Active clinical trials for "Pain, Procedural"

This pilot study was conceptualised to determine the feasibility of involving parents via facilitated tucking or observing during painful procedures and to measure change in parental stress and infant pain. An additional purpose of this pilot study was to determine the size of the cohort of preterm infants needed for a larger trial, the time, and resources required for recruitment and data collection.

The purpose of this study is to evaluate the safety of the intranasal fentanyl in pain induced by wound care and rehabilitation in the elderly. The project would also provide a preliminary assessment of the effectiveness of intranasal fentanyl used in procedural pains.

Venipuncture and intravenous (IV) access continue to be the most common causes of pain and distress among children in the pediatric emergency department. Virtual reality has been successful for reducing pain and fear in many clinical scenarios, including port access in oncology patients, anxiety disorders, phobias, burn and wound care and others. There is only one previous study examining virtual reality distraction to reduce procedural pain during IV insertion in pediatric patients and no previous studies examining this in the emergency department setting. In this study, the investigators will compare immersive virtual reality (an interactive underwater environment) to the current standard (tablet device/iPad playing a movie) for distraction to reduce procedural pain during IV insertion. The investigators hypothesize that the immersive quality of the virtual reality will reduce patient's pain scores, fear scores and tachycardia during and after the procedure, and have minimal effect on departmental flow and nursing satisfaction. If this feasibility pilot study yields positive results, the investigators plan to expand to a larger randomized control trial.

We aim to investigate the effects of premedication (intranasal or intravenous administration) of s-ketamin, dexmedetomidine, and combination for premedication in children undergoing ENT surgery.

The purpose of this study is to determine the influence of morphine 2,5 mg or morphine 7,5 mg iv during a painful and unavoidable intervention in critically ill patients.

The purpose of this study is to assess whether an instrument, the Laser Doppler Imager, is able to measure the effect of pain related changes in skin blood flow in newborn infants. The study will also determine whether the use of sucrose (sugar water) when given by mouth has any effect on pain related skin blood flow changes.

Minor needlestick procedures often cause significant pain and distress in pediatric patients yet interventions to reduce pain are used infrequently. ALGRX 3268 is a novel, single-use, prefilled, needle-free product that immediately delivers powdered lidocaine into the epidermis and provides local analgesia in 2-3 minutes. The purpose of this phase III, prospective, randomized, double-blind, placebo-controlled study is to investigate the efficacy, safety and tolerability of ALGRX 3268 versus placebo in pediatric patients aged 3 to 18 years undergoing venipuncture or peripheral venous canulation procedures. The trial will enroll approximate 504 evaluable subjects at centers located in the US.

This is a multicenter, randomized, clinical trial comparing treatment as usual to distraction with video projection or virtual reality in the management of pediatric (3-6 years) pain associated with venipuncture, intramuscular injection, and vaccination.

Thoracic surgery, and surgery involving the chest wall in general, is associated with poorly controlled acute pain, which may result in delayed functional recovery, and may progress to chronic pain. Multimodal opioid-sparing analgesia regimens are a key component of the thoracic surgery enhanced recovery pathway, the aim of which is to improve outcomes in patients undergoing both minimally invasive and open thoracic surgical procedures. Novel interfascial plane blocks are emerging as feasible alternatives to central neuraxial analgesia techniques in a variety of clinical settings. The aim of this study is to show non-inferiority of serratus anterior blockade compared with surgically placed paravertebral blocks in the management of perioperative acute pain in patients undergoing VATS procedures.

Ketamine is commonly used for procedural sedation and analgesia. It is widely used for trauma cases in the emergency department and is considered a superior agent in the outpatient setting due to its lack of respiratory and cardiovascular depression. In chronic opioid users, ketamine decreases acute pain and reduces postoperative opioid consumption. Few studies have examined the use of ketamine for surgical abortions. Previous studies found significant rates of emergence phenomena; however, this can be prevented if a benzodiazepine is given at the same time. Ketamine deserves further study to determine whether it is an acceptable alternative to a standard opioid-based regimen for surgical abortion. Our primary objective is to compare patient satisfaction after surgical abortion among patients receiving IV ketamine versus IV fentanyl for procedural sedation. Our secondary objectives include postoperative pain, additional pain medication used, and postoperative opioid use after the procedure. Our hypothesis is that ketamine will provide similar patient satisfaction and reduce postoperative opioid use. This will be a randomized controlled noninferiority clinical trial of 84 women receiving either IV ketamine with IV midazolam or IV fentanyl with IV midazolam for outpatient one day surgical abortions up to 13, 6/7 weeks gestation. Both groups will receive a standardized paracervical block and additional pain medication as needed. Our study has the potential to introduce IV ketamine as a satisfactory medication for outpatient surgical abortions. Ketamine may decrease the need for IV fentanyl, reduce postoperative opioid use, and may prove to be a superior analgesic for chronic opioid users.