Benedetti I, Benedetti L, Bolognani L, Bolognani Fantin A M, Marini M, Ottaviani E
Basic Appl Histochem. 1982;26(2):79-87.
Experimental lead pollution was studied in some organs (foot, mantle and digestive gland) of Viviparus viviparus L. The amount of lead contained after 48h, 96 h and one week of pollution were established using an atomic absorption spectrophotometer. On the basis of physicochemical determination, it turns out that lead is mainly concentrated in the mantle. The biochemical tests (cholesterol, sulpholipids and phospholipids) were aimed at evaluating the lipids involved in the membranes. The histochemical research was carried out chiefly to evaluate the modifications of polysaccharides and proteins. Some hydrolytic enzymes (Na+ and K+ dependent ATPase) and some ooreductive enzymes (NADH+ and NADPH+ dependent diaphorases, D-lactate dehydrogenase, succinate dehydrogenase and glucose-6-P-dehydrogenase) were also tested. The digestive gland is the most severely damaged organ as proved by histomorphological and biochemical analyses.
对静水椎实螺的一些器官(足部、外套膜和消化腺)进行了实验性铅污染研究。使用原子吸收分光光度计确定了污染48小时、96小时和一周后所含铅的量。根据物理化学测定结果,发现铅主要集中在外套膜中。生化试验(胆固醇、硫脂和磷脂)旨在评估膜中涉及的脂质。组织化学研究主要是为了评估多糖和蛋白质的变化。还测试了一些水解酶(钠钾依赖的ATP酶)和一些氧化还原酶(NADH+和NADPH+依赖的黄递酶、D-乳酸脱氢酶、琥珀酸脱氢酶和葡萄糖-6-P-脱氢酶)。组织形态学和生化分析证明,消化腺是受损最严重的器官。