[Study of Qingciguo oil's function on blood lipid and other functions].
Xiao‐Peng Zhang, Xiaoming Lin
Abstract
Xiao‐Peng Zhang, Xiaoming Lin
Abstract
OBJECTIVE: To study Qingciguo Oil's function on blood lipid and other functions. METHODS: 84 male SD rats were randomly divided into seven groups (control group, high lipid group, low dose group, middle dose group, high dose group, combined dose group and combined control group) based on the level of TC. We respectively feed each group of rats with the normal food, high lipid high cholesterol food, Qingciguo Oil's 4 ml/kg BW food, Qingciguo Oil's 8 ml/kg BW food, Qingciguo Oil's 12 ml/kg BW food, Qingciguo Oil's 12 ml/kg BW + 0.8% soybean PL + 0.05% VitE food & 0.8% soybean PL + 0.05% VitE food ninth week. RESULTS: At the fourth week, the TC of each group rats (except lower dose group) began to decreasing, and at sixth week, the TC of middle dose group was significantly lower than the high lipid group. At sixth week, the TG of low, middle and high dose group was significantly lower than the TG of high lipid group, the HDL of high lipid group and middle dose group decreased significantly, and the HDL of combined control dose group significantly higher than high lipid group. At the ninth week, the level of SOD of all experimental groups significantly higher than the high lipid group and the MDA of each group have no significant differents between each other. In vitro, we test the effect of different dose Qingciguo oil and fish oil on platelet aggragation of each blood by tuibidimetry, the results show that the platelet aggregation of Qingciguo oil high dose group was significantly lower than the control group. CONCLUSION: Under our condition, Qingciguo oil has certain functions of decreasing the level of blood lipids modulating the function of antioxidants and restraining the platelet aggregation in vitro.
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OBJECTIVE: To study Qingciguo Oil's function on blood lipid and other functions. METHODS: 84 male SD rats were randomly divided into seven groups (control group, high lipid group, low dose group, middle dose group, high dose group, combined dose group and combined control group) based on the level of TC. We respectively feed each group of rats with the normal food, high lipid high cholesterol food, Qingciguo Oil's 4 ml/kg BW food, Qingciguo Oil's 8 ml/kg BW food, Qingciguo Oil's 12 ml/kg BW food, Qingciguo Oil's 12 ml/kg BW + 0.8% soybean PL + 0.05% VitE food & 0.8% soybean PL + 0.05% VitE food ninth week. RESULTS: At the fourth week, the TC of each group rats (except lower dose group) began to decreasing, and at sixth week, the TC of middle dose group was significantly lower than the high lipid group. At sixth week, the TG of low, middle and high dose group was significantly lower than the TG of high lipid group, the HDL of high lipid group and middle dose group decreased significantly, and the HDL of combined control dose group significantly higher than high lipid group. At the ninth week, the level of SOD of all experimental groups significantly higher than the high lipid group and the MDA of each group have no significant differents between each other. In vitro, we test the effect of different dose Qingciguo oil and fish oil on platelet aggragation of each blood by tuibidimetry, the results show that the platelet aggregation of Qingciguo oil high dose group was significantly lower than the control group. CONCLUSION: Under our condition, Qingciguo oil has certain functions of decreasing the level of blood lipids modulating the function of antioxidants and restraining the platelet aggregation in vitro.
Key concepts: Fish oil, Soybean oil, Blood lipids, Animal science, Chemistry, Cholesterol, Food science, Biology