Pieters, Marlien; Covic, Namukolo; Van der Westhuizen, Francois Hendrikus; Nagaswami, Chandrasekaran; Baras, Yelena; Loots, Du Toit; Jerling, Johann C.; Elgar, Dale; Edmondson, Kathryn S.; Van Zyl, Danie G.; Rheeder, Paul; Weisel, John W.
(Schattauer, 2008-04)
Diabetic subjects have been shown to have altered fibrin network structures.One proposed mechanism for this is non-enzymatic glycation of fibrinogen due to high blood glucose.We investigated whether glycaemic control would ...
