摘要
Objective To improve medical equipment archive management informatization by the involvement of two-dimension code technology.Methods A piece of two-dimension code software was designed and then interfaced with medical equipment management system.Some two-dimension code labels were manufactured for registration,operation,maintenance,repair and metrology of medical equipment,and then stuck at the appointed positions of medical equipment.The two-dimension codes were read out by intelligent terminals such as cell phone,which was combined with one-dimension code for medical equipment management.Results The two-dimension codes produced by the software were updated simultaneously with medical equipment archive,and the intelligent terminals such as cell phone scanned and decoded the acquired information.Conclusion Two-dimension code technology provides new storage medium for medical equipment archive and will replace the existing one-dimension code eventually,and the storage medium is stored at the same place as medical equipment to eliminate the need for manual input.
摘要
Objective To improve medical equipment archive management informatization by the involvement of two-dimension code technology.Methods A piece of two-dimension code software was designed and then interfaced with medical equipment management system.Some two-dimension code labels were manufactured for registration,operation,maintenance,repair and metrology of medical equipment,and then stuck at the appointed positions of medical equipment.The two-dimension codes were read out by intelligent terminals such as cell phone,which was combined with one-dimension code for medical equipment management.Results The two-dimension codes produced by the software were updated simultaneously with medical equipment archive,and the intelligent terminals such as cell phone scanned and decoded the acquired information.Conclusion Two-dimension code technology provides new storage medium for medical equipment archive and will replace the existing one-dimension code eventually,and the storage medium is stored at the same place as medical equipment to eliminate the need for manual input.
摘要
Objective:To provide references for drugs zero-profit policy and the adjustment of the medical services price in urban public hospitals of Shaanxi.Methods:The method of weighted mean was used to calculate the rate of price adjustment before and after the medical service project.The price on drugs and medical services were processed by software batch change and manual changes separately.Chinese medical slices were in dependent managed.Results:The medical service price reform and drugs zero-profit poli-.cy come into effect in the city public hospitals,Shaanxi province,form 0:00 April 1st,2017.Before and after the reform of health,the medical work was steadily implemented.Conclusion:The successful implementation of drug zero-profit policy and medical service price reform provided references for other hospitals for medical service reform,which could present scientific references for other hospitals to improve the operation ability.
摘要
<p><b>OBJECTIVE</b>To optimize the prescription dose of Mahuang decoction in a multi-target manner, in order to provide reference for the quantitative optimization of the prescription dose of the traditional Chinese medicine compound.</p><p><b>METHOD</b>The number of diaphoretic spots in rats, the tracheal antispasmodic rate in guinea pigs and the writhing times by acetic acid in mice were taken as the indexes for evaluating the diaphoretic, antispasmodic and analgesic effects. According to the experimental results of the 16 orthogonal combination prescriptions, a mathematical dose-effect model was built by support vector regression (SVR) and quadratic response surface regression (RSR) respectively. The multi-target optimization was achieved by elitist non-dominated sorting genetic algorithm (NSGA-II) and entropy weight TOPSIS method.</p><p><b>RESULT</b>The optimal dose of Mahuang decoction after being optimized by SVR modeling contained 17.71 g of Ephedrae Herba, 9.57 g of Cinnamomi Ramulus, 11.75 g of Armeniacae Semen Amarum and 4.39 g of Glycyrrhizae Radix et Rhizoma Praeparata Cum Melle. The optimized result by RSR modeling contained 13.37 g of Ephedrae Herba, 11.61 g of Cinnamomi Ramulus, 11.98 g of Armeniacae Semen Amarum and 5.67 g of Glycyrrhizae Radix et Rhizoma Praeparate Cum Melle. SVR was superior to RSR in both of the forecast capacity and optimization results.</p><p><b>CONCLUSION</b>SVR-NSGA-II-TOPSIS method could be adopted for the multi-target optimization for the dose of Mahuang decoction and other traditional Chinese medicine compounds. It is proved to be the optimal prescription with the best efficacy, and could provide scientific quantitative basis for determining the dose of traditional Chinese medicine compound prescriptions and developing new traditional Chinese medicines.</p>