As the number of coronavirus cases in the UK continue to escalate, scientists have offered a glimmer of hope to the pandemic after discovering an antibody that could neutralise the illness.

Academics working for the non-profit organisation Diamond, in Harwell, Oxfordshire, have used their X-ray machine, The Diamond Light Source, which works like a giant microscope, to examine the blood of a patient who had previously being diagnosed with SARS (severe acute respiratory syndrome).

The patient, who went on to recover from the respiratory infection which originated in China in 2002, may now provide a new ray of hope for researchers looking for a possible cure.

Using their powerful machine, which uses electrons to produce light beams that allow scientists to investigate viruses, staff at the synchrotron science facility, were able to find an antibody from a patient who was originally diagnosed with the virus in 2004 before going on to recover from it.

Scientists have offered a new ray of hope for the coronavirus pandemic after discovering an antibody that could neutralise the illness. (Stock image)

Academics at the science facility in Harwell, Oxfordshire, have used their powerful x-ray machine, The Diamond Light Source, to examine the blood of a patient who recovered from SARS. Pictured: The UK's national synchrotron science facility

By analysing the specimen, researchers discovered that the person had a powerful antibody that could latch onto a virus and have it destroyed via the body's natural immune defences.

They now hope that they will be able to learn more about how the patient went on to recover from the infection that went on to spread from China to other Asian countries more than a decade ago.

Deputy life sciences director at Diamond, Professor Gwyndaf Evans, described how the two viruses belonged to the same group of coronaviruses and could therefore provide an insight into how to tackle the illness.

Speaking to The Telegraph, he said: 'Coronavirus has a spherical body with spikes coming out of the surface and it gets the name because of the shape of the spike, because it looks like a crown.

'The team has isolated the spike protein and looked at the surviving Sars patient to see if they can identify an antibody binding in the right place that has the potential to be useful.

'We found one that looks even better for binding to coronavirus, so we're hoping it could become a therapy. '

Scientists discovered that the person had a powerful antibody that could latch onto a virus and have it destroyed. (Stock image)

The professor added that his team's investigations had also showed that the protein attached to the coronavirus better than it had done with SARS.

Following the find, Professor Evan's team will be joining forces with the AI drug discovery company Exscientia in the hope of creating possible drug treatments.

SARS, which quickly spread through a number of Asian countries in 2002, quickly became a pandemic before it was controlled using a series of self-isolating and screening methods in 2003.

There were 8,098 reported cases of SARS and 774 deaths worldwide.

The latest discovery comes after it was announced that the number of coronavirus cases in the UK had risen to 2,626 after another 676 people were diagnosed with the virus yesterday.

The new figures mean the country has now surpassed the numbers seen in Switzerland, the Netherlands, Belgium, Norway, Sweden, Austria or Denmark.

This week Prime Minister Boris Johnson acknowledged the epidemic was entering its 'fast growth phase' and decided to shut schools down in an effort to slow down the virus' progression.

Meanwhile, the American President Donald Trump said he would fast-track an anti-malaria drug called Chloroquine 'almost immediately' to help those who had been affected by the virus, after medical staff in China, South Korea and France reported that the drugs helped.