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Objective To investigate the serum LPL swimming fat diet rats, HL, ApoC II content and its effect on body weight, lipid metabolism regulation mechanism analysis of movement disorders, to provide a theoretical basis for the prevention and treatment of hyperlipidemia and its complications. Methods 30 SD male rats were randomly divided into normal diet control group (group C), high-fat diet model group (H group), high-fat diet and exercise group (HE) group of 10 rats. HE group weekly forced to swim six times, each time 1h, sports 10 weeks. After 10 weeks, serum LPL, HL, ApoC II content, etc.; fixed time measurement of body weight per week. Experimental results showed that after 10 weeks, H group weight, LPL, ApoC II were significantly higher than the other two groups (p <0.05), HL levels were significantly lower (p <0.05). Conclusion The experimental data can be considered exercise can reduce weight, and by elevated serum LPL, ApoC II levels, lower HL concentration to regulate lipid metabolism disorders. Introduction In recent years, the increasing incidence of hyperlipidemia high, the most common complication of atherosclerosis, has become a major threat to the health of the elderly [1-2]. At present generation and that the high-fat, high fever, diet and exercise to reduce hyperlipidemia about [3-4]. Suitable aerobic exercise can reduce cholesterol, improve lipid metabolism problems. By studying rats swimming exercise on fat metabolism regulation fat diet, mainly rats by measuring the serum LPL, HL, ApoCII to discuss the content of lipid metabolism in motion the mechanism of mediation for the prevention or amelioration of hyperlipidemia offer Theoretical basis. Materials and methods Animals and grouping. 30 SD rats, an average of 6 to 8 weeks old, weighing 200~240g, provided by the hospital laboratory animals. The rats were randomly divided into normal diet control group (group C), high-fat diet group (H group), high fat diet and exercise group (HE group), 10 rats in each group. All rats were temperature (20±3°C), natural lighting are allotted to cages, HE group were forced to swim movement, six times a week, every 1h, movement 10 weeks. Time weighed weekly body weight of rats. Experimental drawn. All rats were fasted for sampling the night before 10:00, 8:00 the next morning sampling, sampling exercise group rats within 24h after exercise. Weigh weight after row 30g / l of sodium pentobarbital anesthetized by intraperitoneal injection (20mg/kg), the abdominal aorta measurement of blood serum LPL, HL, ApoCII content. Data Processing. The obtained experimental data using SPSS 15.0 software for statistical analysis ANOVA, two sets of variables were compared using the t test. P

LPL rat plasma high-fat diet, the impact of research HL, ApoC activity sports