The electrophysiological effects of 5.8×10<sup>-6</sup> mol/L propafenonewere studied in neonatal canine Purkinje fiber compared with changes in theadult canine. The method used was microelectrode tec...The electrophysiological effects of 5.8×10<sup>-6</sup> mol/L propafenonewere studied in neonatal canine Purkinje fiber compared with changes in theadult canine. The method used was microelectrode technique. This study sug-gests that Purkinje fibers are less sensitive to propafenone in the neonate than inthe adult, but at shorter ample lengths, the difference between them is not sig-nificant.展开更多
In this paper,propafenone in judicial anatomy was quantitated and found to be 11.6 μg/mL in blood,17.8 μg/mL in urine,292 μg/g in gastric content and 196 μg/g in liver with GC-MS. Two metabolites from propafenone ...In this paper,propafenone in judicial anatomy was quantitated and found to be 11.6 μg/mL in blood,17.8 μg/mL in urine,292 μg/g in gastric content and 196 μg/g in liver with GC-MS. Two metabolites from propafenone have been defined.In conclusion,as the dead body himself is a drug abuser and also his blood concentration of propafenone exceed the fatal dose,this case is finally identified to a death cause from the overdose of propanenone abuse.展开更多
文摘The electrophysiological effects of 5.8×10<sup>-6</sup> mol/L propafenonewere studied in neonatal canine Purkinje fiber compared with changes in theadult canine. The method used was microelectrode technique. This study sug-gests that Purkinje fibers are less sensitive to propafenone in the neonate than inthe adult, but at shorter ample lengths, the difference between them is not sig-nificant.
文摘In this paper,propafenone in judicial anatomy was quantitated and found to be 11.6 μg/mL in blood,17.8 μg/mL in urine,292 μg/g in gastric content and 196 μg/g in liver with GC-MS. Two metabolites from propafenone have been defined.In conclusion,as the dead body himself is a drug abuser and also his blood concentration of propafenone exceed the fatal dose,this case is finally identified to a death cause from the overdose of propanenone abuse.
