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1.
China Pharmacy ; (12): 4816-4817,4818, 2015.
Article in Chinese | WPRIM | ID: wpr-605244

ABSTRACT

OBJECTIVE:To improve the safety management level of high-risk drug Insulin injection in our hospital. METH-ODS:The standard management of Insulin injection(400 u/injection)was conducted by using PDCA(plan-do-check-action). The application of Insulin injection in wards was compared before and after six months of management. RESULTS:By strengthening training,improving ward baseline insulin management register system,adjusting the specification of insulin in information system, etc.,the application and storage of insulin became more standard;no expired drugs occurred;the rate of waste drug decreased from 95.06% before management to 22.00% after management,decreasing by 73.06%. CONCLUSIONS:PDCA cycle can im-prove the safety management of Insulin injection in wards effectively.

2.
Journal of China Pharmaceutical University ; (6): 380-384, 2009.
Article in Chinese | WPRIM | ID: wpr-480402

ABSTRACT

Aim: To observe the influence of high fat-high sucrose diet and chronic stress on insulin resistance. Methods: Male rats were divided into four groups: control, high fat-high sucrose diet( HFSD), chronic stress( CS), high fat-high sucrose diet plus chronic stress( HFSD + CS). After feeding the animals for 10 weeks, fat, glucose and insulin concentrations in blood and PPAR-α mRNA expression in liver were examined, and glu-cose infusion rate was detected by a hyperinsulinemic euglycemic clamp experiment. Results: Insulin resistance was observed in all three treated groups, showing the highest in the HFSD + CS group. Dyslipidemia, hypergly-cosemia, hyperinsulinism and the decrease of PPAR-α mRNA expression in liver were also shown in all treated groups. There was an obvious interaction of insulin resistance, hyperglycosemia and high FFA between high fat-high sucrose diet and chronic stress. Conclusion: Combination of high fat-high sucrose diet and chronic stress could promote the development of insulin resistance, which is likely due to the high level of serum FFA.

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