Tag Archive for: low blood counts

When Should Follicular Lymphoma Treatment Begin?

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When Should Follicular Lymphoma Treatment Begin? from Patient Empowerment Network on Vimeo.

When might treatment begin for follicular lymphoma patients? Expert Dr. Kami Maddocks from The Ohio State University Comprehensive Cancer Center explains factors that are weighed in treatment decisions and situations when treatment might begin.

See More from START HERE Follicular Lymphoma

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Transcript:

Lisa Hatfield:

So you probably have a number of patients who are in the watch-and-wait mode right now. When do you decide when you use these particular therapies? And if you use them earlier on, is there any chance of managing the follicular lymphoma longer or a longer remission?

Dr. Kami Maddocks:

That’s a great question. So from what we know from follicular lymphoma, it’s, as I mentioned, an indolent lymphoma, not curable, but very treatable. So many patients that are diagnosed with follicular lymphoma, the median overall survival is very long, and it’s more, again, like a chronic disease that we manage with treatment. So sometimes we recommend watch and wait because patients, there’s never been any study showing that early treatment with the therapies we had improved overall survival. So it’s a balance between deciding when patients have a need for treatment versus not exposing them to treatment that can cause toxicities, if we know that it ultimately doesn’t make them live longer.

But, of course, we want to both treat patients who need disease treatment either for symptoms or for things that are going on by the size of their lymph nodes. So when patients have low blood counts, when they have symptomatic lymph nodes, when they have lymph nodes that are potentially causing a problem to an organ, or we foresee that it could cause a problem to an organ, when they have certain burdens of disease or when they have enough and large lymph nodes that we think that there’s going to be a problem in the near future without treating is when we decide to initiate that treatment. 

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What Myeloma Patients Need to Know About Bispecific Antibodies

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What Myeloma Patients Need to Know About Bispecific Antibodies from Patient Empowerment Network on Vimeo.

What should myeloma patients know about bispecific antibody therapy? Expert Dr. Jeffrey Matous explains the function of bispecific antibodies, reviews the risks and benefits of this treatment option, and provides questions to ask your doctor to help guide your care.

Dr. Jeffrey Matous is a myeloma specialist at the Colorado Blood Cancer Institute and the assistant chair in myeloma research for Sarah Cannon Research Institute. Learn more about Dr. Matous.

See More from Evolve Myeloma

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Transcript:

Katherine:

Let’s switch gears now to another therapy we’ve been hearing about: bispecific antibodies. One has been recently approved for myeloma, teclistamab (Tecvayli), so let’s start with what are bispecific antibodies and who might they be right for? 

Dr. Jeffrey Matous:

And strap on your seatbelt, because there’s a whole bunch of them coming, I think, for approval. So, the T-cell redirecting antibodies, it’s a different strategy for trying to get your T cells, the patient’s T cells, to attack the myeloma cells. And in CAR T-cell therapy, it’s a single infusion. That’s the treatment. And the bispecific antibodies that I often call T-cell redirecting antibodies, because they redirect the T cells to the myeloma cell, these are given over a continuous period and it might as long as you tolerate it, as long as it’s working. It might be for a year. And they are given either under the skin as a subcutaneous injection, or in the vein. 

And there are many, many different of these T-cell redirecting antibodies, the bispecific antibodies. How they work, I just do this with my patients. I hold up my hand and I say the bispecific antibodies have two hooks on them, and one hook recognizes the T cell and latches onto the T cell, and the other hook latches onto the myeloma cell. And then, what it does, it brings the T cell in proximity to the myeloma cell. Then, the T cell says “Oh, aha. I’m supposed to kill this myeloma cell,” and usually does it. Now, the part that connects the T cell and these bispecific antibodies is always the same. It’s CD3. However, the part that sticks on the myeloma cell, there are different targets, and you referred to teclistamab, which was approved by the FDA, and that attaches to something on the outside of a myeloma cell called BCMA, BCMA. 

But we know that other bispecific antibodies that can attach to different markers or antigens on the outside of the myeloma cell and affect the same change, and so, I think these are going to be coming fast and furious. 

Katherine:

Who’s this class of treatment right for? 

Dr. Jeffrey Matous:

I think – well, again, the FDA approval right now is for people who have seen pretty much everything. You know, you’ve had a lot of treatments. You’ve seen all the different classes of the myeloma drugs, but in our clinical research trials right now, we’re testing these as an initial therapy, in second-line therapy, after stem cell transplants. They’re being tested pretty much in every scenario right now in clinical trials, so right now, it’s when you’ve exhausted the normal treatments and you’re considering CAR T-cell therapy, or you’re considering getting treated with a drug called selinexor (Xpovio), or looking at another clinical trial. That’s when it’s the time to ask about the bispecific antibodies. 

Katherine:

What are the risks and benefits of this therapy?  

Dr. Jeffrey Matous:

The risks are pretty similar to the risks from CAR T-cell therapy, so Cytokine Release Syndrome. That usually occurs during the first week. Neurologic toxicity is, I think, less frequent with the bispecific antibodies, but infections and low blood counts definitely a concern with these bispecific antibodies, requires a lot of monitoring without any doubt.  

Now, the other thing about the bispecific antibodies, there’s, right now, they’ve been in the realm of the larger centers, so myeloma centers is where people have been getting these bispecific antibodies, but there’s absolutely no question in my mind that these bispecific antibodies are going to be available through almost every general hematology, oncology practitioner’s office, but not for a while. The docs that aren’t used to giving these medicines are a little – they’re being quite cautious rolling them out in their practices right now. There are still a lot of questions as these roll out, and so, right now, I think teclistamab is still largely unavailable outside myeloma centers, but that’s going to change, I think, even over 2023 and definitely into 2024. 

Katherine:

Okay. That’s really good news. For patients who want to know more about bispecifics, what questions should they be asking their healthcare team? 

Dr. Jeffrey Matous:

Again, the same thing is – the same questions. Well, teclistamab is approved by the FDA. What other bispecifics are there? What about combinations? What about clinical trials? And then, that’s what you want to ask for sure. Then, how often do I need to come in the office? With teclistamab, the answer is weekly.  

If they say for how long, it’s until it quits working or you have side effects, and then you can’t take it anymore. That’s the way the FDA label is. And so, it’s a big commitment to go on these treatments, but they’re effective. You ask me about the effectiveness of these drugs and, essentially, all the studies with these different bispecifics, including teclistamab, have been studied initially in people who have seen every myeloma treatment. They’ve had an average of about six different myeloma treatments. 

They’ve seen all the drugs. They’re not working anymore. They’re in trouble. They’re in a pinch, and roughly, seven out of ten people have dramatic responses to these bispecifics when they’re treated, which we’ve never had anything like this at all in the myeloma world. 

Katherine:

Wow. Do the side effects go away at some point? 

Dr. Jeffrey Matous:

The side effects are completely manageable. Yeah and you can – by and large, you can adjust the bispecific, either the schedule or different things, to make these completely tolerable for patients. 

Katherine:

Okay. 

Dr. Jeffrey Matous:

Very few patients on our trials, with these bispecifics, who we have not been able to manage and, pretty much, handle all the – any side effect that occurs.  

Myeloma CAR T-Cell Therapy: How Does It Work and What Are the Risks?

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Myeloma CAR T-Cell Therapy: How Does It Work and What Are the Risks? from Patient Empowerment Network on Vimeo.

What should myeloma patients know about CAR T-cell therapy? Expert Dr. Jeffrey Matous explains the how CAR T-cell therapy works to treat myeloma, risks associated with this therapy, and reviews common side effects that patients may experience.

Dr. Jeffrey Matous is a myeloma specialist at the Colorado Blood Cancer Institute and the assistant chair in myeloma research for Sarah Cannon Research Institute. Learn more about Dr. Matous.

See More from Evolve Myeloma

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Transcript:

Katherine:

Let’s dive into new and emerging treatment. CAR T-cell therapy has been approved for myeloma patients and it’s certainly a hot topic right now. Can you tell us about this treatment and who it might be right for? 

Dr. Jeffrey Matous:

Absolutely, so these T-cell therapies in myeloma are really exciting, and basically, how they work is T cells are cells that normally, in our body, they’re part of our immune system. When they see something foreign, usually, it’s a foreign infection or some kind. T cells go into kill mode and take out the foreign invader, and they’re supposed to do this with cells that are thinking about turning into cancer, but for various reasons, cancer cells can escape the T cells, and then, kind of brainwash the new system to say, hey. It’s okay if we coexist with you. No big deal. We’ll just hang out together. Okay? And that’s not okay. And so, in CAR T-cell therapy, what we do is we take the patient’s T cells.  

We remove them from the blood with a procedure called apheresis, which is a machine that many patients might be familiar with through their stem cell collections. 

It’s the same machine. And we collect these T cells. Then, they go to a laboratory where they are genetically modified in the laboratory using very sophisticated techniques to become myeloma killers. And we tell – we educate the T cells to become myeloma killers. We grow them up in sufficient numbers, and then, we return them to the patient. We just, basically, put them back in the patient’s bloodstream in the vein and they go and they are really effective at killing myeloma cells. And that’s CAR T-cell therapy, so it’s an amazing immune therapy. It’s way more complicated than I laid out, of course, but that’s the general thought behind it. 

Katherine:

What are the risks of this therapy? 

Dr. Jeffrey Matous:

Absolutely, so we have a lot of patients who come and ask about CAR T-cell therapy and think that it’s the same thing as getting daratumumab in the clinic or carfilzomib in the clinic.  

Get it and you’re on your way. Far from that, and so, CAR T-cell therapy has a lot of risks. The risks fall into a few different categories. The first risk is called CRS, which doesn’t stand for what you think it stands for. It stands for Cytokine Release Syndrome. This occurs when the T cells recognize the myeloma cell and kill it, and when they do this, a lot of substances get released in the body that can cause a lot of symptoms, like fever, or low blood pressure, or low oxygen, and this requires specialized management to shepherd people through this.  

This almost always occurs in about the first week of the treatment after the patients receive the CAR-T cells. In addition, patients who receive CAR-T cells can have what’s called neurologic toxicity that falls into many different categories. It can be something as simple as a headache, or a transient or temporary difficulty, you know, saying words or being confused, or in the most severe situation, even a seizure. 

This requires a lot of close monitoring for neuro toxicity. In addition, we know that patients that get CAR T-cell therapy are, for quite a while after they receive the CAR-T cells, an increased risk for infection. It’s very suppressing of the immune system, immunosuppressive. And lastly, a lot of our patients who go through CAR T-cell therapy have low blood counts for a long time and they have to be monitored for this, might need transfusions, or some different therapies. It’s a complicated therapy for sure. 

Understanding MGUS, Smoldering and Multiple Myeloma

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Understanding MGUS, Smoldering and Multiple Myeloma  from Patient Empowerment Network on Vimeo.

What is the difference between smoldering myeloma and monoclonal gammopathy of undetermined significance (MGUS)? Dr. Mark Schroeder defines these diagnoses and discusses how asymptomatic myeloma is monitored.

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

See More from Engaging in Myeloma Treatment Decisions

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Transcript:

Katherine Banwell:

As a patient, engaging in your care starts with understanding your diagnosis, so I’d like to go through some definitions. What is multiple myeloma? 

Dr. Mark Schroeder:

Multiple myeloma is a blood cancer. It’s a cancer in particular of a blood cell called a plasma cell. Everybody has normal plasma cells in their body. It’s part of your immune system that responds to infections; they are also cells that respond to vaccinations.  

And when a plasma cell becomes a cancer, it often forms a cancer called multiple myeloma. And that cancer results oftentimes in damage to bones, low blood counts or anemia, potentially kidney problems, or possibly seeing high levels of calcium.  

Katherine Banwell:

What about smoldering myeloma? What is that? 

Dr. Mark Schroeder:

So, smoldering myeloma is a stage that happens prior to the development of myeloma that is causing organ damage. I talked about the damage to bones, kidneys, blood cells – that is called the CRAB criteria. The C stands for calcium, the R renal, A anemia, and B bones. We define myeloma by having damage to one of those four essential systems.  

Smoldering myeloma can happen when we actually see plasma cells that look like myeloma – that look like cancer cells, but they’re not causing the CRAB features of multiple myeloma. And there is a chance that sometimes that smoldering form of myeloma, it’s not causing any damage, but it can evolve and change into myeloma. 

Katherine Banwell:

What is MGUS? 

Dr. Mark Schroeder:

MGUS is a stage that happens prior to smoldering myeloma. We know that MGUS which stands for monoclonal gammopathy of undetermined significance – it’s a mouthful. That’s why we like to say MGUS.  

Katherine Banwell:

Yes. 

Dr. Mark Schroeder:

But it’s a protein that can be detected in your blood. Sometimes that protein does not mean you have a cancer. We can detect proteins like that in blood in patients who have, say, autoimmune diseases, and they’re at low levels. It’s just an immune response; it’s produced by those plasma cells that can be cancerous, but sometimes plasma cells grow because they’re stimulated – they’re overstimulated.  

And so, that monoclonal protein of MGUS can be detected in the blood, but we don’t see an increase in the number of cells in the bones that are classic for myeloma. But we know that about 1 percent of patients who have MGUS, every year, 1 percent might progress on to develop multiply myeloma. So, it’s a risk factor; it’s on the spectrum of disease from MGUS to smoldering myeloma to myeloma.  

Katherine Banwell:

Okay. And how is asymptomatic myeloma monitored?  

Dr. Mark Schroeder:

So, asymptomatic patients, I would consider those are the patients who have smoldering myeloma, so they don’t have the high calcium, the renal issues, anemia, or bone problems. And typically, those patients are followed up about every three to six months, depending on where they fit in kind of that spectrum of MGUS to smoldering myeloma to myeloma.  

Sometimes patients who have clinically identified myeloma and it presents very heterogeneous sometimes. They may not have a lot of organ involvement or organ damage, and maybe they’re frail, they’re elderly. And it may be appropriate also to observe patients who actually have some of the findings of myeloma, but the disease doesn’t seem to be as aggressive. 

MPN Treatment Tools and Advancements

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MPN Treatment Tools and Advancements from Patient Empowerment Network on Vimeo.

Dr. Kristen Pettit from Rogel Cancer Center shares MPN treatment updates and recent approvals for patient care.

See More From the MPN TelemEDucation Resource Center

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Transcript:

Dr. Kristen Pettit:

So research in MPNs has really been moving at an extremely fast pace over the last few years, so just over the past few years, we’ve seen advances in nearly every aspect of MPN care, from diagnosis to risk stratification, to MPN treatment, to support of care. We’ve even seen two new drugs, approved for MPN treatment over the past year, the first was ropeginterferon alfa-2b or Besremi approved for polycythemia vera in December 2021. And the most recent was pacritinib (Vonjo) for patients with myelofibrosis with low platelets approved in February of 2022. So there have been lots of exciting improvements very recently, and I think very, many more to come over the next few years.

But there’s still a long ways to go, some unmet needs in the field still include challenges in treating patients with low blood counts, either anemia or thrombocytopenia, low platelets, both of those are still challenging clinical situations. Also, the situation when JAK inhibitors either don’t work well enough for a patient or stop working overtime, that’s a situation that’s very challenging as well. Fortunately, we have a lot of clinical trials and new investigations going on in both of those areas, and patients with low blood counts and patients who have had inadequate or loss of response to JAK inhibitors. So, stay tuned over the next year or two, I think we’ll see major changes in both of those periods.

Understanding Common Bladder Cancer Treatment Side Effects

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Understanding Common Bladder Cancer Treatment Side Effects from Patient Empowerment Network on Vimeo.

Dr. Shilpa Gupta of the Cleveland Clinic reviews the most common side effects of bladder cancer therapies.

Dr. Shilpa Gupta is the Director of the Genitourinary Medical Oncology at Taussig Cancer Institute and Co-Leader of the Genitourinary Oncology Program at Cleveland Clinic. Dr. Gupta’s research interests are novel drug development and understanding biomarkers of response and resistance to therapies in bladder cancer. Learn more about Dr. Gupta, here.

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Transcript:

Katherine:                  

I imagine side effects vary among patients. What side effects should someone undergoing treatment be aware of?

Dr. Gupta:                  

Yeah, and that also depends on what kind of treatment they’re getting, Katherine. So, if somebody’s getting chemotherapy, some of the usual chemotherapy related side effects.

Again, it depends on what chemotherapy they are getting, but usually it’s nausea, vomiting, peripheral neuropathy, hair loss, low count, so we try to prevent their counts from going down to prevent infection. If they’re undergoing a local therapy like BCG, they may get irritation in the bladder, something called urinary tract infections can happen, or just an inflammatory state.

Immunotherapy is not as hard as chemotherapy, any day it’s easier but it can cause some rare and infrequent side effects because the immune system can turn against other organs which can sometimes be life threatening or fatal. That could be inflammation of the lung, of the colon, of the different organs in the brain, of the thyroid gland, of muscles, of heart. It can be pretty much anything. We educate the patients accordingly for that.

And, as far as the newer antibody drug conjugates are concerned, they can cause neuropathy or low counts, hair loss. So, every treatment depending on what treatment we’re choosing has a different treatment side – related toxicity profile and we go about reducing or modifying doses as we go along treating the patient.