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We are doing this study to compare activity in the brains of female adults who have chronic pain and/or use opioids to the brain activity of healthy female adults who are pain-free. We hope this study can help us develop new and targeted treatments for adults with chronic pain and alternatives to opioid therapy.

We are doing this study to find the most effective, safe dose of an experimental drug called linvoseltamab (the study drug) compared to a combination of three cancer drugs(elotuzumab, pomalidomide, and dexamethasone) for people who have multiple myeloma.

We are doing this study to find out what pain management options work best for most children who have surgery to remove their tonsils (tonsillectomy). We will compare the outcomes of using fentanyl (a short-acting opioid) versus using methadone (a long-acting opioid) to control pain during and after surgery. Both drugs are commonly used for this purpose, but we don't have enough data to know which is the best option to reduce pain.

We are doing this study to find out what strategy after surgery has the best outcomes for patients with triple-negative breast cancer who have a complete response to chemotherapy before their surgeries. We want to compare 27 weeks of treatment with pembrolizumab after surgery to 27 weeks of monitoring without drug treatment and find out if there is a difference in terms of risk of having the cancer come back.

We are doing this study to find out if an experimental drug called ORIC-114 (the study drug) is a safe and effective option for possible treatment in patients with advanced solid tumors harboring an EGFR or HER2 alteration.

We are doing this study to improve treatment options for people with opioid use disorder. We want to know if a certain brain signal can better predict how someone will respond to buprenorphine (Suboxone®), and we also want to find out if a non-invasive treatment called repetitive Transcranial Magnetic Stimulation (rTMS) can help people quit opioids more easily than just taking buprenorphine alone. rTMS involves placing a coil against the scalp, and delivers magnetic pulses that stimulate a specific part of the brain. For this study, we will focus on the part of the brain involved with self-control. This procedure is FDA-approved for depression and is commonly used in other addiction treatments (smoking cessation).

We are doing this study to find out if an experimental drug called LY4066434 (the study drug) is a safe and effective option for patients who have solid tumor(s) with a KRAS mutation. We want to know how well the study drug works on its own and in combination with other anti-cancer therapies.

We are doing this study to evaluate the performance of an experimental medical technology called the Patched Sepsis Prediction Algorithm (the study technology). This technology is designed to detect the early signs of sepsis and give clinicians the chance to treat it earlier than usual.