New Ways to Help People Beat Opioid Addiction

During the press conference, Gov. Malloy said, “Connecticut spends over $65 million a year on treatment for opioid dependency. This plan will help ensure that those dollars are spent on the best and most effective ways possible.” The CORE team’s plan proposes six strategies for addressing the opioid epidemic, including increasing access to high-quality treatment with methadone and buprenorphine and increasing access to naloxone.

Gov. Malloy reached out to Dr. Fiellin last spring, asking him to study treatment and policy options and make recommendations that could help shape Connecticut’s response to the opioid epidemic. Fiellin recruited Dr. D’Onofrio, Yale School of Medicine faculty member William C. Becker, MD, and Yale School of Public Health faculty member Robert Heimer. The team raced to prepare a report within 90 days, jumping on weekly conference calls with commissioners, state agencies, and the governor’s office and traveling all over the state to meet with representatives of local organizations working on the crisis.

While Dr. Fiellin is emerging as one of the leading advocates globally for the use of medicine-based treatments for prescription opioid addiction, another Yale School of Medicine faculty member aims to dramatically reduce the use of opioids as painkillers—helping individuals to avoid becoming addicted.

Stephen Waxman, MD, director of the Center for Neuroscience and Regeneration Research at Yale School of Medicine, has spent over a decade researching effective non-addictive painkillers as alternatives to opioids. To do this, Dr. Waxman has been working with patients suffering from a debilitating genetic illness called "man on fire" syndrome, which causes searing pain in response to even moderate heat, pressure, exertion or stress. By studying these patients, Dr. Waxman has pinpointed the genetic mutation that causes an increased sensitivity in pain-signaling neurons. A similar sensitivity causes chronic pain in normal individuals without man on fire syndrome.

Medicines that target specific nerves and prevent them from sending pain signals without affecting the brain are now entering clinical trials. The initial results are promising. If approved, these drugs could become widely used, non-addictive painkillers.

Over the last couple of years, Dr. Waxman has fielded dozens of phone calls from parents of children suffering excruciating pain from man on fire syndrome. Their stories have given Dr. Waxman a sense of personal responsibility for finding a solution to pain. “It was a transformative moment when I could change my response from ‘Please know we’re trying to help your child,’ to saying ‘I’m reasonably confident that at some point we can help your child,’” he says.

Dr. Waxman has also been working on a technique called “pain in a dish,” which uses precision medicine techniques to provide patients with targeted pain-relieving therapies. His initial research suggests that in the future, patients could go into a doctor’s office with severe pain, provide a tissue sample, and receive a pain medication targeted specifically to reduce their pain based on their unique DNA. This would eliminate “trial and error” prescribing of medications for pain.

A number of other Yale School of Medicine researchers are also making significant contributions to the pain relief and addiction fields. Among them is Patrick G. O'Connor, MD, chief of general internal medicine, who led the way to office-based treatment with buprenorphine.

The year 2016 was horrible for Connecticut families touched by the opioid crisis. Fentanyl-laced heroin caused a rash of deaths across the state and the number of overdose victims who have died from opioid mixtures surpassed the total number from 2015. However, with researchers at Yale working swiftly to expand access to effective treatment options and prevent addiction, relief for the pain caused by the opioid epidemic may be on the horizon.