Adenosinphosphate im Blut Frühgeborener

Stave, Uwe; Cara, José;

doi:10.1159/000239813

Cited by 12 publications

(1 citation statement)

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“…Moreover, the range of activities measured has usually been limited in any one study, and a varie ty of methodologies have been employed [22], Red cells of newborn in fants glycolize more actively [16,21], and possess higher levels of ATP and adenine nucleotides than do adult erythrocytes of normal mean cell age [8,12,21,28]. However, when comparison has been made with ap propriately young adult red cell populations from subjects with reticulocy tosis, the young cells of the neonate appear to consume less glucose than expected [24].…”

Section: Abstract 20 Enzymatic Activities and The Glutathione Contenmentioning

confidence: 99%

Enzymatic Activities and Glutathione Content of Erythrocytes in the Newborn: Comparison with Red Cells of Older Normal Subjects and those with Comparable Reticulocytosis

Konrad

Valentine

Paglia³

1972

Acta Haematol

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20 enzymatic activities and the glutathione content of newborn erythrocytes are compared (a) to normal and (b) to comparably reticulocyte-rich nonneonatal red cells. Six were very high in comparison to either control group (GSH, PGK, Enol., G-3-PD, GPI, G-6-PD). Five were very low (ACHE, RPK, GSH-Px, AK and PFK). The mean of the remainder differed from the mean of comparably reticulocyte-rich blood by less than 1 SD of the latter mean. Cord erythrocytes exhibit a characteristic metabolic pattern not explained by a young mean cell age alone.

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