Egenmonitorering Och Distansmonitorering av långvarig smärta i primärvården, användandet av Ett Digitalt Verktyg för Att ökad livskvalité

Long-term pain causes significant suffering to the individual, their loved ones and also entails high societal costs. In specialist care, constant development is underway through the implementation of new research and clinical findings. Patients' own efforts, decisions and strategies are a central and effective part of today's pain management. The importance of strengthening communication between patient and healthcare professionals is increasingly emphasised, as well as promoting the patient's ability to self-manage their situation.

More recently, behavior-modifying techniques have been integrated as complementary measures in the treatment of chronic pain. Despite this, a challenge remains for the healthcare system to create long-term sustainable outcomes for people with chronic pain.

The proportion of people with long-term pain who currently receive treatment in specialist care is very small, and the majority are treated in primary care instead. Resources for this patient group are insufficient and there is a great need for new tools for self- and remote monitoring that could improve the allocation of resources for this group.

This feasibility study aims to investigate whether a digital remote monitoring tool, Paindrainer®, can be implemented in primary care. The tool contains two parts, an app for the patient to use for their own monitoring of activity levels and symptoms, and the CARE portal, which is a remote monitoring tool for healthcare. The study will further explore how the implementation of this digital app in the existing treatment strategy can help address these challenges and improve care for people with chronic pain.

Paindrainer® is a CE marked class 1 product according to MDR and is based on advanced neural networks, which enables sophisticated calculations and takes into account more variables that affect the individual's pain experience and function than the human brain can handle. By using advanced calculations, Paindrainer provides continuous feedback to the patient, giving them a tool to plan and monitor their activities and understand how they affect each other.