Health Informatics: Databases, Medical Records & Data Standards
This paper provides a committee-oriented overview of three foundational topics in health informatics: the structure and characteristics of database systems, the various types of medical data and electronic records relevant to a multi-facility hospital network, and the critical importance of uniform terminology, coding, and data standardization. The paper explains core database concepts such as fields, records, files, and hypertext organization, then addresses the scope of electronic medical records including sensitive personal and genetic information and related federal privacy regulations. It concludes with compliance guidelines for accurate data entry and coding, and a summary of the broader benefits of regional electronic health information networks.
- Introduction and Project Overview: Context and goals of the technology committee
- Fundamentals of Database Characteristics and Structure: Core database concepts, fields, records, and DBMS
- Types of Medical Data and Information Records: Scope of electronic records and federal privacy law
- Uniform Terminology, Coding, and Data Standardization: Compliance guidelines for accurate coding and data entry
- Conclusion: Benefits of regional electronic health information networks
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What makes this paper effective
- Organizes a complex technical topic into three clearly delineated sections that mirror a real committee briefing structure, making it accessible to a non-technical audience.
- Grounds abstract database concepts in everyday analogies (e.g., a telephone book as a file of records), which aids comprehension for readers with limited technical background.
- Provides a numbered, actionable compliance checklist that gives the committee practical next steps rather than purely theoretical content.
Key academic technique demonstrated
The paper demonstrates audience-aware technical writing: it consistently translates specialized health informatics vocabulary into plain language suited to committee members with limited IT experience. This technique — adapting register and abstraction level to a defined, non-expert audience — is essential in professional and applied academic writing, particularly in health administration contexts.
Structure breakdown
The paper opens with a project framing section that establishes context and committee purpose. It then moves through three substantive sections in logical order: conceptual foundations (database structure), scope of the subject matter (medical record types and privacy), and quality-assurance practice (coding standards and compliance). A conclusion synthesizes the practical benefits of health information networks. This progression from theory to application is a reliable organizational pattern for briefing documents and applied research papers.
Introduction and Project Overview
This paper has been prepared for presentation to the technology review committee at our multi-facility regional hospital. The committee has been tasked with evaluating the feasibility and possible selection of a new health information system that will enable the hospital to electronically collect and share patient medical history information among its various hospital centers and departments.
Currently, each hospital center maintains paper copies and files of patient records, which are separately managed and stored at each facility. Very few of the electronically based information systems are integrated between the various centers and locations. Because most committee members have limited experience with information systems and databases, this paper provides a foundational overview of three key topics: the fundamentals of database characteristics and structure, the various types of medical data and information records relevant to this project, and the importance of uniform terminology, coding, and standardization of data.
References
"Chapter 17 — Healthcare terminologies and classification systems." Retrieved July 30, 2005, from
Hughes, C., & Stone, T. J. (2005). Are you prepared to defend your coding? Family Practice Management, 12, 17–21.
Silverstein, S. C. (2001). From genomics and informatics to medical practice. Issues in Science and Technology, 18, Fall 2001.
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