Hyperprolactinemia

This study tests whether an AI tool can help radiologists read brain CT and MRI scans more accurately and quickly. Researchers will compare how well doctors, AI alone, and doctors using AI together can spot abnormalities, urgent findings, and classify diseases. The goal is to red…

This study follows 1500 patients with pituitary gland disorders to see how they fare over time, whether treated with medication, surgery, or just monitoring. Researchers will track tumor regrowth after surgery to find clues that predict recurrence. The goal is to learn, not to te…

This study checks if a new version of cabergoline tablets works the same as the standard version in 72 healthy Chinese adults aged 18-45. Participants take one dose of each version under fasting or after a meal, with blood tests to measure drug levels. The goal is to confirm bioe…

This study watches 200 people with lung, gut, or hormone diseases over time using special brain scans (PET). It aims to see how these diseases change brain activity and whether those changes can predict tumor return, spread, or survival. No new treatment is tested—just observatio…

This study looks at whether prolactin (a hormone) and certain inflammation markers in the blood are linked to how severe Parkinson's disease is. Researchers will measure these in 300 people with Parkinson's and compare them to standard disease severity scores. The goal is to find…

This study gathers MRI, CT, and ultrasound images from 300 adults—some healthy, some with kidney or brain disease—to build a collection for future not-for-profit research. No new treatments are being tested; the goal is to make medical images available to scientists for advancing…