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86% Reduction in pRBC Loss From Implementing MaxPlus MTP Coolers

Massive Transfusion Protocol challenge:

STAT issue of pRBC (1-6 C), ffp (1-6C) and platelets (20-24C) to trauma victims with massive bleeding needs to happens instantly. Trauma victims with massive bleeding have a mortality rate of greater than 30%. Several studies have demonstrated improved patient outcomes with implementation of a Massive Transfusion Protocol (MTP).

Study Design:

From January 2019 – March 2020, MaxPlus MTP Cooler® with 3 different compartments for RBC, FFP and Platelets was implemented in the Level 1 Trauma center by the Department of Pathology and Laboratory medicine, Harbor UCLA Medical Center, Torrance, CA. For each MTP initiation, temperature of individual units was monitored using HemoTemp™ II (Biosynergy 3000B) for RBC and Temp-Check TC-12 (Hampshire Controls Corp.) for thawed FFP and platelets. The number of RBC units discarded due to temperature excursion was analyzed to assess impact of MaxPlus MTP cooler implementation. The UCLA Harbor team compared the data for the MaxPlus MTP to previously collected data from 2015 – 2018 in using Mini Igloo® cooler for RBC in MTP initiations.


Results show that by implementing MaxPlus MTP Coolers, RBC wastage was reduced from 5.28% to 0.7%, an 86% decrease. Study results show that MaxPlus MTP cooler can significantly improve transfusion service efficiency, while reducing total costs. Temperature excursion associated wastage data before and after the new protocol implementation is presented in Table 1.

Blood banks have to tackle several operational risks especially during trauma situations. MaxQ is proud to be a part of the solution for Harbor UCLA Medical Center. For more information on MaxPlus MTP blood coolers, visit


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