeat this test?”  

Dr. Naveen Pemmaraju:

Oh, that’s an awesome question. So, we were mentioning that earlier. I do believe and I advocate that all patients should have molecular testing, particularly now as it’s more available widely before it wasn’t. Again, we level set what we’re talking about. In myelofibrosis, three common driver mutations, JAK2, CALR, MPL makes up about 90 percent. 

Then in addition to that, there’s the triple-negative, and you usually find an additional mutation. Then on top of these big three, it’s common to have co-mutations, ASXL1, etc. What we found in this MIPSS score that we just mentioned ties into that. We found now that for the first time, we can incorporate these molecular findings to prognosticate for the patients. That’s why it’s important to check them. So, to this question by Joel, yes, if you have access and availability, not only checking it at baseline but later on at a provoking event.  

So, at the time of relapse, progression, going onto a clinical trial, just to name three of several. I think it’s a good idea to recheck the molecular status. The problem and barriers are what you would expect, cost, expense, access, availability, justification, etc., etc. So, it’s not a mandatory part of the field, especially in the standard of care, non-research aspect. However, if we can get to the point where we can do that, it would be nice and helpful because these mutations change, they’re dynamic.  

You can have negative for mutation  at baseline, positive, and even vice versa, depending on therapies. Are you goimg to go for a transplant? Are you going to go to a clinical trial? Are you changing therapy? It would be nice to know.  

Katherine Banwell:

Right. All right, here’s one more from Diana. “Can diet play a role in either manifesting the disease and or helping with healing? Also, how important is exercise to the healing?”  

Dr. Naveen Pemmaraju:

I give a lot of credit to this area, to my colleagues, Ruben Mesa, Dr. Angela Fleischman, and Dr. Robyn Scherber. A lot of data that’s come out of these groups, which has shown two major findings in our MPN patients of potential clinical significance. One is as the questioner is asking about diet. It is true that we’re, several studies are pointing towards the anti-inflammatory Mediterranean diet as a potential benefit to our patients with MPN. Lots of different ideas there when they measure cytokines. 

These abnormal protein signatures that are in MPN patients can cause fatigue and some of the bad quality of life can be dramatically improved in some cases by following a strict Mediterranean diet over weeks and months. So, that’s something important. People should check it out. Obviously, diets have to be addressed with each patient and each provider because sometimes a diet may work for someone and not for you because of comorbidities, vitamin deficiencies, electrolytes, etc.  

Then the second aspect, if I may include in this question, is also the concept of yoga/meditation. Dr. Ruben Mesa and others have shown, the same thing, that you can have a potential downregulation of some of these abnormal cytokines. However, the caveat is it must be done right with a guided trainer in a real program over a certain period of time. What I think both of these non-pharmacological interventions tell us is that there are things beyond medicines and pills that may really help our patients in some aspect of the disease.  

Well, if that aspect is fatigue, night sweats, headaches, I think that’s a really important thing. So, let’s say together on this program that these data sets are evolving, they’re interesting, they’re intriguing. For some people, it may be an easy incorporation. Frankly, some people may already be doing these things, but as you ask nicely, let’s include in the discussion non-pharmacologic as we heavily investigate the pharmacologic as well. We’re all open to that. Let’s see the data, and the data is evolving.  

Katherine Banwell:

Yeah, absolutely. Well, those were all great questions from our viewers. We ask that you continue to send them to question@powerfulpatients.org, and we will work to get them answered on future programs. I’d like to turn back to self-advocacy for a moment, Dr. Pemmaraju. Managing the worry associated with a diagnosis or concerns about the future, and we did touch upon that earlier, it can lead to anxiety and fear. Why is it important for patients to share any worries they may be having with their care team?  

Dr. Naveen Pemmaraju:

Well, I love this question. It really wraps up everything we’re talking about here. I believe that part of the journey for the patient does include mental and psychological safety. So, it’s very difficult to make major life decisions when one is not feeling mentally, or psychologically safe. So, that’s what you’re hitting on here. Anxiety, fear, and worry, of course, are a natural and important part of the patient journey with any cancer, much less a rare cancer and blood cancer on top of that. However, sometimes in some patients, it can become so paralyzing, so overtaking, and overwhelming that it may prevent the ability of the patient to receive information, process it, and then make a decision back. Yes, we want people to have caregivers, and power of attorney, all those things are essential, but we also want people to have their own agency in aegis.   

So, I would approach this from three aspects. I really love this question because I don’t think we were addressing it head-on 10 or 15 years ago. One aspect is the disease itself. These MPNs, systemic mastocytosis, eosinophilia, myelofibrosis, PV, ET, all of these MPNs can secrete these cytokines and granules that can mess up the patient’s mindset, even just profound fatigue leading to a slowing down of the neurological process. So, I think underlying control of the disease is something that can affect this. Number two is the side effects from some of these medicines. Interferon is a great example, a wonderful class of drugs that’s been around for decades, treated for solid and liquid tumors, but it has a known side effect of causing brain fog. Some of these issues can even cause depression and anxiety in some people. So, education, mitigation, following these things with dose reduction, that’s an important part.  

A third aspect, Katherine, is actually looking with a counselor and a therapist on the spectrum of this. So, normal, adjustment disorder, depression, for example. What we’ve had as a breakthrough at our center has been the supportive palliative care team. They’ve been phenomenal. So, this is a group of doctors who’s kind of one-third internist, one-third oncologist, and one-third psychiatry support.   

So, rather than the usual consults that we used to do either to psychiatry or to social work case managers, there is this burgeoning field of supportive care medicine which has revolutionized the care, I think, particularly for solid tumor patients and now hopefully for our blood cancer patients. So, I’m able to refer patients for a variety of reasons. There’s a fatigue clinic for overwhelming fatigue. There is obviously depression, and anxiety support, either with medications, talk therapy, or both. Smoking secession for folks who are still smoking and maybe either withdrawing or quitting is causing stress.   

So, it’s a really cool science and if your center has that, that’s something to inquire about. Then lastly, as we mentioned, a nice running theme today, Katherine, is looking for other medical stuff outside of the MPN. I mentioned thyroid earlier. Remember, you have a thyroid abnormality that can cause fatigue, depression, and anxiety, right? So, what’s your TSH thyroid function, and vitamin deficiencies?  

Screening for your other well-person screening exams, looking for solid tumors, looking for other conditions that may be mimicking the MPN, or mimicking one of your other aspects. So, again, it comes down to partnership with the primary care team and looking at that. So, I think those are some of the aspects that I want to mention, but it’s such an important part of the journey. I really have to mention that as well.  

Katherine Banwell:

Financial concerns may weigh heavy on patients and families. While everyone’s situation is different, do you have advice for where patients can turn for financial support?  

Dr. Naveen Pemmaraju:

I think this is going to be the next great revolution. Just like I mentioned, the psychiatry, mood, and quality of life realm, I think this will be the next one of the next decade. I think largely it has been not even overlooked, just misunderstood. I’m an academic. I’ve been an academic my whole life, so I’ve never practiced in a private practice. So, some of these issues are quite difficult and foreign for many of us academic doctors.  

In the community setting, there’s a whole set of pressures. Then of course, as you mentioned, there is a whole theme of the pharmaceutical companies helping. In the case of the JAK inhibitors, many of them have patient assistance programs, which have been vital to our patients. So, I think that financial toxicity, that’s what you’re asking about, right, is going to be the next era, the next realm, has been severely underlooked at, really misunderstood.  

You know, I think at the academic centers, you know, obviously we have access to financial counselors, business office, those folks are invaluable. I see them as an essential part of our team, particularly on patients who are trying to get on clinical trials, etc. I think in the community aspect where many of our patients are treated, I think there’s going to be a challenge. So, we have to work with insurance companies, pharmaceuticals, local clinics.  

For patients who don’t have healthcare insurance, try to get them insurance, county systems, cache safety net systems. However, I think you hit on it. I think this will be a new vital sign. It’ll be a new toxicity. It’ll be a new aspect when we consider new drug approvals, and financial toxicity. 

Katherine Banwell:

As we close the program, Dr. Pemmaraju, what would you like to leave the audience with? Why are you hopeful about the future of myelofibrosis care and treatment?  

Dr. Naveen Pemmaraju:

You know, I am hopeful. I am very hopeful. I think the two biggest things that I’m excited about for our patients and their caregivers are one, the burgeoning clinical trial portfolio that we have all over the world.  

Very excited to see the interconnections from Asia, Europe, North and South America. We’re trying to make inroads into Africa and Australia as well. So, a true worldwide  effort for MPNs, particularly myelofibrosis and clinical trials. So, stay tuned for that. I think that’s an exciting aspect.  So, not just the existence of them, but the interconnectivity,  communication, improvement, and availability. I think the second aspect that I’m super excited about is the democratization of information.  

Honestly, 10 years ago, it was kind of difficult to find out information about these diseases, not 100 years ago, just 10 years ago. I really attribute social media and the interconnectivity of folks on these platforms to getting information out there. I would put this type of a platform as well in that same conversation, which is newsflash, nobody’s reading books anymore. Okay, there I said it. 

However, people do have time for a quick two or three-minute blurb while they’re in the coffee line. So, if they can watch a snippet of an interview like this. They can get an email blast about a community town hall. They can get a paragraph on the new drug that just came out. People can take in information in small amounts so I think we have to meet folks, Katherine, where they are.  

We cannot expect people to go to the library and open up a dusty book. I mean, that was in my generation 30 years ago. So, people are on their phones, let’s meet them on their phones. They’re online let’s meet them there. If you’re going to have an in-person town hall, make it high-yield, make it worth somebody’s time and energy and effort frankly, to leave their house to come. Finally, let’s make things affordable from an educational standpoint, if not free, to get the information to the people who need it the most. I’m hopeful about that. I think social media and online platforms have helped us with that.  

Katherine Banwell:

Yeah. Well, that’s great advice, Dr. Pemmaraju. I want to thank you for joining us today. It’s been a pleasure speaking with you.  

Dr. Naveen Pemmaraju:

Thank you so much, Katherine, to the team. I love doing these with you, and thanks for doing this good work.   

Katherine Banwell:

Thank you to all of our collaborators. To learn more about myelofibrosis and to access tools to help you become a proactive patient, visit powerfulpatients.org. I’m Katherine Banwell. Thanks for being with us today.