Fentanyl-Laced Drugs Cause Surge in Overdose Deaths in Eugene, Oregon

EUGENE, Ore. – In recent days, the Eugene Police Department (EPD) has been dealing with a concerning spike in overdose-related deaths. Since Wednesday August 2, 2023, there have been at least 8 reported deaths, with initial investigations suggesting a possible connection to illicit drug use and fentanyl.

This sudden increase in deaths has raised alarm among law enforcement and health officials in the area. EPD is urging the public to be cautious, as the drugs currently circulating may be more potent and dangerous than usual, potentially posing a higher risk of overdose.

The EPD has provided details of the fatal incidents which occurred between August 2nd and 6th. These tragic events have prompted the department to issue a warning regarding the rise in street drugs containing fentanyl, a powerful opioid with a high risk of overdose. Fentanyl has been found in counterfeit pills designed to mimic common medications such as oxycodone, Adderall, or Xanax. Additionally, there are reports of fentanyl being detected in white or colored powdered drugs that may be sold as cocaine, MDMA, or methamphetamine.

In response to this alarming trend, the EPD is urging citizens to exercise extreme caution when it comes to consuming illicit drugs, as they could potentially contain the deadly substance. Furthermore, the availability of Narcan, a life-saving drug that can reverse opioid overdoses, has been highlighted as an essential resource for the community. The EPD, along with other organizations, is providing information on how individuals can access Narcan, emphasizing its importance in saving lives during overdose emergencies.

As the community grapples with these tragic losses, the EPD is working tirelessly to spread awareness and take proactive measures to address the issue and prevent further deaths. Consequently, members of the public are encouraged to seek assistance and resources to protect themselves and their loved ones from the dangers posed by fentanyl-contaminated drugs.