호주 적혈구 적정 재고량 계산 공식의 국내 적용 경험 (The Experience of Applying an Australian Red Blood Cell Safety Stock Calculation to Korean Hospitals)

서지정보

· 발행기관 : 대한수혈학회
· 수록지 정보 : 대한수혈학회지 / 29권 / 2호 / 140 ~ 150페이지
· 저자명 : 허지영, 임영애, 홍윤지, 김경희, 김준년, 오진아, 최준길

초록

Background: The management of red blood cell inventory in hospital’s blood bank is crucial. The Australian Red Cross Blood Service developed a RBC safety stock calculation method (abbreviated as the ‘Australian formula’). In this study, we applied this method to four Korean hospitals to calculate the safe RBC stock level.
Methods: The hospitals included in this study were three tertiary teaching hospitals and one teaching hospital. The number of hospital beds in these hospitals were 1093, 1330, 1400, and 854, respectively. The data were collected from the Korea Blood Inventory Monitoring System of Centers for Disease Control & Prevention. The target/minimal/maximal RBC inventory levels and inventory days (inventory level/average daily usage) by ABO blood types were calculated using the daily red cell transfusion, wastage, and supply data between May and October 2016.
Results: The enrolled hospitals showed different levels for the target/minimal/maximal RBC inventory according to each blood group. The average of RBC inventory days in the four hospitals was 4.2 days. For each blood group, RBC inventory days were 3.2∼4.4 days for O blood group type, 3.5∼4.7 days for A blood group, 3.9∼4.5 days for B blood group, and 3.9∼5.5 days for AB blood group.
Conclusion: Because the optimal RBC inventory levels are different depending on the hospital characteristics and the ABO blood group, it is necessary to set the RBC inventory levels for each hospital distinctly. The data obtained in this study will help manage blood product inventory in various hospital blood banks.

영어초록

Background: The management of red blood cell inventory in hospital’s blood bank is crucial. The Australian Red Cross Blood Service developed a RBC safety stock calculation method (abbreviated as the ‘Australian formula’). In this study, we applied this method to four Korean hospitals to calculate the safe RBC stock level.
Methods: The hospitals included in this study were three tertiary teaching hospitals and one teaching hospital. The number of hospital beds in these hospitals were 1093, 1330, 1400, and 854, respectively. The data were collected from the Korea Blood Inventory Monitoring System of Centers for Disease Control & Prevention. The target/minimal/maximal RBC inventory levels and inventory days (inventory level/average daily usage) by ABO blood types were calculated using the daily red cell transfusion, wastage, and supply data between May and October 2016.
Results: The enrolled hospitals showed different levels for the target/minimal/maximal RBC inventory according to each blood group. The average of RBC inventory days in the four hospitals was 4.2 days. For each blood group, RBC inventory days were 3.2∼4.4 days for O blood group type, 3.5∼4.7 days for A blood group, 3.9∼4.5 days for B blood group, and 3.9∼5.5 days for AB blood group.
Conclusion: Because the optimal RBC inventory levels are different depending on the hospital characteristics and the ABO blood group, it is necessary to set the RBC inventory levels for each hospital distinctly. The data obtained in this study will help manage blood product inventory in various hospital blood banks.

참고자료

· 없음