Active clinical trials for "Chronic Pain"

Study to Demonstrate the Value of Fast-Acting Subperception (FAST) using the Spectra WaveWriter™ Spinal Cord Stimulator System in the Treatment of Chronic Pain

Chronic low back pain may be associated with active discopathy. This subset of individuals are defined by a clinical and radiological syndrome with specific MRI signals, known as MODIC changes. Three types (I, II and III) of MODIC changes are described. Type I refers to the inflammatory reaction regarding the intervertebral-disc subchondral bone and adjacent vertebral-endplate subchondral bone. The natural evolution of this active discopathy will lead to sclerosis (type III) supposedly less painful. So far the underlying mechanism remains unclear and debated (mechanical, local infection, genetic). In the absence of international guidelines on the management on chronic low back pain with MC type 1, different therapeutic strategies have been described. The main goal is to accelerate the transition to MC type 2, which is supposedly less painful. The estimated time to expect a transition from type 1 to type 2 is at least 1 year. The mechanical hypothesis found its origin in the Modic et al. initial study, linking Modic changes (MC) types 1 and 2 to degenerative disc disease. The Histological analysis of patient suffering from active discopathy has shown signs of micro fractures regarding vertebral endplates. The local inflammatory reaction may be part of a repair process following the micro fracture. Based on this mechanical explanation an orthopaedic treatment with a lumbar brace may accelerate the healing, thus the transition from modic I to type II. This approach has been studied in a retrospective analysis on 62 patients suffering from active discopathy (modic type I) who were prescribed a custom lumbar rigid brace for 3 months, at endpoint 80% of the patients treated described a reduction of at least 30% of their initial pain. This study aims to confirm the previous hypothesis, that lumbar immobilisation by custom rigid brace can reduce the pain after being worn for 3 months. Secondary objective will be to assess the pain reduction at 6 months along with functional outcome, fears and beliefs, mood and medical costs at short (3 months) and mid (6months) term.

The primary aim is to explore what it is about the experience of chronic pain that may cause emotional distress in some young people but not in others, and how particular individual characteristics, as well as family factors may contribute to young persons' pain experiences and their emotional responses to pain.

The purpose of this study is to determine whether the novel treatment of transcranial direct current stimulation (tDCS) could decrease the pain perception of those with spinal cord injury. We will also determine whether these changes are correlated with the clinical outcome (pain reduction).

This study is designed to select the most tolerable dose of oral ketamine for children with chronic pain. Children will be given either placebo or one of three dosages of oral ketamine for 2 weeks. The dosage that is most tolerable will be selected for further study.

12-SMI-2014 is a post-market, randomised, pilot study to identify and rate differences in patient experiences with two different types of Spinal Cord Stimulator devices which are routinely used to treat chronic pain.

Chronic pain is a multidimensional problem that consequently requires interventions on multiple levels. Pain education by physicians is one of the interventions that shows promising results in patient reported outcomes. It is however unclear if nurse-led chronic pain education could be equally effective on pain attitude and behavior in chronic pain patients. The aim of this clinical trial is to investigate the effects of a nurse-led consultation with chronic pain patients on pain attitude and patient satisfaction compared with regular care without nurse specialist intervention.

The primary endpoint of this study was to identify if the ESPB in the patients of cervical radiculopathy has the effect of pain relief. The secondary endpoint of this study was to identify the spread level in the craniocaudal direction when performed at the T2 level.

The primary endpoint of this study was to identify if eretor spinae plane block (ESPB) has any effect in relieving low back pain or leg pain in lumbar radiculopathy. The secondary endpoint was to compare the number of spread level when upper or lower lumbar ESPB was performed.

Acute and chronic non-cancer pain is a common healthcare problem locally and globally, leading to many inpatient admissions for poorly controlled pain. The World Health Organisation has declared that access to adequate pain control is a fundamental human right. Yet in our current practice, both acute and chronic non-cancer pain remain poorly controlled. There is passive over-reliance on pharmacological agents and interventional procedures in the management of pain. The opioid epidemic with issues of dependence, misuse, and overdose is especially concerning. Therefore, there is a pertinent clinical need to find sustainable non-pharmacological adjuncts in the complex management of pain. Virtual reality (VR) involves the use of technology to create a three-dimensional multisensory artificial environment replacing real-world sensory inputs. Initially created solely for entertainment purposes, VR applications have since expanded and made its way into healthcare. In Pain Medicine, the application of VR has been promising. There is currently no VR study done in our local population who suffer from pain issues. In our study, we aim to test the feasibility of applying the use of VR in patients admitted inpatient due to pain issues. We believe that VR can be used as an adjunctive tool improve pain management and patient satisfaction.