Tag Archive for: bone marrow

Bone Marrow Registries | What Myeloproliferative Neoplasm Patients Should Know

Bone Marrow Registries | What Myeloproliferative Neoplasm Patients Should Know from Patient Empowerment Network on Vimeo.

What do myeloproliferative neoplasm (MPN) patients need to know about bone marrow registries? Expert Dr. Idoroenyi Amanam from City of Hope discusses bone marrow registries and what’s involved in serving as a bone marrow donor.

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Transcript:

Lisa Hatfield:

Dr. Amanam, I’m going to preface this question with, there is a bone marrow registry out there called Be The Match. So this is a three-part question. Do you know of any other bone marrow registries, is the first part? The second part is, how can we encourage donors from different ethnic backgrounds to join the bone marrow registry? And third part, how would that help your MPN patients from marginalized communities?

Dr. Indoroenyi Amanam:

Very good question. Our National Marrow Donor Program is integrated with other bone marrow registries internationally. And so I do believe that Be The Match is the best place that potential donors should reach out to if they’re interested in being a bone marrow donor. What was the second part of that question? I’m sorry.

Lisa Hatfield:

So the second part is, how can we encourage donors from different ethnic backgrounds to join the bone marrow registry?

Dr. Indoroenyi Amanam:

Sure. I know that the National Marrow Donor Program has had an interest for a very long time in increasing donors from specific ethnic groups. And I think it’s important for us to understand what a donor actually does, and the issues associated with being a donor. Being a bone marrow transplant donor I think is important, because you can save someone’s life. And being a donor really means that you go and get tested to be a donor, and you’re placed in a registry, and they may give you a call years from now that there’s someone that is a match based off of your genes.

And you would then be called to go in and do some additional blood testing. And then if you are able to get through that process, you meet with a doctor who’s connected to the National Marrow Donor Program, and they’ll ask a couple of questions related to your health history and do some additional testing. And once you get through that and you’re cleared to be a donor, there are really two different ways that you can be a bone marrow donor.

You can donate your bone marrow, or you can donate your stem cells that are not inside of your bone marrow. And typically as a donor, your experience of actually donating is about a day. And the recovery time after you donate your bone marrow or stem cells, it’s typically within about one to three days.  So the benefit of donating your stem cells or bone marrow outweighs the inconvenience of a day or a couple of days of your schedule being altered. So I think that’s really important to understand. And I think if we can get more people to be aware of this, I think we can definitely get more donors.


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Myeloproliferative Neoplasm Basics for Newly Diagnosed Patients

Myeloproliferative Neoplasm Basics for Newly Diagnosed Patients from Patient Empowerment Network on Vimeo.

What do newly diagnosed myeloproliferative neoplasm (MPN) patients need to know? Expert Dr. Idoroenyi Amanam from City of Hope shares how he explains the condition, possible MPN complications, and proactive questions to ask your doctor.

[ACT]IVATION TIP:

“…if you see high platelet counts on a routine blood check or high white blood cell counts or high red blood cell counts, you should ask your doctor to delve a little bit deeper to try to get an answer as to why your counts are presenting in that fashion.”

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Transcript:

Lisa Hatfield:

Dr. Amanam, how do you explain MPN to your newly diagnosed patients?

Dr. Indoroenyi Amanam:

Yes, MPN is a very rare disorder, and so most patients haven’t heard of MPNs in comparison to breast cancer or colon cancer, and so it’s…sometimes it appears very ambiguous as to what it actually is, and for patients, I generally tell them that there’s some…it’s a disorder that causes increased production of their red blood cells or their platelets, or the cells that help support the tissue in their bone marrow. And there’s some complications associated with that, namely blood clots, strokes, and heart attacks. And there’s also a small risk of these patients converting over into more aggressive blood cancers, namely acute leukemia. 

So my activation tip for this question is that, if you see high platelet counts on a routine blood check or high white blood cell counts or high red blood cell counts, you should ask your doctor to delve a little bit deeper to try to get an answer as to why your counts are presenting in that fashion. 


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Concerned About CLL Watch and Wait? Start Here

Concerned About CLL Watch and Wait? Start Here from Patient Empowerment Network on Vimeo.

What do chronic lymphocytic leukemia (CLL) patients need to know about watchful watching? Expert Dr. Ryan Jacobs explains the CLL tests and symptoms he monitors during watch and wait or active surveillance.

Dr. Ryan Jacobs is a hematologist/oncologist specializing in Chronic Lymphocytic Leukemia from Levine Cancer Institute. Learn more about Dr. Jacobs.

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Transcript:

Lisa Hatfield:

So I just want to take a step back and kind of looking at this through the lens of a newly diagnosed CLL patient. You’d mentioned that sometimes you don’t treat every CLL patient. So is there something, if you find a patient who does not need treatment, is there something you tell the patients as far as regular monitoring? Will you monitor them to see if it progresses to the point where it requires treatment?

Dr. Ryan Jacobs:

Yeah. And we’re fortunate that this is a blood cancer that most of the time we can follow with a simple blood count and follow the white count, follow how the…follow the health of the bone marrow by looking at things like anemia, low red cell count, or a low platelet count that we call thrombocytopenia.

So that’s the easiest thing to follow, but I’m also talking with my patients and examining my patients. I want to know if their lymph nodes are causing them a lot of pain, because we should treat that, there’s no reason they should live in pain. I want to know if they’re waking up drenched in sweat all the time, if their quality of life has been really affected by that or a dramatic amount of fatigue that we can’t explain by some other cause. And I also, of course, examine the nodes myself and make sure that there are no alarming findings there. So that’s really what’s involved with checking on a CLL patient that’s on active surveillance, that’s what we call it. And there’s a list of criteria that the oncologist should know in terms of deeming who needs treatment and who doesn’t. And so we’re kind of following the same rules, so to speak, in terms of who gets treated for CLL. 


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What Is the Purpose of AML Genetic Testing?

What Is the Purpose of AML Genetic Testing? from Patient Empowerment Network on Vimeo.

How is genetic testing for AML administered, and what is the purpose? Dr. Sanam Loghavi explains the methods of genetic testing and the function of each method.

Dr. Sanam Loghavi is a hematopathologist and molecular pathologist at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Loghavi.

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Transcript:

Katherine Banwell:

Dr. Loghavi, let’s start by defining molecular or genetic testing for AML. How is the test administered, and what is the purpose? 

Dr. Sanam Loghavi:

Sure. So, genetic testing at diagnosis of acute myeloid leukemia is now considered standard of care, and it must be performed for every patient with acute myeloid leukemia.  

We have different methodologies of doing genetic testing, and we can use – so the best sample to perform genetic testing on is really bone marrow. But if there are circulating leukemic cells, then we can also use peripheral blood instead of bone marrow. 

And the genetic tests really three main methodologies are used. One is called routine karyotyping, where we look at and characterize the chromosomes of the cancer cells for the leukemic cells. The other one is fluorescence in situ hybridization, which is another method for visualization of chromosomes, and we can look for deletions, addition of chromosomal material or certain translocations or rearrangements.  

And then next-generation sequencing allows us to look for smaller changes at the DNA level. So, these are single nucleotide variations at the DNA level or smaller insertions or deletions of genetic material.  

Emerging AML Treatments: What Is Menin Inhibitor Therapy?

Emerging AML Treatments: What Is Menin Inhibitor Therapy? from Patient Empowerment Network on Vimeo.

How does menin inhibitor therapy work to treat acute myeloid leukemia (AML)? Dr. Sanam Loghavi discusses how this novel targeted therapy in clinical trials is showing promise for patients with the NPM1 mutation or the KMT2A mutation. 

Dr. Sanam Loghavi is a hematopathologist and molecular pathologist at The University of Texas MD Anderson Cancer Center. Learn more about Dr. Loghavi.

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Transcript:

Katherine Banwell:

Let’s talk about this new groundbreaking menin inhibitor therapy. Can you go into more detail about what the therapy is and who it might be right for? 

Dr. Sanam Loghavi:

Sure. So, right now, the drug really has been tested in the setting of relapsed refractory disease, meaning for patients whose disease has already been treated but has relapsed. And there are certain genetic subtypes of acute myeloid leukemia that are eligible for this disease, or unamenable, sorry, to this targeted therapy. So, these include acute myeloid leukemias with NPM1 mutation or acute myeloid leukemias with KMT2A, or formerly known as the MLL gene-rearrangement. 

And the reason for this that these alterations, these genetic alterations lead to an apparent interaction of menin with KMT2A and the leukemia depends on this interaction. So, what the Menin inhibitor does, it eliminates this interaction and so it’s used for therapy in patients that have this genetic change. 

Katherine Banwell:

Are there other menin inhibitors in development? 

Dr. Sanam Loghavi:

There are. 

Katherine Banwell:

And what are they? 

Dr. Sanam Loghavi:

There are several specific ones that are being tested of different names. So, the one that MD Anderson just published on is revumenib, but there are several ones that are in development. 

Katherine Banwell:

And what about these other inhibitors are showing promise? 

Dr. Sanam Loghavi:

So, if you think about AML, in general, really the only curative therapy that we have, outside of the favorable risk disease, is hematopoietic stem cell transplant. 

And hematopoietic stem cell transplant is not a trivial treatment, it has a lot of side effects in and of itself. So, the goal really is to be able to treat patients with less intensive therapies. And the goal of these targeted therapies is to provide patients with less intensive therapies even compared with chemotherapy, with conventional chemotherapy that tends to be toxic. So, the goal is really to be smart about it and try to figure out how the pathogenesis of disease is developed and to try and eliminate the pathways that that cancer is using to proliferate. 

Katherine Banwell:

If patients are interested in this menin inhibitor therapy, where do they start? Are there trials outside of MD Anderson? 

Dr. Sanam Loghavi:

Yes. These are multi-institutional trials, and I will tell you that the best resource to identify clinical trials is essentially clinicaltrials.gov, dot G-O-V. So, you can go there and look up the active clinical trials by disease type, by location. So, that is the best resource to identify clinical trials.  

What Is Minimal Residual Testing in Multiple Myeloma?

What is Minimal Residual Testing in Multiple Myeloma? from Patient Empowerment Network on Vimeo.

How is minimal residual testing (MRD) used for multiple myeloma patients? Watch as expert Dr. Nina Shah explains the use of MRD testing, and myeloma patient and Empowerment Lead Lisa Hatfield shares her knowledge of MRD testing and how specialists use it in treatment and care.

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Transcript:

Dr. Nina Shah:

Minimal residual disease is exactly what it sounds like. It’s the disease that you can’t see under the microscope, but it’s still there. And I sort of equate it to the little deep food particles that are in a pot after you clean it and really, really scrub it, but still, something is in there. And that’s what it is for myeloma.

Minimal residual disease testing, or MRD testing, is performed to locate any small number of cancer cells that remain in the cancer patient’s bone marrow during or following treatment. The presence of any remaining cancer cells is the most common cause of relapse in blood cancers, so MRD testing is used to gauge treatment success, to compare different treatments, to detect myeloma recurrence, to monitor patient remission, and to help choose optimal treatments. 

Lisa Hatfield:

So when I was first diagnosed, MRD testing, or minimal residual disease testing, sometimes called measurable residual disease testing, was just, they were looking at having it approved by the FDA for clinical trials only. Still it was only approved for clinical trials as an end point. However, a lot of myeloma specialists are using this MRD testing to help guide decisions. It’s not approved for that yet but to help guide decisions for patients who have a really great response to their induction chemo and stem cell transplant that they may have after induction chemo and after some years of maintenance to see if they can possibly go off of their maintenance therapy. It is occasionally being used, MRD testing, is being used to help guide providers and patients on where to go with treatment. So MRD testing requires a bone marrow biopsy. The most sensitive MRD testing is called clonoSEQ testing, it is NGS testing. It does require the original bone marrow sample, and then they can track that over time each year or however often you have bone marrow biopsies to see if the cloned cells are still there.

So MRD testing right now requires the bone marrow biopsy. I’m hoping that someday it can be done with a blood test, but it’s really important for tracking purposes to see if you’re responding to therapy, to see if you’re staying in remission during maintenance therapy. And it’s even worthwhile too if you’re having toxicities from maintenance therapy to consider going off of that therapy. You can test to see, right now the MRD testing is testing to see if they can find one myeloma cell out of one million cells. So it’s called 10-6 MRD testing. That’s the most sensitive test that’s out there to date and really important if you’re considering possibly going off of maintenance therapy or are having significant toxicities during your treatment.

What is Smoldering Myeloma?

What is Smoldering Myeloma? from Patient Empowerment Network on Vimeo.

What occurs during smoldering myeloma? Watch as myeloma expert Dr. Irene Ghobrial explains smoldering myeloma and progression, and patient and Empowerment Lead Lisa Hatfield shares her perspective of learning from smoldering myeloma patients.

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What is Multiple Myeloma (MM)

What is Multiple Myeloma (MM)?

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Transcript:

Smoldering multiple myeloma, also known as SMM, is an early form of multiple myeloma when patients don’t experience issues or symptoms of the condition.

Dr. Irene Ghobrial:

Smoldering myeloma – and, the name says it; it’s almost myeloma, it has a higher chance of progressing to myeloma – in general, it’s about 10 percent per year, and usually, the bone marrow has more than 10 percent plasma cells…….3:04- 3:23 You want to make sure that patient is followed up carefully, and you want to offer, potentially, clinical trials because we want to prevent progression. The hope in the future is you don’t wait until you have lytic lesions, fractures in your bones, kidney failure, and then we treat. The hope is we treat you earlier, and we can make a huge difference in that early interception for myeloma. 

Lisa Hatfield:

So smoldering myeloma, or SMM, smoldering multiple myeloma, is the precursor to multiple myeloma. Not every person who has smoldering is going to move right into myeloma. They have high-risk smoldering myeloma, which is not the same as high-risk multiple myeloma. It’s really important if you’re diagnosed with smoldering myeloma, to find a specialist.

And the reason why is we have a couple people in one of my support groups who were diagnosed with smoldering myeloma. And depending on the provider you talk with, some choose to treat smoldering myeloma. Some choose to watch and wait and monitor that myeloma. The other important thing to know is there are many clinical trials out there for smoldering myeloma patients. And your provider, particularly any specialists you may have contact with, even if it’s just for a consult, they can help navigate you to those clinical trials that might be best for you. Some of them require you to be close to a large medical center. Some of them allow you to live at your local location and  just travel maybe once a month or once every couple of months. But it’s really important to talk to a specialist about those clinical trials to see if that would be something that would be of interest to you.

How is Multiple Myeloma Diagnosed and What Testing is Necessary After?

How is Multiple Myeloma Diagnosed and What Testing is Necessary After? from Patient Empowerment Network on Vimeo.

What testing is involved in multiple myeloma diagnosis and treatment? Watch as myeloma expert Dr. Elizabeth O’Donnell explains specific types of myeloma testing and what they check for, and patient and Empowerment Lead Lisa Hatfield shares testing that she’s received and typical tests for myeloma diagnosis and care.

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Transcript:

So how is multiple myeloma diagnosed? The International Myeloma Working Group (IMWG) confirms diagnosis with both:

  • Presence of malignant plasma cells in the bone marrow at greater or equal to 10 percent or presence of extramedullary or bony plasmacytoma, confirmed with biopsy
  • CRAB features:
    • Calcium elevation: serum calcium greater than 0.25 mmol/L (> 1mg/dL) higher than the upper limit of normal or greater than 2.75 mmol/L (> 11 mg/dL)
    • Renal failure (or kidney failure): creatinine clearance less than 40 mL per minute or serum creatinine greater than 177 μmol/L (> 2 mg/dL)
    • Anemia: hemoglobin concentration of greater than 2 g/dL below the lower limit of normal, or a hemoglobin concentration of less than 10 g/dL
    • Bony lesions: one or more osteolytic lesions found on X-ray, CT scan, or PET‑CT scan
  • Ratio of involved/uninvolved serum free light chain ratio greater than or equal to 100
  • Clonal plasma cells in the bone marrow greater than or equal to 60 percent
  • One or more focal lesions found on MRI studies (measuring a minimum of 5 mm in size)

Dr. Elizabeth O’Donnell:

Testing really does depend a little bit on the stage at which your disease is found. In general, we use a very specific blood test that lets us know that there is clonal protein present. Remember, plasma cells are a type of white blood cell, and they make something called antibodies. We use a test called a serum protein electrophoresis, which is a blood test – an SPEP, we call it – that can tell us the difference between normal, healthy antibody and clone that are made from the plasma cells that we see in MGUS, smoldering, and multiple myeloma…once we identify that there’s a plasma cell disorder, then that can set in place a workup, depending on the amount of clonal, monoclonal, M-protein that we see.

So, sometimes that involves bone imaging. Historically that was a skeletal survey where we took lots of X-rays of your body. Now we have other tests we use. PET scans, CT scans, whole body MRIs. Sometimes it depends where you’re getting your treatment, and also it depends a little bit on your doctor’s degree of suspicion. 

 Lisa Hatfield:

So my myeloma was diagnosed using a scan. An MRI was done of my spine, and that’s when my doctor saw the plasmacytoma in my spine. Further testing indicated that I had something called kappa light chain myeloma. So a lot of patients will have regular tests done, blood work that may show anemia. I think if anybody has an indication of myeloma, further testing should be looked at. There’s something called a light chain assay, a normal CBC, a metabolic panel, a light chain assay was critical in my case, because all my protein levels were coming back normal. Some patients have an elevated level of protein in their blood. Mine was normal. So having all the standard blood work plus having the light chain assay done.

And then really the gold standard for diagnosing myeloma, unfortunately, right now is a bone marrow biopsy. It’s not fun. It’s not horrible. So for patients who are anticipating that, you can get through it. It will be okay. That is the gold standard for diagnosing the myeloma,  the type of myeloma, and then any cytogenetics related to that myeloma that help guide the therapy that you might be getting going forward.

What Are the Beginning Stages of Multiple Myeloma (MM)?

What Are the Beginning Stages of Multiple Myeloma (MM)? from Patient Empowerment Network on Vimeo.

What happens in early stages of multiple myeloma? Watch as early multiple myeloma is explained as expert Dr. Rafael Fonseca details what occurs in the body, and patient Lisa Hatfield shares the symptoms that she experienced early in her myeloma journey.

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Transcript:

Dr. Rafael Fonseca:

These cells live predominantly inside the bones in the space we call the bone marrow. They can do a number of things that actually lead to the symptoms and to the clinical presentation. As they grow in the bone marrow, they take some of that real estate. A person may experience fatigue and that is because they have anemia. The myeloma cells are also very characteristic because they can erode into the structure of bones, so destruction of bone is another feature that we see in patients with myeloma. That can be either seen on X-rays or sometimes people will present with symptoms related to bone pain or discomfort with movement or weight bearing. Those are signs that we look for.

Lisa Hatfield:

For me, early on with myeloma, I really had none of the classic symptoms. All  of my blood work was coming back normal. I would see my regular primary care physician every two years. My lab work was coming back normal. Nothing really stood out. I wasn’t anemic. My kidney function was okay. What did stand out over the course of two years was I was experiencing progressively worsening pain in my hip. It felt like kind of a pinched kink pain in my hip to the point where it progressed to the point where I could barely walk was when I finally talked to my primary care doctor. And requested very strongly to have a scan done, and that’s when I was diagnosed with myeloma.

So the primary reason I went in was for the pain to begin with, and my doctor did look at the pain. He tried to assess it several times over the course of two years. But it wasn’t until I had the MRI that showed a large plasmacytoma on my spine when I realized that something was wrong. A couple other signs that I did have looking back now that I complained about to my doctor and I thought were rather curious, I shrunk a little bit. I shrunk in height. My daughters were laughing, and they’re like “Mom, we’re just growing.” But I did shrink in height by about 2-1/2 inches from the compression fractures in my spine and the plasmacytoma that had eaten away at my spine. And then another thing that a lot of people don’t talk about is sometimes people will have foamy urine. We don’t like to talk about body functions.

But it’s important to know that if you experience that, there are proteins that they can find that  are called Bence Jones proteins that are a sign of multiple myeloma. So if you notice anything unique like that – foamy urine, extreme fatigue, anemia in your blood tests,  it’s definitely worth asking your doctor about. And also relentless, persistent pain in your hips, in your back, in your ribs, any of those areas, it’s worth talking to your doctor about just to assess those thoroughly to make sure there’s not something more significant going on.

If myeloma  goes undiagnosed and untreated, the cancer cells can make a patient experience:

  • Lowered immune function due to white cells being crowded out, resulting in frequent infections
  • High levels of protein in the urine and  blood, which may cause kidney damage
  • Build-up of cancer cells in the bones, which can cause bone weakening, bone pain, and bone fractures

What is Multiple Myeloma (MM)?

What is Multiple Myeloma (MM)? from Patient Empowerment Network on Vimeo.

What happens in multiple myeloma? Watch as myeloma expert Dr. Peter Forsberg explains what occurs in the body with myeloma, and patient and Empowerment Lead Lisa Hatfield shares emotions she experienced after her diagnosis and how her outlook changed as she learned about myeloma treatment.

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Transcript:

Dr. Peter Forsberg: 

So, multiple myeloma is a blood cancer. It comes from cells that live in your bone marrow called plasma cells. They’re part of your immune system. And when they do their job, they help protect you from infections.

They’re antibody-producing cells. In myeloma, unfortunately something changes in those cells, and they begin to grow and live beyond what they normally would. So, myeloma is a disease that results from that and when myeloma is diagnosed, it’s usually because those plasma cells or the antibody they produce has started to cause problems, to cause destructive changes or symptoms. So, that’s multiple myeloma.

Lisa Hatfield:

When I first really understood what myeloma was, I think it’s natural to freak out at first. It’s an incurable blood cancer. You hear the word “incurable” first, and it’s very very scary. Once I digested some of the information I was receiving and understood it’s a type of blood cancer that can be managed nowadays – it’s a little bit different than 20 years ago when it felt more like a death sentence that could be managed – I started to feel a little more confident. I think initially I had to understand that I would probably go through this grief cycle and have a little bit of shock, have some denial, have some anger. But once I accepted that, it became a lot easier. But when I first understood myeloma, it was was scary, it was shocking. And it just took some time to finally settle in and understand it better.

Will Myeloma Patients Need Fewer Biopsies in the Future?

Will Myeloma Patients Need Fewer Biopsies in the Future? from Patient Empowerment Network on Vimeo.

Is it possible multiple myeloma patients will need fewer biopsies in the future? Dr. Sikander Ailawadhi from the Mayo Clinic explains bone marrow biopsies, myeloma detection, and potential tests in development.

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Transcript:

Lisa Hatfield:

Okay, so for myeloma patients, even though our insurance companies, sometimes we have to argue with them a little bit as if we’re beating down doors to get a bone marrow biopsy, nobody loves those, I’m not sure why insurance companies think we would actually want that. But what do you see in the future, I know there’s talk about mass spectrometry. Every myeloma patient would love to hear the words, you’ll never have to have another bone marrow biopsy.

Do you see a future in that and some of these newer tests that are coming out?

Dr. Sikander Ailawadhi:

Sure, I think that’s absolutely important to know because…yes, that’s the bane of our existence, unfortunately, disease primarily lives inside the bone marrow, so to get the true information…that’s where you go. So there are some tests that are being developed or researched, patients may have heard about what’s being termed, the liquid biopsy or taking a blood sample to identify plasma cells or disease, there’s a lot of research going on around it. But, unfortunately, it has not panned out yet, because by nature, plasma cells do not circulate in the blood, or if they circulate, it’s a very, very small amount, so it’s hard to pick it up from the blood and do the tests on it. But there’s a lot of research going on for it to get the plasma cells, get the FISH testing, and all the genetic testing from the plan.

So stay tuned, hopefully we’ll get in that direction. What you also mentioned, a test that’s been developed and done at Mayo Clinic is what’s called maspect or looking at these proteins, these M-spikes, these light chains, the IgGs, etcetera. Looking at them at a molecular level and separating them based on their weight, because IgG kappa, for example, from one patient may be different from the IgG kappa that came from a different patient, but they can be separated out based on the weight, based on the molecular weight… on the size, and that can sometimes be used that how the test has been developed to use that property to identify and almost catalog and tabulate and follow that patient’s protein, so that we can hopefully collect or detect a recurrence sooner, note a deeper response to the treatment.

And in the future, hopefully use that depth of response and that earlier recurrence as…or earlier detection of the protein as a survivable matter, recurrence. I still think that it’s two different things, one is to look at the protein and note it at a deeper level to know whether the patients responded or relapsing, but so far, if you want to do those rotation testing, the FISH testing, and look at some of the characteristics of the myeloma, unfortunately, we do have to go to the bone marrow, but down the road, I’m hoping that those liquid biopsies and the blood tests will hopefully make it happen.

Lisa Hatfield:

Well, that would be music to my ears, even fewer biopsies would be great, so that would be awesome.

Myeloma Expert Explains Diagnosis and Treatment for Newly Diagnosed Patients

Myeloma Expert Explains Diagnosis and Treatment for Newly Diagnosed Patients from Patient Empowerment Network on Vimeo.

How can newly diagnosed multiple myeloma patients be oriented to their diagnosis and treatment? Dr. Sikander Ailawadhi from the Mayo Clinic shares key points he explains to patients about myeloma origination, tests, symptoms, treatment, and ongoing care.

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Transcript:

Lisa Hatfield:

So now we’re going to jump into our questions. So, thank you again, Dr. Ailawadhi. So we have a patient asking for newly diagnosed patients, say a patient comes into you, maybe they were sent by their community oncologist or a family practitioner, something…I have myeloma, doesn’t know anything about it. Have even heard of it before. How do you start that conversation? How did you explain myeloma and the treatment and very importantly to the patient, how do you explain the prognosis when you know it’s not curable yet?

Dr. Sikander Ailawadhi:

An extremely important question. And I agree that we should be starting at the beginning, so I think I had the privilege of working at an institution where we tend to spend a lot of face time with the patient, so typically in the outpatient, I have at least about an hour of time blocked is how we’re set up. So at that visit, first of all, I’m hoping that a patient comes in with a caregiver, but if they don’t have a caregiver with them, I start off by asking them, Is there someone they would like us to call during the visit? Because it is always better to have a caregiver or an extra set of ears listening in, and once that has started, then I typically will explain to them literally from what is a plasma cell, what is the role of a normal plasma cell, because that tells us the type of proteins plasma cells produce.

And that leads us to how a plasma cell can become cancerous and lead to multiple myeloma, what are the signs and symptoms of multiple myeloma? What are the markers, these protein markers that come in the blood and are picked up as markers of disease for patients, because again, patients need to know what they’re looking for in the labs that are drawn, so very frequently.

We talked about the role of a bone marrow biopsy, a lot of times it has been done, sometimes it has to be done after that visit, we talk about the genetic mutations in plasma cells that can be seen because that is what helps determine the risk category of standard risk or high risk.

I do offer to patients about discussing the prognosis, again, it’s a good time where we know that the average survival of patients is close to about 8 to 10 years when they look at a general national data, U.S. data, but all the large centers, all of us who focus on myeloma, we have several patients who are living quite a bit in excess of 10 years, so more hopeful time, but it is important to put that prognosis in perspective with high risk or standard risk disease that can be determined based on mutation testing from the plasma cells from the bone marrow, something called the FISH test, part of it is to explain to the patient the prognosis, but other reason is also because sometimes that can determine the type of treatment, and this also importantly tells the patients about their disease much better, so they can be more educated, they can interact with other patients, they can ask the right kind of questions, and they can understand their disease process and follow-up better.

Now, after we have discussed all of this, we start talking about treatment, I can tell you when I talk to a newly diagnosed patient, I will tell them that in my way of thinking their treatment initially is broadly divided into three different discussions during three different visits. The initial visit is talking about any symptom or sign from the myeloma, increased calcium, kidney dysfunction and tumors, how are we going to tackle that? So we will come up with the right “induction regimen.” I really don’t think one-size-fits-all, so based on the patient’s age, comorbidities, other diagnosis or the treatment drugs, family support system, financial situation, there are so many factors that go into it.

We come up with an induction regimen, I’ll tell them that the second component is about controlling all the symptoms and manifestations of the disease, whether that means radiation therapy, bone-strengthening agents, multivitamins, minerals, whatever we need to do as supplements, then we’ll talk about…starting that treatment. What does it involve? Side effects, we will set that path, you will notice I have not even talked about transplant, and I’ll tell the patients that only thing I mentioned to patients in that first planning, visitors and down the road, we will be talking about transplant. Today is not the time, because in my experience at the moment, we start talking about bone matter, transplant tenants, everything was out the window. That’s what patients think about…and I don’t want them to do that.

The second part of my discussion comes around a month or so into the treatment, because by then we want to start seeing some responses, some symptoms turning around, but that month two to three is very importantly the time to rebuild things. Does the patient need to go to physical therapy, pain control? Supportive or palliative care services? Lipoblasty or tuboplasty to strengthen their spine. I mentioned physical therapy, I’ll say it again, because I really think that’s very, very, very important for controlling the pain and supporting the movement and quality of life, managing any side effects, making sure that the dose is correct, do we need to tweak the doses, etcetera. And at that visit is tell them that, “Okay, very soon we will be talking about…we’ll be going into the details of a transplant, we will be passing along more information to you. But at your next visit, which would be probably at that two- to three-month mark, two- to three-cycle mark,” is when I will really sit and talk to them about our transplant…

So for me, the main transplant discussion comes on that cycle to recycle the two to three seconds have already got in patients feeling better, they are much more receptive for the next phase of treatment, which is when we talk about transplant, that’s how I do it, typically. And then we’ll explain a lot about what this transplant need…what does it involve? Caregiver needs a supportive care, vital organ testing, bone marrow biopsy, response depth, MRD, all of that.

So for me, this is kind of the journey that a patient, newly diagnosed patient goes through for the first few months, then their transplant, then their maintenance and hopefully good long disease control state.

Lisa Hatfield:

Great, how often do you expect a patient will have to have appointments during that…talk about the induction phase, the first month to three months, how often do you think they will have appointments, whether it’s for treatment or to come see you? What should they expect that way?

Dr. Sikander Ailawadhi: 

Sure, so the regimens that we typically use in myeloma, some of them, the drugs are given twice a week, a majority of the way we give the drugs, it’s once a week, so one to two times a week would be visits, we do the labs for the first month, we will do sometimes every week, but by the time the patient has gone to the second or third cycle, once every two to four weeks, labs are reasonable because by then things have stabilized, but the treatment still would, I think the once or twice every week depending upon the regimen that they have, we don’t typically see the patient for a clinic appointment every time, but a lot of centers do, so every time the patient comes, as I said, one to two times a week, typically that translates to about four visits in every three to four weeks they coming on the cycle, some regiments are three weeks regiments, some regiments are four week regiments, etcetera.

So patients come, I can say that the first one to two months are most intensive for follow-up for labs, we wanna make sure everything’s been fine, been start reading the treatment, they are not having side effects it and etcetera, and then things can be spaced out a little bit for the next couple of months before we go into the transplant thing, if the patient is going for transplant.

Why Is the Menin Pathway Important in AML?

Why Is the Menin Pathway Important in AML? from Patient Empowerment Network on Vimeo.

What should acute myeloid leukemia (AML) patients know about the menin pathway? Dr. Naval Daver from the University of Texas MD Anderson Cancer Center shares information from ASH 2022. .Learn research updates about the menin pathway and ongoing clinical trials on the pathway.

[ACT]IVATION TIP from Dr. Daver: “Patients should be checked for arrangements like MLL rearrangement NPM1 mutation, new fusions as these may be amenable to therapy with the menin inhibitors, there are multiple trials with five different menin inhibitors, single agent trials and also combination trials now ongoing across multiple centers both in the U.S. and ex-U.S.

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Transcript: 

Art:

Dr. Daver, what is a menin pathway in AML? And why is it significant?

Dr. Naval Daver:

The menin pathway is very recently discussed that way, the pathway, of course, itself has been known for almost a decade, this is an epigenetic pathway, and in certain subsets of AML such as MLL rearranged NPM1 mutated as well as other fusions, we find that there is an up regulation of the menin impact rearrangement, and this actually results in increased production of two enzymes called meis-1 and hox-DNA) these enzymes actually result in a differentiation blockade. So normally, in the bone marrow we have the early progenitor cells, this then leads to be a report cell and leads to mature neutrophils and monocytes and blood cells, but in a differentiation blockade, we would see that those cells over time would start generating mutations and become leukemic cells.

So one of the most physiological ways to treat AML is to actually remove the differentiation blockade, so the normal process of differentiation with progress, and so these menin inhibitors are able to reduce the levels of MEIS1 and HOXA by doing this, they allow the normal differentiation cascade to progress, and they’re not cytotoxic targeted chemo, they’re not directly killing leukemia, but they’re actually allowing the leukemia itself to then mature to no monocytes and neutrophils.

And so now there are five different menin inhibitors in ongoing clinical trials, but two of these are more advanced and have shown data recently in the ASH 2022 meeting the newer drugs, and are showing close to 40 to 50 percent single agent efficacy, and we believe that after the FLT3, IDH1, IDH2 inhibitors, which have been approved in the last five years, the menin inhibitors are probably the next other targeted therapies that will hopefully get approval and they eventually be used in the frontline setting in combination approaches. 

The activation tip related to this question is that patients should be checked for arrangements like MLL rearrangement NPM1 mutation, new fusions as these may be amenable to therapy with the menin inhibitors, there are multiple trials with five different menin inhibitors, single agent trials and also combination trials now ongoing across multiple centers both in the U.S. and ex-U.S., and if one does have an aberration that will be sensitive to such menin inhibitor-based therapy, I would strongly recommend considering trying to get on one of those trials because we believe that these will be the best outcomes with such standard therapies rather than using the standard or traditional chemotherapies. 

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Advances in AML Research | Where Do Clinical Trials Fit In?

Advances in AML Research | Where Do Clinical Trials Fit In? from Patient Empowerment Network on Vimeo.

How do clinical trials advance acute myeloid leukemia (AML) research? Dr. Farhad Ravandi-Kashani discusses newer AML treatments that have changed the landscape of care and how patient trial participation moves research forward.

Dr. Farhad Ravandi-Kashani is professor of medicine and Chief of the Section of Developmental Therapeutics in the Department of Leukemia at The University of Texas MD Anderson Cancer Center in Houston, TX. Learn more about Dr. Ravandi-Kashani.

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Transcript:

Laura Beth:

When it comes to AML research and emerging treatment options, what are you excited about right now?  

Dr. Ravandi:

Well, I think one of the biggest, I would call, revolutionary changes in AML was the introduction of venetoclax (Venclexta), because AML is a disease of the older population.  

The median age is about 68, which means half of the patients are older than 68, and among the other half, majority are older than 55. And when you go beyond 60, 65, traditional chemotherapy is not well-tolerated. But the introduction of venetoclax plus azacitidine (Onureg) or decitabine (Dacogen), depending on the center, has really completely changed the management of older AML patients from a situation that it was dismal treatment to a situation that’s still not great, but it’s a lot better, as in we don’t cure the majority, but many people have a tolerable therapy and live with their disease for several months if not several years.  

And personally, I have treated a 97-year-old patient, and she did well for three years, so. Because of this drug, age is no longer as frightening as it used to be for advanced age. 

Laura Beth:

So, where do clinical trials fit in when it comes to choosing treatment?   

Dr. Ravandi:

So, the best drugs that we have available now, the venetoclax that I mentioned and all the other drugs that I mentioned, targeted drugs, came from clinical trials.  

If we don’t do clinical trials, we would be still doing the same treatments that we were doing in the 1970s and ‘80s.  

In fact, up until about seven or eight years ago, many places were still doing the same treatments that was developed in 1970s, which in the era of computers, and Apple, and everything else, it’s mindboggling that we should be doing something that we were doing in the ‘70s. So, clinical trials are important to move the field forward. They are at major academic centers, all the clinical trials are extremely well-vetted and scientifically vetted, as well as with institutional review boards, ethically vetted. So, patients can be sure that they’re not going to get anything less and potentially more than what they would normally get.  

How Does the Presence of Molecular Markers Affect AML Care?

How Does the Presence of Molecular Markers Affect AML Care? from Patient Empowerment Network on Vimeo.

Dr. Farhad Ravandi-Kashani reviews how the presence of gene mutations can influence acute myeloid leukemia (AML) treatment choices and discusses new molecular markers being researched for future AML care.

Dr. Farhad Ravandi-Kashani is professor of medicine and Chief of the Section of Developmental Therapeutics in the Department of Leukemia at The University of Texas MD Anderson Cancer Center in Houston, TX. Learn more about Dr. Ravandi-Kashani.

See More From INSIST! AML


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Diagnosing and Treating AML_ What Testing Is Essential

Advances in AML Research _ Where Do Clinical Trials Fit In

Does Maintenance Therapy Have a Role in AML Care


Transcript:

Laura Beth:

How do test results impact AML care and treatment decisions?  

Dr. Ravandi:

So, in the first place, the presence or absence of certain mutations can be predictable outcome. Some subsets of leukemias are, for the lack of a better term, more favorable.  

I personally don’t think there is anything favorable about any leukemia, but some are easier to treat, and some are easier to cure than others. There is one specific subtype called acute promyelocytic leukemia that we actually completely treat differently. We don’t use even chemotherapy in that subset of leukemia.  

It has almost 100 percent success rate. And the treatment of other subsets can also be tailored, depending on these molecular and chromosomal changes. So, the initial therapy can be actually changed. There are now, for example, targeted agents that can be added to the chemotherapy, during initial chemotherapy.  

And also, once the patient is in remission, depending on favorable or unfavorable their leukemia is, they may be offered allogeneic stem cell transplant. So, yes, this information is highly important. In fact, I would say crucial for our decision-making in leukemia therapy these days.  

Laura Beth:

So, what is new in AML research related to molecular markers?  

Dr. Ravandi:

Well, it depends on your definition of new, but FLT3 mutations are very important because they’re now several FLT3 inhibitors, and as I mentioned, the initial therapies are different, to some extent. The IDH mutations are very important, again, because they are specific targeted agents.  

TP53 mutations are important because, unfortunately, they are particularly unfavorable.  

This is completely hot off the press, but there are subsets of AML called MLL rearranged leukemias that can respond to these drugs called Menin inhibitors.  

There are other mutations that have been discovered, many other ones, that there are no specific treatments for at the moment, but there’s a lot of research on.