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241333009: Measuring permeability of small intestine using radiolabeled serum proteins (procedure)

Status: current, Not sufficiently defined by necessary conditions definition status (core metadata concept). Date: 31-Jan 2002. Module: SNOMED CT core

Descriptions:

Id Description Lang Type Status Case? Module
361404015 Measuring permeability of small intestine using radiolabelled serum proteins en Synonym (core metadata concept) Active Entire term case insensitive (core metadata concept) SNOMED CT core
2870401015 Measuring permeability of small intestine using radiolabeled serum proteins (procedure) en Fully specified name Active Entire term case insensitive (core metadata concept) SNOMED CT core
2870988018 Measuring permeability of small intestine using radiolabeled serum proteins en Synonym (core metadata concept) Active Entire term case insensitive (core metadata concept) SNOMED CT core

0 descendants.

Expanded Value Set

Outbound Relationships Type Target Active Characteristic Refinability Group Values
Measuring permeability of small intestine using radiolabelled serum proteins Is a Radionuclide small intestine permeability study true Inferred relationship Some
Measuring permeability of small intestine using radiolabelled serum proteins Method Investigation - action false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Has intent Diagnostic intent (qualifier value) false Inferred relationship Some
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site Structure of small intestine (body structure) false Inferred relationship Some 3
Measuring permeability of small intestine using radiolabelled serum proteins Method To put or insert something into the body. false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site Digestive system subdivision false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 3
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 3
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site Oesophagus, stomach, small intestine and large intestine together as a single entity. false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Is a Radioisotope study of gastrointestinal system false Inferred relationship Some
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 3
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site Body system structure false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 3
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Direct substance Radioactive isotope false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Is a Radionuclide small intestine study false Inferred relationship Some
Measuring permeability of small intestine using radiolabelled serum proteins Using substance (attribute) Radioactive isotope false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site - Direct (attribute) Structure of small intestine (body structure) false Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Is a Radioisotope scan of intestine false Inferred relationship Some
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site - Direct (attribute) Structure of small intestine (body structure) true Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Using substance (attribute) Radioactive isotope true Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Radionuclide imaging - action (qualifier value) true Inferred relationship Some 1
Measuring permeability of small intestine using radiolabelled serum proteins Method Imaging - action false Inferred relationship Some 2
Measuring permeability of small intestine using radiolabelled serum proteins Procedure site - Direct (attribute) This cross-sectional segment is bounded superiorly by a virtual horizontal plane at the level of the junction between T8 and T9 (and thus also includes part of the thoracic volume below this level); and inferiorly it extends to the perineum, including the volume of the true and false pelvic cavities and part but not necessarily the entire external genitalia. The volume includes the entire transverse thickness of the body over the longitudinal extent between the superior (upper) and inferior (lower) boundaries including the skin and subcutaneous tissue. The segment relates to the cross-sectional or projectional volume as perceived by transmissive or emissive imaging. false Inferred relationship Some 2
Inbound Relationships Type Active Source Characteristic Refinability Group

This concept is not in any reference sets

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