View clinical trials related to Pain.
Filter by:Can pain impairment of daily activities be shown to be procedure specific, and thus used as an alternative to pain scoring.
The purpose of this study is to investigate the effectiveness and safety of DS-5565, compared to placebo, in subjects with pain associated with diabetic peripheral neuropathy.
The goal of this study was to test the efficacy of local analgesic (lidocaine) loaded hemostatic putty in reducing donor site pain following the harvest of pelvic bone grafts. In 14 patients undergoing harvest of a pelvic bone graft during foot surgery, the bone defect at the pelvis was either filled with a lidocaine loaded hemostatic putty (Orthostat-L) or the same putty without lidocaine (Orthostat, currently marketed as Hemabsorb). Postoperatively, foot pain was eliminated with a peripheral nerve block, while pelvis pain was quantified with two commonly used pain rating scales (VAS and Wong Baker). Blood samples were collected at regular time intervals to measure lidocaine levels. Patients which received the lidocaine loaded putty experienced significantly less pain during the first 12 hours after surgery as compared to those patients who received the lidocaine deficient putty. Blood lidocaine levels always stayed below the toxic threshold.
Craniotomies are generally thought to be less painful than other operations. Indeed recent studies have confirmed that pain is a common problem during the postoperative phase following craniotomy.Pain not only causes discomfort, but it is also associated with other potential adverse events such as increased sympathetic activity and elevated systemic blood pressure. These events in turn may contribute to increased intracranial pressure. Some patients may also develop chronic pain.Potent opioids have been avoided due to its potential to cause respiratory depression and risk of masking pupillary signs. As a result postoperative craniotomy pain controls are usually inadequate. In Siriraj hospital, there are 500-600 craniotomy patients per year. Still there are no definite guidelines for postoperative pain management in these patents due to lack of information about quality of postoperative pain control after craniotomy. Objectives Primary objective : - To study incidence of moderate to severe pain during first 48 hours after craniotomy. Secondary objectives : - To determine risk factors for moderate to severe pain during first 48 hours after craniotomy - To evaluate side effects and complications of postoperative craniotomy pain control - To compare patient's expectation for pain management before and after surgery - To determine patient's satisfaction for postoperative pain management
This is a randomized controlled trial, with blinded assessor to evaluate the effectiveness of Pilates to treat low back pain. Hypothesis - the Pilates group will have best results than the control group (usual medicament treatment).
The purpose of this research study is to identify factors and genes (the DNA material that determines the makeup of the human body) that may be associated with how children respond to pain medication. Specifically, the investigators want to study factors that may be associated with pain sensitivity, morphine requirement after surgery and side-effects from morphine and other pain medications. The investigators expect that the information obtained in this research study will help us to develop more effective, safe, and tailored treatment options in the future.
This research study represents a pilot, open arm study that will evaluate the safety of using Nonāinvasive Electrical Stimulation of Acupuncture Points (NESAP) in 42 newborn infants less than 3 days of age who require heel sticks for clinical blood sampling. The investigators plan to enroll 51 infants into the study in order to obtain 42 completed infants. Two sub studies will precede the main safety study, with 6 infants in each sub study and 30 infants in the main study. These two sub studies will use electrical stimulation intensities that are a fraction of the planned intensity of electrical stimulation that will be used during the main part of the study. The clinical trial will be performed at the University of Arkansas for Medical Sciences Hospital (Little Rock, AR). The study will evaluate the pain response to heel stick routinely used to obtain This blood from 30 term neonatal infants, ages 37 to 42 weeks Electrical stimulation will be applied at appropriate acupuncture points using a very low current for 10 minutes, routine for procedural pain. The response to pain will be assessed using pain scales and physiologic changes. The investigators hypothesize that the NESAP procedure is safe in newborn infants undergoing a routine heelstick.
Systemic LA toxicity is an important complication of regional anesthesia. Lowering the LA dose is one of the strategies to reduce this risk. For upper limb blocks it is well documented that ultrasound guidance allows a significant lower dose of LA for interscalene and axillary blocks than with guidance by peripheral nerve stimulation. However, a corresponding difference has not yet been found for supraclavicular and infraclavicular blocks. The aim of the present study is to define the minimum effective volume of ropivacaine 7.5 mg/ml when using the LSIB method.
The World Health Organization analgesic ladder for cancer pain relief is an internationally used approach to managing cancer pain. Patients generally start on Step 1 of the ladder (paracetamol). As pain increases or is not well controlled on this, they progress to Step 2 which involves a stronger pain killer (weak opioid such as codeine). If pain is still not controlled they progress to Step 3 of the ladder which is a strong opioid (such as morphine). Work to date has suggested that Step 2 may be unnecessary and most patients usually require Step 3 analgesia. The TVT trial aims to examine the standard approach (Step 1-Step2-Step-3) versus a two step approach (Step 1-Step 3).
The purpose of this study is to determine generation of a target controlled infusion model for the patient controlled analgesia with the strong analgesic, hydromorphone, after planned open heart surgery, during which the strong analgesic, sufentanil, was used.