ABSTRACT
Mycophenolic acid (MPA) drugs are common immunosuppressant for organ transplant recipients, which possesses high immunosuppressive effect. However, insufficient or excessive dosage of MPA is not conducive to clinical prognosis of the recipients. Hence, it is necessary to accurately control the dosage of MPA. The metabolism of MPA significantly differs among individuals. The metabolic pattern and monitoring method of these drugs are of important significance in clinic. In this article, the research progresses on the metabolism of MPA drugs in organ transplant recipients in recent five years were reviewed, the main results and direction of drug metabolism and monitoring methods were summarized, and the researches on the metabolism of MPA drugs in organ transplantation were briefly reviewed and prospected.
ABSTRACT
Objective To investigate the clinical value of immediate fluid resuscitation and delayed resuscitation in patients with traumatic shock. Methods The patients with traumatic shock treated in the Critical Care Medicine Department of People's Hospital of Wenjiang District from March 2014 to March 2017 were selected. According to the number of admission cases,one hundred and twenty patients with traumatic shock were randomly divided into two groups,60 cases in each group. The control group was given early immediate fluid resuscitation,the observation group was given delayed resuscitation,and the blood coagulation and blood routine indexes of the two groups were compared before and after the fluid resuscitation in the two groups,and the amount of fluid rehydration and the fatality rate in the two groups of patients with 1 h shock were observed,and the incidence rate of acute respiratory distress syndrome ( ARDS) and multiple organ dysfunction syndrome (MODS) were compared. Results After treatment,the blood clotting and blood routine indexes of the two groups were improved (P<0. 05),of which the thromboplastin time (PT) ((11. 04±1. 17) s),activated partial thromboplastin time (APTT) ((28. 12±5. 93) s) in the observation group in the observation group were lower than those of the control group( (15. 12±1. 26) s,(36. 17±9. 05) s) (t = -15. 37,-9. 81,P<0. 05),platelet countPLT) ((146. 92±16. 85)×109 / L) was higher than that of the control group ((114. 18±10. 69)×109 / L ) (t= -9. 77,P<0. 05),and the blood routine hemoglobin (Hb) ((112. 21±9. 46) g/ L),and the base surplus (BE)((-5. 30 ± 2. 45) mmol/ L ) were all higher than those of the control group ((92. 95 ± 11. 20) g/ L, (-8. 27±3. 53) mmol/ L ) (t= -11. 46,-8. 99,P<0. 05),blood lactic acid (BL) ((2. 79±1. 12) mmol/ L ) was lower than that of the control group ((3. 54±1. 37) mmol/ L) (t = -8. 99,P<0. 05). The volume of 1 h infusion of shock in the observation group ((569. 96±187. 34) ml ) was lower than that of the control group((1957. 35±204. 14) ml) (t = 8. 725,P<0. 05). The incidence of ARDS (3. 33% (2/ 60)),MOD(3. 33%(2/ 60)) and fatality(1. 67%(1/ 60)) were lower than those of the control group(8. 33%(5/ 60),6. 67%(4/60),6. 67%(4/ 60) ( χ2 = 2. 725,3. 214,2. 985,P< 0. 05) . Conclusion The early stage of traumatic shock delayed fluid resuscitation is conducive to the protection of the blood coagulation function of patients,to improve blood indicators,to reduce the amount of 1 h infusion and to reduce the incidence of ARDS and MODS.