Trevena reports positive results from TRV734 Phase 1 trial for treating acute/chronic pain
Published on June 23, 2014 at 8:13 AM
Trevena, Inc. (NASDAQ:TRVN) today announced positive results from its Phase 1 trial of TRV734, which Trevena is developing with the goal of providing improved analgesia while avoiding gastrointestinal and respiratory side effects typically associated with opioids. The study tested single ascending doses and the relative bioavailability of oral TRV734 in healthy subjects, and demonstrated that TRV734 is pharmacologically active at a range of safe and well-tolerated doses. The data suggest that TRV734 provides dose-related exposure, speed of onset, and duration of action suitable for treating moderate-to-severe acute pain.
"This trial showed that TRV734 is orally bioavailable and produces central nervous system activity consistent with analgesia, at doses that are safe and generally well-tolerated," said David Soergel, M.D., senior vice president, clinical development. "We identified an active dose range that was very well tolerated, supporting our belief that TRV734 could present a superior therapeutic profile compared to currently prescribed opioids."
Highlights of the two-part trial involving a total of 76 healthy subjects include:
- Dose-related increases in plasma concentrations, with peak plasma concentrations reached approximately one hour after dosing and a terminal half life consistent with use for treating acute pain.
- Pupil constriction indicative of analgesia observed at doses of 80 mg and higher, and mild-to-moderate adverse effects reported at the maximum explored dose of 250 mg. This suggests that the analgesic efficacy of TRV734 may be separable from opioid-related adverse effects.
- No clinically significant changes in vital signs, laboratory values or ECG parameters, and no severe or serious adverse events reported.
"These results are highly encouraging and provide a path towards Phase 2 clinical studies of this molecule," said Maxine Gowen, Ph.D., president and chief executive officer. "In addition, the data further validate the shared mechanism of action of TRV734 and TRV130, and underscore the potential for these agents to provide prescribers and patients with new and differentiated treatment options in both hospital and outpatient settings."