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Scientists make breakthrough in tackling toxic weeds
Understanding the link between certain weeds and the fungus would benefit the health of livestock across the world.

The project aims to combat the fatal effects of locoweeds to livestock.

Researchers in Wales have made significant progress in efforts to prevent weeds from poisoning livestock.

Working in collaboration with Northwest University, China, the team from Aberystwyth University has been examining why some weeds become toxic when a certain fungus grows inside them.

The fungus, Alternaria Oxytropis, lives inside locoweed plants, like Oxytropis and Astragalus, creating a poison that can be fatal to livestock. Through their investigations, the researchers have been instrumental in understanding how the fungus and plant interact, and can explain how the toxin develops in this fungus.

The mycotoxin harms the normal biochemical processes in animals like horses and sheep, leading to neurological illness and death. Farmers in nations like the United States and China are most affected by the issue, as governments and industry use pesticides to eradicate the hazardous weeds at a significant financial and environmental cost.

New Zealand faced a similar problem in ryegrass 20 years ago, which was solved through the successful selection of toxin-free endophyte strains.

Professor Luis Mur from Aberystwyth University said: “We are working to try to understand the symbiosis between these weeds and the fungus. By understanding the relationship, we can look to produce non-toxic strains. Not only would this be good for the health of livestock and for farmers around the world, it would also reduce herbicide use. There are major environmental as well as economic and animal health benefits from cracking the code.”

“Our research is focussing on trying to kick the fungus out of this plant. The success in New Zealand in producing strains of ryegrass that do not turn toxic is an example for us to follow.”

Dr Wei He from Northwest University in China added: “Understanding the relationship between the plant and the fungus is very important to Chinese agriculture. Thanks to the collaborative research with Aberystwyth University, we have helped understand the mechanisms through which plant and fungus interact. Importantly, we have helped to describe how the toxin is produced in this fungus.

“We are confident our ongoing collaboration will help deal with the detrimental effects of locoweeds to livestock.”

Image © Dr Wei He / Prof. Baoyu Zhao

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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...
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VMD issues guidance on AVM-GSL packaging

The Veterinary Medicines Directorate (VMD) has shared advice on its requirements for medicines considered AVM-GSL.

The guidance explains the information that should be on the outer package, and sets out the typical maximum pack size for an AVM-GSL product. It also describes the user-friendly language, structure and phrases required on packaging and product leaflets.

AVM-GSL products do not require discussion between the purchaser and a veterinary professional. This means that clear product information is needed to support sales choices.

The information will be useful for submitting new products to the AVM-GSL category and lowering the distribution category of products from NFA-VPS to AVM-GSL.

The VMD's guidance can be accessed here.