Due to the complexity of alterations in hemostasis, replacement therapy in
multiple organ dysfunction is a domain for nonspecific replacement therapy
by means of fresh frozen plasma. Refined methods of virus inactivation as w
ell as the consequent declaration of the major components of plasma derivat
ives have led to an increasing use of high-purity blood coagulation factor
concentrates. Furthermore, the problem of activated factors and their inher
ent thrombogenic effect is meanwhile considerably attenuated. In the future
, the availability of high-purity blood coagulation factor concentrates wit
h a defined amount and quality of their factor content will enable a specif
ic replacement therapy in single or multiple organ dysfunction in addition
to unspecific replacement therapy by fresh frozen plasma. (C) 1999 Elsevier
Science Ltd. All rights reserved.