Read time: 4 minutes. BRAF is an important signaling protein that regulates how normal cells grow and multiply through the MAPK (mitogen activated protein kinase) signaling pathway. However, changes in the BRAF gene can cause the cells to grow unchecked and develop into a tumor. This can lead to many types of cancer, including melanoma, colorectal, thyroid, and lung cancers. Researchers estimate that 4%-15% of tumors, from all types of cancer, are driven by changes in the BRAF gene. In lung cancer, approximately 1%-2% of non-small cell lung cancers (NSCLCs) have changes in the BRAF gene. These

Read time: 3 minutes. For people with advanced or metastatic non-small cell lung cancer (NSCLC), the treatment landscape has changed dramatically in recent years. Researchers are learning how to optimize existing therapies and are exploring entirely new treatment approaches. At the 2025 World Conference on Lung Cancer (WCLC), several studies highlighted progress in treating newly diagnosed individuals as well as those who need new options after standard therapies stop working. Combining Chemotherapy and Targeted Therapy to Treat EGFR-positive Lung Cancer One of the most anticipated studies at

As tobacco use has declined in recent years, we have seen a new demographic of lung cancer patients emerge. Lung cancer in individuals who have never smoked (LCINS) is becoming more common. These people are often younger women with no history of tobacco exposure. Researchers are working to understand the needs of this growing population by identifying other risk factors for lung cancer, such as family history and environmental exposures. They are also studying the molecular underpinnings of this disease to develop targeted approaches for early detection and treatment. As part of LUNGevity’s

RET proteins are a type of receptor tyrosine kinase—an important group of signaling molecules in healthy cells. When RET proteins are turned “on” and “off” in healthy cells, they control the function of other proteins. This cascading effect allows the cells to manage important cellular functions such as cell growth through protein signaling pathways. When specific changes (such as mutations or fusions) occur in RET proteins, they can become hyperactive, disrupting many important functions in the cell including growth, proliferation, and cell death, that lead to the development of cancer

The LUNGevity Conversations that Count speaker series offers an opportunity to stay informed, engage in critical discussions, and learn from top experts revolutionizing lung cancer care for underserved populations. The series is intended for healthcare professionals, community health equity champions, and anyone interested in equitable access to healthcare. In February, we welcomed Randi Williams, PhD, MPH, of the Lombardi Comprehensive Cancer Center at Georgetown University Medical Center. Her research focuses on methods to promote the adoption of evidence-based lung cancer control practices

The four-person panel, including John Heymach, MD, PhD, from MD Anderson Cancer Center, discuss the current FDA-approved targeted treatments for RET-positive lung cancer—selpercatinib (Retevmo) and pralsetinib (Gavreto). While these first-line treatments have proven helpful in treating RET-positive non-small cell lung cancer, the cancer cells can eventually become resistant to the treatment, which is guiding much of Dr. Heymach’s attention at the moment. Watch the full video to hear about: Dr. Heymach’s research on targeting resister cells How patients and advocacy groups can support research

Read time: 2 minutes. Here we present the final video in our three-part series about how patients and researchers can work together to develop clinical trials. In the video below, LUNGevity again partnered with Rising Tide for Clinical Cancer Research to illustrate the power of having patients contribute to the research process. We use a real-world example to learn about patient-researcher collaborations through the POSITIVE study, a breast cancer-focused clinical trial. You can watch the entire video, or use the timestamps below. Make sure to watch parts 1 and 2 of this series here: How Can

Read time: 2 minutes. We are pleased to continue our three-part series about how patients and researchers can work together to develop clinical trials. In this second video, LUNGevity again partnered with Rising Tide for Clinical Cancer Research to show how researchers and patient advocates can be empowered with tools to create clinical trials that resonate with patients and address the key issues they care about. If you missed the first video, How Can Patients and Researchers Design Clinical Trials Together, you can watch it here. Watch Part 2 below, or use the timestamps to skip to a

Read time: 3 minutes. Throughout 2024 we published blogs sharing scientific meeting recaps, educational content, personal stories, treatment news, and so much more. Below are the most popular articles we published in 2024. If you’re looking for survivor features and personal stories, you can see all the lung cancer survivors we highlighted in 2024 right here. 2024 ASCO: Highlights of Lung Cancer Research In June, we recapped the annual American Society of Clinical Oncology meeting. Thousands of oncologists, scientists, biotech and pharmaceutical representatives, patients, and advocates

LUNGevity had a tremendous year supporting impactful research in 2024. In addition to our existing portfolio of ongoing research grants, we issued several new research awards in 2024. All of these awards are in strategic areas of research that are likely to move the dial for people living with lung cancer today and those who will be diagnosed in the future. Below are more details about the research projects we recently announced funding for. LUNGevity Supports 10 New Research Projects Totaling $3,141,656 In 2024 Early Detection LUNGevity and our partner, Rising Tide for Clinical Cancer