Objective:To provide the scientific reference basis in order to establish a perfect cost controlled system for medical consumable. To analyze game factors, such as main resource, the price-off influence and price-off aspiration and so on, from different views, such as medical institutions, patients, manufacturers and other stakeholders and so on, based on game theory and situation of medical consumables management.Methods: To collect the management information of medical consumables cost from a tertiary referral center hospital in Fujian in recent 3 years, and adopt descriptive study to analyze the income situation of medical consumable, medical consumable proportion and medical consumable cost per capita.Results: The medical consumable proportions from 2013-2015 were 14.44%, 16.27% and 18.75%, respectively. Medical consumable cost per patient from 2013-2015 were 3547.95RMB, 4122.3 RMB and 5059.02RMB, respectively. All of these datum contained the drug information.Conclusion: It is obvious that the medical consumable proportions and medical consumable cost per patient were enhancement from 2013 to 2015. The necessity of medical consumable leaded to the direct influence on medical cost. On the other hand, the artificially high price and unreasonable implement of medical consumable are the urgent problems and must be resolved as soon as possible.

Objective:To provide scientific references for establishing a whole informatization management system of reagent used in science and research of hospital based on the root cause analysis (RCA). And to find existed problems and analyze main reasons from reagent management, material, time, financial, personnel and other factors through fishbone chart, and to provide relative management measurement of informatization.Methods: The reagent consumptions used in science and research of a tertiary referral center hospital in Fujian province in 2015 year were collected, and then the purchase amount and ratio of them were analyzed.Results: The purchase amount of reagent for science and research of this tertiary referral center hospital in Fujian province was more than 2.55 million RMB in 2015 year, and the ratio of national clinical key special projects was 23.32% and that of provincial clinical key special projects was 6.85%. The two items spent more purchase amount, and the type and ratio of reagent of various department was different depended on their own various developed situation.Conclusion: The informatization management and service mode of reagent used in science and research have very important role in the construction of soft power of hospital. In present, a series of disadvantages existed in various clinical and research department, for example, the use of reagents are scatter, involved professional span is larger and disperse, and accurate trace, dynamic tracking and flexible deploy machines are difficultly achieved. Therefore, how to promote comprehensive informatization management for relative resource, for optimizing structure configuration, for controlling cost and ensuring quality of reagent has became the most important task for informatization management of reagent used in science and research.

Atropine ; therapeutic use ; Humans ; Organophosphate Poisoning ; Poisoning ; drug therapy ; Quinuclidines ; therapeutic use

Adult ; Aged ; Arsenic Poisoning ; drug therapy ; etiology ; Drugs, Chinese Herbal ; adverse effects ; Female ; Humans ; Male ; Middle Aged

Accidents, Occupational ; statistics & numerical data ; Adolescent ; Adult ; Cross-Over Studies ; Female ; Hand Injuries ; etiology ; Humans ; Male ; Middle Aged ; Risk Factors ; Surveys and Questionnaires ; Young Adult

Adult ; Aged ; Breast Neoplasms ; pathology ; surgery ; Female ; Follow-Up Studies ; Humans ; Lymph Node Excision ; methods ; Mastectomy, Modified Radical ; Middle Aged ; Ultrasonic Therapy ; methods ; Young Adult

This article was aimed to study the characteristics of intestinal cancer by traditional Chinese medicine (TCM) based on the scale-free network analysis method. History information of 145 hospitalized cases from 2008 to 2011 was collected from the Oncology Department, Guang A nmen Hospital, in the clinical collection system. The rule of medication in the treatment of intestinal cancer by TCM was explored by scale-free network analysis method from several aspects, such as effects, classification and compatibility relations. The analysis results of 145 intestinal cancer cases showed that strengthening the body resistance was the main treatment principle. Si-Jun-Zi (SJZ) decoc-tion was used with the highest frequency. In the prescription design, qi-supplementing herbs were the most. The heat-clearing, dampness-eliminating, qi-regulating, blood-activating and stasis-removing, food stagnation removing and phlegm-removing herbs were also used frequently. The TCM treatment and syndrome differentiation will be changed due to the treatment and disease stages. It was concluded that scale-free network analysis method is able to relatively show the TCM treatment rule of intestinal cancer quantificationally and intuitively.

Objective To observe the effects and mechanism of pretreatment in rats with prostaglandin E1 on liver after hemorrhagic shock and resuscitation(HSR).Method In total,32 male SD rats were randomly(random number)divided into four groups(n=8):group A(sham group),group B(shock group),group C(HSR group)and group D(Lipo-PGEl+HSR).In group B,rats were sacrificed 90 min after shock,and in group C,rats were anesthetized and then subjected to hemorrhagic shock followed by resuscitation.In group D,rats were pretreated with Lipo-PGEI one hour before HSR.Liver function,NO and ET.1 were measured,and pathological changes of liver tissue in each group were observed,and the expres8ions of iNOS and ET.1 of liver tissue were measured by using immunohistochemistry 6 hours after HSR.Data were analyzed by analysis of variance,and P<0.05 was considered as significantly different in statitistics.Results The levels of liver iNOS and ET-I increased in HSR group compared with shock group [(O.225±0.080)vs.(0.082±0.021)and(0.292±0.047)vs.(0.082±0.035),P<0.05].Pretreatment with Lipo-PGEl markedly reduced the damage of Liver function,and lowered the levels of NO and ET-I.which were consistent with decrease in iNOS and ET-16 hours after HSR[(0.116±0.034)vs.(0.225±0.080)and(0.198±0.041)vs.(0.292±0.047),P<0.05].Conclusions Pretreatment with Lipo-PGEl could reduce liver injury after HSR.The mechanisms might be attributed to inhibiting iNOS and ET-1,regulating the balance of NO/ET-I.

AIM:To optimize formulation of Xiao'er Magan Orally Disintegrating Tablet by central composite design-response surface methodology. METHODS:By two factors and five levels central composite design,independent variables were the proportion of optimized microcrystalline cellulose 50 and mannitol and the pressure,while disintegrating time and tensile strength were dependent variables. Binary linear and quadratic models were used to estimate the relationship between the dependent and the indepedent variables,and to delineate response surface method and overlay contour plots in order to select the optimal formulations. RESULTS:The binomial regression equation were TS =0. 096 88X1 + 0. 027 6X1X2(r = 0. 759),DT = 9. 845 4X1 -63. 196X2 + 40. 092 9X22 (r = 0. 838) which indicated the quantitative relationship between the factors and the evaluation indexes was characterized. The optimal formulation were the ratio of microcrystalline cellulose 50 and mannitol in the range of 0. 35 and 0. 6,and the pressure was in the range of 6 and 8 KN. CONCLUSION:The optimized formulation validation is close to the estimated value,indicating that the method has a good predictability and reliability.