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CONCEPT_DIMENSION Table
The CONCEPT_DIMENSION table contains one row for each concept. Possible concept types are diagnoses, procedures, medications and lab tests. The structure of the table gives enough flexibility to store virtually any type of concept, such as demographics and genetics data. The CONCEPT_DIMENSION table has threeMODIFIER_DIMENSION Table
The MODIFIER_DIMENSION table contains one row for each modifier. The modifier has the similar hierarchical organization as the concept type. The Ontology cell maintains the mapping of how the modifier applies to the types of concepts and at what level; whether it is applied to a particular concept or to all itsDAgostino 2000.pdf
regular clinic visits and subjects' medical records. Criteria for diagnosis of each type of CHD event have been reported elsewhere. 1~, Statistical modelingRunning a Query
you need to select what type of result the server will return. There are several result types available, each of which will yield a different output. Patient … Client. If selected it will work the same as patient set. The result type(s) will appear when you click on the Run Query button and they can be selectedTEMPLATE for Web Client Help SECTIONS
CONTENT <!DOCTYPE html> <html> <head> <title>Table of Contents</title> <meta charset="UTF-8"> <meta name="description" content="Table of contents" /> <meta name="keywords" content="toc" /> <!-- <link rel="stylesheet" type="text/css" href="i2b2Style.css" /> --> <style typeWORKPLACE Table
. WORKPLACE TABLE COLUMN NAME DATA TYPE DESCRIPTION PK C_INDEX VARCHAR(255) Unique index … C_WORK_XML_SCHEMA CLOB DnD schema contents C_WORK_XML_I2B2_TYPE VARCHAR(255) DnD i2b2 type C_ENTRY_DATE DATEPatient Set Query Request and Response Object Model
Request Object Model: worddava5768e49644cffbe1784018fa5a7b86c.png Response Object Model: worddav4cbcc32648ecc70958fde4504e95f40c.png The following chart shows the different request and response types for each service type listed above. The RequestType column describes what input is expectedGIRI Home
> <type>text</type> <lines>1</lines> </input> <input> <name>p for upper quantile</name> <description>Fill in a numeric value between 0.0 and 1.0, e.g. 0.95</description> <type>text</type> <lines>1</lines> </input> </additionalInputs> <customOutputs> <output> <name>Lower quantile</name347. Import from Biomaterial Bank
information: sample ID, material type storage hierarchy and sample location SPREC (Standard PREanalytical Code) describing sample preparation and storage conditions … core data INVENTORY Biosample inventory objects (e.g. samples, aliquots, containers), including relevant core attributes (e.g. sample ID, material typeONTRESP.xsd
table associated with this term. <columndatatype> The data type for the column in the dimension table associated with this term. "T" = text "N … . <comment> The optional comment associated with the term. <tooltip> A tooltip that is associated with the term. <valuetype_cd> Indicates the type