Liver transplantation is one of the most challenging surgery for an anaesthetist. It is associated with marked haemodynamic changes which are seen maximally immediately after unclamping of the portal vein and reperfusion. One of the important haemodynamic changes is the post reperfusion syndrome (PRS). It has been defined by two different definitions. First definition was given by aggarwal et al which defined PRS as more than 30 % fall in B.P and H.R from baseline within 5 min of reperfusion for more than 1 min. Other definition was given by hilmi et al which describes PRS as mild and significant. Mild PRS is defined as a decrease of MAP and/or heart rate (HR) not reaching 30% of baseline value, lasting for less than 5 min, and responsive to an intravenous bolus dose of Calcium Chloride (1 g) and/or epinephrine (≤ 100 mcg) without the need to start a continuous infusion of vasopressors. On the other hand significant PRS was defined as a greater hemodynamic instability, a drop in MAP/HR exceeding 30% of baseline, asystole or hemodynamically significant arrhythmias; or the need to start the infusion of vasopressors during the intraoperative period and to continue throughout the postoperative period. Other presentations of significant PRS include a prolonged (defined as lasting more than 30 min) or recurrent (defined as reappearing within 30 min after resolution) fibrinolysis that requires treatment with antifibrinolytic agents. In adult living donor liver transplantation either left or right liver lobe is used as a graft depending upon the graft recipient weight ratio (GRWR) or residual liver volume in donor. Right lobe donors are associated with higher complications in donors when compared to left lobe donors. On the other hand left lobe donors have more complications in recipient when compared to right liver lobe. Haemodynamic changes after graft implantation can be affected by various factors like donor age, severity of liver and kidney disease, cold ischemia time, left ventricular dysfunction and surgical technique. However as per our literature search effect of liver lobe selection on the haemodynamic changes after reperfusion and on recipient recovery after liver transplantation have not been studied. Hence this study aims to compare the intra-operative haemodynamics and post-operative recovery of recipients in between the right and left liver lobe grafts after living donor liver transplantation.