This clinical trial is focused on studying Small Cell Lung Cancer (SCLC), a type of lung cancer known for its rapid growth and spread. The study will use a special diagnostic treatment called 68Ga-EVG321, which is administered through an injection. This treatment involves a combination of two substances: Gallium (68Ga), a radioactive chemical, and EVG321, a protein-based compound. The purpose of the study is to understand how this treatment spreads throughout the body and to gather information on its safety and effectiveness in detecting SCLC.
Participants in the study will receive an intravenous injection of 68Ga-EVG321. After the injection, they will undergo imaging tests, such as PET/CT scans, to observe how the treatment moves and accumulates in different parts of the body, particularly in areas affected by cancer. These tests will help researchers measure the radioactivity levels in various organs and tissues over time. The study will also monitor participants for any side effects or changes in health indicators, such as lab test results, heart function, and vital signs.
The trial aims to compare the imaging results with traditional methods of diagnosing SCLC to see if 68Ga-EVG321 can provide more accurate information about the presence of cancer. By doing so, the study hopes to improve the understanding of how this diagnostic tool can be used in the future to help detect and manage Small Cell Lung Cancer more effectively.



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