RESUMO
Objective To study the changes of resistin and the relationship between resistin and other indexes in patients with type 2 diabetes mellitus. Methods Seventy patients with type 2 diabetics were chosen and divided into three groups according to weight index and 15 healthy persons were chosen as controls. ELISA was adopted to determine resistin concentration. Oxydase method was adopted to measure blood sugar. Radio immunoassay was used to measure insulin level. Results Resistin concentration of patient groups r(23.06±9.34)μg/L ] was significantly higher than that of control group [( 9. 89±4. 47) μg/L, P<0. 01 ]. Resistin was positively related to body mass index (r = 0.4 467) and fat distribution (r= 0. 3 314, P<0.01). Resistin was also positively correlated to the area under the curve of sugar tolerance (r=0. 7 063, P<0. 01), negatively related to the insulin resistance index (r=-0. 4 154, P<0.01), but not related to area under the curve of synchronous insulin release (P>0. 05). And a formula was obtainted : Resistin=- 15. 869 + 0. 339×GAUC+0.790×BMI. Conclusion The level of reslstin in type 2 diabetics is higher. And reslstin is related to other factors. This formula is of great significance for clinical study of diabetic's disor- ders.
RESUMO
Objective To study the changes of resistin, blood fat and hepatic function in patients with type 2 diabetes mellitus. Methods Enzyme linked immunosorbent assay (ELISA) was used to determine the content of resistin in peripheral blood. Radio immunoassay was used to determine the content of insulin . Oxydase or chemical method was used to determine blood sugar,and automatic analytical instrument was used to determine blood sugar, blood fat and hepatic function. Results Blood-fasting sugars in patients with type 2 diabetes mellitus (8.85?3.21 mmol/L) increased significantly (P0.05). Conclusion Disorders of internal environment exist in patients with type 2 diabetes mellitus. Contents of resistin, ALB, and blood fat are higher in the patients than those in the controls.