Aalborg University

This study tests a small, wearable patch that measures heart function from outside the body, aiming to help doctors adjust heart failure medications remotely and on time. The patch is designed to be low-cost and safe, avoiding the need for surgical implants. Researchers will enro…

This study tests whether magnetic stimulation of the brain can be personalized to better treat chronic pain. Researchers will measure brain signals before treatment to customize the stimulation for each person. The goal is to improve pain relief and quality of life for the 90 adu…

This study tests whether customizing magnetic brain stimulation to each person's brain signals can better relieve chronic pain. About 90 adults with long-term pain will receive personalized treatment based on their brain activity. The goal is to improve pain intensity and overall…

This study tests whether adding jumping exercises early in rehab helps people with Achilles, patellar, or plantar fascia tendon pain recover better than standard strength training. 120 active adults aged 18-50 will do either early plyometrics plus strength training or strength tr…

This study tests a personalized approach to magnetic brain stimulation for people with chronic pain. Instead of a one-size-fits-all method, researchers will tailor the stimulation based on each participant's brain signals. The goal is to improve pain relief and quality of life fo…

This study aims to understand how the brain controls feelings of itch and pain, including the effects of placebo (fake treatment) and nocebo (negative expectation). Thirty healthy adults will have creams applied to their forearms to trigger itch and pain, and they will rate their…

This study looks at how a single session of magnetic brain stimulation changes the way different parts of the brain talk to each other. Twenty healthy adults will receive stimulation over the motor area, and their brain responses will be measured with EEG before and after. The go…

This study aims to learn more about how people feel pain and itch, especially on the face. Thirty healthy adults will take part in three sessions where they receive different substances (like histamine or capsaicin) and rate their sensations. The goal is to better understand thes…

This study tests whether mild electrical stimulation of a nerve in the ear can change how healthy people feel pain. 36 volunteers will receive different frequencies of stimulation while researchers measure their pain from heat and pressure. The goal is to understand how this nerv…