How the past teaches the future

Journal of the American Medical Informatics Association

Volumn 8, Issue 3, 2001, Pages 222-234

  Hammond, W E ^a  

^a DUKE UNIVERSITY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

ARTICLE; CLINICAL PRACTICE; COMPUTER PROGRAM; INFORMATION RETRIEVAL; INFORMATION SCIENCE; INFORMATION SYSTEM; MEDICAL DECISION MAKING; MEDICAL RECORD; MINICOMPUTER; MODEL; TECHNOLOGY;

EID: 0035002880     PISSN: 10675027     EISSN: None     Source Type: Journal    
DOI: 10.1136/jamia.2001.0080222     Document Type: Article

References (79)

1. Interface of PDP-12 computer and optical scanner
2. Computer-assisted interview of patients with functional headache
3. An automated well-baby questionnaire
4. Evaluation of an audio mode of the automated medical history
5. A computerized obstetrical record
6. A computerized obstetrical medical record
7. GEMISCH: A minicomputer information-support system
8. The GEMISCH programming language
9. The evolution of GEMISCH and TMR
10. Computerization of the primary medical record
11. Data base management system for ambulatory care
12. Database system for ambulatory care
13. The evolution of a computerized medical information system - TMR
14. Computerized medical record systems
15. Patient management systems: The early years
16. Computer-based medical records: The centerpiece of TMR
17. How to realize labor savings with a computerized medical record
18. Practicing nephrology with a computerized medical record
19. Ambulatory care systems - TMR
20. Experiences in the transfer of a medical information system from an academic setting to a private setting
21. Transportability of software
22. A new information system for medical practice
23. Features of TMR for a successful clinical and research database
24. TMR: Meeting the demand for a variety of report modalities
25. An automated programming system to create medically oriented report generators
26. Protocol-driven automated follow-up for a large clinical cardiology database
27. Query: The language of databases
28. An interface between a hospital information system and a computerized medical record
29. TLS - The laboratory system: A networked patient care system and laboratory care system
30. Beyond a basic HIS: Work stations for department management
31. Functions required to allow TMR to support the information requirements of a hospital
32. Hospital information systems: A clinician's expectation
33. Bedside terminals: An overview
34. Networking data sources for intensive care monitoring
35. Bedside computerization of the ICU, design issues: Benefits of computerization vs. ease of paper and pen
36. Design and development of an automated nursing note
37. Automated acuity scoring within a computer-based medical record
38. Conversion of manual to total computerized medical records: Experience with selected abstraction
39. Adopting TMR for physician/nurse use
40. The impact of a computerized medical record on clinical decision making for nephrology patients
41. Computerized medical records: A new resource for clinical decision making
42. Effect of automated records on provider efficiency
43. The effects of computerized medical records on provider efficiency and quality of care
44. Demand-oriented medical records: Toward a physician workstation
45. Using computer-generated feedback to improve physician prescribing
46. Improving drug prescribing in a primary care practice
47. The medical record: A comprehensive computer system for the family physician
48. Documenting data delivery: Design, deployment and decision
49. Information management through integration of distributed resources - The TMR-NLM connection: A prototype
50. Computerized nursery discharge summary
51. A regional maternal-child health telecommunication network
52. Formal error rate in computerized obstetrical medical record
53. Changing rates of ceasarean delivery: The duke experience 1978-1986
54. Acute childbirth morbidity: Its measurement using hospital charges
55. Medical data mining: Discovery in a clinical data warehouse
56. Computer-based medical record: The need for storing a single datum in multiple orientations
57. The synchronization of distributed databases
58. Adapting to the day-to-day growth of TMR
59. Creating a link between medical and analytical databases
60. Real-time information exchange between heterogeneous database systems; design strategy amd lessons learned during implementation
61. Transferring clinical lab data between independent computer systems
62. Standard formats for electronic transfer of clinical data
63. Experiences in the development of an ambulatory care medical information system
64. A clinical data base management system
65. A perinatal database management system for ambulatory care
66. Use of TMR in a woman's clinic
67. Functional characteristics of a computerized medical record
68. Calculating storage requirements for office practice systems
69. Storage requirements for office practice systems
70. A method of handling subjective and physical data; experience with two systems
71. A chartless record: Is it adequate?
72. TMR: Profile of an electronic patient record
73. Implementing CPR systems; the pathway to the paperless medical record
74. TMR: Future directions
75. Development and evaluation of a computer-assisted management protocol (CAMP): Improved compliance with care guidelines for diabetes mellitus
76. Computerized decision support based on a clinical practice guideline improves compliance with care standards
77. Converting a legacy system database into a relational format to enhance query efficiency
78. Integration of a computer-based patient record system into the primary care setting
79. A time-shared operating system for the PDP-11