View clinical trials related to Pain, Postoperative.
Filter by:The study is being conducted to evaluate the efficacy, safety of SHR0410 Injection and to explore the reasonable of SHR0410 Injection for Pain Management after Orthopaedic Surgery.
There are few applications available in the community to help teenagers manage pain after surgery. The focus of this study is to better understand the pain experience of children after having surgery and to design a Smartphone app called "iCanCope with Post-Operative Pain" (iCanCope PostOp), to help children and parents to better manage pain at home after surgery. The app will help keep track of pain, provide information about the teenager's surgery and provides "in-the-moment" advice wherever and whenever the patient needs it.
A prospective cohort study comparing PENG block versus iliac fascia block with the aim of evaluating its effectiveness in the peri-surgical analgesia of intracapsular femoral fracture.
Spinal cord stimulation (SCS) is a widely applied therapy to treat chronic neuropathic pain, and one of the most common indications is persisting radicular neuropathic pain following lumbar spine surgery. In traditional SCS therapies, the objective has been to replace the pain sensation with paresthesia. The anticipation is that the electrical current alters pain processing by masking the sensation of pain with a comfortable tingling or paresthesia. Although patients mostly cope with paresthesia, a significant proportion reports that the sensation is unpleasant. 'Burst' SCS utilizes complex programming to deliver high-frequency stimuli. This SCS technique seems to provide paresthesia-free stimulation, resulting in better pain relief of low back and leg pain then traditional tonic stimulation. The widespread use of SCS has not been backed by solid evidence. The absence of placebo-controlled trials has long been an important point of criticism, but due to the nature of the intervention with sensation of paresthesia, studies with placebo control have so far not been considered possible. When 'burst' SCS is used the stimulation is often unnoticed by the patient, allowing comparison with placebo stimulation. The aim of this randomized double-blind sham-controlled crossover trial is to evaluate the efficacy of 'burst' spinal cord stimulation for chronic radicular pain following spine surgery.
During the postoperative period, it is possible to observe the development of acute pain, which lasts no longer than a week after surgery. However, sometimes some patients see the prolongation of this pain beyond the healing time of the tissue, turning into a chronic condition. Persistent postoperative pain is a disease with a complex and still unknown etiology, affecting between 5 and 75% of the population. The development of persistent postoperative pain is a rather important issue since the physician managing the patient must on the one hand ensure adequate analgesia, and on the other hand, minimize the risk of continued opioid use in the case of chronicization. In a study conducted analyzing the prevalence of persistent postoperative pain in various surgeries it was seen to occur more frequently in limb amputation (prevalence >85%), thoracotomy (prevalence 48%), knee arthroplasty (prevalence 44%), laminectomies, and spinal arthrodesis (prevalence 5-46%), and hip replacement (prevalence 27%) making this type of pain more frequent in the patient undergoing orthopedic surgery. As the mechanisms behind its development have not yet been fully clarified, efforts to study the clinical factors associated with the onset of this pathology have been attempted. As there is no way in the literature to stratify the risk of the population in order to prevent the development of postoperative pain, based on the variables reported by different studies, it was decided to administer in patients referred to the Orthopedics and Traumatology 1 U and Orthopedics and Traumatology 3 U department at the Orthopedic Trauma Center of Turin questionnaires to assess the development of chronic pain for screening purposes and to contribute to the improvement of the long-term management of these patients in the postoperative period.
This is a research project in which two standard of care practices will be evaluated to examine the difference in outcomes. The goal is to improve patient care and safety. One group will receive prescriptions for acetaminophen, nonsteroidal anti-inflammatory drugs (NSAIDs), and magnesium. The other group will receive the recommendation to take acetaminophen, NSAIDs, and magnesium as over-the-counter drugs in the same dosage as the prescription group. The same doses and routes for non-opioid medications will be used in both groups.
This is an observational clinical study aiming to further the wider understanding of patients who develop persistent pain after Thoracoabdominal Aorta surgery, a surgical cohort who are disproportionately affected. This will be undertaken through a prospective biopsychosocial characterisation of the phenotype of patients undergoing this operation. Increasing numbers of patients are undergoing surgery on the chest for treatment of heart or lung cancer disease. Over the last twenty years, the medical community has become increasingly aware of the long-term effect of this surgery in producing persistent pain, approximately half of all survivors are still in pain around their surgical incision at three months postoperatively and beyond. There is currently no accepted method for preventing this phenomenon. The nervous system mechanisms for the development of persistent pain after surgery are unclear. Some studies suggest it may involve the patient's ability to dampen down pain signals travelling from the incision site to the brain. Humans have an in-built system that produces opiates as well as other pain-relieving molecules in response to injury, e.g. surgery. However, this response varies hugely from person to person and may even be impacted by the psychological state of the individual at the time of surgery. Some of these pain modulating mechanisms can be measured before and after surgery in patients using sensory testing, a robust and established objective method to assess patients'. Identifying patients who are most at risk of a persistent pain state will allow both academics and clinicians to investigate and better target appropriate treatments. Undertaking these longitudinal observational assessments will facilitate an improved mechanistic insight of the transition from acute to pathological pain, with the ultimate goal of improving outcomes for patients'.
This is a randomized controlled trial involving 170 opioid naive women ages 19-40 undergoing scheduled C-sections at Carilion Roanoke Memorial Hospital. Participants are randomized to receive either 10 or 20 tabs of oxycodone 5mg as an initial postoperative prescription in a double-blinded parallel trial design. Outcome metrics related to overall opioid consumption and patient satisfaction with pain management are collected at three different time points post-operative: 2-3 days (in hospital), 10-14 days, and 6 weeks.
Chronic postoperative pain is a well-known problem. Chronic postoperative pain is defined as pain that begins following a surgical procedure and persists for more than 2 months without other obvious causes such as infection or underlying disease. Sternotomy causes significant postoperative pain, and patients with chronic pain after sternotomy are often referred to pain clinics. The incidence of chronic pain after sternotomy ranges from 17% to 56%; In approximately one-third of these patients, chronic pain after sternotomy can compromise their quality of life by affecting their sleep patterns and impairing their ability to work. However, epidemiological studies on chronic pain after sternotomy are scarce. The aim of this study is to examine the incidence and possible risk factors of chronic pain following sternotomy operations. In this study, it was aimed to analyze the chronic pain findings of the patients who underwent sternotomy in the postoperative 3rd month.
For some kinds of surgery, Anesthesiologists provide nerve blocks (regional anesthesia) to reduce pain from surgery by injecting freezing medication around deep nerves with ultrasound. Nerve blocks help with pain control following surgery and reduce the amount of strong opioids needed but relatively little research has focused on the pain that occurs once the nerve block has worn off. This is called rebound or transition pain. This research study will prospectively collect data including pain scores before, during and after nerve blocks are given for surgery. We will look at the type of nerve blocks and other analgesia medications used with the aim of quantifying rebound pain to better understand how to limit it's impact on quality postoperative pain control.