Menu

Topics

Connect

Comments

Want to discuss? Please read our Commenting Policy first.

Double agent may have come in contact with nerve toxin on front door: UK police

WATCH ABOVE: Russia warns UK as relations worsen over spy poisoning – Mar 15, 2018

British police said on Wednesday that former Russian double agent Sergei Skripal and his daughter, poisoned by a nerve toxin in an attack which Britain has blamed on Moscow, may have been exposed to the substance at the front door of their home.

Story continues below advertisement

“Specialists have identified the highest concentration of the nerve agent, to-date, as being on the front door of the address,” a statement by Scotland Yard said.

READ MORE: Russia demands proof British special services did not poison former spy

“At this point in our investigation, we believe the Skripals first came into contact with the nerve agent from their front door,” Dean Haydon, head of the Metropolitan Police’s Counter Terrorism Command, was quoted as saying on the police website.

WATCH: Canada, U.S., EU expel Russian diplomats after ex-spy poisoned

“We are therefore focusing much of our efforts in and around their address.”

Story continues below advertisement

Allegations by London that the attack on 66-year-old Skripal, a former GRU military intelligence officer who betrayed scores of Russian agents to Britain, was the work of Moscow have been denied by Russia.

READ MORE: Trudeau, Trump discuss Russian spy attack, NAFTA in phone call

But the affair has plunged Moscow’s relations with the West to a new post-Cold War low with Western governments, including the United States and Britain expelling scores of Russian diplomats.

Moscow has threatened to take retaliatory action.

Skripal and his 33-year-old daughter Yulia have been in a critical condition since being found unconscious on a public bench in the English city of Salisbury on March 4 and a British judge has said they may have suffered permanent brain damage.

Advertisement

You are viewing an Accelerated Mobile Webpage.

View Original Article