“…While there is no doubt about the effect of Ca 2+ on the blood coagulation cascade, the description of the interactions of Mg 2+ with the proteins of the coagulation cascade has been more controversial. [33][34][35] Nevertheless, most of the studies indicate that Mg 2+ competes with Ca 2+ for clotting factors, resulting in an anticoagulant effect. 35 Having this in mind, the removal of Ca 2+ by Upsalite and the possible exchange with and/or release of Mg 2+ were explored in order to elucidate the mechanism behind the observed effect of Upsalite on the blood cascades.…”
The novel mesoporous magnesium carbonate Upsalite showed anticoagulant properties when incubated with whole blood, an effect most probably due to Ca2+ uptake.
“…While there is no doubt about the effect of Ca 2+ on the blood coagulation cascade, the description of the interactions of Mg 2+ with the proteins of the coagulation cascade has been more controversial. [33][34][35] Nevertheless, most of the studies indicate that Mg 2+ competes with Ca 2+ for clotting factors, resulting in an anticoagulant effect. 35 Having this in mind, the removal of Ca 2+ by Upsalite and the possible exchange with and/or release of Mg 2+ were explored in order to elucidate the mechanism behind the observed effect of Upsalite on the blood cascades.…”
The novel mesoporous magnesium carbonate Upsalite showed anticoagulant properties when incubated with whole blood, an effect most probably due to Ca2+ uptake.
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