View clinical trials related to Emergence Delirium.
Filter by:This study designed to evaluate the correlation between the effect of intraoperative magnesium sulfate infusion and the incidence of emergence agitation after pediatric ophthalmic surgery
The aim of this randomized double-blinded study is to determine whether transition to propofol for 3 min at the end of sevoflurane anaesthesia reduces the incidence of EA in children undergoing genito-urinary paediatric surgeries.
Preoperative anxiety is associated with adverse consequences such as emergence delirium, and postoperative behavioral changes. According to previous studies, providing information of anesthetic procedures helps to lessen preoperative anxiety. However, verbal explanation alone provides the limited effect, and the tour program of the operating room prior to surgery may not be possible for a number of hospitals due to organizational and financial reasons. Therefore, the virtual reality (VR) tour of the operating room may be an innovative and novel method to give children information about the preoperative process and to alleviate the preoperative anxiety. In this study, we intend to evaluate the effects of the operating room virtual tour on preoperative anxiety as well as emergence delirium and postoperative behavioral changes, in pediatric patients.
Study where children will receive one premedication, either intranasal dexmedetomidine or oral midazolam, to reduce agitation on emergence of anesthesia. The hypothesis is that dexmedetomidine is superior but previous studies lack quality.
Evaluation of prevention of emergence delirium and analgesic effect of magnesium on children
Dexmedetomidine (DEX) is safe and effective in reducing ED following sevoflurane anesthesia. The investigators intend to study the efficacy of DEX in reducing ED in children undergoing tonsillectomy with and without adenoidectomy using total intravenous anesthesia (TIVA) with propofol .
The IPOD-B3 study aims to characterize the relationship between premorbid brain activity and postoperative delirium in patients undergoing major surgery. This is a expansion of the NeuroVISION Bolt-On study, NCT01980511.
The purpose of this study is to compare the incidence of EA in pediatric patients undergoing minor ENT surgery under Sevoflurane and compare opioid-only based intra-operative analgesia to multi-modal analgesia consisting of opioid and IV acetaminophen or PO acetaminophen regimen using a validated and standardized EA measurement tool, the Pediatric Anesthesia Emergence Delirium (PAED) scale. The post operative pain scores will be measured in all patients by post-op recovery staff using FLACC Score/Wong-Baker FACES (patients 24 months up to 7 years of age) or Numeric Pain Score for patients 7 years of age. The pre-operative, surgery, anesthesia and post-operative staff will be all blinded.
The researchers are conducting a research study to see whether listening to music during an operation will have a positive effect on the way that children wake up from surgery/anaesthetic. It is a common phenomenon where children wake up unhappy, irritated and screaming (known as emergence delirium). Research have shown that music decreases anxiety and pain. The researchers want to see whether music can also influence a child's behaviour after emerging from anaesthesia. In other words whether they will be more calm and cooperative after listening to music while they are asleep during surgery. Should music have a positive effect, anaesthesiologists may use it in future to improve care of patients coming for surgery.
Emergence delirium (ED), also called emergence agitation or post-anesthetic excitement, is defined as a dissociated state of consciousness, occurring on awakening from general anesthesia, in which children exhibit psychomotor agitation, crying and thrashing and are not consolable for a period of time, usually 5-15 minutes. Emergence delirium is a common problem in pre-school children, with estimates of the incidence ranging from 10-70% of children in this age group. These children are agitated, seemingly unaware of their surroundings, and typically do not respond to parents or caregivers. They are therefore at risk for self-inflicted traumatic injury and complications secondary to disruptions of intravenous lines, surgical incisions, or drains. Children with ED typically require more resources in the postoperative period than children who do not exhibit ED. Predicting the likelihood of ED would allow for better allocation of resources in the post-anesthetic care unit (PACU). The peak incidence of ED in children occurs in the same age range at which the peak incidence of parasomnias (PS) occurs. The description of parasomnias is strikingly similar to the description of ED; the American Academy of Sleep Medicine defines parasomnias as "undesirable physical events or experiences that occur during entry into sleep, within sleep or during arousals from sleep." Parasomnias can be diagnosed using a sleep questionnaire. The purpose of this pilot study is to determine the incidence of ED and PS in our population, in order to determine the number of patients necessary to enroll in a larger study to either confirm or reject the hypothesis that ED and PS are correlated.