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33eb8c32fbSwitch Questionnaire.code on the IHD, fertility, helminth, cardiovascular risk, diabetes, breast cancer, oncohematology and cervical cancer questionnaires from UZ Core screening-code-cs to the same SNOMED CT concept as their program type identifier, with Uzbek and Russian display translations. The cerebrovascular questionnaire keeps screening-code-cs#mserv-0007-00003, as SNOMED CT has no suitable concept. Document breast-cervical-unspecified in the screening program type NamingSystem usage and on the cervical and breast cancer screening page: the HPV screening system writes it on a Condition or branch referral it cannot attribute to either program. Align the SNOMED CT display names in that usage text with the International edition. Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com> |
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🇺🇿 DHP Integrations Implementation Guide
Welcome to the official repository of the Digital Health Platform (DHP) Integrations Implementation Guide. This guide defines FHIR R5-based integration specifications for third-party systems that integrate with the Digital Health Platform (DHP). It enables external healthcare systems to exchange data with DHP while maintaining their own data sovereignty.
📌 Published by Uzinfocom in collaboration with the Ministry of Health of Uzbekistan under the national healthcare digitalization program supported by KfW Development Bank.
🌐 About the Project
The DHP Integrations IG provides standard data structures, terminology, API specifications, and integration patterns for third-party systems integrating with DHP. It supports DHP's hybrid architecture where not all data is centralized, combining centralized storage of core healthcare data with distributed, specialized data maintained by external systems.
- 📅 Project duration: 2024–2027
- 🧭 Aligned with: Digital Uzbekistan 2030, Presidential Decree PD-415, Concept for Health 2019–2025
- 🔗 Interoperability standard: HL7® FHIR® R5
- 🔄 Depends on: DHP Core Implementation Guide
📘 Guide Contents
This Implementation Guide includes:
- ✅ FHIR profiles and extensions for external systems integrating with DHP
- 🔄 Integration patterns for DHP's hybrid architecture (centralized + distributed data)
- 🏥 Data exchange approaches: atomic FHIR resources and clinical documents
- 📝 Clinical forms (e.g., Form 003 inpatient, Form 096 birth) as Clinical Documents
- 🌍 Terminology services: CodeSystems and ValueSets for standardized coding
- 🧪 Conformance requirements for third-party system integrations
🎯 Target Audience
This IG is intended for implementers developing or configuring systems that need to integrate with DHP, including:
- 🏥 Medical Information Systems (MIS) - patient records, appointments, billing
- 🖼️ Picture Archiving and Communication Systems (PACS) - medical images
- 🧪 Laboratory Information Systems (LIS) - lab workflows and results
- 🔌 Other third-party healthcare applications needing data exchange with DHP
🔗 Links
- 🌐 DHP Core IG: dhp.uz/fhir/core
- 🌐 DHP Integrations IG: dhp.uz/fhir/integrations
👥 Contributors
| Name | Role | Organization |
|---|---|---|
| Rustam Sadykov | IG Maintainer | Uzinfocom |
| Vadim Peretokin | Primary Author | Peretokin Consulting |
| Bekhzod Akhmedov | Co-Author | Uzinfocom |
| Sarvar Kubaev | Co-Author | Uzinfocom |
| Saodat Kadirova | Business Analyst | Uzinfocom |
| Irina Berger | Business Analyst | Uzinfocom |
| Ministry of Health of the Republic of Uzbekistan | Strategic Partner | Government |
| KfW Development Bank | Financial & Technical Support | International Donor |
🛠️ Repository Management and Development Standards
Semantic versioning: Version identification follows the conventions documented at https://build.fhir.org/ig/vadi2/DHP-temp/en/index.html#identification-of-versions.
Branching strategy: Feature branches are created as needed and merged into the main branch via rebase or squash-commit. All releases are tagged from the main branch according to semantic versioning standards.
Code review policy: Pull requests must pass IG Publisher QA checks without introducing new errors or warnings, and require approval from at least one FHIR expert before merging.
Quality assurance: Static analysis is enforced through the FHIR IG Publisher's built-in validation and QA tooling, which checks for conformance issues, broken references, terminology validation errors, and a host of other issues.
📜 License
This Implementation Guide is open-source under the CC0-1.0 license.