UK scientists UK team tests coronavirus vaccine on mice

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A team of UK scientists believe they are one of the first to start animal testing of a vaccine for the new coronavirus that has killed more than 900 people and spread around the world.

Researchers at Imperial College London said their ultimate goal was to have an effective and safe way of halting the SARS-like strain's spread by the end of the year.

"At the moment we have just put the vaccine that we've generated from these bacteria into mice," Imperial College London researcher Paul McKay told AFP in an interview on Monday.

"We're hoping that over the next few weeks we'll be able to determine the response that we can see in those mice, in their blood, their antibody response to the coronavirus."

Scientists across the world are racing to develop a way to stamp out a new strain of a well-known virus that has been successfully combatted in the past.

Imperial College London said it cannot be sure how advanced other teams' research is at the moment, but the animal tests they began running Monday were one of the first.

Britain has recorded eight cases and been forced to shut down two branches of a medical centre in the southeast city of Brighton where at least two staff members tested positive.

But coming up with a vaccine is a laborious process that usually involves years of animal testing and clinal trials on humans.

Regulators must then make sure that the vaccine is both sufficiently safe and effective to be mass produced.

Imperial College London hopes that research on the SARS coronavirus nearly two decades ago can speed things up.

"We're hoping to be the first to get this particular vaccine into human clinical trials, and that perhaps is our personal goal," McKay said.

"Once the phase one trial is complete -- which can take a few months to complete -- it can be immediately started into an efficacy trial in people, which will also take a few months to complete," McKay added.

"So, perhaps by the end of this year there will be a viable tested vaccine that would be suitable for use in people."

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