Nano-antiretroviral therapy (nano-ART) turns macrophages—one of the very cell types that HIV uses to replicate and spread through the body—into carriers for anti-HIV medications. The approach has the potential to make treatment for HIV easier and more effective.
A new vaccine hindered the often-abused prescription opioids oxycodone and hydrocodone from entering the brain and suppressed one of the drugs’ signature central nervous system effects. The findings warrant continued development of the vaccine as a potential aid in the treatment of oxycodone and hydrocodone abuse and dependence.
A significant portion of individuals who are addicted to opioid painkillers may initiate and maintain abstinence with a brief but intensive outpatient detoxification treatment followed by opioid antagonist therapy using naltrexone.
Researchers report a significant advance in the search for medications that can suppress pain but avoid opioids’ abuse potential and other undesirable CNS effects. A new compound reduces mouse responses in animal models of neurogenic and chronic inflammatory (e.g., arthritic) pain. The compound, called UB937, enhances the natural pain-killing activity of the neurotransmitter anandamide, and exerts its analgesic effects entirely in peripheral tissues, without entering the brain.
Patients who don’t take their medications as prescribed often put themselves at risk for problems including misdiagnoses, complications, and death. A study suggests that adding low doses of quinine to patients’ medications could provide an expensive, reliable, and safe method of monitoring whether patients are taking their medications as directed.