Introduction: In the recent years, effect of hypertonic solution in resuscitation of shock has been shown by clinical and laboratory studies. On the other hand ATP-MgCI2 is used for better tissue perfusion and cardiac output in shock. The aim of this study is evaluation of ATP-MgCI2 with hypertonic solution in resuscitation of hemorrhagic shock.Materials and Methods: In this experimental study 21 rats were divided into three groups. After anaesthesia, induced hemorrhagic shock with bleeding and shock was for 30 minutes then the solutions were infused. Group I received hypertonic solution NaCl 5%, group2 ATP-MgCI2 and group3 both solutions and then systolic, diastolic, mean arterial blood pressure, serum electrolytes (Na+, K+), serum albumin, protein, and serum and urine osmolality before, and after one hour of shock were measured.Findings: Results showed that systolic BP in the first 15 minutes after resuscitation in group 1 and 3 was greater than group 2 (p<0.05) and between groups 1 and 3, group3 that received both solutions, showed greater elevation in systolic BP but it was not significant .60 minutes after resuscitation, mean arterial pressure in group I showed significant increase than other groups. Increasing in Na+ concentration in groups I and 3 had significant differences than group2. Albumin concentration in-group 2 was significantly greater than the other groups. There was no significant difference in other factors.Conclusion: It seems that ATP-MgCI2 alone or with hypertonic solution have no additional beneficial effect, than hypertonic solution, on hemodynamic and laboratory parameters in hemorrhagic shock.