Your data on MRCVSonline
The nature of the services provided by Vision Media means that we might obtain certain information about you.
Please read our Data Protection and Privacy Policy for details.

In addition, (with your consent) some parts of our website may store a 'cookie' in your browser for the purposes of
functionality or performance monitoring.
Click here to manage your settings.
If you would like to forward this story on to a friend, simply fill in the form below and click send.

Your friend's email:
Your email:
Your name:
 
 
Send Cancel

Scientists repair liver using stem cells
mouse
Liver stem cells were transplanted into mice with liver failure. (stock photo)
Findings bring us "a step closer" to new therapies
 
For the first time, scientists have managed to repair a severely damaged liver using stem cells grown in the laboratory.

It is hoped their findings will lay the foundations for cell-based therapies in the future, which could offer those with liver failure an alternative to organ transplants.

Scientists from the University of Edinburgh transplanted liver stem cells into mice with liver failure. Over several months, they saw major parts of the liver being regrown from these cells, improving its structure and function.

It is the first time researchers have been able to repair the liver to this extent. If the same effect can be demonstrated with human cells this could be a useful treatment for liver failure.

"Revealing the therapeutic potential of these liver stem cells brings us a step closer to developing stem cell based treatments for patients with liver disease," said Professor Stuart Forbes, from the university's Medical Research Council Centre for Regenerative Medicine.

"It will be some time before we can turn this into reality as we will first need to test our approach using human cells. This is much needed as liver disease is a very common cause of death and disability for patients in the UK and the rest of the world.’"

Long-term, the team are hoping to find a way of using medicines to stimulate the patient's own stem cells to repair the damage.

Although the liver has a great capacity to repair itself, conditions such as cirrhosis and liver failure make this impossible.

Hepatocytes within the liver make proteins and break down toxins. They have been used for transplantation before but their use is limited by the fact that they don't grow well under lab conditions.

This can be overcome with liver stem cells as they can be grown in these conditions and can change into hepatocytes and other types of liver cell.

Become a member or log in to add this story to your CPD history

Vets launch new podcast for pet owners

News Story 1
 Two independent vets have launched a podcast to help owners strengthen their bond with pets. Dr Maggie Roberts and Dr Vanessa Howie, who have worked in both veterinary practice and major charities, are keen to use their experience to enable people to give pets a better life.

The venture, called Vets Talking Pets, provides advice and information on a range of topics, including how to select a suitable pet, where to obtain them and how to get the best out of your vet. Maggie and Vanessa will also discuss sensitive subjects, including end-of-life care, raw food diets and the cost of veterinary care.

The podcast can be found on all the usual podcast sites, including Podbean, Apple, Amazon Music and YouTube. 

Click here for more...
News Shorts
BSAVA announces 12th Edition of the Small Animal Formulary

The BSAVA has published an updated edition of its Small Animal Formulary, which includes new drug monographs and emergency drug doses for rabbits, rodents, birds and reptiles.

One of BSAVA's most trusted and widely used clinical resources, this 12th edition of the manual also includes seven new client information leaflets and information on drugs used for the management of urinary incontinence.

Part A of the Formulary, Canine and Feline, sees Fergus Allerton return as Editor-in-Chief, while Part B: Exotic Pets was edited by Joanna Hedley. For more information, visit the BSAVA website.