Tag Archive for: Lumakras

Non-Small Cell Lung Cancer Treatment Options | Personalizing Therapy

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Non-Small Cell Lung Cancer Treatment Options | Personalizing Therapy from Patient Empowerment Network on Vimeo.

How does the presence of biomarkers impact lung cancer treatment options? Lung cancer specialist Dr. Isabel Preeshagul discusses how test results may influence treatment options and aid in personalizing lung cancer therapy.

Dr. Isabel Preeshagul is a thoracic medical oncologist at Memorial Sloan Kettering Cancer Center. Learn more about Dr. Preeshagul.

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Transcript:

Katherine Banwell:

How do biomarkers in lung cancer affect treatment options for lung cancer patients? 

Dr. Isabel Preeshagul:

So, it used to only be in stage IV, but now we are learning that biomarker testing is really important from the get-go because we have induction or neoadjuvant protocols that are looking at giving targeted therapy before patients go to surgery. 

We know that there’s FDA approval for patients to get targeted therapy after surgery, and there’s a survival advantage there. So, make sure that you have next-generation sequencing testing regardless of your stage. 

Katherine Banwell:

Okay. That’s good advice. So, we’ve heard how testing and a patient’s individual disease can lead to more targeted options. And you just mentioned targeted therapies. How do they work? 

Dr. Isabel Preeshagul:

So, there are many different targeted therapies that we have. Some of given as an infusion. For HER2, for example, we have TDXD, and we have T-DM1. TDXD is the only drug that’s FDA-approved in this setting. There are clinical trials looking at T-DM1. For EGFR Exon 20, we have another infusional drug called amivantamab-vmjw (Rybrevant). For EGFR Exon 19 and Exon 21, we have a pill called osimertinib (Tagrisso). For KRAS, there’s a pill. For most of the driver alterations, it’s a pill, but some of them it does require infusional therapy. But these are therapies that are targeted at the cells that harbor that mutation.  

Katherine Banwell:

Let’s turn to immunotherapy. What is it, and how does it work? 

Dr. Isabel Preeshagul:

So, immunotherapy is basically teaching your body to recognize cancer as foreign. So, when you have – I always kind of use this hand model. So, basically, a normal cell has, let’s say, three prongs. And then sometimes what happens is cancer will grow a marker called PD-L1 that makes it hide from the immune system. So, the body thinks that this is a normal cell. So, what immunotherapy does is it comes up and it sort of puts a cap on that PD-L1 so that the cell looks foreign again and the body can attack that cell and get rid of it. So, it’s almost like ramping up your immune system to recognize that marker and get rid of that cell.  

Katherine Banwell:

What is the regimen for immunotherapy, and how often is treatment administered? 

 Dr. Isabel Preeshagul:

So, immunotherapy is approved in the neoadjuvant setting, which means before chemotherapy. It’s approved after chemotherapy, and it’s approved in the stage IV setting. There are many different regimens and many different dosings and many different drugs. But it’s typically given in your veins, either once every three weeks or once every four weeks for a certain amount of time. If it’s given in a curative setting and it’s given indefinitely or until there’s disease progression or intolerance in the stage IV setting.  

Katherine Banwell:

Okay. Let’s touch upon the side effects of these types of treatment. You’ve mentioned that there are so many, but what are some of the major side effects, and how are they managed? 

Dr. Isabel Preeshagul:

Side effects of immunotherapy can include pneumonitis, which is inflammation of the lungs, any kind of endocrinopathy like issues with your thyroid, issues with your pancreas like diabetes.  

It can cause colitis, which is diarrhea, inflammation of the colon, hepatitis, inflammation of the liver. It can cause cerebritis, inflammation of the brain. It can cause arthritis or arthralgias, inflammation of the bones. And it can also cause rash and fatigue.  

Typically, if it’s the thyroid, it’s managed with thyroid replacement hormone or a drug that would calm down the thyroid if it’s overactive. Pneumonitis is steroids. Hepatitis is sometimes treated with steroids. Colitis, steroids typically. Steroids usually come somewhere in there, usually not with the endocrinopathies, but the other itis’s, it’s typically – we start with steroids and go up from there. And the goal is to really recognize these toxicities before they become a problem and just at the glimmer of them just starting.  

Katherine Banwell:

So, would you consider these treatments to be personalized medicine then? 

Dr. Isabel Preeshagul:

So, it’s personalized in the sense that if someone has a high PD-L1 expression, there may be some data to demonstrate that they may benefit from immunotherapy or have a response. If someone can’t tolerate chemotherapy or is not interested in chemotherapy or has other reasons that may preclude them from getting it, it might be reasonable. So, in that sense, it is considered personalized.  

Katherine Banwell:

How would you define personalized medicine? 

Dr. Isabel Preeshagul:

To me, personalized medicine takes into account the biologic makeup of a patient’s disease like if they have a mutation and what their PD-L1 status is, what the histologic makeup of it. What’s their stage? And then, on the other hand, what’s important to that patient? If they’re a tailor, you want to make sure you’re not giving them a medication that’s going to cause neuropathy, so they can’t use their hands.  

If they enjoy playing the harp or the piano, same thing. If their goal is to continue to run marathons, you may want to avoid something that’s going to cause inflammation of the lungs and risk them for pneumonitis. Tailoring to make sure that the treatment is part of their life but does not become their life.  

Lung Cancer Research Highlights From ASCO 2022

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Lung Cancer Research Highlights From ASCO 2022 from Patient Empowerment Network on Vimeo.

Lung cancer specialist Dr. Estelamari Rodriguez shares research updates from the 2022 American Society of Clinical Oncology (ASCO) annual meeting, including the latest advances in immunotherapy and inhibitor therapy.

Dr. Estelamari Rodriguez is Associate Director of Community Outreach – Thoracic Oncology at the Sylvester Comprehensive Cancer Center, University of Miami Health System. Learn more about Dr. Rodriguez, here.

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

Transcript:

Katherine Banwell:

Cancer researchers recently came together at the annual ASCO meeting. Were there any highlights at the meeting that you think lung cancer patients should know about? 

Dr. Estelamari Rodriguez:

So, sometimes we look at the conference, and we look at the plenary sessions. And if we don’t see a lung cancer abstract centered at the big plenary session, we feel that nothing happened, but a lot happened. We are learning that all the advances in terms of immunotherapy and targeted therapies can be used earlier and earlier for patients. So, we had data on the NADIM trial, which is a trial out of Spain where they use neoadjuvant, chemo immunotherapy. 

We already have that approved in the United States with nivolumab (Opdivo), and they use also nivolumab with a different combination chemotherapy. What was really amazing is that you can replicate this data that is used in immunotherapy before surgery, patients can have very dramatic pathologic complete responses. Which means that at the time of surgery, we don’t find cancer, and that portends a better prognosis. And obviously, we’re trying to do our best for patients. So, that was really, I think, confirms the data that we have seen that immunotherapy can be used earlier.  

We also saw updates of trials that had been ongoing looking at the use of immunotherapy in difficult settings. So, there was a trial also out of Spain called the ATEZO-BRAIN trial where they look at the use of immunotherapy Atezolizumab for patients that have brain disease and diagnosis of metastatic disease.  

And for a long time, we thought that immunotherapy responses really wouldn’t work in the brain, and we saw that in this trial they were able to control disease in the brain, delay the use of radiation for these patients, and improve their quality of life. So, I think that was, again, a strong message that immunotherapy is here to stay, we can use it in your patients. Then, the third section of trials that were very telling were updates of new drugs for targeted therapy. So, we know today that we have about nine actionable mutations in lung cancer.  

So, that is very important that we understand that when a patient gets diagnosed, do they have an actionable mutation, a genetic change that we can target? And that is really the promise of precision medicine, so they present the data for a new drug for KRAS G12C mutation, positive patients call it aggressive. And we already have a drug that was approved about a year ago called sotorasib. 

And these drugs are used on patients that previously we knew will do very poorly with chemotherapy and immunotherapy because this KRAS G12C mutation is actually a very common mutation in lung cancer, more common than the other mutations that we have approved targeted therapies in the past, and it’s been difficult to treat.  

So now, we have another drug that shows a very good response rate after patients have failed chemo and immunotherapy. It’s still not as a dramatic response as we have seen on the third generation EGFR, ALK and ROS inhibitors, but still a really good promise for patients that didn’t have an option. 

So, that was good, they also updated more data on some of the third-generation drugs for ALK. So, we have seen in a prior conference called ACR the drug lorlatinib (Lorbrena), which a third-generation ALK inhibitor, has showed already improvements for patients that have failed prior therapies.  

But now they’re showing that for patients in the frontline setting when they first diagnose, receiving a third generation ALK inhibitor can improve brain responses. So, they saw a very dramatic has a ratio of .8, so basically over 80 percent of the brain disease was controlled, and in some complete responses were seen. 

And then, patients had a median survival that was over the three-year mark, which had been seen with the prior ALK inhibitors. So, I think it just goes to show that the progress in targeted therapies for lung cancers is exponential, that once we understand the genetic pathways, and we can develop better drugs. 

For example, this lorlatinib drug was actually developed in a way that it will stay in the brain longer, because we know that that’s an area where patients have failed. So, really understanding where the prior drugs have failed, where this resistance has been happened, allows us to develop better drugs for patients. So, I think it’s definitely very hopeful conference. I think the best part of the conference was people coming together, because I think that’s when investigators have the opportunity to collaborate and think of new ideas. 

So, I think that we don’t take it for granted that we were able to have an in-person conference, which hadn’t happened in two years. We had patient advocates that joined as well, so that’s also very important that the patient advocates are part of the research program, and ideas, and presentations. 

Expert Perspective: Exciting Advances in Lung Cancer Treatment and Research

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Expert Perspective: Exciting Advances in Lung Cancer Treatment and Research from Patient Empowerment Network on Vimeo.

What are the latest advances in lung cancer treatment and research? Dr. Isabel Preeshagul shares information about new treatment approvals, an update on targeted therapies, and new clinical trial approaches.

Dr. Isabel Preeshagul is a thoracic medical oncologist at Memorial Sloan Kettering Cancer Center. Learn more about Dr. Preeshagul here.

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Transcript:

Katherine Banwell:

Dr. Preeshagul, when it comes to lung cancer research and emerging treatment options, what specifically are you excited about? 

Dr. Preeshagul:

So, honestly, I feel that my interest and excitement are getting pulled in a million different directions as of now. Over the past 16 months, we’ve had 10 approvals in lung cancer, which is unheard of. 

Katherine Banwell:

Wow. 

Dr. Preeshagul:

It’s been a very, very, very busy time for us as thoracic oncologists, which is really exciting. 

I feel that we’ve really come to the forefront of cancer research, which is outstanding. In terms of what makes me excited, right now, I think it’s probably two things. There have been genetic alterations, somatic, that have really been almost like the orphan child in lung cancer. And we have unfortunately had to tell patients, “Listen, you have this KRAS G12C alteration. We know that it portents a poor prognosis. We know it’s more aggressive, but we don’t have anything for you that can target that.” 

And as of recently, within the past two months, we had this approval for a drug called sotorasib (Lumakras). This is based on the AMG 510 study. And it is a targeted therapy for patients with KRAS G12C, and the responses have been excellent. 

So, finally, we have something. So, it makes me feel good that when I have a patient that unfortunately has this alteration, I no longer have to give them the same song and dance, that I can talk about sotorasib and talk about it with confidence and talk to them about the data. And the same thing is true for patients with an EGFR exon 20 alteration with amivantamab that just got approved. So, it is now, I feel, that research is now unveiling these orphan alterations that we are now having targeted therapies for. 

So, that makes me excited. Also, something else that’s making me excited is the fact that we’re realizing and learning to anticipate these resistance alterations. So, we know if you have an EGFR mutation for say, we know now that, unfortunately, at some point, the treatments that we’re going to give you, this targeted therapy, this pill called osimertinib (Tagrisso) in the frontline setting, for some patients, unfortunately, at some point, it’s not going to work for you anymore. 

And this is because the cancer gets smart. It develops these resistance alterations. It knows how to usurp the osimertinib, and resist it, and make an alternate pathway, or change its form, turn into small cell, or come up with another alteration that makes the osimertinib not work. 

So, we’re realizing to look for these alterations earlier, faster than when a patient starts progressing, and anticipating them. So, our trials are now being designed in a way with combination therapy to figure out a way to outsmart this cancer. We always have to be one step ahead. And unfortunately, cancer is still many steps ahead of us. But we are learning to be smarter.