Coronary Revascularisation

Nathaniel M Hawkins, Shaun Scholes, Madhavi Bajekal, Hande Love, Martin O'Flaherty, Rosalind Raine, Simon Capewell

PH480 / 960 Clinical-Coded Phenotype

  1. Overview

    Phenotype Type
    Disease or syndrome
    Sex
    Both
    Valid Event Date Range
    1999 and 2007
    Coding System
    Read codes v2OXMIS codes
    Data Sources
    CPRD GOLD
    Collections
    ClinicalCodes RepositoryPhenotype Library
    Tags
    No data

  2. Definition

    This was a cross-sectional observational analysis of nationally representative primary and secondary care data from the United Kingdom. Data on treatments for all myocardial infarction patients in 2003 and 2007 were derived from the Myocardial Ischemia National Audit Project (n=51 755). Data on treatments for patients with chronic angina (n=33 211) or requiring secondary prevention (n=32 976) in 1999 and 2007 were extracted from the General Practice Research Database. Socioeconomic circumstances were defined using a weighted composite of 7 area-level deprivation domains. Treatment estimates were age-standardized. Use of all therapies increased in all patient groups, both men and women. Improvements were most marked in primary care, where use of β-blockers, statins, and angiotensinconverting enzyme inhibitors or angiotensin receptor blockers for secondary prevention and treatment of angina doubled, from ≈30% to >60%. Small age gradients persisted for some therapies. No consistent socioeconomic gradients or sex differences were observed for myocardial infarction and postrevascularization (hard diagnoses). However, some sex inequality was apparent in the treatment of younger women with angina.

  3. Implementation

    Implementation

    No data

  4. Clinical Code List

  5. Publication

    • Nathaniel M Hawkins, Shaun Scholes, Madhavi Bajekal, Hande Love, Martin O'Flaherty, Rosalind Raine, Simon Capewell, The UK National Health Service Delivering Equitable Treatment Across the Spectrum of Coronary Disease. Circulation Cardiovascular Quality and Outcomes, 6:2, 2013.

    Citation Requirements

    No data

  6. API

    To Export Phenotype Details:

    FormatAPI
    JSON site_root/api/v1/phenotypes/PH480/version/960/detail/?format=json
    R Package

    # Download here

    library(ConceptLibraryClient)


    # Connect to API

    client = ConceptLibraryClient::Connection$new(public=TRUE)


    # Get details of phenotype

    phenotype_details = client$phenotypes$get_detail(
     'PH480',
     version_id=960
    )

    Py Package

    # Download here

    from pyconceptlibraryclient import Client


    # Connect to API

    client = Client(public=True)


    # Get codelist of phenotype

    phenotype_codelist = client.phenotypes.get_detail(
     'PH480',
     version_id=960
    )

    To Export Phenotype Code List:

    FormatAPI
    JSON site_root/api/v1/phenotypes/PH480/version/960/export/codes/?format=json
    CSV site_root/phenotypes/PH480/version/960/export/codes/
    R Package

    # Download here

    library(ConceptLibraryClient)


    # Connect to API

    client = ConceptLibraryClient::Connection$new(public=TRUE)


    # Get codelist of phenotype

    phenotype_codelist = client$phenotypes$get_codelist(
     'PH480',
     version_id=960
    )

    Py Package

    # Download here

    from pyconceptlibraryclient import Client


    # Connect to API

    client = Client(public=True)


    # Get codelist of phenotype

    phenotype_codelist = client.phenotypes.get_codelist(
     'PH480',
     version_id=960
    )

  7. Version History

    Version IDNameOwnerPublish date
    960 Coronary Revascularisation ieuan.scanlon2021-10-06currently shown