1959
DOI: 10.1055/s-0038-1654408
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Über den Energiestoffwechsel normaler menschlicher Thrombozyten

Abstract: ZusammenfassungEs wurden in ungewaschenen und mehrfach gewaschenen Thrombozyten quantitativ folgende Fermente der Glykolyse, des Pentosephosphat- und Zitronensäurezyklus, der Atmungskette, der Phosphatspaltung und der Transaminie-rungen bestimmt:Hexokinase, Diphosphofruktosealdolase, Trioseisomerase, L-a-Glycerophos-phatdehydrogenase, Phosphoglyceraldehydrogenase, 3-Phosphoglycerat-l -Kinase, Enolase, Pyruvatkinase, Milchsäuredehydrogenase, Glukose-6-Phosphatdehydro-genase, 6-Phosphoglukonatdehydrogenase, TPNH… Show more

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Cited by 62 publications
(17 citation statements)
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“…It has long been known that platelets possess both oxidative (27) and glycolytic activity (28), but glycolysis has generally been considered the major source of energy in both resting (29) and retracting (13) platelets. One-half of the glucose metabolized by resting platelets is recovered as pyruvic and lactic acids and one-fifth as CO2 and water (30). Although more glucose may be metabolized to lactic acid than oxidized, oxidation produces far more ATP per mole of glucose and, as has been suggested (31), would seem to be the more important source of energy in platelets.…”
Section: Discussionmentioning
confidence: 82%
“…It has long been known that platelets possess both oxidative (27) and glycolytic activity (28), but glycolysis has generally been considered the major source of energy in both resting (29) and retracting (13) platelets. One-half of the glucose metabolized by resting platelets is recovered as pyruvic and lactic acids and one-fifth as CO2 and water (30). Although more glucose may be metabolized to lactic acid than oxidized, oxidation produces far more ATP per mole of glucose and, as has been suggested (31), would seem to be the more important source of energy in platelets.…”
Section: Discussionmentioning
confidence: 82%
“…It is, moreover, difficult to assess the statistical significance of the data. There is more evidence to support the view that the glycolytic cycle provides the energy for the active uptake of 5-HT by platelets (Hughes & Brodie, 1959;Weissbach & Redfield, 1960;Waller, Lohr, Grignani & Gross, 1959).…”
Section: Discussionmentioning
confidence: 99%
“…In normalen Thrombocyten konnten [15] Enzyme des Citronensaurecyclus und der Glykose nachgewiesen werden, deren gestSrter Reaktionsablauf mit einer thrombocyt/~ren Dysfunktion einherging.…”
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