Recovery clinical trials at University of California Health
2 in progress, 0 open to eligible people
Methadone for Enhanced Postoperative Analgesia in Intermediate-Risk Noncardiac Surgery (MELODY)
Sorry, not yet accepting patients
Postoperative pain control remains suboptimal for a large proportion of surgical patients and is frequently associated with slower recovery and higher reliance on opioids after surgery. Current intraoperative analgesic approaches predominantly use short-acting opioids, whose rapid pharmacokinetics can lead to variable drug exposure and inconsistent control of nociceptive stimuli. Methadone has a different pharmacologic profile, combining prolonged μ-opioid receptor activity with N-methyl-D-aspartate receptor antagonism, allowing sustained analgesia following a single intraoperative administration and potentially enhancing postoperative recovery. The MELODY trial is a multicentre, randomized, patient-blinded clinical study designed to compare a single intravenous dose of methadone given at induction with conventional short-acting opioid-based anesthesia in adults undergoing intermediate-risk noncardiac surgery. The primary aim is to evaluate whether this strategy leads to improved quality of recovery on the first postoperative day.
at UC Irvine UCLA
Bioactive Fabric Sleeve
Sorry, in progress, not accepting new patients
In-season pitch volume have been shown to relate to arm soreness in collegiate baseball players. Arm soreness is a common ailment following a pitching appearance due to the adaptation to soft tissue in response to a repetitive load to the throwing arm. Specifically, ongoing and accumulated fatigue and soreness to the flexor pronator mass region of the arm may be a predecessor for UCL injury. Different recovery modalities such as a bioactive fabric sleeve may give pitchers a recovery advantage throughout a baseball season. The primary purpose of this study is to determine if there is a difference in subjective soreness of the flexor pronator mass the day following a game pitching appearance using a sleeve with bioactive fabric which potentially improves cellular function versus a control sleeve.
at UC Davis
Last updated: