The Canine Genetics Centre is proud to be a part of one of the UK’s leading Veterinary schools. Cambridge Vet school not only matriculates incredible vets year upon year, but they are also at the forefront of some of the best research that is currently happening in Veterinary science. Earlier this week, we were honoured to share some of our own research and to learn about other inspiring projects during the department’s research afternoon. Continue reading
Our research project dedicated to inherited eye disease (IED) in dogs, CRIEDD, often sees us work in close collaboration with veterinary ophthalmologists. When they see novel diseases, or a disease emerging in a new breed of dog, they will send us DNA samples so that we can work together to identify the genetic cause. Continue reading
The trustees of the Jean Lanning Foundation are delighted to announce a major grant to the Canine Genetics Centre (CGC) at Cambridge University to fund exciting new research.
Dr Cathryn Mellersh has linked up with Dr Alex Cagan to collaborate on a joint proposal entitled “Decoding health: The Domestic Dog as a Model for Understanding Human Disease.” Continue reading
The Canine Genetics Centre has a successful track record investigating the genetic basis of inherited eye diseases in dogs. However, some eye diseases have been more challenging to investigate than others, and cataracts have been no exception. Many breeds are predisposed to develop inherited forms of cataracts, but their inheritance is generally more complex than for other eye diseases, such as progressive retinal atrophy, so identifying underlying genetic risk factors is harder. Continue reading
On Friday March 21st, 2025, the Canine Genetics Centre team welcomed thirty enthusiastic delegates to the University of Cambridge’s West Hub building for their second Research Day.
Over the course of the day the delegates were treated to talks on the CGC’s inherited eye disease, idiopathic epilepsy and intervertebral disc disease research and how the CGC investigates new and emerging diseases. The talks were well received, with everyone asking lots of questions and really engaging with the researchers about the work that the CGC does. Continue reading
The CGC’s DNA sample collection is unique. Developed over the last quarter of a century, and comprising DNA samples from over 42,000 different dogs, it has been used to identify over 30 different mutations that cause inherited diseases in well over 40 different breeds. But beyond its historic use, the CGC’s sample collection is the foundation for all the CGC’s current research projects, including our investigations of inherited eye diseases, idiopathic epilepsy and intervertebral disc disease. Continue reading
This week, we turn our focus to Dr Katherine Stanbury, who manages our inherited eye disease programme, CRIEDD (Consortium to Research Inherited Eye Disease in Dogs). The CRIEDD project was established in 2019 with funding from Dogs Trust, and Katherine joined the group that same year. “It was serendipitous that I took on this role,” Katherine said. “I re-homed my dog Wyatt from Dogs Trust a few years before.” Continue reading
On November 14th 2024 Dr. Cathryn Mellersh, Head of the Canine Genetics Centre, gave an online presentation to our supporters and stakeholders. Cathryn started her presentation by summarising the areas of research that the CGC has been involved with over the last twelve months, including details of the impressive list of peer-reviewed publications that the team has produced. Continue reading
The Canine Genetics Centre (CGC) is excited to announce the launch of a new DNA test through Canine Genetic Testing (CAGT) for Retinopathy with Vitamin E Deficiency (RVED) in Cocker Spaniels. Our discovery, made in collaboration with leading veterinary ophthalmologists, could have significant health implications for Cocker Spaniels, and not only those born in the future but potentially some that are alive today. Continue reading
Back in March, CAGT launched a DNA test for progressive retinal atrophy (PRA) in the English Shepherd Dog breed (PRA6). Since then we have been working on a manuscript detailing our research and we are very pleased to announce that it was published last Sunday in Genes.
Stanbury K, Schofield EC, McLaughlin B, Forman OP, Mellersh CS. Exonic Short Interspersed Nuclear Element Insertion in FAM161A Is Associated with Autosomal Recessive Progressive Retinal Atrophy in the English Shepherd. Genes. 2024; 15(7):952. doi: 10.3390/genes15070952
