Matches in Nanopublications for { ?s ?p "Since AGEs elicited superoxide generation in platelets and that superoxide dismutase or indomethacin abolished the enhancing effects of AGEs on the platelet aggregation, AGEs could augment the platelet aggregation through oxidative stress generation and subsequent prostanoid production (Hangashi et al., 1998)." ?g. }
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- _2 value "Since AGEs elicited superoxide generation in platelets and that superoxide dismutase or indomethacin abolished the enhancing effects of AGEs on the platelet aggregation, AGEs could augment the platelet aggregation through oxidative stress generation and subsequent prostanoid production (Hangashi et al., 1998)." provenance.
- _5 value "Since AGEs elicited superoxide generation in platelets and that superoxide dismutase or indomethacin abolished the enhancing effects of AGEs on the platelet aggregation, AGEs could augment the platelet aggregation through oxidative stress generation and subsequent prostanoid production (Hangashi et al., 1998)." provenance.
- _3 value "Since AGEs elicited superoxide generation in platelets and that superoxide dismutase or indomethacin abolished the enhancing effects of AGEs on the platelet aggregation, AGEs could augment the platelet aggregation through oxidative stress generation and subsequent prostanoid production (Hangashi et al., 1998)." provenance.