Coroner's Report Reveals Hayden Panettiere's Recent Rehab and Prior Overdose

Key points

• Greenville County Coroner's Office ruled Panettiere's death an accident caused by fentanyl, 4-ANPP, alprazolam, methocarbamol, and quetiapine.
• A brother of her on-and-off boyfriend, Brian Hickerson, stated Panettiere had a long history of drug, alcohol, and nitrous oxide abuse and had previously required Narcan.
• Panettiere's father, Skip Panettiere, confirmed she had spent two to three weeks in a Malibu rehab facility shortly before her death.
• Investigators found a bag of white powder, a cut straw, and prescription bottles at the scene, all testing positive for fentanyl.
• The DEA is actively investigating the case, with former agent Bill Bodner noting the drug combination is known as the 'Holy Trinity' and is highly dangerous.

Background

Panettiere, 36, died on Aug. 16 at a residence in Greenville, South Carolina. Her family has faced significant trauma, including the 2023 death of her brother Jansen. She had previously disclosed struggles with addiction and postpartum depression in her memoir, 'This Is Me: A Reckoning.'

How outlets are covering it

While Page Six and Fox News focus on the personal history of addiction and the recent rehab stint, NBC News emphasizes the forensic and legal aspects, highlighting the DEA's involvement and the specific dangers of the drug cocktail. All sources agree on the coroner's ruling of accidental death, but Page Six provides more detail on the family's internal dynamics and the brother's statements regarding prior overdoses.

Why it matters

The release of the detailed coroner's report provides a clearer picture of the circumstances surrounding a high-profile celebrity death, highlighting the ongoing risks associated with illicit drug combinations and the complexities of addiction recovery.

What to watch

The DEA investigation remains active, with authorities likely reconstructing Panettiere's final days through forensic analysis of her phone and social media interactions to identify the source of the fentanyl.