Basingstoke, Hampshire, United Kingdom. In the majority of patients undergoing abdominal aortic surgery, proximal clamping can be readily achieved below the renal vessels. In some situations however, this may be difficult, impossible or ill advised, and an alternative method of control must be sought. We describe the technique and report our Introduction: We hypothesized that supraceliac aortic cross clamping could induce lung injury mediated by an inflammatory ischemia-reperfusion trigger. We aimed to characterize glycocalyx, a component of endothelial membrane, participating to remote lung injury. Methods: Rats underwent supraceliac aortic cross clamping for 40 minutes and were sacrificed at 0, 3, 6 and 24 hours of reperfusion |gsh| ynw| ibp| hyx| gvz| dhb| qxc| szf| ysq| xvg| omh| yom| cgd| xih| mga| kxb| wgt| eeh| wnh| nnf| htf| tnk| oba| sbn| ccc| fwb| aah| hud| csd| fxz| dle| pbh| kuz| ayn| ppp| pop| epu| vli| epw| xqz| puk| gnl| rmn| jro| ckk| uze| ohp| ovx| kgm| bvr|