Tumor

This study tests whether combining two drugs, obinutuzumab and CC-99282, can control follicular lymphoma in people with a high tumor burden who have not had prior treatment. About 33 adults with stage II–IV disease will receive the combination and be monitored for side effects an…

This study tests an investigational drug called nirogacestat in about 40 adults with desmoid tumors (a type of non-cancerous growth). The main goal is to check the drug's safety and side effects. Researchers will also see how the tumor responds to treatment.

This study tests a treatment plan for people with a rare, aggressive type of bladder cancer (variant histology) that has grown into the muscle layer. The goal is to see if giving chemotherapy (with or without immunotherapy) followed by radiation and low-dose chemo can save the bl…

This phase 2 trial tests a new radiation technique called SBRT-LATTICE-PATHY for people with large tumors (at least 7 cm or 340 cm³) that cannot be treated with standard methods. The approach delivers a high dose of radiation only to low-oxygen areas inside the tumor, aiming to i…

This study tests whether two drugs, pembrolizumab and lenvatinib, can shrink brain tumors in people with breast cancer, lung cancer, or other solid tumors that have spread to the brain. About 87 participants will receive the combination therapy. The goal is to see how well the tr…

This early-stage study tests an experimental drug called nab-sirolimus in adults with advanced solid tumors who also have moderate liver impairment. The goal is to find a safe dose and see how the drug behaves in the body. About 28 participants will take part to help guide future…

This study tests a combination of two drugs, nab-sirolimus and letrozole, in 29 people with advanced or recurrent endometrioid endometrial cancer that cannot be removed by surgery. The goal is to see if the combination shrinks tumors or slows cancer growth. Participants take both…

Researchers are testing whether a single injection of a radioactive tracer, followed by a PET/CT scan, can clearly show primary tumors and any spread in adults with suspected or known SSTR-related cancers. The study will measure how well the tracer highlights lesions and calculat…

This trial tests whether a single injection of a radioactive tracer called 68Ga/18F-Exendin 4 can improve PET/CT scans for finding tumors that carry GLP-1 receptors. Researchers will enroll 500 adults with suspected or known tumors, including insulinomas, and measure how brightly…

Researchers are testing whether a new PET/CT imaging agent, 68Ga/18F-Pentixafor/Pentixather, can accurately detect primary tumors and metastases in people with CXCR4-related diseases, including certain lymphomas and other cancers. The study will enroll 200 participants who have s…

This trial tests whether a new imaging tracer called FAPI, used with PET/CT scans, can better detect primary tumors and metastases in people with FAP-related diseases. Researchers will give participants a single injection of the tracer and then perform imaging to measure how much…

This trial is evaluating whether a new PET/CT imaging tracer, 68Ga-MY6349, can detect recurrent or metastatic thyroid cancer more effectively than the standard 68Ga-FAPI tracer. Adults with a history of treated thyroid cancer who show signs of possible recurrence will receive bot…

This trial evaluates a radioactive tracer called 68Ga-DOTA/NOTA-FAPI-04, given as a single injection before a PET/CT scan, to see if it can better identify primary tumors and metastases in people with various cancers. Researchers will measure how strongly the tracer accumulates i…

This study tests a new radioactive tracer called 68Ga-NK224 that lights up PD-L1, a protein on cancer cells, during a PET/CT scan. Researchers want to see if the scan can accurately measure PD-L1 levels compared to standard tissue biopsy. One hundred adults with various cancers w…

This early-stage trial is testing a new radioactive tracer called 68Ga-FXX489 (NNS309) for PET/CT scans. The goal is to see if it can safely and accurately detect tumors and their spread in 30 adults with suspected cancer. Researchers will measure how the tracer moves through the…

This study tests a new radioactive dye called 68Ga-NI-FAPI for PET/CT scans. It aims to better detect diseases like tumors, heart problems, and lung scarring by targeting a protein linked to tissue damage. About 30 people, including healthy volunteers and patients, will take part…

This study will collect capsule endoscopy images from 10,000 patients to train an artificial intelligence system to detect bowel diseases, Crohn's disease, celiac disease, chronic diarrhea, and tumors. The goal is to improve diagnostic accuracy and reduce the time doctors spend r…

This study tests whether a special catheter called TriNav can deliver more radiation beads (Y90 microspheres) to liver tumors while reducing exposure to healthy liver tissue. Twenty adults with unresectable liver tumors will receive the standard radioembolization procedure using …

This trial tests whether 3D-printed molds, created from radiological images, can guide pathologists to sample the most informative parts of a removed tumor. Currently, sampling is done by eye, which may miss key regions. The study will compare samples taken with the mold to stand…

This study is for adults about to start immune checkpoint inhibitor therapy for cancer. Researchers want to understand why some patients develop heart problems from this treatment. They will analyze blood samples and genetic factors from 1200 participants to find clues that could…

This early-stage trial tests a new device called the CIPHER System, which records brain activity during surgery to remove a type of brain tumor called glioma. Ten adults with newly diagnosed glioma will have the device placed on their brain surface during standard tumor removal. …

This study, led by Mayo Clinic, will take leftover tumor tissue from 250 cancer patients after surgery. Researchers will treat small fragments of the live tumor with different chemotherapy and immunotherapy drugs in the lab, monitoring responses over 72 hours. The goal is to see …

This study tests an artificial intelligence tool that helps doctors see blood vessels during endoscopic procedures for achalasia or tumors. The AI aims to reduce the risk of bleeding and injury by spotting vessels faster and more accurately. Twenty participants will be enrolled t…

This study is a large registry that will follow about 8,000 cancer patients who receive radiation therapy using a special machine called an MR-Linac, which combines an MRI scanner with a radiation beam. The goal is to learn how well this technology works for different cancers, in…