The TRAILRUNNER-ALZ 3 Study will see if an investigational medicine can help treat people with early Alzheimer’s disease.
The TRAILRUNNER-ALZ 3 Study will see if an investigational medicine can help treat people with early Alzheimer’s disease.
*A study partner is a person who knows you well and would notice any changes in your memory, mood, or behavior. This could be your spouse, partner, friend, family memory, or someone whose job it is to help you. Your study partner would also need to consent to participate in the research study.
If you qualify to take part in the TRAILRUNNER-ALZ 3 Study, you will be randomly (that is by chance) assigned to either the investigational medicine group or the placebo group. For every 2 study participants, 1 will get investigational medicine and 1 will get placebo.
You will get an injection under the skin using a prefilled syringe. The first 5 doses will be at the clinic. The study team will give you these injections and show you how to do this. You or your study partner can give you the remaining injections at a convenient location, like at home, or you can go to the clinic. If your study partner is helping you, the study team will also show them how to give the injections.
This study will last about 5 years. It has 5 parts, including an optional extension to the study treatment period for eligible participants. After the observation period, if the investigational medicine is safe and effective, participants who received placebo may take part in the extension period and get investigational medicine. The study team will explain this to you in more detail.
During the study you will attend visits with doctors and researchers in-person at a clinic.
Your study partner should come to study visits with you. If they cannot come to a visit, they should be available by phone for any questions or follow-up. They must be able to tell the research team about any changes in your memory and thinking.
See how you’re staring at this image? When we stare, shout, walk, or remember, it’s the result of signals passing through the 100 billion nerve cells in our brain called neurons.
Electrical charges help these neurons talk to each other. These charges can generate enough electricity to power a low-wattage bulb!1 The combination of these electrical and chemical signals is responsible for the actions mentioned above.