Discovery of analgesics void of abuse liability is critical to battle the opioid crisis in the United States. Among many strategies to achieve this goal, targeting more than one opioid receptor seems promising to minimize this unwanted side effect while achieving a reasonable therapeutic profile. In the process of understanding the structure–activity relationship of nalfurafine, we identified a potential analgesic agent, NMF, as a dual kappa opioid receptor/delta opioid receptor agonist with minimum abuse liability. Further characterizations, including primary in vitro ADMET studies (hERG toxicity, plasma protein binding, permeability, and hepatic metabolism), and in vivo pharmacodynamic and toxicity profiling (time course, abuse liability,...
Opioid receptors (ORs) are classified into three types (μ, δ, and κ), and opioid analgesics are main...
Opioid receptors are currently classified as mu (mu: mOP), delta (delta: dOP), kappa (kappa: kOP) wi...
The three opioid receptor subtypes, mu (mu), delta (delta) and kappa (kappa) have long been associat...
Discovery of analgesics void of abuse liability is critical to battle the opioid crisis in the Unite...
Today’s opioid crisis is one of the most challenging public health emergency. Two million Americans ...
The overdose crisis, intensified by polysubstance use, necessitates effective strategies including t...
Mu opioid agonists are the primary analgesics used for the treatment of pain, but display negative s...
Abstract Opioid addiction and the opioid overdose epidemic are becoming more serious, and the develo...
Nalfurafine, a moderately selective kappa opioid receptor (KOR) agonist, is used in Japan for treatm...
Effective treatments for chronic pain without abuse liability are urgently needed. One in 5 adults s...
Mu opioid receptor (MOR)-targeting analgesics are efficacious pain treatments, but notorious for the...
The central hypothesis of this dissertation is that agonists and antagonists acting at the delta opi...
Numerous studies have demonstrated a physiological interaction between the mu opioid receptor (MOR) ...
There is still an unmet clinical need to develop new pharmaceuticals for effective and safe pain man...
Rationale: Drug addiction is a chronic, relapsing disease with great socioeconomic and morbidity cos...
Opioid receptors (ORs) are classified into three types (μ, δ, and κ), and opioid analgesics are main...
Opioid receptors are currently classified as mu (mu: mOP), delta (delta: dOP), kappa (kappa: kOP) wi...
The three opioid receptor subtypes, mu (mu), delta (delta) and kappa (kappa) have long been associat...
Discovery of analgesics void of abuse liability is critical to battle the opioid crisis in the Unite...
Today’s opioid crisis is one of the most challenging public health emergency. Two million Americans ...
The overdose crisis, intensified by polysubstance use, necessitates effective strategies including t...
Mu opioid agonists are the primary analgesics used for the treatment of pain, but display negative s...
Abstract Opioid addiction and the opioid overdose epidemic are becoming more serious, and the develo...
Nalfurafine, a moderately selective kappa opioid receptor (KOR) agonist, is used in Japan for treatm...
Effective treatments for chronic pain without abuse liability are urgently needed. One in 5 adults s...
Mu opioid receptor (MOR)-targeting analgesics are efficacious pain treatments, but notorious for the...
The central hypothesis of this dissertation is that agonists and antagonists acting at the delta opi...
Numerous studies have demonstrated a physiological interaction between the mu opioid receptor (MOR) ...
There is still an unmet clinical need to develop new pharmaceuticals for effective and safe pain man...
Rationale: Drug addiction is a chronic, relapsing disease with great socioeconomic and morbidity cos...
Opioid receptors (ORs) are classified into three types (μ, δ, and κ), and opioid analgesics are main...
Opioid receptors are currently classified as mu (mu: mOP), delta (delta: dOP), kappa (kappa: kOP) wi...
The three opioid receptor subtypes, mu (mu), delta (delta) and kappa (kappa) have long been associat...