🪡 PD ISO/TS 16843 is a BSI Published Document series adopting ISO technical specifications on health informatics, focused on categorial structures for representing acupuncture clinical information. The series was prepared by BSI technical committee IST/35 (Health informatics) and carries ICS 35.240.80 (IT applications in healthcare). A categorial structure is a method in health information standardisation for building interoperable semantic models: by defining core categories, semantic links and rules, it keeps acupuncture electronic records, research data and knowledge expressions consistent across systems. The series gives categorial structures for acupuncture information representation from two aspects — acupuncture points and needling — and is an important foundation for standardising traditional Chinese medicine information.
💡 Acupuncture terminology is long-standing and rich, with differences across languages and traditions. Categorial structures do not replace acupuncture theory; they build a “semantic skeleton” for computer-processable information so acupuncture data can be searched, compared and shared.
1. Series Structure and Scope 📌
This batch comprises two technical specifications covering two core information objects — acupuncture points and needling:
| Part | Document | Subject | Main Content |
| Acupuncture points | PD ISO/TS 16843-1:2016 (ISO/TS 16843-1:2016) | Acupuncture points | Core categories, semantic links and rules for representing acupuncture point information |
| Needling | PD ISO/TS 16843-2:2015 (ISO/TS 16843-2:2015) | Needling | Authorised semantic links (measures, uses, causes, etc.) for representing needling operations |
⚠️ Categorial structure standards serve information interoperability; they do not set clinical practice rules for acupuncture. Clinical judgement still follows medical expertise and local regulation — the series addresses only how to express information in a standardised way.
2. Basic Concepts of Categorial Structures 📚
The series uses the “categorial structure” methodology to build the semantic model of acupuncture information, with the following basic elements:
- Categories: define the fundamental concept classes needed for information expression, such as point name, location and indications.
- Semantic links: define semantic relationships between categories, such as “point — located on — meridian”, “needling — used for — condition”.
- Rules: specify how to combine categories and links into well-formed clinical statements.
- Compatibility: ensure consistent, interoperable expression across systems and languages.
✅ The core value of a categorial structure is “standardising without ossifying”: it provides a unified expression framework for acupuncture information while leaving room for terminology from different schools and languages, supporting electronic records, research data and knowledge bases.
3. Acupuncture Points Categorial Structure 📍
Part 1 (acupuncture points) specifies the categorial structure for representing acupuncture point information:
- Point identification: standardise point name, code and location expression for cross-language recognition.
- Meridian membership: express the point’s meridian relationship, providing context for prescriptions and treatment records.
- Indications and functions: structure point indications and effects for easy search and comparison.
- Clinical association: link point information with needling operations and treatment records to form a complete clinical semantic chain.
4. Needling Categorial Structure 🪡
Part 2 (needling) specifies the categorial structure for needling operations, focusing on authorised semantic links:
| Semantic Link | Meaning | Example | Role |
| Measures | The specific method of needling | Filiform needling, electroacupuncture, moxibustion with needle | Standardise procedure records |
| Uses | Indications and uses of needling | For pain, for functional regulation | Support efficacy research and evidence evaluation |
| Causes | Mechanism associations of needling | Related to meridian theory, neural regulation | Knowledge expression and research linkage |
⚠️ Semantic links must be based on clearly defined concepts to avoid ambiguity; undefined links may lead different systems to interpret the same needling record differently, breaking interoperability.
5. Engineering Practice Essentials 🛠️
- 🔍 Electronic health records: build standardised templates for acupuncture treatment records per the series, supporting structured entry and search.
- 🔧 Data exchange: use the categorial structure as the common semantic basis when exchanging acupuncture data between hospital systems and research platforms.
- 📊 Research data: organise acupuncture clinical research data in a unified structure for meta-analysis and international collaboration.
- 📋 Knowledge-base building: digitise point and needling knowledge per the categorial structure to support teaching and decision-support tools.
6. Frequently Asked Questions ❓
❓ Q: How does a categorial structure differ from an acupuncture dictionary?
A: A dictionary only defines terms; a categorial structure also specifies semantic relationships and composition rules between terms, enabling computers to process acupuncture information logically and interoperably.
❓ Q: Does the series set clinical practice rules for needling?
A: No. The series only standardises the structured representation of acupuncture information; clinical indications and methods are still governed by medical professional standards and clinical judgement.
❓ Q: How are terminological differences between acupuncture schools reconciled?
A: The categorial structure provides a unified framework through core categories and permitted semantic links, while allowing refinement within the framework — balancing standardisation and terminological diversity.
🔍 Q: What does acupuncture information standardisation mean for TCM development?
A: It lays the foundation for sharing and mutually recognising acupuncture clinical data in electronic health records, research and international collaboration, helping acupuncture therapy gain broader, more scientific evaluation and promotion.