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5‐Day Storage of Human Platelet Concentrates in 30 ml of Plasma or Artificial Medium 1
Author(s) -
Adams George A.,
Swenson Sonia D.,
Rock G.
Publication year - 1987
Publication title -
vox sanguinis
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.68
H-Index - 83
eISSN - 1423-0410
pISSN - 0042-9007
DOI - 10.1111/j.1423-0410.1987.tb04898.x
Subject(s) - platelet , chemistry , whole blood , mean platelet volume , platelet rich plasma , fructose , chromatography , biochemistry , medicine
. Optimal conditions for the storage of platelet concentrates were studied by changing 5 environmental parameters: bag composition (PL146 vs. PL732), volume of plasma (60 vs. 30 ml), anticoagulant (CPDA‐1 vs. heparin), nutrient (glucose vs. fructose) and medium (plasma vs. artificial medium). A full bilevel factorial study was conducted to evaluate each variable alone and in combination with the other variables for their effects on platelet aggregation and release in response to single and pairs of stimuli. Serotonin uptake, pCO 2 , platelet count, lactate, glucose, pO 2 , pH and white blood cell concentration were also measured after 3 and 5 days of storage. Platelets that were stored in PL 146 bags had reduced responses to stimulation by 3 days and markedly impaired responses after 5 days relative to platelets that were stored in PL732 bags. There was a large drop in pH and platelet responsiveness when platelets were stored in a volume of 30 ml in PL146 bags; these were not found when platelets were stored in 30 ml in PL732 bags. Replacing plasma with an artificial medium or adding fructose or heparin and calcium to plasma yielded platelets that were equally functional as routine controls in CPD‐A1 plasma. It was concluded that replacement of plasma with 60 ml of artificial medium or a reduction of plasma volume with storage in PL732 bags are two possible mechanisms of obtaining more plasma from blood donations without compromising maximum platelet storage life.