Olaisen B
Hum Hered. 1975;25(3):204-17. doi: 10.1159/000152727.
Experiments show that the GPT starch gel pattern of any given blood sample is fully reproducible, and that an individual's GPT type is constant at least after the age of 1 month. GPT isoenzyme patterns are influenced and may be changed during storage of unfrozen blood. The interval between sampling and preparation of haemolysate should therefore not exceed 4 days. In haemolysates kept at -25 degrees C the isoenzyme patterns remain unchanged for at least many months. The GPT system forms a valuable means for statistical information in paternity cases. Thus, the overall chance is 18.7% for paternity exclusion or strong evidence against paternity for a falsely alleged father. Based on a material of 1,316 paternity cases, it is concluded that the GPT system is a valuable supplement to other systems of genetic markers in cases of disputed paternity.
实验表明，任何给定血样的GPT淀粉凝胶图谱均可完全重现，而且个体的GPT类型至少在1个月龄后保持恒定。GPT同工酶图谱会受到影响，并且在未冷冻血液储存期间可能会发生变化。因此，采样与制备溶血产物之间的间隔不应超过4天。保存在-25摄氏度的溶血产物中，同工酶图谱至少在许多个月内保持不变。GPT系统是亲子鉴定案件中获取统计信息的重要手段。因此，对于被错误指控的父亲，排除父权或有力证据反对父权的总体概率为18.7%。基于1316例亲子鉴定案件的资料，得出结论：在亲子鉴定有争议的案件中，GPT系统是其他遗传标记系统的重要补充。
