Pathogen reduction technologies for blood products: a review of the clinical effectiveness, cost-effectiveness, and guidelines
Mujoomdar M, Clark M,Cunningham J
Record ID 32011001234
English
Authors' recommendations:
Overall, the available evidence indicates that the INTERCEPT Blood System photochemical process (amotosalen + UVA light) does not adversely affect the clinical utility of the treated blood components, specifically plasma and platelet components. INTERCEPT-treated components were able to improve hemostasis in all of the included studies and had a comparable AE profile to conventionally-prepared plasma and platelet components.One study examined the incidence of antibody development to potential neoantigens on Mirasol-treated platelets in blood product recipients. The authors concluded that neoantigen formation is not a potential side effect of photochemical treatment of platelets. Three cost utility analyses and one cost-effectiveness study concluded that pathogen reduction technologies are cost-effective. No information regarding these latter two outcomes was identified for inclusion by the literature search. In addition, no guidelines about the use of PRT were identified.
Details
Project Status:
Completed
Year Published:
2009
English language abstract:
An English language summary is available
Publication Type:
Not Assigned
Country:
Canada
MeSH Terms
- Blood Platelets
- Blood Preservation
- Blood Transfusion
- Cell Proliferation
- Disinfection
- Leukocyte Reduction Procedures
Contact
Organisation Name:
Canadian Agency for Drugs and Technologies in Health
Contact Address:
600-865 Carling Avenue, Ottawa, ON K1S 5S8 Canada. Tel: +1 613 226 2553; Fax: +1 613 226 5392;
Contact Name:
requests@cadth.ca
Contact Email:
requests@cadth.ca
Copyright:
Canadian Agency for Drugs and Technologies in Health (CADTH)
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