par  Zouaoui Boudjeltia, Karim  ;Daher, Jalil
;Daher, Jalil  ;Van Antwerpen, Pierre
;Van Antwerpen, Pierre  ;Moguilevsky, Nicole
;Moguilevsky, Nicole  ;Delree, Paul;Ducobu, Jean
;Delree, Paul;Ducobu, Jean  ;Raes, Martine;Badran, Bassam
;Raes, Martine;Badran, Bassam  ;Vanhaeverbeek, Michel
;Vanhaeverbeek, Michel  ;Brohée, Dany
;Brohée, Dany  ;Remacle, Claude;Vanhamme, Luc
;Remacle, Claude;Vanhamme, Luc 
Référence PloS one, 7, 6, e38810
Publication Publié, 2012
           ;Daher, Jalil
;Daher, Jalil  ;Van Antwerpen, Pierre
;Van Antwerpen, Pierre  ;Moguilevsky, Nicole
;Moguilevsky, Nicole  ;Delree, Paul;Ducobu, Jean
;Delree, Paul;Ducobu, Jean  ;Raes, Martine;Badran, Bassam
;Raes, Martine;Badran, Bassam  ;Vanhaeverbeek, Michel
;Vanhaeverbeek, Michel  ;Brohée, Dany
;Brohée, Dany  ;Remacle, Claude;Vanhamme, Luc
;Remacle, Claude;Vanhamme, Luc 
Référence PloS one, 7, 6, e38810
Publication Publié, 2012
                                                                                                       
			Article révisé par les pairs
                                                  
        | Résumé : | Blood fluidity is maintained by a delicate balance between coagulation and fibrinolysis. The endothelial cell surface is a key player in this equilibrium and cell surface disruptions can upset the balance. We investigated the role of pericellular myeloperoxidase oxidized LDLs (Mox-LDLs) in this balance. | 



