Preclinical studies of lead molecules have shown absence of respiratory depression, rewarding behavior, sedation, and constipation associated with traditional opioids
Philadelphia, PA, September 15, 2018 — MEBIAS Discovery, an emerging leader in the field of drug discovery targeting G-protein coupled receptors, has secured grant funding from the National Institute of Drug Abuse (NIDA) to progress a mu-opioid receptor candidate. Preclinical data presented last year at the Academic Drug Discovery Consortium revealed that its G-protein agonists lack the dangerous side effects of respiratory depression and abuse potential associated with all currently marketed opioids. MEBIAS Discovery will use the NIDA funds to complete preclinical pharmacological and pharmaceutical profiling. A portion of the activities is continued to be supported by BioAdvance. Once milestones outlined in the grant are met, MEBIAS is eligible for continued funding from NIDA to progress the lead compound into Phase 1 clinical studies.
According to the American Society of Addiction Medicine and the NIH, over two million Americans abused or were dependent on prescription opioids and over 19,000 died of overdoses from prescription opioid pain medications. Respiratory depression is the leading cause of death associated with opioids.
“Given the overwhelming societal need for new pain drugs, we are excited to advance our lead candidate towards IND filing and human clinical Phase 1 studies,” said Lawrence Kuo, Ph.D., one of the founding partners of MEBIAS Discovery. “These compounds could redefine the risk-benefit paradigm of opioids and thereby lessen the opioid crisis our nation is facing.”
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About MEBIAS Discovery LLC
As a platform and early development company, the mission of MEBIAS is to efficiently generate, on its own or through partnerships, preclinical compounds devoid of dangerous on-target adverse effects associated with many currently marketed drugs targeting G-protein coupled receptors.
MEBIAS has produced proprietary mu-opioid agonists designed to achieve analgesia without respiratory depression, constipation, sedation, and addiction potential seen in standard opioids. Our lead program demonstrates the ability of MEBIAS’ unique platform to find highly signaling-pathway selective compounds; the high degree of selectivity is required to avoid on-target side effects in vivo.
For more information visit www.mebiasdiscovery.com
MEBIAS Discovery, LLC
Lawrence C. Kuo, PhD
Telephone: (267) 536-4125, x102