[Perioperative Patient Blood Management: common risk, common tasks, common responsibility]

Orv Hetil. 2020 Sep;161(37):1545-1553. doi: 10.1556/650.2020.31918.
[Article in Hungarian]

Abstract

Human red blood cell concentrate and platelet suspension are unstable preparations, therefore, they are not part of the international pharmaceutical market for biological and economic reasons. Consequently, they cannot be replaced by external sources. Human allogeneic erythrocyte and platelet preparations should therefore be considered as part of the common national wealth. The amount of transfused red blood cell concentrate has been declining in countries with advanced health systems in recent years. The changes were initially driven by the spread of the concept and practice of liberal and restrictive transfusion triggers. A complex, thoughtful system of perioperative blood utilization, the Patient Blood Management has later emerged, and a paradigm shift in the delivery of life-threatening perioperative bleeding has developed. At the same time, clinical practitioners are facing a new challenge of reducing willingness to donate blood worldwide. The rationalization of the use of human red blood cell concentrate and platelet suspension is essential in Hungary. As a health care measure, the currently rigidly earmarked financial resources available for allogeneic preparations and stable factor concentrates for the treatment of life-threatening haemorrhages need to be changed to be interoperable. The perioperative blood use could additionally be reduced by the widespread dissemination of the Patient Blood Management requiring complex coordinated educational interdisciplinary and logistical work. Orv Hetil. 2020; 161(37): 1545-1553.

Keywords: Patient Blood Management; factor concentrates; faktorkészítmények; haemostasis resustitation; haemostasisresuscitatio; management of life-threatening perioperative bleeding; red blood cell concentrate; vörösvértest-koncentrátum; életveszélyes perioperatív vérzések ellátása.

MeSH terms

  • Blood Platelets
  • Blood Transfusion*
  • Erythrocyte Transfusion*
  • Hemorrhage
  • Humans
  • Hungary