• 3D mouse embryo model: EMA106, Stage TS23, Age E14.5 

    Tim Mohun; 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 embryo model: EMA107, Stage TS23, Age E14.5 

    Tim Mohun; 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 embryo model: EMA111, 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: EMA112, 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: EMA113, 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: 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: EMA116, Stage TS25, Age E17.0 (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: EMA117, Stage TS25, Age E17.0 (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: 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: 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 embryo model: EMA147, Stage TS23, Age E15.0 (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 embryo model: EMA148, Stage TS24, Age E16.0 (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 embryo model: EMA149, Stage TS25, Age E17.0 (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 embryo model: EMA17, Stage TS11, Age E7.5 

    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: EMA21, Stage TS12, Age E8.0 

    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: EMA218, Stage TS12, Age E8.0 (est) 

    Kirstie Lawson; Elizabeth Graham; Julie Moss; 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: EMA219, Stage LSEB/NP, Age E7.5 (est) 

    Kirstie Lawson; Elizabeth Graham; Julie Moss; 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: EMA220, Stage TS12, Age E8.0 (est) 

    Kirstie Lawson; Elizabeth Graham; Julie Moss; 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: EMA224, Stage LSEB, Age E7.0 (est) 

    Kirstie Lawson; Elizabeth Graham; Julie Moss; 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: EMA24, Stage TS13, Age E8.5 

    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 ...