Parâmetros bioquímicos e hemogasométricos do sangue total canino armazenado em bolsas plásticas contendo CPDA-1 e CPD/SAG-M / Parameter biochemical and hemogasometric of the total blood stored of dogs in plastic stock markets I contend CPDA-1 and CPD/SAG-M

O presente trabalho teve como objetivo avaliar e comparar as alterações bioquímicas e hemogasométricas do sangue total canino armazenado em bolsas CPDA-1 e CPD/SAG-M. Foram utilizados 14 cães machos, adultos e saudáveis, distribuídos em dois grupos com sete animais cada, dos quais foi obtido sangue para o estudo. No primeiro grupo (G1), o sangue foi armazenado em bolsas CPDA-1 e, no segundo grupo (G2), o sangue foi armazenado em bolsas CPD/SAG-M. As amostras foram analisadas para: potássio, sódio, glicose, proteína plasmática total, DPG, pH sangüíneo, pO2 , pCO2 e bicarbonato. Os momentos estabelecidos para as análises laboratoriais foram: D0: imediatamente após a coleta do sangue dos animais; D7: sete dias após a coleta; D14: quatorze dias após a coleta; D21: vinte e um dias após a coleta; D31: trinta e um dias após a coleta; D41: quarenta e um dias após coleta. A análise dos resultados permitiu concluir que a bolsa CPD/SAG-M apresentou melhor desempenho quando comparada à CPDA-1 após 41 dias de estocagem. O DPG, mesmo com pH inferior a sete, continua sendo produzido por, pelo menos, uma semana após a estocagem do sangue na bolsa.

The present study was aimed at evaluating and comparing the biochemical and haemogasometrics alterations of the total blood of dogs stored in bags CPDA-1 and CPD/SAG-M. 14 male's dogs, adult and healthful dogs, were divided in two groups, which one blood was removed for the study. The blood of the first group (G1) was stored in bag CPDA-1 and that of the second group (G2) in bag CPD/SAG-M. The samples were analyzed for: potassium, sodium, glucose, total plasmatic protein, DPG, pH, pO2 , pCO2 , and bicarbonate. The moments for the laboratory analyses were established: D0: immediately after the collection of blood; D7: seven days after the collection; D14: fourteen days after the collection; D21: twenty and one days after the collection; D31: thirty and one days after the collection; D41: forty one days after collect. The evaluation of the results allowed including that: the bag CPD/SAG-M presented advantage when compared with the CPDA-1 after 41 days of stored. The DPG, even with pH lower then 7, continues being produced for, at least, one week after the stocking of the blood in the bag.

Post-transfusion Survival of SAG-M Additive Solution Preserved Red Blood Cells / 대한수혈학회지

BACKGROUDNS: In Korea, CPDA-1 solution is currently used for blood preservation and by this anticoagulant solution, RBCs can be preserved for up to 35 days at the refrigerate temperature. RBC additive solutions (AS-1, AS-3, AS-5, SAG-M, SAG-PM) are widely used in the other countries for longer preservation of RBCs (42 days). We studied the survival of transfused RBCs preserved in SAG-M additive solution. MATERIALS AND METHODS: 400 mL of whole blood were collected from 8 healthy volunteers, Plasma was removed by centrifugation separation method at 2,960g, 10 minute and replaced by 100 mL of SAG-M additive solution. Autologous transfusions were done in two groups on day 20 and 42 with Na51CrO4 (Dupont, USA) labelled RBCs. After 3, 10, 15, 20, 30 minutes and 1, 2, 24 hours, 20 days, the venous blood samples were collected from the volunteers, and their radioactivities were measured by the Gamma-counter (Cobra II, Germany), and 24 hour survival rate were calculated by Moroff's method. RESULTS: The mean 24 hour survival rate was 89.0% in 20 days preservation group and 71.8% in 42 days preservation group. The mean half life of transfused RBCs were 27.8 days (n=2)and 24.3 days (n=4) in 20 days and 42 days preservation group, respectively. No complications were observed during the study period. CONCLUSIONS: The RBCs preserved in SAG-M additive solution were near within allowable survival rates for transfusion.