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What Standard Testing Follows a Myeloma Diagnosis?

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What Standard Testing Follows a Myeloma Diagnosis? from Patient Empowerment Network on Vimeo. 

What tests will you have following a myeloma diagnosis? Are there additional tests you should request? Dr. Joshua Richter provides an overview of key testing for myeloma and why each test is necessary.

Dr. Joshua Richter is director of Multiple Myeloma at the Blavatnik Family – Chelsea Medical Center at Mount Sinai. He also serves as Assistant Professor of Medicine in The Tisch Cancer Institute, Division of Hematology and Medical Oncology. Learn more about Dr. Richter, here.

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Transcript:

Katherine:

What standard testing follows a myeloma diagnosis?

Dr. Richter:

So, the standard testing that follows a myeloma diagnosis is multifaceted. So, the first one is blood work. And we draw a lot of blood tests to look at the bad protein that the cancer cells make. So, we send tests like a protein electrophoresis which tells us how high that bad protein is. We send immunofixation. That test tells us what type of bad protein it is. You’ll hear names like IgG kappa and IgA lambda.

These are the different types of bad proteins made by myeloma cells. Oftentimes, we’ll send urine tests to find out how much of that bad protein that was in the blood is coming out in the urine. We will, typically, do a bone marrow biopsy. It’s a test where we put a needle into the back of the hip bone to look at the marrow itself. And we’ll use that marrow to figure out how much myeloma there is, any other characteristics like the genetic changes in those cells.

The other big thing is imaging. So, the classic imaging that we do with myeloma is something called a skeletal survey. It’s, basically, a listing of X-rays from head to toe. But nowadays, we have newer techniques, things like whole body low-dose CAT scans, something called a PET-CT scan, and MRI scans. And your care team may have to figure out which one is right for you at what given time.

Katherine:

Mm-hmm. Are there additional tests that patients should ask for?

Dr. Richter:

Absolutely. One of the most important things from myeloma has to do with the genetic risk stratification.

So, for almost all cancers, the staging has a very big impact. And people will often think of cancer in stages I, II, III, and IV, and they’re managed very differently depending upon what stage it is. Myeloma has three stages, stage I, II, and III. But the most important thing is, actually, beyond the staging is what’s called the cytogenetics risk stratification. So, it’s really important when the bone marrow is sent to be sure that it is sent for, kind of, advanced techniques. Because you really want that snapshot of exactly what the genetic profile is, because that gives us information of A) how to treat, and B) prognostic, you know, who will tend to do better or worse based on this information. And even though that may not tell us which drugs to use, specifically, it may say, should we do something like a transplant or not? Should we consider a clinical trial early or not?

Katherine:

I see. How do test results affect treatment choices?

Dr. Richter:

So, test results can affect treatment choices in a number of ways. Probably, the most common one is thinking about the routine blood tests like your CBC or complete blood count and your chemistry, which looks at things like your kidney function. Some drugs tend to have more toxicity to the blood counts. So, if your blood counts are very low, we may choose drugs that don’t lower the blood counts very much.

Kidney function which we, usually, measure by something called the creatinine. Creatinine is made by the muscles and cleared out by the kidneys. So, if your kidneys aren’t working very well, you don’t pee out creatinine, and that creatinine level will rise in the blood. If your creatinine level is high, we may choose certain drugs that don’t affect the kidneys or not metabolized or broken down by the kidneys.

The genetic studies that we use – we’re not quite at this base yet where we can say, if you have this genetic abnormality in your myeloma, we should use this drug except there’s some really great data on the cutting edge about a drug called venetoclax.

Venetoclax is a pill that’s used to treat other diseases like lymphoma and leukemia. And it turns out that people who have what’s called a translocation (11:14) which means part of the 11th chromosome and part of the 14th chromosome in the cancer cells swap material.

Those people respond amazingly well to venetoclax. So, we’re starting to have what we would call precision medicine where we find your genetic abnormalities, not that you got from your parents or passed to your kids, but the genetics inside the tumor cells to tell us which treatments will work best for you.

Is My Myeloma Treatment Working?

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Is My Myeloma Treatment Working? from Patient Empowerment Network on Vimeo.

How can a myeloma patient know if their treatment is working? Dr. Peter Forsberg explains tests involved in determining if myeloma treatment is effective and factors that may indicate that it’s time to switch therapies.

Dr. Peter Forsberg is assistant professor of medicine at the University of Colorado School of Medicine and is a specialist in multiple myeloma. More about Dr. Forsberg here.

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Transcript:

Katherine:                        

Once a patient has started treatment, how do you know if it’s working?

Dr. Forsberg:              

So, we’re lucky in myeloma in that we have some pretty easily accessible tools to evaluate how our response is going. How the myeloma is responding to treatment. How we’re sustaining that response and if we may be losing it at some point in time. And a lot of those come down to those blood tests I mentioned before.

The tools that measure protein levels or antibody levels in the blood, whether that’s intact antibodies or fragments of antibodies. So, that is that serum protein electrophoresis or serum free light chain levels.

Sometimes in conjunction with urine collections, which can measure abnormal antibodies in the urine. Those are ways that we can monitor on a month-to-month basis, how well the myeloma is responding to treatment. How well we are sustaining in a response or remission status. Or if it might be starting to come back.

We do at times use those in conjunction with other tests that look at things like bones using X-rays, MRIs or higher resolution scans like a PET scan. Or things like bone marrow biopsies which we may do at specific time points to evaluate the myeloma in different ways.

Whether that’s to evaluate a remission and see how deep that response might be, correlating it with blood work. Or if the myeloma come back, making sure we understand the characteristics of it. So, we’re lucky to be able to draw on tools that are not very invasive using bloodwork and sometimes urine. But we may couple that at certain other points in time with more substantial evaluations as well.

Katherine:                  

What could indicate that it’s time to switch therapies?

Dr. Forsberg:              

So, the most common indicator may be a change in one of those tests that I just mentioned. If we notice that there’s an increasing level of an abnormal antibody in the blood, one that’s usually produced by the myeloma, that may be our first indicator that the myeloma has become more active and that we need to change our treatment approaches. Other times people may develop symptoms from the myeloma that shows that it is becoming active and those would be our indicators. So, those are different ways that we help to monitor the myeloma. One is assessing the bloodwork and other things that we monitor pretty closely.

The other is being vigilant for new problems that may come out. So, we end up spending a lot of time with folks over the years with the myeloma and some of that may feel a bit routine, but we’re always trying to make sure that we’re attentive to new issues as they come up.

What Key Tests Should Follow a Myeloma Diagnosis?

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What Key Tests Should Follow a Myeloma Diagnosis? from Patient Empowerment Network on Vimeo.

What are the key tests that should take place following a multiple myeloma diagnosis? Dr. Peter Forsberg details the appropriate tests, including imaging and blood tests, that may aid in assessing the risk and informing treatment options.

Dr. Peter Forsberg is assistant professor of medicine at the University of Colorado School of Medicine and is a specialist in multiple myeloma. More about Dr. Forsberg here.

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What Are Key Factors in Myeloma Treatment Decisions?

Transcript:

Katherine:                  

What testing should take place following a myeloma diagnosis?

Dr. Forsberg:             

So, after a patient is diagnosed with myeloma, or with suspected myeloma, a number of tests take place to both understand the myeloma. Get some sense for how aggressive the myeloma might be and understand what may be being caused by the myeloma at any given time. So, that involves a number of blood tests. It involves checking urine, doing at least one 24-hour collection of urine. Doing imaging, tests to look at the skeleton or different areas of the body for myeloma involvement.

And a bone marrow biopsy and what’s called an aspirate.

So, all those tests together are used to help confirm myeloma, to understand what’s going on with it and then to understand some of the characteristics of it that might be important over time.

Some of the more complicated tests when people are initially diagnosed with myeloma to get their head around are some pretty important blood tests that we monitor pretty closely.

Things called the serum protein electrophoresis and serum light chain assays. And basically, those are tools that help us measure antibodies. Myeloma is a disease; it comes from cells that make antibodies or fragments of antibodies. And by measuring those, we can understand the myeloma, we can give it some names. And then we can also measure it over time. So, those can seem a little bit impenetrable to patients when they’re first diagnosed, but they’re pretty important for patients and for people treating the myeloma to understand where the myeloma stands and how things are going.

Katherine:                  

What about genetic testing?

Dr. Forsberg:             

So, the main way that we use genetic testing in multiple myeloma is through something called, cytogenetics. And cytogenetics is a way for us to evaluate chromosomes. Chromosomes are in cells and that’s where genetic material is contained. And in myeloma, some of the main vents that drive myeloma cells to change from normal plasma cells come through changes in chromosomes.

And so, those chromosome changes that can be detected with different tests, sometimes they’re called karyotyping or what’s called FISH can give us a sense for some of the changes that may drive the myeloma or have driven it in the first place.

Navigating Lung Cancer Treatment Decisions

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Navigating Lung Cancer Treatment Decisions from Patient Empowerment Network on Vimeo.

What steps could help you and your doctor decide on the best treatment path for your individual disease? This animated video walks through key considerations, including molecular testing results, lifestyle factors and patient preference.

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Diagnosed with Lung Cancer? An Expert Outlines Key Steps

Transcript:

Hi, I’m Kendra. I’m a nurse practitioner and I specialize in lung cancer.

When diagnosed with lung cancer, it’s important to take steps to get a deeper understanding of your disease, and the available treatment options, so that you can feel confident in your care decisions.

Before we walk through the actions that can help you decide on a treatment path, I want to remind you that this video is intended to help educate lung cancer patients and their loved ones and shouldn’t be a replacement for advice from your doctor.

OK, let’s get started.

The first step is to understand your diagnosis—including the type of lung cancer and stage of disease—so that you can find out what treatments are available to you. Your physician will use tests, including biopsies and imaging, such as X-rays and CT scans, to ensure you have an accurate diagnosis.

The next step is to understand the approaches available for YOUR individual disease.
Depending on your stage and type of lung cancer, treatments can include:

  • Surgery
  • Radiation therapy
  • Chemotherapy
  • Targeted therapy or
  • Immunotherapy

Or, you may receive a combination of one or more of these treatments.

Other testing that can impact your treatment options is molecular testing, which is used to identify specific mutations that are unique to your lung cancer. This may help in deciding if targeted therapies are an appropriate option for you.

Before you start any treatment, it’s essential to ask your doctor if you have had relevant molecular testing.

Another option that your physician may discuss with you is clinical trials, which may provide access to treatments that are not yet approved. At different points on your path with lung cancer, it’s important to talk with your doctor about whether there is a clinical trial that could be right for you.

Once you understand the treatments that are available to you, it’s time to talk to your doctor about the risks and benefits of each option and walk through the goals of your treatment.

One of the most important factors that your healthcare team will consider is YOUR treatment goals. Remember, you are a partner in your care and have an active voice in finding the best treatment for you. Physicians also typically consider a patient’s age, overall health, and existing conditions before they suggest a course.

So, what questions should you address when you are discussing your treatment goals with your doctor? Consider asking:

  • Is the goal of the treatment to cure your disease or to obtain long-term control your disease?
  • How effective will the treatment be and how will it impact your quality of life and lifestyle?
  • What are the treatment side effects–both the short-term effects as well as long-term effects that may occur after you have completed treatment?
  • Is there a member of the team, such as a social worker, that can help you understand the potential treatment costs? And is there access to financial resources that can help you if needed?
  • Are there supportive care options that can help with symptoms and pain management at any stage of your cancer?

It also may be a good idea to consider a second, or even third opinion consultation with a specialist. And, if you don’t feel supported or you don’t feel heard by your healthcare team, then it is always best to get another opinion.

Finally, once you have gathered all the information, it may be helpful to talk it out with people you trust, such as a partner, friend or family member, to help you make a decision that you feel confident about.

Now, how can you put this information to work for you?

  • Make sure you understand your type and stage of your lung cancer and the goals of your treatment options.
  • Talk to your physician about what you’ve learned.
  • Consider a consultation with a lung cancer specialist.
  • Ask about molecular testing and what testing results mean for you.
  • Discuss whether clinical trials are an option for your cancer.
  • Visit credible online resources to stay up to date on lung cancer information.
  • Visit powerfulpatients.org/lungcancer to learn more about lung cancer.

Essential Lab Tests for Myeloproliferative Neoplasm (MPN) Patients

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Essential Lab Tests for Myeloproliferative Neoplasm (MPN) Patients from Patient Empowerment Network on Vimeo.

 Lindsey Lyle, a physician assistant specializing in MPNs, reviews the lab tests that should be administered following an MPN diagnosis and how the results could affect overall care.

Lindsey Lyle is a physician assistant at the University of Colorado Cancer Center, specializing in hematological malignancies with a subspecialty in myeloproliferative neoplasms (MPNs). More about this expert here.

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Transcript:

Lindsey:

When somebody is diagnosed with an MPN, there are a variety of tests that are important for coming up with treatment strategies. And so, really, before starting treatment, it’s fairly imperative to have a CBC, or complete blood count, which was very likely done that led to the diagnosis of the MPN, but that’s very critical, as well as having a differential. This is basically just looking a little bit deeper at the white blood cells and their components, so that’s a critical part of the CBC, or complete blood count.

And then, having a chemistry panel, just to look at organ functioning, such as the kidney functioning and the liver functioning, as well as different electrolytes that may be indicative of something going on that would maybe impact treatment.

Additionally, having a bone marrow biopsy with molecular testing is advised. This is very critical in leading to the diagnosis of the MPN and then, also, really differentiating what subtype of MPN a patient may have.

The bone marrow is very critical for this purpose, and the genetic testing helps us to understand perhaps if a patient is having a higher-risk disease or a lower-risk disease and can help guide treatment as well. There are a variety of other chemistry tests that are done that can help specifically when looking at patients with polycythemia vera. This may be called an erythropoietin level.

Additionally, iron studies are generally recommended before starting treatment for MPNs, just to assess iron storage, availability, and that sort of component to the treatment may vary depending on that result. Additionally, if patients are having any sort of symptoms related to an enlarged spleen, generally, having an imaging study may be warranted if the symptom is quite severe and causing problems, and getting a baseline prior to starting treatment is generally a good idea.

When looking at a CBC, there are really three main cell lines that we monitor closely in MPNs regardless of the subtype, and this includes the white blood cell count, the red blood cell count or hemoglobin and hematocrit – those are measures of the total red blood cell count – and then, also, platelets. And so, these really are three different types of cells that your bone marrow produces that help with different functions.

And so, monitoring for any sort of changes within these three cell lines – white blood cells, red blood cells, or platelets – can really help us know maybe how the disease is changing, how a patient is responding to treatment, so these three key laboratory values are very necessary and really help us as providers and U.S. patients monitor progress, or for any changes in a positive way, or perhaps in a way that needs to be addressed.