1.Quality management network on the blood transfusion
Journal of Vietnamese Medicine 1998;225(9,10):12-19
The Ho Chi Minh Center for hematology and blood transfusion has been completing the quality management network on the blood bank to assure that the blood products meet the requirement of the ISO9002 including quality management of blood donors (standard making, training on the blood collection; clinical tests and quality management in the preservation, storage, transport, distribution of blood and its components.
Blood transfusion
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Total Quality Management
2.Experience of a Performing Alternative Assessment Procedure for Tests without External Proficiency Test Program.
Dong Wook JEKARL ; Gyoo Whung LEE ; Yonggoo KIM ; Young Sun SONG ; Hyun Sik JANG ; Gyu Ho PARK ; Soun Ok YOUN ; Seung Jin JO ; Gun Hee PARK ; Song LIM ; Myoung Shin LEE
Korean Journal of Blood Transfusion 2011;22(3):198-203
BACKGROUND: Proficiency testing is part of a total quality management program that provides objective evidence of clinical laboratory testing competence for customers, accrediting bodies, and regulatory agencies. Performing alternative assessment procedures for clinical tests, without proficiency testing, is recommended by Clinical and Laboratory Standards Institute (CLSI) guideline. In our study, an alternative assessment procedure was performed for blood bank tests that do not have an external proficiency program. METHODS: The laboratory for development and an evaluation center, supervised the program. Proficiency testing by seven institutions was performed 3 times at 6 month intervals by evaluating isoagglutinin and anti-D titers, and Weak D, Rh C and E typing, using ID-Internal Quality Control (Bio-Rad Laboratories) kits. RESULTS: Isoagglutinin and anti-D titer results were within one fold dilution range for all seven participating institutions, and Weak D, Rh C and E typing results all demonstrated identical antigenic reference patterns. CONCLUSION: An alternative assessment procedure was successfully performed without a proficiency testing program. Commercially manufactured reference materials could be an alternative method to support commutable, external, proficiency testing program.
Blood Banks
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Isoantibodies
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Mental Competency
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Quality Control
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Total Quality Management
4.Executive Strategies for CPD Program Development and Enhancement.
Sun KIM ; Yang Sik SHIN ; Jong Hoon KIM
Journal of the Korean Medical Association 2008;51(6):577-585
The Continuing Professional Development (CPD) program of Korean medical doctors had problems that did not resolve for many years. The primary concern of this study is to examine the problems of the CPD program of Korean medical doctors and to suggest practical guidelines to resolve such barriers. The findings show that the major barrier for improving CPD program is the lack of total quality management. Such lack came from insufficient manpower to plan, execute, and evaluate the CPD programs. The insufficient financial support aggravated the situation. In order to enhance the CPD program, various problems in planning, executing, evaluation stage must be dealt. Specific plans and resolutions in each stage have been suggested.
Financial Support
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Porphyrins
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Program Development
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Total Quality Management
5.The application of total quality management (TQM) in quality management of radiation therapy.
Rui-yao JIANG ; Shen FU ; Bin LI
Chinese Journal of Medical Instrumentation 2009;33(2):131-133
The strategies and methods of the total quality management (TQM) need to applied in quality management of radiation therapy. We should improve the level of quality control and quality assurance in radiation therapy. By establishing quality control system in radiation therapy, standardization of radiation therapy workflow, strengthening quality control of devices and physical technique and paying attention to safety protection and staff training.
Quality Assurance, Health Care
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organization & administration
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Quality Control
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Radiotherapy
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Total Quality Management
6.A Study on the Usefulness of the AAPM TG18 Evaluation Tool for Diagnostic Monitor QC.
Gi Gyeong SON ; Dong Wook SUNG ; Jae Ho JEONG ; Hee Doo KANG ; Jeong Rim LEE ; Hee Kyo JUNG
Journal of the Korean Radiological Society 2008;58(6):631-638
PURPOSE: We created an 'AAPM TG18 Evaluation Tool' and we determined its usefulness for the quality control of a diagnostic monitor. MATERIALS AND METHODS: We created an evaluation tool (the AAPM TG18) for conducting quality control of a diagnostic monitor, and we evaluated the measurement items of the AAPM TG18 evaluation tool. The measurement items were geometric distortion, fixed quantity assessment and visual assessment of the veiling glare, and we carried out adjustment for the luminance meter 0% calibration, which was used to revise the diagnostic monitor DICOM LUT. RESULTS: With the AAPM TG18 Evaluation Tool, we measured the 2-dimensional length when evaluating the quantitative geometric distortions in the TG18-QC test pattern, and we measured the veiling-glare ring response function, which provided information regarding the spatial extent of the luminance spread, and this measurement of the can be performed using the TG18-GV pattern. Additionally, the AAPM TG18 Evaluation Tool can be used for sensor calibration to standardize the basic rate of 0% luminance when performing periodic calibration. CONCLUSION: The evaluation tool is a very useful for easily evaluating many of the examination items of the AAPM TG18 for performing quality control of a diagnostic monitor.
Calibration
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Computer Terminals
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Glare
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Organothiophosphorus Compounds
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Quality Control
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Radiology Information Systems
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Total Quality Management
7.The Study of Patients Satisfaction and Expectation of Hospital Foodservice.
Soon Ok GAM ; Jyung Rewng PARK ; Myung Joo KIM ; Mi Kyung LEE ; Kyong Hee SHIN
The Korean Journal of Nutrition 2007;40(3):281-287
The purpose of this study was to measure patients satisfaction and expectation with hospital foodservices, and thereby identify areas for improvement and provide basic data for the introduction of total quality management with hospital foodservices. This survey was carried out on 383 hospitalized patients of 7 hospitals in Deagu, Busan, Changwon with 350 beds to determine the quality satisfaction with foodservices. The subjects were 50.5% male and 49.5% female. 62.6% of the subjects were over 40 age, 31.4% were only educated to middle school or below, 28.3% were hospitalized for 7 - 14 days. The mean score for taste of diet was 2.79, temperature 3.23, appearances 2.96. Most subjects agreed with following foodservice characteristics that meals of movement (4.03 ), dress of employees (3.84 ), kindness of employees and meals arrived exactly the same time every day (3.47 )and cleanliness of foods (3.34 )and dishes (3.33 ). The unsatisfied quality attributies were information provide (2.82 ), variety of the meals (2.91 ), mixing of meals (2.95 ), the opportunity to meet with a dietitian (2.97 )and prompt dealings with meal complaints (3.01 ). Most subjects expectation that the decrease the multiple of menus, increase provide of fruits in hospital meals and selective menus in hospital foodservices operations. In conclusion, it would seem to be desirable that hospital foodservices departments introduce selective menus, quality assurance, and increase the meal rounding of dietitians in the patient foodservice.
Busan
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Daegu
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Diet
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Female
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Food Quality
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Fruit
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Gyeongsangnam-do
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Humans
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Male
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Meals
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Nutritionists
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Total Quality Management
8.ISO9000 and the quality management system in the digital hospital.
Yalan, LIU ; Bin, YAO ; Zigang, ZHANG
Journal of Huazhong University of Science and Technology (Medical Sciences) 2002;22(2):89-91, 99
ISO9000 quality management system (ISO9000QMS) emphasize on the customer-oriented, managers' leadership and all staff's joining, adopt the process method and system management, spread the taking facts as a basis to make decision and improve consistently, and establish win-win relation with the suppliers. So, the digital hospital can adopt the ISO9000QMS. In order to establish the ISO9000QMS, the digital hospital should: (1) Design integrally, including analyzing the operation procedure, clarifying the job duties, setting up the spreading team and setting the quality policy and objectives: (2) Learning the ISO9000 quality standards; (3) Drawing up the documents, including the quality manual, program files and operation guiding files; (4) Training according the documents; (5) Executing the quality standard, including the service quality auditing, quality record auditing and quality system auditing; (6) Improving continually. With the establishment of ISO900QMS, the digital hospital can appraise more accurately, analyze quality matters statistically and avoid the interference of artificial factors.
Hospital Administration/legislation & jurisprudence
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Hospital Administration/*standards
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Hospitals, Public/legislation & jurisprudence
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Hospitals, Public/*standards
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Management Audit/*standards
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Quality Assurance, Health Care/*organization & administration
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Quality Control
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Total Quality Management/methods
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Total Quality Management/*standards
9.Effect of the Six Sigma Protocol on the Time Required to get STEMI Patients to Reperfusion Therapy Via PTCA.
Kyeong Won KANG ; Ok Jun KIM ; Sung Wook CHOI ; Eui chung KIM ; Yeong Tae PARK ; Yun Kyung CHO ; Hee Jeong HWANG ; Tae I KO
Journal of the Korean Society of Emergency Medicine 2010;21(4):429-436
PURPOSE: To minimize the process that acute myocardial infarction (AMI) patients have to go through when visiting the emergency room (ER), and thus to provide prompt reperfusion therapy using the six sigma protocol, a business management renovation strategy to standardize the clinical process. METHODS: Analysis was done on data obtained both before and after implementation of the six sigma protocol. Data were collected from ST segment elevation myocardial infarction (STEMI) patients who visited the ER between February 2006 and March 2009 and received reperfusion therapy. For statistical analysis used we used an unpaired t-test. RESULTS: After the six sigma protocol was put into practice, total visiting time was reduced from 124.4+/-76.1 minutes to 91.5+/-50.3 minutes, and the reduction was statistically significant (p<0.0045). Six sigma (6 sigma) means 3.4 PPM, that is, among 1 million cases no more than 3.4 cases should exceed the time limit of 90 minutes from the arrival of the patient to the needle puncture, making the task hard to achieve. sigma score was greatly elevated-from 1.48 sigma to 2.48 sigma and the sigma error rate (the proportion of cases that exceeded 90 min) improved from 62% to 45% . CONCLUSION: In this study we verified that applying the six Sigma protocol significantly reduced the time to reperfusion therapy for AMI patients. The reduction in time was due to changes in software (developed from the existing system) rather than to hardware improvements such as changes in test facilities or manpower amplification. The entire process, from a patient arriving at the ER until the patient received reperfusion therapy was viewed as one systemic flow and applying the six Sigma protocol to such flow was successful as shown by the result of this study. This shows that the six sigma protocol can be applied to a medical system if configured effectively. Further, this method can be useful not only for AMI patients, but also for many other urgent procedures such as acute cerebral infarction patients who require prompt diagnosis and hemolytic therapy, when the definition of the error rate is corrected according to the specific patients groups.
Cerebral Infarction
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Commerce
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Emergencies
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Humans
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Myocardial Infarction
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Needles
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Punctures
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Reperfusion
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Total Quality Management
10.Effect of the Six Sigma Protocol on the Time Required to get STEMI Patients to Reperfusion Therapy Via PTCA.
Kyeong Won KANG ; Ok Jun KIM ; Sung Wook CHOI ; Eui chung KIM ; Yeong Tae PARK ; Yun Kyung CHO ; Hee Jeong HWANG ; Tae I KO
Journal of the Korean Society of Emergency Medicine 2010;21(4):429-436
PURPOSE: To minimize the process that acute myocardial infarction (AMI) patients have to go through when visiting the emergency room (ER), and thus to provide prompt reperfusion therapy using the six sigma protocol, a business management renovation strategy to standardize the clinical process. METHODS: Analysis was done on data obtained both before and after implementation of the six sigma protocol. Data were collected from ST segment elevation myocardial infarction (STEMI) patients who visited the ER between February 2006 and March 2009 and received reperfusion therapy. For statistical analysis used we used an unpaired t-test. RESULTS: After the six sigma protocol was put into practice, total visiting time was reduced from 124.4+/-76.1 minutes to 91.5+/-50.3 minutes, and the reduction was statistically significant (p<0.0045). Six sigma (6 sigma) means 3.4 PPM, that is, among 1 million cases no more than 3.4 cases should exceed the time limit of 90 minutes from the arrival of the patient to the needle puncture, making the task hard to achieve. sigma score was greatly elevated-from 1.48 sigma to 2.48 sigma and the sigma error rate (the proportion of cases that exceeded 90 min) improved from 62% to 45% . CONCLUSION: In this study we verified that applying the six Sigma protocol significantly reduced the time to reperfusion therapy for AMI patients. The reduction in time was due to changes in software (developed from the existing system) rather than to hardware improvements such as changes in test facilities or manpower amplification. The entire process, from a patient arriving at the ER until the patient received reperfusion therapy was viewed as one systemic flow and applying the six Sigma protocol to such flow was successful as shown by the result of this study. This shows that the six sigma protocol can be applied to a medical system if configured effectively. Further, this method can be useful not only for AMI patients, but also for many other urgent procedures such as acute cerebral infarction patients who require prompt diagnosis and hemolytic therapy, when the definition of the error rate is corrected according to the specific patients groups.
Cerebral Infarction
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Commerce
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Emergencies
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Humans
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Myocardial Infarction
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Needles
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Punctures
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Reperfusion
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Total Quality Management