11/14/2023 0 Comments Idatabase codeResource holders can update the country codes in their inet(6)num objects as needed, as the code used here does not need to reflect the legal registration of an organisation. What they choose to put here varies according to their needs: for instance, some will put the address of their headquarters, others the location where their resources are being used. Resource holders are responsible for maintaining the information in this object. Inet(6)num objects state the contact information of resource holders, which includes an address and country code. However, resources managed by the RIPE NCC also have an associated organisation object, in which the country code attribute is maintained by the RIPE NCC based on the legal registration of the resource holder. Most of the information in the Database is maintained by the resource holders themselves, including the inet(6)num object. These records allow network operators to contact each other to troubleshoot routing problems or for other operational needs. The RIPE Database is a public collection of information about who holds particular Internet Number Resources (also called whois records). Let’s look into how country codes are maintained in the Database. Nevertheless, questions can arise when defining which country code to use or what the code means. Please review our All of Us Research Program Data Access Framework for further information.Country codes in the RIPE Database serve a purely operational purpose. Therefore, not every concept you find in Athena will be present in the Researcher Workbench. NOTE: Since Athena falls outside of the All of Us Research Program, it's concept database expands that of the CDR. If you are interested in learning more, OHDSI has a video tutorial about Athena found here: Within Athena, a researcher can search for a condition of interest (e.g., gestational diabetes) and find its Domain ID, Concept IDs for related concepts (e.g., gestational diabetes mellitus), and a visual hierarchy showing ancestors (e.g., diabetes mellitus during pregnancy) and descendants (e.g., postpartum gestational diabetes). However, all of the source codes are retained after being re-assigned a standard code so that data can still be searched for using the original codes.Īthena is a searchable database maintained by the Observational Health Data Sciences and Informatics (OHDSI) that is available to researchers to help identify codes and match them to their standard Observational Medical Outcomes Partnership (OMOP) equivalent. By changing, or mapping, all of the source codes to standard codes, the EHR can be more easily categorized and searched by researchers. For type 2 diabetes, this might be SNOMED 44054006. When All of Us receives a participant’s EHR, all of the codes (called “source codes”) are re-assigned a standard vocabulary code. ![]() For example, the condition type 2 diabetes may be recorded as ICD-9 code 250.00 at one doctor’s office or ICD-10 code E11 at another. ![]() You may even see multiple classification systems used within one person’s EHR. Each code is part of a medical “vocabulary.” One complication health care researchers can run into is that there are multiple classification systems used to code these different aspects of health care, each with its own unique vocabulary. When you look through a person’s electronic health record (EHR), you will notice it contains different codes that document various aspects of a person’s health care including diagnosed medical conditions, procedures undergone, drugs prescribed, etc.
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