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Immune cell study prompts new approach to tackling infections
Oxygen levels in the body can have a profound effect on the way cells behave.

Oxygen level affects how cells behave

A new study by the University of Edinburgh has found that oxygen levels in the body can have a profound effect on the way cells behave.

The research, published in the journal Science Immunology, could pave the way to new treatments that target the immune response to infection.

In the study of mice, researchers found that bacteria infections have vastly different outcomes depending on the level of oxygen in the body when infection takes hold.  

In mice that had low levels of oxygen in the body when the virus took hold, the immune system launched a massive overreaction. Fatal illness occurred, even though the bacteria had cleared from the body.

If the mice had low oxygen levels before the virus took hold, the researchers found that this protects the body from illness, without preventing it from fighting the bacteria.

If human cells react in the same way, researchers say that oxygen sensing mechanisms could be ‘tweaked’ in order to tackle infections.

It is hoped that the findings will help people suffering from chronic lung conditions, such as emphysema. These patients often have low levels of oxygen in their body and are more susceptible to infection.

“We are excited by our observation that oxygen levels can regulate immune cell responses to infection,” commented Dr Sarah Walmsley, of the MRC Centre for Inflammation Research at the University of Edinburgh.

“Targeting these pathways could have the potential to improve outcomes from infections where oxygen is limited.”

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Equine Disease Surveillance report released for Q4 2025

News Story 1
 The latest Equine Disease Surveillance report has been released, with details on equine disease from Q4 of 2025.

The report, produced by Equine Infectious Disease Surveillance, includes advice on rule changes for equine influenza vaccination.

Statistics and maps detail recent outbreaks of equine herpes virus, equine influenza, equine strangles and equine grass sickness. A series of laboratory reports provides data on virology, bacteriology, parasitology and toxicosis.

This issue also features a case study of orthoflavivus-associated neurological disease in a horse in the UK. 

Click here for more...
News Shorts
NSA webinar explores sheep tailing and castration

The National Sheep Association (NSA) is to host a free webinar on the castration and tail docking of lambs.

The webinar, 'Understanding the tailing and castration consultation: A guide for sheep farmers', will be hosted online on Monday, 2 March 2026 at 7.30pm.

It comes during a government consultation into the methods used for these procedures. Farmers are encouraged to engage before the consultation period closes on Monday, 9 March 2026.

The webinar offers clear and actionable guidance to support farmers to contribute meaningfully to the consultation and prepare for potential changes.

On the panel will be former SVS president Kate Hovers, farmer and vet Ann Van Eetvelt and SRUC professor in Animal Health and Veterinary Sciences Cathy Dwyer. Each panel member will utilise their own specialism and expertise to evaluate risks and outcomes to sheep farming.

Find out more about the webinar on the NSA website.