The University of Edinburgh’s College of Medicine & Veterinary Medicine is an international leader in basic-to-clinical translational research. The College's research ranges from bench to bedside and from process to population. Research themes are: genes and populations, normal and diseased cells and inflammation and tissue repair.

The University is one of the oldest centres for medical and veterinary medical research in the UK. It is also one of the most dynamic and progressive, with state of the art facilities across the College. The 2014 Research Excellence Framework (REF) results reaffirmed the College’s reputation as one of the world’s leading centres of medical and veterinary medical research.

College of Medicine & Veterinary Medicine

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Recent Submissions

  • The Edinburgh Computed tomography and genetic diagnostic criteria for lobar intracerebral haemorrhage associated with cerebral amyloid angiopathy: model development, internal validation and diagnostic test accuracy study 

    Rodrigues, Mark; Al-Shahi Salman, Rustam
    Background: Spontaneous intracerebral haemorrhage (ICH) is usually diagnosed by computed tomography (CT). Case series have described CT features of lobar ICH accompanied by cerebral amyloid angiopathy (CAA) on pathological ...
  • Hi-C genomes from "Assembly of hundreds of microbial genomes from the cow rumen reveals novel microbial species encoding enzymes with roles in carbohydrate metabolism" 

    Watson, Mick
    The cow rumen is a specialised organ adapted for the efficient breakdown of plant material into energy and nutrients, and it is largely the rumen microbiome that encodes the enzymes responsible. Many of these enzymes are ...
  • 3D mouse embryo model: EMA54, Stage TS18, Age E11.0 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA67, Stage TS19, Age E11.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA47, Stage TS16, Age E10.0 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA76, Stage TS20, Age E12.0 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA65, Stage TS19, Age E11.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA75, Stage TS19, Age E11.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA31, Stage TS15, Age E9.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA30, Stage TS15, Age E9.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA29, Stage TS15, Age E9.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA78, Stage TS21, Age E13.0 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA28, Stage TS15, Age E9.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA118, Stage TS19, Age E11.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA102, Stage TS26, Age E18.0 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA146, Stage TS21, Age E13.0 (est) 

    Seth Ruffins; Russell Jacobs; Chris Armit; Nick Burton; Bill Hill; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse forelimb model: EMA108, Stage TS23, Age E14.5 

    April Delaurier; Tim Mohun; Malcolm Logan; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA114, Stage TS24, Age E16.0 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA71, Stage TS19, Age E11.5 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...
  • 3D mouse embryo model: EMA58, Stage TS18, Age E11.0 (est) 

    Elizabeth Graham; Julie Moss; Lorna Richardson; Renske Brune; Chris Armit; Nick Burton; Bill Hill; Duncan Davidson; Richard Baldock
    The eMouseAtlas team have generated a series of 3D images to capture mouse embryo development and to use as a spatial framework for gene-expression and other spatially organised data. The resource is published and available ...

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