Role of Circulating Tumor DNA (ctDNA) From LIquid Biopsy in Early Stage NSCLC Resected Lung Tumor Investigation

Addario Lung Cancer Medical Institute38 enrolled

Overview

The purpose of this research study is to learn more about changes in cell-free tumor DNA in blood samples, also known as a liquid biopsy, as they relate to treatment and response to treatment.

Every type of cancer is associated with changes in genes and protein structure or function in the body known as "biomarkers". These biomarkers can help diagnose cancer, as well as to track the disease and response to treatment. Over the last 10 years, technology has led to the identification of many cancer biomarkers; the use of cancer biomarkers has become an important part in the treatment and management of cancer. For solid tumors, biomarker testing is usually done on the tumor tissue from a biopsy or surgery. Although testing tumor tissue provides a lot of information, there are some challenges with the process. First, tumor cells can be different even within small tumors. To overcome this, the pathologist (doctor that examines tumor tissue) needs to test cells from different parts of the tumor. Often, there may not be enough of the tissue to test for biomarkers. In addition, tumor cells change when the patient undergoes treatment and there might be a need to repeat biopsies. Sometimes it may not be possible to repeat a biopsy to study the changes in biomarkers because some patients cannot have a repeat biopsy done safely. There are many advantages to tracking biomarkers in the blood instead of on tissue. We can study changes in biomarkers more often (because it is a blood draw), and therefore will be able to determine how your treatment is working, learn if the cancer is coming back, or find drugs that may target the changed tumor cells. The purpose of this research study is to learn more about changes in cell-free tumor DNA in blood samples, also known as a liquid biopsy, as they relate to treatment and response to treatment. Cell-free tumor DNA is genetic material that is released into your bloodstream from tumor cells as they die. Genes are a unique combination of molecules (called DNA) that are found in all human cells. In some cases, these genes may be changed in cancer and tumor cells. These changes, or tumor markers are substances produced by cancer cells that are found in the blood, body fluids or tissues, and may be made of DNA, RNA, proteins, cells or components of cells. In the future, the "markers" may help doctors decide which treatments could be most beneficial for NSCLC. Tumor markers may be used to help predict a response to certain cancer treatments and to check how the patiet's type of cancer responds to the treatment.

Study Type

OBSERVATIONAL

Enrollment

Conditions

Non Small Cell Lung Cancer

Interventions

biospecimen collectionOTHER

Peripheral blood collection Archival tissue collection

Eligibility

Sex: ALLMin age: 18 Years

Medical Language ↔ Plain English

Inclusion Criteria: 1. Male or female aged 18 years and over 2. Planned surgical resection of NSCLC, stage IB ≥ 4 cm, II or IIIA according to the 8th edition of TNM classification16. 1. Cohort #1: Neoadjuvant Therapy - For patients who will receive neoadjuvant therapy, enrollment occurs prior to the initiation of treatment. Patients undergoing neoadjuvant therapy who achieved tumor reduction, are eligible based on baseline radiographic staging. 2. Cohort #2: Pre-Surgery - For patients identified prior to planned surgical resection, enrollment occurs within 30 days of the planned surgery. Eligibility is based on surgical pathology. 3. Cohort #3: Post-Surgery - For patients identified post-surgical resection, enrollment occurs prior to the initiation of adjuvant therapy. Eligibility is based on surgical pathology. 3. Patients with positive margins and those requiring adjuvant radiation therapy are eligible. 4. Patients with a secondary malignancy that was treated with curative intent and without evidence of relapse for at least 5 years. 5. Willingness to undergo all study collection procedures and follow up. 6. Provision of written informed consent Exclusion Criteria: 1. Male or female aged less than 18 years 2. NSCLC disease other than stated above 3. Patients with a secondary malignancy that was not treated with curative intent or has had a disease relapse in the past 5 years. 4. Unwilling to undergo all study collection procedures and follow up. 5. Unable or unwilling to provide consent.

Locations (6)

Northside Hospital

Atlanta, Georgia, United States

Rush University Medical Center

Chicago, Illinois, United States

Dana-Farber Cancer Institute

Boston, Massachusetts, United States

St. Louis Cancer Care

Bridgeton, Missouri, United States

Outcomes

Primary Outcomes

To correlate the presence of ctDNA following complete surgical resection with disease-free survival.

Correlation between ctDNA after surgery and disease-free survival, defined as the time from surgical resection to the earliest event defined as disease recurrence, death or new lung cancer.

Time frame: June, 2023

Secondary Outcomes

To evaluate the relation between changes in ctDNA during surveillance and tumor relapse

Evaluate the changes in ctDNA after complete resection at pre-specified intervals and correlate the presence of ctDNA with overall survival.

Time frame: June, 2023

Data from ClinicalTrials.gov

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