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Evaluation of concurrent collection of in‐line filtered platelets and packed red blood cells by multicomponent apheresis with three last‐generation apparatuses

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References

2005A randomized crossover trial comparing three plateletpheresis machines42 cited
2002National audit of citrate toxicity in plateletpheresis donors37 cited
1997Plateletapheresis with a next generation blood cell separator37 cited
2005Multicomponent apheresis blood collection in the United States: Current status and future directions34 cited
2003First comparison of productivity and citrate donor load between the Trima® version 4 (dual‐stage filler) and the Trima Accel® (single‐stage filler) in the same donors29 cited

Cited by

2014Comparison of plateletpheresis on the Fenwal Amicus, Fresenius COM.TEC, and Trima Accel Cell separators20 cited
2014Comparison of double dose plateletpheresis on the Fenwal Amicus, Fresenius COM.TEC and Trima Accel cell separators14 cited
2009Donor safety issues in high‐dose platelet collection using the latest apheresis systems13 cited
2018Double Dose Plateletpheresis: A Savior to Shrinking Donor Pool and Platelet Inventory Management12 cited
2016Effectiveness of the Trima Accel cell separator in the double dose plateletpheresis11 cited
2016Donor Safety in Haemapheresis: Development of an Internet-Based Registry for Comprehensive Assessment of Adverse Events from Healthy Donors9 cited
2006Hematomas in multicomponent apheresis: searching for related factors9 cited
2012Influence of multicomponent apheresis on donors’ haematological and coagulation parameters, iron storage and platelet function

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8 cited

2010Multicomponent apheresis8 cited

2020Plateletpheresis in the Era of Automation: Optimizing Donor Safety and Product Quality Using Modern Apheresis Instruments7 cited