Blood component therapy in children

Boris Kovacevic ,
Boris Kovacevic
Andrijana Kulic ,
Andrijana Kulic
Vesna Libek
Vesna Libek

Published: 01.12.2010.

Biochemistry

Volume 27, Issue 4 (2011)

pp. 356-361;

https://doi.org/10.5937/matmed1104356k

Abstract

Pediatric population, particularly in neonatal age, because of their physiological characteristics (propensity to infection, anaemia and hypovolemia) are often candidates for supportive therapy with labile blood components and blood derivate. Good clinical assessment and laboratory testing are essential in identifying the primary disorder, in order to implement the optimal blood product, with an appropriate manner and in sufficient doses. New technological procedures in the preparation and processing of blood components, adherence to the principles of good manufacturing and laboratory practices, as well as permanent quality control of labile blood components, make transfusion with blood products safe and more efficient. In pediatric practice are now available the products obtained from whole blood units, which are concentrates of red cells, platelets, fresh frozen plasma and cryoprecipitate. All doses are adjusted to the body mass of the patients (small volume doses). According to our results, the most common reason for transfusion care for pediatric patients was anaemia. In spite the reason of hospitalisation (different diagnoses), during diagnostic procedures the diagnosis of anaemia was established. This condition required the supportive therapy with small volume concentrated erythrocytes. To avoid giving unnecessary blood products, it is necessary to comply with recommendations by national guidelines for the application of labile blood components. Multi-disciplinary approach should provide right time diagnosis of disorders and conditions with right time transfusion care. Because of that, treatment of paediatric patients was efficient and safe.

Keywords

References

1.
Blood component therapy in newborns. B jIC. 1999;158–63.
2.
Chalmers Ae, Gibson Seb. Clinical aspects of pediatric and perinatal transfusion: plasma products. Vox sang. 1994;54–8.
3.
Davies Cs K, Es. Clinical aspects of paediatric blood transfusion: cellular components. Vox sang. 1994;50–3.
4.
Veljković, Milosavljević J. Indikacije i kriterijumi za primenu krvi i krvnih produkata u pedijatriji. U: Marjanović B, urednik: Problemi u pedijatriji ´94. 1995;107–24.
5.
Widness Ja, Vj K, Ij, Burmeister L, Bell E, Strauss Rg. Changing patterns of red cell transfusion in very low birth weight infants. Pediatr. 1996;680–7.
6.
Keszler M, Churchill W. Variation in transfusion practice in neonatal intensive care. Pediatrics. 1998;194–200.
7.
Poets C, Pauls U, Bohnhors B. Effect of blood transfusion on apnoea, bradycardia and hypoxemia in preterm infants. Eur j Ped. 1997;311–6.
8.
James L, Greenough, Naik S. The effect of blood transfusion on oxygenation in premature ventilated neonates. Eur j Pediatr. 1997;139–41.
9.
Committee B, Standards In Haematology. Guidelines for administration of blood products: transfusion of infants and neonates. Transfus Med. 1994;63–9.
10.
Committee B, Standards In Haematology. Guidelines on the clinical use of Leucocyte-depleted blood components. Transfus Med. 1998;59–71.
11.
Committee B, Standards In Haematology. Guidelines on gamma irradiation of blood Components for the prevention of transfusion associated graft versus host disease. Transfus Med. 1996;261–71.
12.
Committee B, Standards In Haematology. Guidelines for the use of fresh frozen Plasma. Transfus Med. 1992;57–63.
13.
Committee B, Standards In Haematology. Guidelines for platelet transfusions. Transfus Med. 1992;311–8.
14.
Vs B, Kuhne T, Hume J, Hellman J. Platelet transfusion therapy in newborn infants. Transfus Med rev. 1995;215–30.
15.
Bj G, Vs K. red cell transfusion. Philadelphia: WB saunders Company. 1998;(5):1784–801.
16.
Hume H. Kleinman s, spence Kr, straus Gr. Clinical Practice of Transfusion Medicine. 1996;3772600.
17.
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