A repository is a portion of the server-side file system devoted to OME. It is used primarily to store the pixels of OME images. An original proprietary or XML file. If the original file was in the server's filesystem at the time of import, this element will be NULL. If the original file was transmitted to the server from a client before import, then the original file will be stored in the Repository specified by this entry. If the original file was in the server's filesystem at the time of import, then this is the absolute path to that file. If the original file was transmitted to the server from a client before import, then the original file will be stored in a Repository, and this element will be that file's relative path into the Repository. Contains the SHA-1 digest of this file. This digest is used to prevent images from being imported more than once. The file format of the original file Defines the people who perform imaging experimenters. Each experimenter may belong to one or more groups. The ExperimenterGroup ST defines the relationships between Groups and Experimenters Defines groups of experimenters. This can be a lab or a project group. It is not meant to represent an institution or a company. Defines the relationship between Experimenters and Groups. Stores information about the plates that make up a high-throughput screen. Plates may belong to more than one screen, and have a many-to-many relationship to screens. Stores information about a high-throughput screen. Defines the relationship between Plates and Screens. Describes a microscope. Mainly acts as a container for the components that constitute it - e.g., Objectives, Filters, etc. Laser types are specified using two attributes - the Type and the lasing medium (Medium). Additionally, the Wavelength (in nm), and whether or not the laser is FrequencyDoubled or Tunable may be specified. The Laser may optionally contain a Pump which refers to a LightSource used as a laser pump. Recognized values for this element are 'Excimer', 'Gas', 'Metal Vapor', 'Solid State', 'Dye', 'Semiconductor', or 'Free Electron'. This element specifies the actual lasing medium for a given laser type (for example, 'Nd-YAG'). Measured in nm. Recognized values for this element are 'CW' (Continuous Wave),', 'Single', 'Q-Switched', 'Repetitive', and 'Mode-Locked'. This specifies the nominal laser power in watts. Refers to a LightSource used as a laser pump. Describes the physical size of each dimension of the pixels in an image in microns in microns in microns in microns in nanometers in seconds This specifies the Experiment an Image belongs to This specifies the Group that the Image belongs to (these are Groups of Experimenters) This specifies the Instrument associated with an Image Various environmental conditions at the time of image acquisition. A thumbnail is used to display a quick small representation of the image to the user. This describes how each channel in the pixel array relates to LogicalChannels Various pieces of information pertaining to each logical channel in an image A specification for displaying a logical channel Parameters for viewers to optimally display an image A region of interest within the image for display purposes Stage labels are stage coordinates and a label to recall a microscope stage location Storage location and data type of the image pixels, including the extent of each dimension in the 5-D array. Number of pixels on the X axis. Number of pixels on the Y axis. Number of pixels on the Z axis. Number of channel components in all logical channels. Number of time points