Do you suffer from phantom limb pain?
Email us for more information at firstname.lastname@example.org
The Center for Bionics and Pain Research (CBPR) is searching for research participants to a clinical study for the treatment of Phantom Limb Pain (PLP). We are looking for women and men over the age of 18 who experience PLP after amputation in the upper or lower extremity. This study is approved by the Ethics Review Authority.
What is the project and why would you like me to participate?
Mindful Sensory Motor Therapy (MiSMT) is a new treatment that merges the execution of phantom movement and sensory training. You will wear self-adhesive electrodes that are attached to the skin of your residual limb. These electrodes will capture muscle signals which will be then interpreted by a software aimed to predict your movement intentions. These movements will be used to control a virtual limb, play games, or solve various tasks. For sensory training, you will wear a lightweight sleeve device which includes small motors that can apply a gentle pressure on your skin. This device is meant to create touch sensations on your skin. These sensations are then used as part of discrimination tasks or as feedback within games.
How is the study performed?
The study requires you to participate in up to 21 sessions including 1 screening visit, 2 brain imaging visits (beginning and end of the treatment), 15 intervention visits, and 3 follow-up assessments spread out over a 6-months period. All visits will primarily take place at Sahlgrenska University Hospital in Mölndal, and some assessment can be performed via phone or video call. At each visit, you will be asked to participate in different tasks such as performing phantom movements, discriminating between different touch sensations applied on your skin, performing a combination of movement and sensory exercises, answering questionnaires, participating in an interview related to the therapy, and/or participating in brain imaging assessments (electroencephalography [EEG] and functional magnetic resonance imaging [fMRI]).