Police in the Federal Capital Territory (FCT), Abuja have launched an investigation into the sudden death of a 27-year-old woman, Miss Esther Akwaji, who reportedly fell ill after visiting her boyfriend in the Dei-Dei area of the FCT.

The Guardian reports that police authorities are after the boyfriend, who is currently at large.
The FCT Police Command confirmed the incident through its Public Relations Officer (PPRO), SP Josephine Adeh.

She said that on 22 January, a distress call was received at the Dei-Dei ‘A’ Division from Esther’s brother, Mr Peter Akwaji.
“He reported that his sister, Ms Esther Akwaji, left home on 21 January, 2026, at about 3 p.m., stating that she was going to a bank in Dei-Dei but never returned,” she said.

SP Adeh added that later that evening, Mr Akwaji received an anonymous call from an individual claiming to be the deceased’s boyfriend.
“The caller stated that Esther had visited him at his residence, where he bought food for her, which she ate, after which she began vomiting,” Adeh said.

She said the caller reported that Esther was rushed to Kubwa General Hospital, where she was confirmed dead while receiving treatment.
Police operatives from the Dei-Dei Division subsequently visited the hospital, where Esther’s body was recovered and deposited at the mortuary for autopsy to determine the exact cause of death.

“Discreet investigations have commenced and efforts are currently ongoing to trace and apprehend the alleged boyfriend, who is presently on the run,” SP Adeh said.
The command assured the public of its commitment to a thorough investigation.

“The Command assures members of the public of its unwavering commitment to a thorough investigation and to ensuring that all persons found culpable are brought to justice. Further developments will be communicated as investigations progress,” she said.

In a related advisory, the FCT Police cautioned couples to avoid publicising their relationships on social media. SP Adeh said the guidance is intended to protect individuals from potential risks.