SNOMED CT in Pathology - IHE Wiki

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Implementation of SNOMED CT inHospital General de Ciudad Real•IHE: Structured Reports Value Sets (1,840possible values for observations)•HGUCR: 2,320 pathology diagnosis codesmapped to SNOMED CT• Search for descriptions that match the locallegacy codes was performed using CliniClueXplorer version 2010 1.243, using SNOMED CT2011-01-31 International Release and 2010-04-30 Spanish Edition.
Results. Implementation of SNOMEDCT. Hierarchies of precoordinated terms•Postcoordination needed in 19% (3conceptID needed only rarely) (81%precoordinated)•Morphology – Abnormal body structure◦Only 44% of the codes! (1076)•Clinical findings◦48% of the codes•Qualifiers, normal anatomic structures,procedures, physical object, substance,organism◦10% of the codes
Page 1 and 2: SNOMED CT in PathologyMarcial Garc
Page 3 and 4: Pathology reports•Free text repor
Page 5 and 6: Coding specimens• Spanish Society
Page 7 and 8: Results of coding specimens andproc
Page 9 and 10: Guidelines for coding specimenswith
Page 11 and 12: Very specific anatomic regions•Ve
Page 13 and 14: Implementation of specific sitesand
Page 15 and 16: Adding new conceptsMS Access file(B
Page 17: CAP Anatomic Pathology SubsetHierar
Page 21 and 22: Results• There were a 6% of the l
Page 23 and 24: AttributesBody StructureLateralityC
Page 25 and 26: An example of lack of coherence inS
Page 27: Pathology IS and SNOMED CT
Page 30 and 31: Why we like morphological codes•
Page 32 and 33: Precoordinated primitive terms•Wh
Page 34 and 35: Linkage concepts•Associated morph
Page 36 and 37: Morphology attributes•Permissible
Page 38 and 39: SNOMED CT and digital images:DICOM
Page 40 and 41: Licensing SNOMED CTThe use of SNOME

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