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S-Creat(血清肌酸酐)浓度,S-GOT(血清谷草转氨酶)及S-GPT(血清谷丙转氯酶)的活性,通常被用作评价肾功能与肝损害,有时也被作为职业性铅接触工人的普查试验。作者为了评价血铅浓度与上述三个指标的关系,曾于1970～1973年,在芬兰进行了研究。铅接触工人的接触时间1～6月248人,7～11月128人,1～2年352人,3～5年338人,6～9年416人,10～20年531人,20年以上333人。S-Creat测定的样品数,男性1,342例,女性377例;S-GOT测定的样品数,男性1,464例,女性510例;S-GPT的样品数,男女分别为377,235例。测定结果表明,S-Creat浓度与血铅浓度之间(r男=0.07,r女=0.06),S-GOT活性与血铅浓度之间(r男=0.02,r女=0.01),S-GPT活性与血铅浓度之间
S-Creat (serum creatinine) concentrations, S-GOT (serum aspartate aminotransferase), and S-GPT (serum alanine translocase) activity are commonly used to assess renal function and liver damage and are sometimes used as occupational Lead exposure workers census test. In order to evaluate the relationship between blood lead levels and these three indicators, the authors studied in Finland from 1970 to 1973. Exposure time of lead exposure workers was 248 in June to June, 128 in July to November, 352 in 1 to 2 years, 338 in 3 to 5 years, 416 in 6 to 9 years, 531 in 20 to 20 years and 20 in 20 years More than 333 people. S-Creat measured the number of samples, 1,342 males and 377 females; S-GOT determination of the sample number, 1,464 males and 510 females; S-GPT sample number, male and female were 377,235 cases. The results showed that there was significant difference between S-Creat concentration and blood lead concentration (r = 0.07, r = 0.06), S-GOT activity and blood lead concentration GPT activity and blood lead levels