Ensysce Biosciences, Inc. is a clinical-stage pharmaceutical firm dedicated to developing novel prescription drugs for the treatment of severe pain in the United States, with a specific focus on preventing opioid addiction, misuse, abuse, and overdose. The company leverages two primary technological frameworks: the Trypsin Activated Abuse Protection (TAAP) platform, which creates opioid prodrugs designed to resist abuse, and the Multi-Pill Abuse Resistance (MPAR) platform, engineered to offer protection against overdose through its advanced opioid prodrug technology. Ensysce's pipeline features several key candidates, including PF614, an oxycodone prodrug developed using the TAAP platform, currently undergoing Phase II clinical trials for both acute and chronic pain management. Another product, PF614-MPAR, is a combination of PF614 and nafamostat, in Phase I clinical development to provide overdose protection against excessive oral consumption. Furthermore, the company is exploring an oral and inhaled formulation of nafamostat for potential use against coronaviral infections and other pulmonary diseases, such as cystic fibrosis. The company's development efforts also include PF329, an extended-release hydromorphone prodrug similar to PF614. In the area of ADHD treatment, Ensysce is advancing PF8001 and PF8026, which are extended-release and immediate-release amphetamine prodrugs, respectively, aimed at deterring medication abuse. Additionally, PF26810, an extended-release methadone prodrug, is in development for opioid use disorder. Ensysce Biosciences, Inc. operates from its headquarters in La Jolla, California.
Ensysce Biosciences to Showcase "A New Era in Pain Therapeutics" at PAINWeek 2026 Symposium
Ensysce Biosciences announced it will host an educational symposium at PAINWeek 2026 titled "A New Era in Pain Therapeutics," focusing on treatments for Complex Regional Pain Syndrome (CRPS).
The event will feature Ensysce leadership and external experts discussing the company's neural reset strategy for its botanical psychedelic candidate CY200 and proprietary opioid safety switch technologies.
Management emphasized the potential to address the unmet need in CRPS and redefine the balance between efficacy and safety in severe pain treatment.