Invasive species removed from banks of Kansas River in Topeka
30 March 2024
JUNCTION CITY (KSNT) – Police in Junction City say they’ve made major headway in combating the spread of a potentially deadly drug in the local area.
The Junction City Police Department (JCPD) took to social media on Saturday, March 30 to notify local residents of “significant breakthroughs” made in the last two weeks with fentanyl investigations. More than 2,300 pills containing fentanyl, also known as “Dirty 30s,” are now in police hands along with three kilograms of pure fentanyl blocks.
The JCPD says this much fentanyl could cause more than 1.5 million potentially lethal overdoses. Police and detectives made multiple arrests in connection to these drug seizures.
Fentanyl is a major issue in the U.S. as the drug is 100 times more potent than morphine, according to the Drug Enforcement Administration (DEA). Small amounts of the drug, as little as 2 mg, can result in a potentially lethal dose. One kilogram has the chance to produce a life-ending overdose for 500,000 people.
“Remember, it’s not just a warning; it’s a reality that has affected many families across the nation. Remember, you should only ever consume medication that you receive from your doctor or pharmacy. Let’s stay informed and vigilant to protect our loved ones from this invisible threat. Please share this to help us spread the word about this deadly trend.”
Junction City Police Department social media statement excerpt
Someone under the effects of fentanyl might appear drowsy or relaxed, according to the DEA. People might also feel confused, vomit and experience pain relief while under the influence of the drug. Overdoses can be recognized by the following symptoms:
Stupor
Changes in pupillary size
Cold and clammy skin
Blue discoloration of the skin
Respiratory failure
Coma
For more crime news, click here. Keep up with the latest breaking news in northeast Kansas by downloading our mobile app and by signing up for our news email alerts. Sign up for our Storm Track Weather app by clicking here.
Follow Matthew Self on X (Twitter): https://twitter.com/MatthewLeoSelf