A solid tumor is an abnormal lump or mass of tissue that forms when cells grow out of control. Solid tumors can develop in organs, bones, or soft tissues. An advanced or metastatic solid tumor is a cancer that has either grown into nearby tissues (advanced) or spread to distant parts of the body (metastatic).
BGB-58067 works by blocking a protein in the body called PRMT5. Although all cells need PRMT5 to function normally, cancer cells depend on it more heavily for growth and survival. In some cancers (about 15% of all cancers), a gene called MTAP is deficient, leading to the buildup of a substance called methylthioadenosine (MTA). This buildup makes the cancer cells more sensitive to blocking PRMT5. The aim of this approach is to selectively target cancer cells with MTAP deficiency, reduce harm to healthy tissues, and reduce side effects.
The purpose of this study is to test how safe and helpful BGB-58067 is when given alone, in combination with standard of care therapy, and in combination with novel anticancer therapies in participants with advanced solid tumors and with MTAP deficiency. The main goals of this study are to ensure the treatments are safe by monitoring side effects and to understand how well patients respond to the treatment and whether their cancers shrink or disappear.
This study consists of dose escalation and dose expansion parts. During the dose escalation part, the study doctors will test different doses of the study drug(s) to find the recommended dose that people can take without having serious side effects. During the dose expansion part, the study doctors will test the study drug(s) in a larger number of people using the dose(s) identified from dose escalation.
The overall time to participate in this study is up to approximately 2 years. Participants will make regular visits to the clinic for treatment, health checks, blood tests, and tumor and imaging tests.
Note: Our company, previously known as BeiGene, is now officially BeOne Medicines. Because some of our older studies were sponsored under the name BeiGene, you may see both names used for this study on this website.