Nuanchan Mongkhunkhamchaw
Khon Kaen University, Thailand
Title: Technology and quality improvement in blood components preparation
Biography
Biography: Nuanchan Mongkhunkhamchaw
Abstract
Background & Objective: The automated blood processing system has been developed for whole blood units semiautomated, the machine was developed to separate blood components and improves the accuracy. The aim of this study was evaluate the product specifications and quality of components produced after the semi-automated system.
Materials & Methods: Whole blood was processed using the semi-automated system and compared and validated. Leukodepletion of blood product and packed red cells was compared between two protocols. Platelet pooled units
were compared the value of volume, hematocrit, platelet contents and white blood cell contamination of LDPRC and LDPC by SPSS statistics.
Results: 408 samples of whole blood were processed with reveos system. Average of fresh frozen plasma, interim platelet and leuko packed were 217.52, 62.40 and 10.2 mL, respectively. The platelet index was more than 60 cells/u
is 75.8%. The quality of LDPRC; hematocrit equals to 55.8%, volume equals to 313 mL and white cell contamination equal 0.0X106 cells/u. SPSS statistics were found that the hematocrit, volume and white blood cell contamination
were not different (P>0.01, P>0.05 and P>0.05, respectively). The quality of LDPC (N=68); platelet contents equal 3.03X1011 cells/u, volume equal 255.8 mL and white cell contamination equal 0.0X106 cells/u. All values may not
differ statistically (P>0.05). PRC from two protocols are statistically significant and they are accepted hematocrit between 65-80%.
Conclusions: The automated and semi-automated system LDPRC, LDPC and PRC reached the recommended quality of Council of Europe (EU), American Association of Blood Banks (AABB), National Blood Centre and Thai
Red Cross Society (TRC).