Tag Archive for: PET Scan

How Is Relapsed/Refractory DLBCL Treated?

How Is Relapsed/Refractory DLBCL Treated? from Patient Empowerment Network on Vimeo.

What options are available if a diffuse large B-cell lymphoma (DLBCL) patient doesn’t respond to treatment or relapses? Dr. Justin Kline discusses potential next steps in treatment for DLBCL patients with relapsed or refractory disease. 

Dr. Justin Kline is the Director of the Lymphoma Program at the University of Chicago Medicine. Learn more about Dr. Kline, here.

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Which Emerging DLBCL Therapies Are Showing Promise?


Transcript:

Katherine:      

Let’s talk about if someone doesn’t respond to initial treatment or they relapse. Let’s start by defining some terms for the audience. What does it mean to be refractory?

Dr. Kline:       

So, refractory is a term that’s used to describe a situation where a person has received treatment but that treatment hasn’t worked as well as we have expected. And the most – probably the most important scenario is after initial treatment.

Most people, for example, who receive R-CHOP, somewhere between 80 and 85 percent will have a completely negative PET scan after treatment. That’s remission. If the PET scan is not negative and you do a biopsy and it shows that there’s still lymphoma there, that’s what’s called primary refractory. In other words, the person’s lymphoma was refractory to initial or primary treatment. And in clinical trials that are testing agents, drugs or immunotherapies in folks who’ve had multiple treatments, usually refractory is used to define someone who has either not responded or has had a very, very short response to whatever the last treatment they had was.

Katherine:                  

How does relapse then differ from refractory?

Dr. Kline:       

So, right, so relapse suggests that the lymphoma at some point was in a remission, right?

And so for example, a person gets six treatments of R-CHOP, has a PET scan at the end, the PET scan is clean. We say you’re in remission. Eight months later, the person develops a newly enlarged lymph node, and a biopsy shows that the lymphoma has come back, right? That’s what we would call a relapse. There was a period of remission, whereas refractory usually means there was never a period of remission to begin with.

Katherine:                  

Got it. How typical is it for a patient to relapse?

Dr. Kline:       

Well, again, if you look at all comers, if you treated 100 people with DLBCL, most, probably 70 to 75 percent, would go into remission. About 10 or 15 percent would have primary refractory disease and another 10 or 15 percent would have a remission that would end at some point and they would have a relapse. So, it’s not terribly common.

The problem is that once the lymphoma has either demonstrated that it’s refractory to treatment or it’s come back, it’s relapsed, it’s a little bit more difficult to cure the lymphoma at that point.

Katherine:      

How are patients treated then if they’ve relapsed or refractory?

Dr. Kline:       

Well, so for somebody who’s had primary refractory lymphoma or has a lymphoma that’s relapsed after initial therapy, again, say for the sake of argument with R-CHOP, for many, many years, the next line of treatment if you will was to administer what we call salvage chemotherapy, and this is different chemotherapy from the original R-CHOP, that’s meant to put the lymphoma back into remission. In other worse, to salvage a remission. And for folks whose lymphomas were sensitive or responded, shrunk down to that salvage chemotherapy, we would consolidate that remission.

We would make it deeper using high dose chemotherapy and an autologous or a cell, stem cell transplant. And that’s been the standard of care for younger patients for decades.

That paradigm has been challenged, particularly in refractory patients or those who have very early relapses after R-CHOP, by two important clinical trials that have demonstrated superiority of a type of immunotherapy, a cellular immunotherapy called CAR T-cell therapy, which seems to be more effective even than stem cell transplantation in that population of folks.

Prostate Cancer Treatment Tools and Advancements

Prostate Cancer Treatment Tools and Advancements from Patient Empowerment Network on Vimeo.

What’s the latest in prostate cancer treatment tools and advancements? Dr. Heather Cheng from Seattle Cancer Care Alliance shares information about areas of prostate cancer research that have experienced recent advancements.

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Transcript:

Dr. Heather Cheng:

I think it’s a really exciting time. I think there are a lot of advancements throughout prostate cancer. I think one area of importance is early detection, but we also have newer imaging platforms, meaning the way, and we can discover where the prostate cancer is, is advancing through new types of PET scans that we didn’t previously have. And then my own kind of research which is near and dear to my heart is talking about genetics and what we have learned about the genetics of the risk of prostate cancer, but also how the genetics of the cancer itself, which sometimes is inherited, and sometimes isn’t can help us plan for better treatments for patients.

What Treatments Are Available for Non-Small Cell Lung Cancer?

What Treatments Are Available for Non-Small Cell Lung Cancer? from Patient Empowerment Network on Vimeo.

 Dr. David Carbone provides an overview of currently available treatments for non-small cell lung cancer patients, including clinical trials, and reviews factors that influence treatment decisions.

Dr. David Carbone is a medical oncologist and professor of internal medicine at The Ohio State University. Dr. Carbone is also co-leader of the Translational Therapeutics Program at the OSUCCC – James, where serves as director of the Thoracic Oncology Center. Learn more about Dr. Carbone, here.

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Fact or Fiction? Busting Myths About Non-Small Cell Lung Cancer

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Transcript:

Katherine:

What are the current approaches for treating non-small cell lung cancer?  

Dr. Carbone:

Well, that’s a complex question. The basic modalities are surgery, which is really still what we prefer, if we can detect it early; radiation therapy; and medical therapy.  

And medical therapy can be divided into chemotherapies of some sort – what we call targeted therapies, based on genetic abnormalities in the tumor – and then, immunotherapies to harness the immune system to fight cancer. Those are the three major kinds of therapies.  

Katherine:

It seems like patients really do have a lot of options, which is a good thing for them. But how do you then decide which treatment is most appropriate for a given patient? 

Dr. Carbone:

Well, it’s not straightforward. When I started 35 years ago, it really wasn’t clear whether any treatment made any difference, and we actually did a large, randomized trial of doing nothing versus treating, and showed that we could improve survival by a month or two with the currently available treatments. Now, we have a huge toolbox of types of treatments and combinations of treatments. And it really requires a careful analysis of the characteristics of the tumor to pick the best therapy.  

And specifically, for the adenocarcinomas, the most common type, we now do a detailed genetic analysis on all of the tumors, which can completely change the type of treatment people get and the prognosis, and result in being able to match a pill-type targeted therapy to a particular genetic abnormality with really high efficacy and low toxicity. And there are other markers we use for immunotherapy choices. It’s become quite complicated.  

Katherine:

Where do clinical trials fit in, Dr. Carbone?  

Dr. Carbone:

Well, I like to say that clinical trials are tomorrow’s standard of care available today, and all of the new treatments that I’m talking about for lung cancer that have made this dramatic difference in survival and quality of life: They’ve all come because of basic science research, understanding how cancers grow, designing drugs, and using them in people in an intelligent way.  

Historically, we used to just grind up tree bark or dig things up from the bottom of the sea, and test them in tissue culture to see if they killed cancer cells a little more than normal cells. But today, the treatments we have are based on science, and the success of these treatments is very high compared to what they were historically.  

And the way we determine whether a treatment is effective is through something called a clinical trial, where generally the new treatment is compared to the standard treatment.  

And if there is no standard treatment, we still do sometimes use placebo-controlled trials, but often that’s placebo plus some chemotherapy, versus the new drug plus that same chemotherapy.  

So, it’s really not a placebo-only type situation. But the trials are designed to rigorously test whether the drug improves outcomes, and are an extremely important step in developing these new drugs and finding new things to help patients.  

What Is the Difference Between Small Cell and Non-Small Cell Lung Cancer?

What Is the Difference Between Small Cell and Non-Small Cell Lung Cancer? from Patient Empowerment Network on Vimeo.

 Dr. David Carbone discusses the differences between small cell and non-small cell lung cancer. Dr. Carbone then describes the subtypes of non-small cell lung cancer and which types are most common.

Dr. David Carbone is a medical oncologist and professor of internal medicine at The Ohio State University. Dr. Carbone is also co-leader of the Translational Therapeutics Program at the OSUCCC – James, where serves as director of the Thoracic Oncology Center. Learn more about Dr. Carbone, here.

See More From INSIST! Lung Cancer

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What Treatments Are Available for Non-Small Cell Lung Cancer?

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Why Non-Small Cell Lung Cancer Patients Should Speak Up About Symptoms and Side Effects

Why Non-Small Cell Lung Cancer Patients Should Speak Up About Symptoms and Side Effects


Transcript:

Katherine:

What is the difference between non-small cell lung cancer and small cell lung cancer?

Dr. Carbone:

Well, I like to tell patients every cancer is different from every other cancer, but they can be broadly categorized in two different categories, small cell and non-small cell.

And this derived from decades ago when small cell lung cancer just looked different under the microscope than non-small cell lung cancer. And different small cells can look different, and now we’re sub-typing small cells. But in general, small cells are treated pretty similarly. Non-small cells are divided into two main groups, the squamous cell carcinomas and the adenocarcinomas.

Adenocarcinomas have a variety of subtypes, as well, and then there are a few of the non-small cell lung cancers that are clearly non-small cell but don’t fit into either of those two categories, and they’re called large-cell or not otherwise specified.

And then, there’s a whole slew of rare types of lung cancers that we probably don’t have time to discuss, and mesothelioma that happened in the chest.

Katherine:

Right. Is one type of lung cancer more common than the other?

Dr. Carbone:

So, the vast majority of lung cancers are the non-small cell lung cancers, about 85 percent. And among the non-small cell lung cancers, most of those are adenocarcinomas or non-squamous. Decades ago, squamous was the most common type, and in some parts of the world, it still is. But in the United States, it depends on the region; 60, 70 percent of lung cancers are adenocarcinomas

Expert Advice for Navigating Non-Small Cell Lung Cancer Care and Treatment

Expert Advice for Navigating Non-Small Cell Lung Cancer Care and Treatment from Patient Empowerment Network on Vimeo.

Dr. David Carbone, a lung cancer specialist, discusses factors to consider when choosing treatment for non-small cell lung cancer (NSCLC). Dr. Carbone provides and overview of the type of treatment for NSCLS, why biomarker testing is essential, and shares advices for playing an active role in your care.

Dr. David Carbone is a medical oncologist and professor of internal medicine at The Ohio State University. Dr. Carbone is also co-leader of the Translational Therapeutics Program at the OSUCCC – James, where serves as director of the Thoracic Oncology Center. Learn more about Dr. Carbone, here.

Download Guide

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Transcript:

Katherine:                  

Hello, and welcome. I’m Katherine Banwell, your host for today’s program. Today, we’re going to discuss how you can insist on the best care for your non-small cell lung cancer.  

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. All right, let’s meet our guest today. Joining me is Dr. David Carbone. Dr. Carbone, welcome. Would you please introduce yourself?

Dr. Carbone:              

Thank you, Katherine. It’s a pleasure to be here. I’m David Carbone. I’m the director of the thoracic oncology center at Ohio State University in Columbus, Ohio. And I have a 35-year clinical and research interest in lung cancer, and I’m a medical oncologist myself.

Katherine:                  

Excellent, thank you. Thank you for joining us today. Before we get into our discussion, which will focus on non-small cell lung cancer, let’s talk about the types of lung cancer. What is the difference between non-small cell lung cancer and small cell lung cancer?

Dr. Carbone:              

Well, I like to tell patients every cancer is different from every other cancer, but they can be broadly categorized in two different categories, small cell and non-small cell.

And this derived from decades ago when small cell lung cancer just looked different under the microscope than non-small cell lung cancer. And different small cells can look different, and now we’re sub-typing small cells. But in general, small cells are treated pretty similarly. Non-small cells are divided into two main groups, the squamous cell carcinomas and the adenocarcinomas.

Adenocarcinomas have a variety of subtypes, as well, and then there are a few of the non-small cell lung cancers that are clearly non-small cell but don’t fit into either of those two categories, and they’re called large-cell or not otherwise specified.

And then, there’s a whole slew of rare types of lung cancers that we probably don’t have time to discuss, and mesothelioma that happened in the chest.

Katherine:                  

Right. Is one type of lung cancer more common than the other?

Dr. Carbone:              

So, the vast majority of lung cancers are the non-small cell lung cancers, about 85 percent. And among the non-small cell lung cancers, most of those are adenocarcinomas or non-squamous. Decades ago, squamous was the most common type, and in some parts of the world, it still is. But in the United States, it depends on the region; 60, 70 percent of lung cancers are adenocarcinomas.

Katherine:          

Right, okay, that makes sense. I’d like to pivot and talk about treatment for a couple of moments. What are the current approaches for treating non-small cell lung cancer?   

Dr. Carbone:          

Well, that’s a complex question. The basic modalities are surgery, which is really still what we prefer, if we can detect it early; radiation therapy; and medical therapy.

And medical therapy can be divided into chemotherapies of some sort – what we call targeted therapies, based on genetic abnormalities in the tumor – and then, immunotherapies to harness the immune system to fight cancer. Those are the three major kinds of therapies.

Katherine:                  

It seems like patients really do have a lot of options, which is a good thing for them. But how do you then decide which treatment is most appropriate for a given patient?

Dr. Carbone:              

Well, it’s not straightforward. When I started 35 years ago, it really wasn’t clear whether any treatment made any difference, and we actually did a large, randomized trial of doing nothing versus treating, and showed that we could improve survival by a month or two with the currently available treatments. Now, we have a huge toolbox of types of treatments and combinations of treatments. And it really requires a careful analysis of the characteristics of the tumor to pick the best therapy.

And specifically, for the adenocarcinomas, the most common type, we now do a detailed genetic analysis on all of the tumors, which can completely change the type of treatment people get and the prognosis, and result in being able to match a pill-type targeted therapy to a particular genetic abnormality with really high efficacy and low toxicity. And there are other markers we use for immunotherapy choices. It’s become quite complicated.

Katherine:                  

If we’re breaking it down to staging, let’s start with that. What are the stages?

Dr. Carbone:              

Right. So, lung cancer, like many cancers, is staged I, II, III, and  IV, and of course there’s now As, Bs, and Cs, and subcategories of those. But the basic distinction patients need to know has some utility.

So, the stage I lung cancers, in general, are small tumors that aren’t invading into anything, that haven’t spread anywhere to none of the lymph nodes, to no other structures; and they’re the tumors that we like to find. And they’re the ones whose optimal treatment is surgery, with a good cure rate.

Stage IIs, in general, are those lung cancers that are like stage I, except they involve the nearby lymph nodes in the lung that are called hilar lymph nodes, and those have also a high cure rate, but not quite as so high with surgery; and generally, are treated with surgery followed by chemotherapy, and now, immunotherapy.

Stage III is what we call locally advanced. It’s still only in the chest, but it invades some important structure or has multiple lymph nodes that are deep within the chest. And some of these are surgically resectable, but the majority of stage IIIs, I would say, are not surgically resectable, and are treated generally with chemoradiation, again followed by immunotherapy.

With the stage IV lung cancers, really, that is the lung cancer that’s spread outside the chest; typically, to bones, brain, or liver, or elsewhere in the body.

And that is typically not resectable; though again, there’s exceptions to each of these general rules, and you really need to have that multi-disciplinary evaluation of your cancers to determine the best therapy. But in general, stage IV lung cancers are not surgical candidates, not treated upfront as radiation candidates, and they’re generally treated with medical treatments that go throughout the body, and treat spots of cancer wherever they are.

Katherine:                  

How about when we look at general health and comorbidities? How do those influence the treatment choices that you would make?

Dr. Carbone:              

Every patient is different, like every cancer is different, and we have patients who are 20-year-olds and patients who are 90-year-olds; and patients who’ve taken care of themselves, and those that haven’t done so well taking care of themselves.

More than half of patients, even though they used to smoke, are ex-smokers. And so, they generally are in better condition, but we have to take into account frailty and presence or absence of diabetes, kidney disease, and all those other comorbidities, which are common in lung cancer, which has a median age of onset in the upper-60s, where people have these kinds of comorbidities.

We try not to use age alone as a factor, because there are many robust 90-year-olds, and there are many 50-year-olds on oxygen. So, we have to look at the complete picture to plan the best therapy.

Katherine:                  

Yeah. What about treatment side effects? How does that bear on what you decide to treat the non-small cell lung cancer?

Dr. Carbone:    

Well, unfortunately, we don’t cure most lung cancers. And so, our treatments are designed to prolong life and improve quality of life.

So, we’re very aware of the impact of our treatments on the quality of a patient’s life, and we’ve worked hard, over the years, to improve the risk-benefit ratio of our treatments, so to speak. And again, when I started, we didn’t have good nausea medicines, and people got desperately sick to have a six-week prolongation in survival, and that was really of questionable utility.

But now, even the chemotherapies that we give are generally super-well tolerated. The chemotherapies used in lung cancer are often – people will say, “I feel a little tired for a couple of days, but then, I’m fine,” and they’d often continue to work. Most, I would say, have no nausea; they have no significant side effects; and the immunotherapies, on average, people have very few side effects. They can hardly tell they’re getting the treatment, though sometimes the side effects can be significant.

Like everything I’m telling you, there’s always a spectrum.

Katherine:                  

Of course.

Dr. Carbone:              

And the targeted therapies: Again, most often, people have very mild side effects, with maybe a little skin rash or a slight loose stool, or something. But often, it’s insignificant compare to the magnitude of the benefit they get from these treatments.

Katherine:                  

Let’s talk about biomarker testing. What is it, first of all, and what are you looking for, exactly, when you receive the results?

Dr. Carbone:              

Well, you have to order the results, so you have to know what to order. And we already touched on it a little bit. The genetic analysis of a tumor has become central to picking a therapy. And when I say “genetic analysis,” that is what you’re referring to as one of the biomarker tests we use.

Unfortunately, it’s true that many patients have therapies started without waiting for the results of these biomarker tests, and that really can have a negative impact on their care, because the results of this testing can make the difference between chemotherapy or a pill. It’s a totally diametrically different therapy.

So, these genetic tests look for things that we call driver mutations, and these are alterations in the genes of your cancer that are not present in the rest of your body; they’re not passed down to your children, or need to get looked for in your brother or your sister, like some of the breast cancer mutations you may hear about.

These are mutations that are present in the tumor that act like light switches, and they turn the cancer on to grow like crazy.

And through scientific research, we’ve discovered many of these in lung cancer, where, if we can find the specific driver mutation, many of these have specific drugs that can turn that switch back off. And virtually 100 percent or very close to every patient where we can find that matching drug to their driver will have some tumor shrinkage.

And it’s quite remarkable, but we need to do that matching, because these new drugs only work in that subset of patients with that mutation, and that’s why it’s so important to do that matching. And now, we have eight or 10 of these types of mutations that need to be looked for.     

Katherine:                  

Where do clinical trials fit in, Dr. Carbone?

Dr. Carbone:              

Well, I like to say that clinical trials are tomorrow’s standard of care available today, and all of the new treatments that I’m talking about for lung cancer that have made this dramatic difference in survival and quality of life: They’ve all come because of basic science research, understanding how cancers grow, designing drugs, and using them in people in an intelligent way.

Historically, we used to just grind up tree bark or dig things up from the bottom of the sea, and test them in tissue culture to see if they killed cancer cells a little more than normal cells. But today, the treatments we have are based on science, and the success of these treatments is very high compared to what they were historically.

And the way we determine whether a treatment is effective is through something called a clinical trial, where generally the new treatment is compared to the standard treatment.

And if there is no standard treatment, we still do sometimes use placebo-controlled trials, but often that’s placebo plus some chemotherapy, versus the new drug plus that same chemotherapy.

So, it’s really not a placebo-only type situation. But the trials are designed to rigorously test whether the drug improves outcomes, and are an extremely important step in developing these new drugs and finding new things to help patients.

Katherine:                  

A lung cancer diagnosis often has a certain stigma associated with it, but the majority of that is not based in fact. So, I’d like to play a little game with you called Fact or Fiction. All right? All right, first one. Fact or fiction: Lung cancer is a disease of the older population.

Dr. Carbone:              

If you have lungs, you can get lung cancer. That’s it. I’ve seen 20-year-old lung cancer patients. So, I think it can happen to anybody, and unfortunately, things like the CT screening programs are limited to people over the age of 50, but I’ve had many patients in their 30s and 40s. So, if you have lungs, you can have lung cancer.

Katherine:                  

Okay. Next one, fact or fiction: Quality of life is greatly diminished after undergoing treatment for lung cancer.

Dr. Carbone:              

I completely – fiction. I actually tell people often their quality of life is dramatically improved after starting treatments, and that’s my goal.

And with the new treatments, that’s often true. People will tell me within a week that they feel so much better on the treatment than they did before. So, that’s our goal. Our goal is not to make you feel worse. Our goal is to make you feel better.

Katherine:                  

Of course. All right, last one. Fact or fiction: There are no effective treatments for advanced lung cancer.

Dr. Carbone:              

So, the average survival for lung cancer years ago was four to six months from the time of diagnosis to death. That’s bad. And now, we are seeing in these subsets of patients years and years of survival with simple even pill-type treatments or immunotherapies. And even with the immunotherapies, sometimes you get treatments for a year or two, and then we stop; and we have patients who are years later, off of all treatments for metastatic lung cancer, still with no evidence of disease.

So, that is definitely fiction. We have highly-effective treatments for lung cancer. But unfortunately, like everything else, and like I’ve said multiple times, it’s not true for everyone. Our treatments aren’t ideal. Sometimes for a particular patient we can’t find a matching treatment, the standard treatments don’t work, and nothing we can find makes a difference. But I would say you never know that until you try, and for the vast majority of patients, we can definitely give them prolonged, good-quality life. And so, I think that that’s definitely fiction.

Katherine:                  

Okay, thank you. We have received some questions from audience members earlier on.

And so, David writes, “My care team has suggested immunotherapy to treat my lung cancer. I’m optimistic about the results, but nervous about symptoms and side effects. What can I expect?”

Dr. Carbone:              

The immunotherapy is a potent therapy, but you have to understand, you’re dealing with lung cancer, which is a rapidly fatal disease when untreated. So, there’s a balance there. There’s a risk/benefit calculation that happens in picking any treatment.

And it turns out that I would say most lung cancer patients today have immunotherapy as part of their first treatment. Immunotherapy ramps up your own immune system to make it more effective at seeing the cancer, which has previously grown because it’s hidden itself behind a kind of invisibility cloak, and these immunotherapies remove this invisibility cloak so that the immune system can see it.

But at the same time, this process is a normal process that’s used to keep the immune system in check, and keep the immune system from attacking normal tissues, as well. So, it’s pretty common that we see people on immunotherapy have some kind of autoimmune side effect.

The most common side effect with immunotherapy is a skin rash, and usually it’s mild, and you just treat it with a topic corticosteroid, and it’s not a big issue. But it sometimes can be very severe. Like everything else, there’s a spectrum. I would say most patients have no skin problems; some have severe; and it’s almost always treatable. The next most common side effect is thyroid endocrine disorders. So, people will get thyroid function loss. And so, this is something that we follow carefully in the clinic, and people who are on immunotherapy.

And when we start seeing their thyroid levels going down, we just start them on thyroid medication, and that completely fixes that problem. So, but it’s usually permanent, and even after they stop immunotherapy, they’ll need to take thyroid medicines and adjust their thyroid levels.

And then, there’s a whole slew of other possible side effects that are less common. Some are very severe. Less than one percent of patients have a severe side effect called colitis, which causes diarrhea, which can even be life-threatening, but is also treatable if detected early. Very uncommon to be so severe, but patients should let their doctors know if they experience unusual diarrhea.

You can also have inflammation in your lungs called pneumonitis. So, if there’s an onset of shortness of breath, of course, you’ll tell your doctor, and that can be treated, as well. And anything else, there’s a huge list of other things. Arthritis, uveitis, other things that happen, but are pretty rare.

Katherine:                  

Lindsay sent in this question: “My doctor has talked about putting me on maintenance therapy following my treatment regimen. What is maintenance therapy for lung cancer?”

Dr. Carbone:              

So, many of our treatments have a maintenance phase, and I’m not sure which treatment she’s talking about. But even with chemotherapy, now, if people are on chemotherapy alone, will usually use a double chemotherapy to start, and then will drop one of the chemos after a few cycles, and then continue the other as a maintenance.

A more typical regimen today is a combination of two chemos and an immunotherapy. And generally, we’ll stop the more toxic chemotherapy after a few cycles and continue the less toxic chemotherapy plus the immunotherapy, usually for up to two years.

After chemo-radiation, you’d have a maintenance immunotherapy as well. So, maintenance therapy is just a lower-intensity therapy after your initial therapy, designed to keep the cancer from coming back.

Katherine:                  

Right. Okay. We have one other question, this one from Shelley: “Is lung cancer hereditary? I’m curious if my children should undergo genetic counseling, since I was diagnosed with lung cancer.”

Dr. Carbone:             

Well, that’s a simple, complicated question.                                   

So, in general, lung cancer is not hereditary. It’s not like familial breast cancer or ovarian cancer, or those kinds of cancers, or retinoblastoma. Most cases of lung cancer are caused by environmental exposure to cigarette-smoking or radon, and are not passed on to your kids genetically, though there is shared exposure, right?

There are some really rare genetic predispositions that we sometimes find on these biomarker panels.

But the vast, vast majority of lung cancers are not heritable, and you don’t need to worry about your kids, except to tell them not to smoke, and test for radon.

Katherine:                  

Patients can sometimes feel like they’re bothering their healthcare team with their comments and questions. Why is it important for patients to speak up, and become a partner in their own care?

Dr. Carbone:              

So, it’s a fact that when patients get the diagnosis of lung cancer, everything changes in their lives. They suddenly have a whole new vocabulary thrown at them. It’s like their doctor is speaking French to them. They have to trust their life to a person they’ve never met before, and a whole cadre of people coming in and talking to them and poking them and running through scanners.

It’s very difficult for someone whose biggest concern was what to make for dinner that night, and now has a diagnosis of lung cancer, to really comprehend what’s going on. And lung cancer is complicated, so I recommend that patients really try their best to have at least a basic understanding of what’s going on, where their cancer is. I always show the patient their scans.

“Your cancer is here; this is what it looks like; that’s why you’re having that pain over there, because you have this spot here. Your genetic testing shows this and this, and that’s why it’s important, and that’s why we’re using this drug to match this mutation.” And these are things patients will understand if doctors will explain it to them.

And similarly, the side effects. Lung cancer patients tend to be tough people. They’ll say, “It’s not so bad, I feel better; but the side effect is not so bad. I’m just not going to tell them.” And it even happens in clinic that they’ll tell me they feel fine, and then they’ll tell the nurse that they hurt in their left elbow. And I have to go back in and ask them some more questions on that.

So, it’s extremely important to feel comfortable in communicating with your doctor, asking questions; “Why am I getting this scan? Why are we using this treatment? Is this the best treatment? Are there clinical trials available? I have this new symptom, x, y, z,” because symptoms are often much easier to treat when you catch them early than when you catch them late.

And you don’t get a medal for being a tough guy in this situation. Tell your doctor if you have pain, and they can manage it. Tell them if you’re short of breath, and they can help you feel better. They can’t help you if you don’t tell them, and you are your own best advocate in this situation. Ask questions about the treatment, and why that’s the best one for you; and, as I said, about clinical trials.

Katherine:

Excellent. Thank you so much. It’s important for people to remember that.                   

And I just want to remind our audience that you can send in your questions to question@powerfulpatients.org, and we’ll get them answered, hopefully, on future programs.

So, Dr. Carbone, just to wrap things up, what are you excited about in lung cancer research right now, and what would you like to leave the audience with?

Dr. Carbone:              

Well, there’s a lot to be excited about in lung cancer right now. There’s new therapies being approved all the time. We have more new approvals in the last few years than in the last few decades put together. So, there’s a lot to be excited about.

But there’s still a lot of room for improvement, and there are a lot of patients who still suffer and die from lung cancer. So, my message to patients would be to make sure they get their biomarker testing before they start treatment. And it doesn’t mean to get the tests sent off and start on Joe Random treatment, until the test comes back. This means wait until the test comes back before starting treatment.

And then, I would recommend getting second opinions, if a patient is in a private practice without availability of clinical trials, to investigate if there might be new clinical trials available for them; again, before starting treatment, because sometimes even that first dose of standard chemo may make you ineligible for a trial. So, No. 1 is biomarkers.

Katherine:                  

All right. Thank you so much for joining us today.

Dr. Carbone:              

Well, you’re very welcome. Thank you for helping patients better understand how to deal with this disease.

Katherine:                  

And thank you to all of our partners.

To learn more about lung cancer and to access tools to help you become a proactive patient, visit powerfulpatients.org. I’m Katherine Banwell. Thanks for joining us today.

Questions to Ask Your Doctor About Essential Myeloma Testing

Questions to Ask Your Doctor About Essential Myeloma Testing from Patient Empowerment Network on Vimeo.

Being empowered to speak up about your myeloma care is not only important but essential. Dr. Saad Usmani, a myeloma expert, shares advice for partnering with your doctor and provides key questions to ask about myeloma test results.

Dr. Saad Usmani is the Chief of Myeloma Service at Memorial Sloan Kettering Cancer Center in New York City. Learn more about Dr. Usmani, here.

See More From INSIST! Myeloma


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What Should You Ask Your Doctor About Myeloma Testing?


Transcript:

Katherine Banwell:

If patients are concerned about voicing their concerns and I think many of us are, why should they feel like they’re a partner in their care?

Dr. Usmani:

Well, that’s the only way that they will feel empowered. And we have to remember why we’re doing this, right? So, we’re doing this so that we can alleviate the burden of this disease from our patients and give them as good of quality of life as possible. And it’s a partnership. And in that partnership, the patient is the most important partner. Everyone else – it’s like you’re the main character.

The patient’s the main character in the movie. And all of us are supporting cast around them. I think that’s how you have to approach it. That’s how – that’s why it’s very important. And of course, patients – we’re not expecting our patients to read the papers and be knowledgeable about everything. But have a general sense of what to expect and it will be – so, having a more educated patient helps them deal with treatments better and have realistic expectations of what’s to come.

Katherine Banwell:

Right. As I mentioned at the start of this program, Dr. Usmani, patients should insist on essential myeloma testing prior to choosing a treatment. As we conclude, I think it’s important to point out that some patients may not know if that can even receive these important tests. So, what key question should they ask their physician about them?

Dr. Usmani:

So, you should be asking your physician about what kind of myeloma you have? What stage of myeloma you have? How much involvement in the bones you have? Do you have any chromosome abnormalities or any features of disease that put you at a higher chance of the myeloma coming back?

As you ask these questions, your physician will be prompted to think about “Okay. Am I missing something in my work?” And you can always ask is there anything else you need to do in terms of testing to give you a better idea of how best to approach my treatment and follow-up. 

Which Tests Are Essential to Diagnose and Treat Myeloma?

Which Tests Are Essential to Diagnose and Treat Myeloma? from Patient Empowerment Network on Vimeo.

Several tests follow a myeloma diagnosis and continue throughout one’s care. Myeloma expert Dr. Saad Usmani provides an overview of these essential tests, including blood tests and cytogenetics, and how the results impact overall treatment options.

Dr. Saad Usmani is the Chief of Myeloma Service at Memorial Sloan Kettering Cancer Center in New York City. Learn more about Dr. Usmani, here.

See More From INSIST! Myeloma


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How Is Minimal Residual Disease (MRD) Testing Used in Myeloma Care_

How Is Minimal Residual Disease (MRD) Testing Used in Myeloma Care? 

How Are Cytogenetics Used in Myeloma Care_

How Are Cytogenetics Used in Myeloma Care?

What Should You Ask Your Doctor About Myeloma Testing_

What Should You Ask Your Doctor About Myeloma Testing?


Transcript:

Katherine Banwell:

What tests are necessary to help understand a patient’s specific disease both at diagnosis and prior to treatment?

Dr. Usmani:

So, the testing includes – what’s the objective of testing – we do tests to help diagnosis to assess how much of cancer we’re dealing with and then what kind of cancer we’re dealing with. Even within a given cancer, how much cancer you have and what kind you have is important. Folks can have a little bit of cancer in terms of burden. But it can be aggressive in its nature. So, you can have King Kong at your door, or it could be the green giant just trying to serve up veggies. Whereas King Kong will bite your head off.

So, with that in mind, there are things that we do such as blood tests to see effects on blood counts, kidneys, liver. We also do certain blood tests to identify what kind of multiple myeloma a patient may have as an example. So, the kind of myeloma protein they’re secreting. The kind of light chain they’re secreting. Then urine tests are done to see if there are any proteins that are leaking through the kidneys if there is kidney damage. Then bone marrow biopsy to a) look at how much myeloma and b) what kind by specific testing that we do on the bone marrow biopsy. And then imaging to see what parts of the bone’s affected.

Katherine Banwell:

Great. I’m assuming that these tests will help with the opening of the stages of myeloma.

So, how is myeloma staged?

Dr. Usmani:

So, the staging of myeloma is still a work in progress. The reason why I say that is we have a good way of accessing how much myeloma a patient may have. But if we don’t combine it well with what kind or how aggressive it may be. So, staging in myeloma relies on two blood tests that are serum albumin and serum beta-2 macroglobulin.

And they help us give a good assessment of how much myeloma patients have. And maybe a little bit of information about whether patients may have a bit more aggressive kind. But then you overlay that with cytogenetic information from the myeloma cells that are from the biopsy as well as another blood test called LDH.

If patients have any of the quote unquote high-risk features, they are – along with a high level of beta-2 microglobulin, you stage them as stage 3. If they don’t have them, they’re stage 1. If they have some of the features, they’re kind of in between in stage 2. And that’s how we stage multiple myeloma.

Katherine Banwell:

You mentioned cytogenetics. What testing is involved in that?

Dr. Usmani:

So, bone marrow biopsy – it’s very broad. But there are two parts to it.

One part is getting the bone marrow aspirated where we insert a needle into the pelvic bone and get parts of the bone marrow – the blood inside the bones out. And look at how much percentage of plasma cells are there. What kind of surface markers or features they have.

And then we look at if those cancer cells have any chromosome abnormalities that are unique to myeloma. And some chromosome abnormalities can be high-risk.

What does high-risk mean? High-risk means if you treat patients in a certain fashion, they have a higher chance of relapsing or a higher chance of the myeloma coming back out of remission. So, we identify those features by way of looking at cytogenetics. And there are different techniques in which we can take a look at that.

Katherine Banwell:

And what are those techniques? There’s something called FISH, right?

Dr. Usmani:

Yes.

Katherine Banwell:

And flow cytometry and also next generation sequencing?

Dr. Usmani:

Yes. So, and there is also conventional cytogenetics. So, flow cytometry looks at the different proteins that are part of the surface of any cell – any blood cell for that matter. It could also be any other cell as well, not just blood cells.

But in this particular case when we do flow on the blood marrow aspirate, we’re looking for unique features of those myeloma cells. But that does not tell us anything about the chromosomes. Conventional cytogenetics is the old fashion way. It’s a 40 – 50-year-old technique in which you make the cells in a test tube. You make those cells go through cell division. Each human cell has 46 chromosomes or 23 pairs. And when the cells are dividing, those chromosomes kind of line up in the center.

And the old fashion technique of conventional cytogenetics was take a look at the cells when those cells – when the chromosomes are aligned, and see if some parts of the chromosomes are missing or one chunk of one chromosome has attached to the other. That’s the old fashion way. The FISH technique, what it does is it’s geared toward identifying specific abnormalities.

And one part of that particular protein or molecule that goes and attaches to that chromosome has a color-coded probe. So, you can see within a cell different colors light up. And based on those unique features, you can identify “Okay. This cell over here is missing a part of chromosome 17. Or this part of chromosome 14 is attached to chromosome 4.” That’s FISH. So, FISH is very specific. Conventional cytogenetics is not. Next-generation sequencing, there are – that’s a broad term.

You can measure different types of nucleic acids: RNA versus DNA. And those different techniques identify specific – they can identify specific mutations in a cancer cell.

So, each of these techniques provide different layers of information for our myeloma patients. 

How Does Essential Testing Affect Myeloma Care and Treatment?

How Does Essential Testing Affect Myeloma Care and Treatment? from Patient Empowerment Network on Vimeo.

 Why is it important to ask about essential testing for your myeloma? Find out how test results could reveal more about your myeloma and may help determine the most effective care for your individual disease.

See More From INSIST! Myeloma


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What Should You Ask Your Doctor About Myeloma Testing?


Transcript:

Why should you ask your doctor about essential myeloma testing?

When a patient is diagnosed with myeloma, they typically undergo a series of tests that aid in diagnosing and staging their individual disease. The standard tests include:

  • Blood Test
  • Urine Test
  • Bone Marrow Biopsy, and
  • Imaging

As research in the field evolves, genetic profiling via more in-depth cytogenetic testing is increasingly common to further classify your myeloma. This testing often identifies unique biomarkers of the myeloma, such as translocations or changes in chromosomes.

So why do the results of these tests matter?

  • The presence of certain biomarkers can indicate a patient is low-risk, which can suggest a more positive prognosis.
  • There are certain biomarkers that indicate high-risk myeloma, meaning an aggressive treatment approach may be more effective.

Knowing your risk in myeloma is useful to your healthcare team when choosing a treatment approach or may help in determining if a clinical trial might be right for you.

How can you Insist on the best care for YOUR myeloma?

  • First, always speak up and ask questions. Remember, you have a voice in YOUR myeloma care. Your doctor is expecting you to ask questions and should be able to answer them.
  • Ask your doctor if you have had or will receive genetic testing for risk stratification and how the results may impact your care and treatment plan. Be sure to ask for paper or electronic copies of your important test results.
  • And finally, bring a friend or a loved one to your appointments to help you process information and to take notes.

To learn more about your myeloma and access tools for self-advocacy, visit powerfulpatients.org/myeloma 

Which Tests Do You Need Before Choosing a Lung Cancer Treatment?

Which Tests Do You Need Before Choosing a Lung Cancer Treatment? from Patient Empowerment Network on Vimeo.

Why is it important to ask about biomarker testing for your lung cancer? Find out how test results could reveal more about your lung cancer and may help determine the most effective treatment approach for your individual disease.

See More From INSIST! Lung Cancer

Related Resources:

Accessing Personalized Treatment for Lung Cancer

What Are the Advantages of Newer Lung Cancer Treatment Approaches?

What Are the Advantages of Newer Lung Cancer Treatment Approaches?


Transcript:

Why should you ask your doctor about biomarker testing?

Biomarker testing, sometimes referred to as molecular testing or genetic testing, identifies specific gene mutations, proteins, chromosomal abnormalities, and/or other molecular changes that are unique to YOU and YOUR lung cancer.

The analysis is performed by testing the tumor tissue or by testing tumor DNA extracted from blood to identify unique characteristics of the cancer itself.

So why do the test results matter?

The test results may predict how your lung cancer will behave and could indicate that one type of treatment may be more effective than another.

In some cases, biomarkers can indicate that a newer approach, such as targeted therapy or immunotherapy, may work better for you.

Common mutations associated with lung cancer include the EGFR, ALK, ROS1, BRAF, TP53 and KRAS genes, among others. In some cases, there are inhibitor therapies that target specific mutations. For example, if the EGFR mutation is detected, it may mean that an EGFR inhibitor, a type of targeted therapy, may work well for your type of lung cancer.

Another common biomarker associated with lung cancer is PD-L1. PD-L1 is a receptor expressed on the surface of tumor cells. The presence of PD-L1 indicates that a lung cancer patient may respond well to immunotherapy.

The results could also show that your cancer has a mutation or marker that may prevent a certain therapy from being effective, sparing you from getting a treatment that won’t work well for you.

Identification of biomarkers may also help you to find a clinical trial that may be appropriate for your particular cancer.

How can you insist on the best lung cancer care?

  • First, bring a friend or a loved one to your appointments to help you process and recall information.
  • Before you begin treatment, ensure you have had biomarker testing. Talk with your doctor about the results and how they may impact your care and treatment plan.
  • Finally, always speak up and ask questions. Remember, you have a voice in YOUR lung cancer care.

To learn more about lung cancer and to access tools for self-advocacy, visit powerfulpatients.org/lungcancer.

Which Myeloma Treatment Is Right for You? What You Need to Know

Which Myeloma Treatment Is Right for You? What You Need to Know from Patient Empowerment Network on Vimeo.

What should you know before deciding which treatment is best for YOUR myeloma? Myeloma expert Dr. Saad Usmani reviews essential testing that may help guide treatment decisions, and discusses the impact of risk stratification on myeloma care. Dr. Usmani also provides an overview of treatments in development, the importance of clinical trials, and shares why he’s hopeful about the future of myeloma research.

Dr. Saad Usmani is the Chief of Myeloma Service at Memorial Sloan Kettering Cancer Center in New York City. Learn more about Dr. Usmani, here.

Download Guide

See More From INSIST! Myeloma

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Essential Tests & Imaging After a Myeloma Diagnosis

Lab Tests in Myeloma: Key Results to Monitor

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Transcript:

Katherine:

Hello. And welcome. I’m Katherine Banwell, your host for today’s program. Today, we’re going to discuss how to access the most personalized care for your myeloma and why you should insist on essential testing. 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. Okay. Let’s met our guest today. Joining me is Dr. Saad Usmani. Dr. Usmani, would you introduce yourself please?

Dr. Usmani:

Certainly. Thank you for inviting me, Katherine. I’m Saad Usmani. I’m the incoming chief of myeloma at the Memorial Sloan Kettering Cancer Center in New York.

Katherine:

Excellent. Thank you for taking the time out of your schedule to join us today. Before we delve into the discussion, let’s start by defining a term that we’re hearing more frequently. What is personalized medicine?

Dr. Usmani:

Personalized medicine is a fancy term to examine different aspects of a patient’s health outside of their cancer diagnosis. And also, the cancer itself – factors that are associated with good response to treatment or an early relapse from treatment. So, it’s a holistic kind of an approach that looks at all of these factors together. Also, looks at the patient’s mental and social well-being and comes up with a game plan for them.

So, I would probably divide the various factors that kind of come into play with the personalized medicine or personalized approach to cancer treatment by taking into account factors that are patient-related, factors that are cancer- or disease-related, and then factors that are related to treatments that they maybe receiving.

So, these three kinds of combined together to form a plan that is unique to that individual patient.

Katherine:

Right. What tests are necessary to help understand a patient’s specific disease both at diagnosis and prior to treatment?

Dr. Usmani:

So, the testing includes – what’s the objective of testing – we do tests to help in diagnosis to assess how much of cancer we’re dealing with and then what kind of cancer we’re dealing with. Even within a given cancer, how much cancer you have and what kind you have is important. Folks can have a little bit of cancer in

terms of burden. But it can be aggressive in its nature. So, you can have King Kong at your door, or it could be the green giant just trying to serve up veggies. Whereas King Kong will bite your head off.

So, with that in mind, there are things that we do such as blood tests to see effects on blood counts, kidneys, liver. We also do certain blood tests to identify what kind of multiple myeloma a patient may have as an example. So, the kind of myeloma protein they’re secreting. The kind of light chain they’re secreting. Then urine tests are done to see if there are any proteins that are leaking through the kidneys if there is kidney damage. Then bone marrow biopsy to a) look at how much myeloma and b) what kind by specific testing that we do on the bone marrow biopsy. And then imaging to see what parts of the bone’s affected.

Katherine:

Great. I’m assuming that these tests will help with the opening of the stages of myeloma.

So, how is myeloma staged?

Dr. Usmani:

So, the staging of myeloma is still a work in progress. The reason why I say that is we have a good way of accessing how much myeloma a patient may have. But if we don’t combine it well with what kind or how aggressive it may be. So, staging in myeloma relies on two blood tests that are serum albumin and serum beta-2 macroglobulin.

And they help us give a good assessment of how much myeloma patients have. And maybe a little bit of information about whether patients may have a bit more aggressive kind. But then you overlay that with cytogenetic information from the myeloma cells that are from the biopsy as well as another blood test called LDH.

If patients have any of the quote unquote high risk features, they are – along with a high level of beta 2 microglobulin, you stage them as stage three. If they don’t have them, they’re stage one. If they have some of the features, they’re kind of in between in stage two. And that’s how we stage multiple myeloma.

Katherine:

You mentioned cytogenetics. What testing is involved in that?

Dr. Usmani:

So, bone marrow biopsy – it’s very broad. But there are two parts to it.

One part is getting the bone marrow aspirated where we insert a needle into the pelvic bone and get parts of the bone marrow – the blood inside the bones out. And look at how much percentage of plasma cells are there. What kind of surface markers or features they have.

And then we look at if those cancer cells have any chromosome abnormalities that are unique to myeloma. And some chromosome abnormalities can be high-risk.

What does high-risk mean? High-risk means if you treat patients in a certain fashion, they have a higher chance of relapsing or a higher chance of the myeloma coming back out of remission. So, we identify those features by way of looking at cytogenetics. And there are different techniques in which we can take a look at that.

Katherine:

And what are those techniques? There’s something called FISH, right?

Dr. Usmani:

Yes.

Katherine:

And flow cytometry and also next generation sequencing?

Dr. Usmani:

Yes. So, and there is also conventional cytogenetics. So, flow cytometry looks at the different proteins that are part of the surface of any cell – any blood cell for that matter. It could also be any other cell as well, not just blood cells.

But in this particular case when we do flow on the blood marrow aspirate, we’re looking for unique features of those myeloma cells. But that does not tell us anything about the chromosomes. Conventional cytogenetics is the old fashion way. It’s a 40 – 50-year-old technique in which you make the cells in a test tube. You make those cells go through cell division. Each human cell has 46 chromosomes or 23 pairs. And when the cells are dividing, those chromosomes kind of line up in the center.

And the old fashion technique of conventional cytogenetics was take a look at the cells when those cells – when the chromosomes are aligned, and see if some parts of the chromosomes are missing or one chunk of one chromosome has attached to the other. That’s the old fashion way. The FISH technique, what it does is it’s geared toward identifying specific abnormalities.

And one part of that particular protein or molecule that goes and attaches to that chromosome has a color-coded probe. So, you can see within a cell different colors light up. And based on those unique features, you can identify “Okay. This cell over here is missing a part of chromosome 17. Or this part of chromosome 14 is attached to chromosome 4.” That’s FISH. So, FISH is very specific. Conventional cytogenetics is not. Next-generation sequencing, there are – that’s a broad term. You can measure different types of nucleic acids: RNA versus DNA. And those different techniques identify specific – they can identify specific mutations in a cancer cell.

So, each of these techniques provide different layers of information for our myeloma patients.

Katherine:

Thank you for that explanation. I appreciate it. How can the results of these tests affect prognosis and treatment?

Dr. Usmani:

So, currently for the most part, we’re treating myeloma patients in a similar fashion. Except for some tweaking based on these quote unquote high-risk features. So, there are certain chromosomes abnormalities that tell us that a patient has a higher chance of relapsing early even if they get the standard of care treatment. So, we try to enroll those patients into a clinical trial or have better optimization of their induction treatment and their maintenance strategy.

So, identifying these high-risk abnormalities is important because our treatment decisions may be modified for that patient’s disease. Or we might be able to get them to a clinical trial sooner than later.

Katherine:

Right. What is risk stratification? And how is it used in patient care?

Dr. Usmani:

So, risk stratification helps us identify people who are going to do well in terms of getting to a good response and maintaining that response and maintaining being progression free or being disease free versus those folks who maybe relapsing sooner. And that’s called risk stratification. So, you are essentially identifying and dividing patients into two different buckets saying, “All right. I have to pay attention to this person a bit more because they can relapse soon. So, I’m going to be keeping an eye on their labs and such very much, much closely.”

Katherine:

Let’s talk about therapy for myeloma patients. How are low-risk patients treated?

Dr. Usmani:

So, typically, the low or standard risk patients are treated with at least a three-drug induction treatment at the time of diagnosis. Or sometimes with four-drugs if you combine an antibody treatment. There are various regimens but the standard of care is at least three drugs. Then for patients who may be eligible for a stem cell transplant, they go on to receive autologus stem cell transplant.

Once they’ve recovered from the stem cell transplant, they go on to maintenance treatment.

And the idea is that the induction along with stem cell transplant for those patients who are eligible gets patients to as deep as a response as possible. And the concept of maintenance is you maintain them in that response and delay the disease from coming back.

Katherine:

Right. And then what about high-risk patients? How are they treated?

Dr. Usmani:

So, for high-risk patients, we typically prefer using a four-drug regimen. Either daratumumab (Daralex) RVd or carfilzomib (Kyprolis) with len dex or KRd as induction treatment for high-risk patients. After the stem cell transplant, most patients would continue both the lenalidomide as maintenance along with the proteasome inhibitor. If f patients had low or standard risk disease, they would only be getting lenalidomide as maintenance. So, here for high-risk patients, you’re adding a proteasome inhibitor.

Katherine:

Right. I see. Okay. And where do clinical trials fit into treatment?

Dr. Usmani:

So, as a clinical researcher, I’m a big proponent of telling my patients that if there’s a clinical trial that’s available to you, it doesn’t matter which stage of disease you’re at. Whether you’re newly diagnosed, or another myeloma has come back. Consider a clinical trial as your first and best option. Talk to physicians about both the standard of care options as well as clinical trial options.

Most clinical trials in myeloma are not someone getting treatment and the other person not getting anything. The trials that we’re doing, patients are getting at the very least the standard of care treatment. So, I would say that the – yeah. I mean, the clinical trials end up being the best option for majority of patients instead of standard of care.

Katherine:

Who is stem cell transplant right for?

Dr. Usmani:

So, stem cell transplant are kind of a misnomer. There is nothing magical about getting your own – collecting your stem cells and giving them back to you. I think the stems cells are – the way that – what they’re really doing is helping the patients bone marrow recover from the melphalan chemotherapy that’s given as part of the stem cell transplant because it’s melphalan, which was our first anti-myeloma medicine discovered back in the ‘50s and early ‘60s. That has been a mainstay of treatment of myeloma for six, seven decades now.

But if you give high doses of melphalan, there’s certain side effects. It can damage the stem cells and delay blood count recovery. So, that’s why patients get stem cells. So, in the body of evidence we have, most myeloma patients would be eligible for a stem cell transplant either at the time of diagnosis or if they decide to collect their stem cells and hold it back for the first relapse. That would be the other setting. But age is not a barrier. It’s more about how fit a patient is. And this is where a comprehensive myeloma geriatric assessment becomes important because an eyeball test is not good enough. You need to have more complex assessment of patients. So –

Katherine:

So, this is looking at comorbidities.

Dr. Usmani:

It is looking at comorbidities.

It’s looking at performance status. It’s looking at cardiopulmonary reserve. It’s looking at cognition and mental health as well. So, all of those factors. And obviously besides that, if you don’t have good social support, then going through a stem cell transplant becomes a challenge as well. So, there’s all these factors that kind of come into play together.

Katherine:

Yeah. Dr. Usmani, how is immunotherapy advancing in this field?

Dr. Usmani:

I think that’s the big area of research and clinical therapeutics over the past five or six years is immunotherapies. And it’s a broad umbrella. There are a few things that kind of fall under it – under that category.

So, it includes antibody-based treatments, includes CAR T-cell therapies. Yeah. I mean, it’s a very active area. Again, we can have a one-day seminar just talking about all the advances that are happening in that specific space. But that’s the new frontier. I think that’s the immunotherapies play a big role in finding a cure for myeloma.

Katherine:

You mentioned CAR T-cell therapy. Is it showing a lot of promise in myeloma care and treatment?

Dr. Usmani:

It is in the relapse refractory as in the advance refractory patients as well as in early relapse patients. And we are just starting to do clinical trials in newly diagnosed, high-risk patients. So, yes. It’s showing good promise. One advantage of CAR T-cell therapy is once you get the CAR T-cell therapy, it’s a one and done deal.

You just get CAR T-cell therapy and there’s no maintenance. So, patients really enjoyed that part of being off of therapy. They go into remission and then they don’t have to take anything for months or even a few years. So, I think that’s the biggest excitement about CAR Ts.

Katherine:

Yeah. Once a patient begins therapy, how do you monitor whether a treatment is working?

Dr. Usmani:

So, as part of the diagnostic work up, we typically have identified in the blood using serum protein electrophoresis and serum free light chains. What kind of myeloma proteins these – that particular patient’s myeloma cells are making. And we can monitor them every cycle of treatment. So, every three or four weeks.

And that’s the most noninvasive way of seeing if the treatment is working. The second obviously important thing is if someone has symptoms. If they have kidney damage, if they have bone pain, all of those things start improving as you’re getting treatment. And then in some patients, we’re also looking at imaging like PET CT scans at certain time points. And at some point, we do also look at the bone marrow biopsies to see what’s really going on in the factory.

Katherine:

We often hear the term MRD, or minimal residual disease used in the myeloma space. So, what is it exactly and how is it used in patient care?

Dr. Usmani:

So, minimal residual disease is a way to measure how much myeloma is left over in a given patient.

And historically, we were simply looking at the serum proteins and the light chain levels along with just the morphology of the bone marrow to see if – kind of determine a response. But we can have a much deeper assessment of how many cancer cells as a leftover from a bone marrow biopsy by different measurements. Someone can be in a complete response with M-Spike is gone. The light chains have normalized.

Yet they can still have 10,000 – 100,000 myeloma cells still in the bone marrow. And just using the bone marrow biopsy the way that we used to, we won’t be able to see them. We’ll just see, “Oh, these look like normal plasma cells.” So, using next generation sequencing and flow cytometry, we can look at normal myeloma cells at a very deep level – one out of one million.

But these tests are highly specialized. And especially the flow cytometry requires a lot of expertise. The NGS requires good sampling at the time of diagnosis as well as subsequent specimen.

Katherine:

Here’s a question we received from a viewer before the program. Mary writes: “I was just diagnosed with MGUS, and I’m obviously very concerned. What should I be looking for and how often should I check in with my doctor?”

Dr. Usmani: That is a very good question. MGUS is a precursor disease to myeloma and other class cell muscle disorders. And based on the original homestead county data from the mayo clinic, if there were 100 folks who had MGUS, one out of 100 every year would – there’d be one percent likelihood of them progressing to myeloma or some other plasma cell disorder.

So, the overall risk say in the next 20 years for a given patient is fairly low. And what we look at when we’re determining how frequently to check the blood or see the patient is the value of that M-spike.

If it’s a high value, if it’s two or three, we’ll be checking the labs more frequently every three months or so. Maybe seeing them every six months for the first year or two. If the M-spike value is very low, it’s one gram or less, we might be just checking labs once or twice a year and seeing patients once a year. But I would highly recommend in addition to seeing your regular hematologist who diagnosed you with this MGUS to do seek an opinion at a myeloma center of excellence.

Katherine:

Okay. If a patient is interested in participating in a clinical trial, what question should they ask their doctor?

Dr. Usmani:

The question that they should ask each time when you’re at that fork is can you please share with me what clinical trial options I have and compare them. Give me more information about “How do they compare with the standard of care treatments that are being offered?” And if you do not have any clinical trial options, would it be worthwhile, to again seek an opinion at a myeloma center of excellence to see if there are clinical trials available.

And in today’s day and age, you can have a virtual consult with a myeloma center of excellence. You don’t have to even go in. You can just chat with an expert on video and see if a clinical trial maybe right for you.

Katherine:

Are there common misconceptions you hear from patients concerning clinical trials?

Dr. Usmani:

Yeah. I think the most common perception patients have is “Oh, I’m going to be used a Guinea pig for something that hasn’t been used in humans before.”

Katherine:

In a human before. Exactly.

Dr. Usmani:

So, most of the clinical trials are not first in human trials. Yes. We do have first in human trials where we are using novel treatments in some instances.

But there is strong rational and safety guardrails built around that. And if you’re participating in a first in human study, it’s highly likely that the other treatments have stopped working and there might not be other options. However, majority of trials that patients end up participating in are getting at least the standard of care treatment. So, I think it’s very clear to kind of communicate this to patients that, “Hey, you are going to be getting a standard of care treatment even if you go on the quote unquote control arm. It’s not that you’re getting placebo.”

So, I think clarifying what the protocol is, giving patients information kind of alleviates some of those concerns. But that’s the most common misconception people have.

Katherine:

If patients are concerned about voicing their concerns and I think many of us are, why should they feel like they’re a partner in their care?

Dr. Usmani:

Well, that’s the only way that they will feel empowered. And we have to remember why we’re doing this, right? So, we’re doing this so that we can alleviate the burden of this disease from our patients and give them as good of quality of life as possible. And it’s a partnership. And in that partnership, the patient is the most important partner. Everyone else – it’s like you’re the main character.

The patient’s the main character in the movie. And all of us are supporting cast around them. I think that’s how you have to approach it. That’s how – that’s why it’s very important. And of course, patients – we’re not expecting our patients to read the papers and be knowledgeable about everything. But have a general sense of what to expect and it will be – so, having a more educated patient helps them deal with treatments better and have realistic expectations of what’s to come.

Katherine:

Right. As I mentioned at the start of this program, Dr. Usmani, patients should insist on essential myeloma testing prior to choosing a treatment. As we conclude, I think it’s important to point out that some patients may not know if that can even receive these important tests. So, what key question should they ask their physician about them?

Dr. Usmani:

So, you should be asking your physician about what kind of myeloma you have? What stage of myeloma you have? How much involvement in the bones you have? Do you have any chromosome abnormalities or any features of disease that put you at a higher chance of the myeloma coming back?

As you ask these questions, your physician will be prompted to think about “Okay. Am I missing something in my work?” And you can always ask is there anything else you need to do in terms of testing to give you a better idea of how best to approach my treatment and follow up.

Katherine:

I’d like to close by asking about developments in myeloma research and treatment.

What’s new that you feel patients should know about?

Dr. Usmani:

Oh, my. We can spend a long time with this answer. I would say that we understand what’s driving myeloma as a disease. We have a better understanding of what’s going on with the rest of the immune system and the bone marrow microenvironment where the myeloma cells live. So, the treatments that are being developed right now are trying to combine different ways in which you can shut the myeloma cell down by targeting those abnormalities or those abnormal pathways. And also, to harness the patient’s immune system to go after the cancer cells. So, combining what we’re calling immunotherapy with small molecule or more cancer directed treatments.

So, I think that’s kind of where the field is headed. And it’s – these are smarter strategies, smarter treatments. And we’re moving away from old fashioned conventional chemotherapies.

Katherine:

Dr. Usmani, thank you so much for joining us today. It’s just been a pleasure.

Dr. Usmani:

It’s been my privilege. Thank you so much for inviting me to this.

Katherine:

Thank you. And thank you to all of our partners.

To learn more about myeloma and to access tools to help you become a more proactive patient, visit PowerfulPatients.org. I’m Katherine Banwell. Thanks for joining us today.

 

How Will You Know if Your Lung Cancer Treatment Is Working?

How Will You Know if Your Lung Cancer Treatment Is Working? from Patient Empowerment Network on Vimeo.

How do lung cancer experts determine if a treatment approach is working? Expert Dr. Heather Wakelee explains how treatment effectiveness is monitored and what should be analyzed when treatments stop working.

Dr. Heather Wakelee is a thoracic medical oncologist and deputy director of the Stanford Cancer Institute where she also serves as the division chief of medical oncology. Learn more about Dr. Wakelee, here.

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Transcript:

Katherine:

We have a question that we received from an audience member earlier. Jeff asks, “How do you know if your lung cancer treatment is working?”

Dr. Wakelee:

So, there are a lot of ways of knowing if treatment is helping. So, the one I rely on the most is, “Does the patient overall feel better?” That is difficult to say exactly how. Sometimes people are having breathing problems; they feel that that’s better. Sometimes their energy’s lower. They feel better. It can be vague. We also use scans. So, we tend to get scans, depending on the treatment we’re giving, every couple of months plus or minus, sometimes, every three months to help track what’s actually going on. But occasionally, there are discrepancies.

So, sometimes, the scan, is it better? Is it not better? Can’t really tell. And then, you’re always taking that, “How does the patient feel?” So, usually, if the scans are better, the patient feels better. It’s easy. Usually if the patient’s feeling worse and the scan looks worse, clear decision. Not a good one, but clearly, we need to do something different. But sometimes, you’re left, and especially this happens with the first scan because you get a scan, it takes a little while, you start the new treatment, then you get the next scan, how much of the changes happened before you started the new one and how much didn’t? So, these can be more challenging conversations, but generally if the patient’s feeling a little bit better, the scan’s unclear, we usually say, “You know, let’s give this treatment a little bit more time.” We also, I think your question was specifically around how do we tell if it’s working, but you also often need to be thinking about, “Well, what’s it doing that’s negative to the person and is that potential, those side effects worth the benefits we are or are not seeing?”

So, it’s kind of all of those things together. It can be a bit complex.

Katherine:

What goes into the decision to change therapies if it becomes necessary?

Dr. Wakelee:

So, when we’re thinking about making a change, the way I always look at it is, is where we are today still okay or not? And, if it’s not, that would be because clearly the cancer’s growing or clearly the side effects are just not tolerable. Then, we decide together with the patient we need to do something different. And, when we think about what do we do next, we look at what have we’ve already done, did it work or not, if not, let’s do something more different. And so, let’s think about something that might be somewhat similar. When we’re dealing with targeted therapies, we have ways to try to figure out what changed in the tumor that made it now resistant or not working with that treatment.

And so, with some of the pill drugs, there’s been a lot of research and understanding how does the tumor change that helps it evade, get away from, be resistant to whatever treatment you’re on.

And then, sometimes, we have other pill drugs that work in that particular setting, not always. With immune therapy, we’re trying to better understand why does the immune therapy stop working?

Sometimes you can add back to it, like, you can add chemotherapy back to immune therapy alone or sometimes you can do radiation with immune therapy to get that response back. Or, add other combinations to it. So, that’s another thing that we’re working on. And then, like I said, if someone hasn’t ever had chemotherapy and the tumor’s become resistant, we’re going to be thinking a lot about chemo because that can play a role against so many different reasons that the cancer might not be responding to whatever treatments someone’s on. And then also, looking at how the patient’s feeling and doing, what their overall what we call “performance status, ” their sort of overall health, and how well do we feel with them that they’re going to be able to tolerate the next treatment because, you’re always having to weigh how much is this likely to help, and how might this harm in finding the right balance. 

How Are Targeted Therapy and Immunotherapy Used in Lung Cancer Care?

How Are Targeted Therapy and Immunotherapy Used in Lung Cancer Care? from Patient Empowerment Network on Vimeo.

Expert Dr. Heather Wakelee explains how targeted therapy and immunotherapy work to treat lung cancer and which patient type each therapy is most appropriate for.

Dr. Heather Wakelee is a thoracic medical oncologist and deputy director of the Stanford Cancer Institute where she also serves as the division chief of medical oncology. Learn more about Dr. Wakelee, here.

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Transcript:

Katherine:

Dr. Wakelee, you mentioned targeted therapies. How do they work?

Dr. Wakelee:

Targeted therapies are something we can use when we find a specific gene mutation in the tumor. So, I mentioned before that in order for a cancer cell to become cancer, something has to happen to the DNA in the cell.

And, there’s a change or a mutation in the DNA of the cell which leads it to be a cancer. And, a lot of the time, that mutation happens in a specific kind of gene that makes a type of protein called a tyrosine kinase. And for those of you who haven’t studied a lot of science, it’s a word you might not have heard before. But basically, these tyrosine kinases are proteins in the body that make a lot of changes to what’s going on in the rest of the cell. So, they’re sort of what we call regulators. And, one way of thinking about them is like on and off switches. So, normally, their job is to sit and if the right molecule comes around, that turns it on, and then it turns on other proteins in the cell. And if that molecule isn’t there, it’s turned off. So, it’s this on and off switch that does a lot of other aspects of what’s going on in the cell. But, sometimes, a mutation happens. It turns it on all the time. So, it’s like if you leave the light on.

It’s on all the time, that’s using a lot of energy, and that’s actually what’s driving the cell to act like a cancer. And so, we can now look for some of those mutations that turn some of these tyrosine kinases on all the time. But we’ve also developed drugs that we can use to turn them off. So, if we find this specific gene mutation that’s turning, say, the EGFR protein on all the time, if we find that, we can have the patient take a pill that then turns that off.

And that helps the cancer slow down, some of it die, some of the cancer cells die, but it doesn’t completely wipe it out. It helps the patient for a long time though by shrinking the cancer, helping them feel better because the symptoms are gone, keeping the cancer from growing. But, cancer cells are clever. They continue to divide, they can continue to make new mutations, and eventually, they figure out ways around that. So, when we talk about targeted therapy, it’s a setting where we find the cancer.

In the cancer, we find the gene mutation, it’s in one of these specific types of proteins, genes that make specific protein that turn something on that we can then turn off, and with those pill drugs, we can have a big impact for people.

Katherine:

And, what exactly is immunotherapy?

Dr. Wakelee:

Immunotherapies are treatments that were used to help keep the immune system more active.

So, the immune system is a very complex mechanism. There are cells that their whole job is to figure out and find things that are not us. So, they are looking for bacteria, they’re looking for cells that have a virus in them, and when they find it, they attack. And, that attack can be in the form of antibodies, it can be cells that actually go in and attack other cells directly, and we are all familiar a little bit with the immune system because we know that if we get a cold, our body, we can get a fever, that’s part of our immune response, and we get better. And then, some people know the bad side of the immune system if they have allergies or certain autoimmune diseases where the immune system gets a little bit too revved up and starts to recognize normal things as foreign.

So, in the setting of cancer, normally, the immune system is able to recognize a cancer cell, see that it’s different from the rest, and get rid of it. But, cancer cells are clever and they figure out ways to evade the immune system. And, one of the ways they do this is they put a protein called PD-L1. So, PD-L1 is a protein that a lot of our normal cells use to say, “Just a normal cell. Ignore me.”

And so, when an immune cell comes in and sees that, it gets turned off it goes away. So, what our immune therapies do is most of them are blocking that PD-L1 protein. And, when they do that, it’s sort of like taking away the stop sign. So, you’ve got a tumor using a stop sign to say, “Go away, immune cell,” you block it so the immune cells can’t see that stop sign, and so then it kills the cancer cell better. So, that’s how these drugs work, and that’s the immune therapy.

There are some other stop signs besides PD-1 and PD-L1, but that’s the most common. So, when we’re talking about immune therapy, it’s drugs that block that. So, they increase the ability for the immune cell to recognize cancers. The risk from them is that you can get the body to recognize normal tissue as a problem sometimes. So, that’s the toxicity that we watch for. 

What Are the Goals of Lung Cancer Treatment?

What Are the Goals of Lung Cancer Treatment? from Patient Empowerment Network on Vimeo.

The goals of lung cancer treatment can vary depending on the stage. Expert Dr. Heather Wakelee explains how lung cancer stage is determined and shares insight about the goals of treatment at each stage.

Dr. Heather Wakelee is a thoracic medical oncologist and deputy director of the Stanford Cancer Institute where she also serves as the division chief of medical oncology. Learn more about Dr. Wakelee, here.

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Transcript:

Katherine:

Let’s turn to treatment, Dr. Wakelee. On a basic level, what are the goals of treatment for lung cancer?

Dr. Wakelee:

So, with lung cancer, we’d love to cure everybody, that’s the ultimate goal, and do it in a way where people are able to continue living their life as they were before the cancer diagnosis. The ways that we do it, first of all, we’ve got to find the cancer, and that’s where screening is such an important aspect of things. If we can find the cancer at an earlier stage, we’re more likely to be able to cure someone.

So, what do I mean by “earlier stage?” Well, when a tumor first develops, usually, there is a single cell that develops a mutation, meaning a change in the gene, which gives that cell an advantage so it doesn’t die the way it’s supposed to. And then, it keeps growing, and dividing, and making new cells. And those over time get to a large enough size that they are the cancer. And given more time, those cancer cells start to spread into other parts of the body, usually first into what we call the lymph nodes, and from there then into other organs in the body. And this stage refers to health or how the cancer spread. So, the stage I cancer is still in that ball of cancer. Stage II means that it’s spread into some lymph nodes. Stage III is it spread into more lymph nodes, usually in the center part of the chest or mediastinum, and that’s where it starts to be much more difficult for the surgeons to be able to truly remove all of the cancer.

And then stage IV means that the cancer is not something that we’re going to be able to remove with surgery. It’s spread either within the lung to the lining of the lung or it has spread to other organs in the body. And so, when we talk about those stages that I, II, III, IV, it’s a bit more complicated than that. But, I think for most people, if they just think about it as stage I, just the cancer, stage II, lymph nodes and the lungs, stage III, lymph nodes in the center, and then stage IV, elsewhere, that’s a good way to kind of wrap your head around it.

And when we talk about stage I and II, that’s the truly early stage where we hope to be able to cure people with surgery. Surgery alone is enough for the majority of people with stage I cancer, and for maybe half, a little more than half of people with stage II. So, how can we be better than that? Well, that’s where there’s been a lot of new advances. So, adding chemotherapy after surgery can help a lot of stage II patients.

If the tumor genomic testing biomarkers shows that there’s a mutation called EGFR, we now know that there’s a pill drug that people can take that would prolong the time to when the cancer might come back. And then, just very recently, there was stated that that immune therapy drugs

IV can also prolong time to when the cancer comes back and maybe improve cure if the tumor has that biomarker called PD-L1. So, that’s that early stage. So it’s, again, getting more and more complicated and emphasizing that you’ve got to understand the biomarkers of the tumor to know how to best help someone.

When we move to stage III, some have surgery, but when you can’t have surgery, then we do the chemotherapy and the radiation. That’s the key part of the treatment there. And, we also know that immune therapy can be really helpful for a lot of patients when it’s given after the chemo and radiation’s completed. And then for stage IV, I talked about that already, which is you’ve gotta do the biomarkers to figure out the best treatments for some people starting with a targeted pill drug is the right thing if their tumor has those right gene mutations.

For other people, immune therapy alone might be an option if the PD-L1 level is very high and they don’t have one of those gene mutations in the tumor. And for a lot of people, chemotherapy or chemotherapy plus immunotherapy is the right strategy.

Katherine:

Would you help the audience understand the types of therapy for small cell lung cancer specifically?

Dr. Wakelee:

Yes. So, small cell still has the same kind of staging, but it’s a little bit more simple. We talk about extensive stage or limited stage. And what that has to do with is we rarely do surgery for small cell. It tends to have spread earlier. There are a few cases where that’s done, but normally, we divide it up into limited or extensive. And when we talk about that, limited is the radiation doctors can get all of the cancer in one radiation field, and then radiation plus chemotherapy is the standard approach to try to cure. If it’s more extensive than that, then it becomes extensive stage.

And, the best treatment are going to be chemotherapy plus those immune therapy drugs added together.

And so, the chemotherapy drugs that we use for non-small cell and small cell, the platinum drugs play a role in all of it. The drug we partner is a little bit different. There’s a drug etoposide we use a lot in small cell and a lot of other options for non-small cell. And then, the immune therapy drugs, there are a lot of options that are fairly similar for both small cell and for non-small cell. 

In-Depth Testing for Lung Cancer Prognosis and Treatment

In-Depth Testing for Lung Cancer Prognosis and Treatment from Patient Empowerment Network on Vimeo.

How is in-depth lung cancer testing used in determining lung cancer prognosis and treatment? Expert Dr. Heather Wakelee shares insight about biomarker testing, genomic testing, and how test results may impact treatment options.

Dr. Heather Wakelee is a thoracic medical oncologist and deputy director of the Stanford Cancer Institute where she also serves as the division chief of medical oncology. Learn more about Dr. Wakelee, here.

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Transcript:

Katherine:

Dr. Wakelee, but what is genomic or biomarker testing?

Dr. Wakelee:

So, we are struggling with how to have one unifying way of describing it because it’s so complicated. So, to me, biomarker testing is any aspect of the tumor that helps us choose the best treatment for that patient. And so, it’s a very broad term. And, within biomarker testing, there are several different ways that we look at it.

So, one is to look at what proteins are on the cell’s surface. And, we do that by having stains that we use to stain the tissue. So again, complicated, but when a piece of tissue is taken out of the person, part of the tumor is removed. It’s sliced into little tiny slices, which are then put on glass slides that can be looked at under the microscope. And, that’s how the pathology doctors can look and see, “Ah, this looks like cancer,” or, “It doesn’t look like cancer.” When it does look like cancer, you can then put on stains, so basically, different colored antibodies that will light up if that particular protein is there. And so, that helps us figure out for sure that this started in the lung because there are specific proteins that are only found in lung. So, that’s one way we used it, and this is an older technology. But we also can use that to look for how much of this PD-L1 protein is expressed.

And so, that’s an important biomarker, but it’s not based on genomics, which is when we’re talking about the DNA.

Then, we have the genomic testing, and that’s when we’re looking at the genome of the tumor and how that genome is different. And, that’s that DNA or RNA testing. We talk about it with the next-gen sequencing. So, “sequencing,” any of those terms are all meaning we’re looking at some aspect of what makes the tumor genes and therefore the proteins made by the tumor different than the rest of the genes in the person.

And so, that testing, that genomic testing can be done on either the tumor specimen or that’s where we can do blood tests that will be able to pull out those bits of the DNA that are from the tumor versus from the person and help us figure out what’s going on with the cancer. So, when we talk about biomarkers, the whole picture, and when I’m talking with patients who are diagnosed with lung cancer, we talk about well, there’s chemotherapy treatment, which is good for almost everybody. There is targeted therapy.

Targeted therapy is usually based on those genomic tests, and the genomic tests can be done either on the tissue or on blood. But, they’re really important to have a full understanding of the

tumors to do a comprehensive or next-gen sequencing analysis of the tumor or DNA. And then, you have the immune therapy where that PD-L1 biomarker is important. So, that’s the way I think about it, and the biomarkers are really critical for helping us figure out what’s the best path forward for any individual patient.

When I started treating lung cancer patients 20 years ago, we only had chemotherapy. And now, for metastatic disease, with using the right biomarkers, we can figure out so much more about the cancer to be able to personalize the treatment, for many patients, being able to offer pill therapies that are somewhat less toxic and highly active and give people more time. And now, we’re in the immune therapy revolution, which is helping a whole other group of patients living with lung cancer to be able to live with quality life for much longer. And the pace of discovery is just going up so quickly. And, I think that’s what I’m most hopeful about is just how much attention is being paid on lung cancer and finding better therapies that are going to help more people for a longer period of time. 

Which Tests Do You Need Following a Lung Cancer Diagnosis?

Which Tests Do You Need Following a Lung Cancer Diagnosis? from Patient Empowerment Network on Vimeo.

Which lung cancer tests do patients need after a diagnosis? Expert Dr. Heather Wakelee provides an overview of lung cancer testing, explains how the results are used, and discusses how testing differs for small cell lung cancer versus non-small cell lung cancer.

Dr. Heather Wakelee is a thoracic medical oncologist and deputy director of the Stanford Cancer Institute where she also serves as the division chief of medical oncology. Learn more about Dr. Wakelee, here.

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Transcript:

Katherine:

Can you provide an overview of important tests following a lung cancer diagnosis?

Dr. Wakelee:

That’s a fabulous question. When we think about the tests that we need to have done, they’re mostly tests that are done on the tumor, so, either if someone has a surgery or at the time of biopsy. and, that’s where we can figure out what we call, again, the histology that’s squamous or non-squamous. That’s when they look at it under the microscope. But, they also, with the tumor specimen, you can pull the DNA out of the tumor and then test for the gene mutations in the tumor. And, I always emphasize these are not changes in the genes that are in the whole person. They are things that are unique to the tumor. They are what make the tumor different from the rest of the person.

So, we look at those gene mutations, or that’s kind of a biomarker. So, there are a lot of terms that we use, and I know it gets really confusing. So, I try to use “biomarker” to mean all of these things, but that gene mutation is what we look at in the tumor tissue to see if there are specific changes that will allow us to give a pill therapy, a targeted pill therapy. And then, there are also aspects of the tumor that help us figure out whether or not the immune therapy might work, and most commonly, that’s something called PD-L1. That’s a protein that we look at on the surface of the tumor, and so again, under the microscope.

Katherine:

And, when you talk about extracting DNA, is that via a blood test?

Dr. Wakelee:

So, we have two different ways to do that. So, what I was talking about before was from the tumor tissue, you can extract the DNA. But now, there are these liquid biopsies where we can draw blood and find the tumor DNA that is different from the rest of the person’s DNA and look for those gene mutations in the tumor.

And that is where there’s a lot of developments happening. And, that’s so fabulous because they’re often faster results for patients, and it means that you cannot have to go through another biopsy. We still need the biopsy to establish whether or not there is even cancer. But, once we know that there’s cancer for sure, then we can use the liquid biopsies to get a faster information result on those gene mutations and to follow over time to see how the tumor evolves because tumors change after they’ve been treated.

Katherine:

Do you use imaging at all?

Dr. Wakelee:

Yes. Always. So, when someone is first diagnosed with cancer, we usually find that because of imaging, so, a CT scan or an X-ray, maybe they had a screening CT scan or maybe they had a cough that led someone to go get an X-ray, an examination. So, the imaging is a part of the original diagnosis. And in addition to CT scans, we’ll often get a PET scan that helps us look for, in a different way, the rest of the body, maybe an MRI of the brain to look in that area.

And then, wherever we’ve found the tumor, we will track that area with scans over time. And, it gets a little complicated for a patient that was found with what we call early-stage disease. So, stage I or II. Many of the times, those patients can have surgery and then we don’t have any tumor we can follow anymore. But we get CT scans to look to see if it could have come back. For patients with more advanced disease, so, stage III that couldn’t have surgery or stage IV, there we have areas that we’re going to continue to follow with the scans. And which scans and how often is going to depend a lot on what treatment the patient’s on and where the tumors are located that we’re tracking.

Katherine:

Do these tests differ for small cell lung cancer and non-small cell lung cancer patients? And, I know that non-small cell lung cancer is also known as NSCLC.

Dr. Wakelee:

Yes. So, long ago, the only distinction we had with lung cancer was that small cell versus non-small cell, and that is something that is seen under the microscope when that tissue is taken out from the biopsy. The pathology doctors look at it under the microscope, and the cells look different. And, the small cell lung cancer, those cells are small. It’s not very creative naming. And then, everything else is non-small cell or NSCLC. So, it’s SCLC and NSCLC. So, that was one of the first distinctions.

And, it is still very important because the chemotherapy drugs that we use are slightly different. And, the genetic, those gene mutations, we see them in any cancer. That’s what makes a cancer different from the rest of the body. But in small cell lung cancer, the tumor mutations that we see are not things that we know how to target specifically. In non-small cell, there are targets that we can target specifically for some patients.

So, just there, it’s different in having the targeted pill drugs in non-small cell, not so much in small cell. With immune therapy, those newer immune therapy IV drugs, they can work in both small cell and non-small cell.

But for small cell, the biomarkers, that PD-L1 level is not as important for helping us figure out who’s going to benefit. For non-small cell, with many of the drugs, it is important. So, there are differences there.