A research and diagnostic laboratory specialising in Vitamin D biology research in companion, production and wild animals

Providing an external diagnostic service measuring key vitamin D metabolites in clinical veterinary patients

Advancing understanding of the health benefits of vitamin D with a focus on non-skeletal tissues

Undertaking mechanistic studies which investigate how vitamin D modulates the immune response

Vitamin D Animal Laboratory (VitDAL)

Led by Professor Richard Mellanby, we explore the relationship between vitamin D, inflammation and health outcomes in companion, farm and wild animals.

Research

VitDAL is based in the Roslin Institute and the Queen’s Medical Research Institute at the University of Edinburgh and brings together expertise in clinical veterinary endocrionology and nutrition, proteomics and immunology with the overarching ambition of advancing understanding of vitamin D biology in all species.

Assay Service

The VitDAL have developed an ultra-high performance liquid chromatography – mass spectrometry (UHPLC-MS) assay to accurately key vitamin D metabolites in serum and plasma. 

Latest News

VitDAL publishes new paper

VitDAL publishes new paper

VitDAL have published their latest paper today on vitamin D status in dogs with babaesia in collaboration with colleagues at the University of Pretoria, South Africa. Babesiosis is a very important disease in dogs in South Africa and many other countries and is an...

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VitDAL publishes new paper

VitDAL publishes new paper

VitDAL has published its latest research on the immune-modulating properties of vitamin D. We have explored the effects of the active vitamin D metabolite 1,25(OH)2D3 on bone marrow derived dendritic cells (BMDC) and discovered that CD31 was one of a small number of...

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VitDAL publishes new paper

VitDAL publishes new paper

The VitDAL published their latest study on vitamin D and health outcomes this week. The work was a collaborative study between R(D)SVS, Roslin Institute and SRUC and explored the relationship between serum 25(OH)D concentrations in late autumn and subsequent breeding...

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