Medicine, Chinese Traditional ; Terminology as Topic ; Translations

Ammonia ; poisoning ; Humans ; Male ; Mercuric Chloride ; poisoning ; Mercury Poisoning ; etiology ; Middle Aged

This paper reviews outpatient security policy of typical developed countries .It provides reference for outpatient security system in China .Analysts believe that the experience for Chinese reference should be acquired in the following ways:The pooling of outpatient service is an inevitable trend in the development of health insurance , which is in principle an integral part of payment and financing system; the implementation of outpatient community first diagnosis system should be adapted to the local conditions; the community first diagnosis system is a necessary condition for capitation , so it is closely related to compensation methods and the elaborate degree of outpatient treat -ment catalog;Outpatient services should be supervised and payment policies should be developed respectively .There are two supervision models about outpatient service:external supervision and self supervision , but the key is to focus on the management of outpatient doctors .External regulation should be consistent with the current regulatory approach of the situation and patients have to bear some responsibilities for outpatient treatment expenses in some proportions , but the payment cap line should not to be low .The implementation of certain preferential policies for vulnerable groups can be considered under the harmonized system to partially reduce their medical expenses .

Age Factors ; Anodontia ; psychology ; therapy ; Denture, Partial, Fixed ; Denture, Partial, Removable ; Dentures ; psychology ; Humans ; Incisor ; abnormalities ; Orthodontics, Corrective ; methods ; Prosthodontics

Alveolar Process ; pathology ; Anodontia ; diagnostic imaging ; etiology ; pathology ; Anterior Eye Segment ; abnormalities ; Cleidocranial Dysplasia ; complications ; Eye Abnormalities ; complications ; Hallermann's Syndrome ; complications ; Humans ; Malocclusion ; complications ; Prosthodontics ; Radiography ; Tooth Abnormalities ; complications

Anodontia ; classification ; epidemiology ; etiology ; genetics ; Genetic Diseases, X-Linked ; etiology ; genetics ; Humans ; Mutation ; Prevalence ; Tooth Abnormalities ; etiology ; genetics

OBJECTIVE:To provide reference for rational use of oxycodone and acetaminophen in outpatient and emergency department. METHODS:By retrospective study,the application of oxycodone and acetaminophen in outpatient and emergency de-partment of our hospital during 2013-2015 was analyzed statistically. RESULTS:During 2013-2015,there were 22654 outpatient and emergency prescriptions of oxycodone and acetaminophen in our hospital. The prescription number,amount and consumption sum of oxycodone and acetaminophen were increasing year by year. Top 3 clinical departments of oxycodone and acetaminophen in the list of prescription number were orthopedics department(78.34%),emergency department(15.52%)and oncology department (2.09%). The age of patients using oxycodone and acetaminophen mainly aged 19-64 years old(78.62%);the ratio of male to fe-male was 1:1.08. The amount of oxycodone and acetaminophen was 5 mg,mainly 4 times a day(86.91%). In all kinds of diagno-sis,knee osseous arthritis (47.26%),pain in waist and lower extremities (6.18%) and abdominal pain in dispute (5.92%) were top three. CONCLUSIONS:A large amount of oxycodone and acetaminophen were used in outpatient and emergency department of our hospital during 2013-2015;there is unreasonable drug use so that we need to strengthen management and standardize drug use.

Objective To explore the effect of c-Jun NH2-terminal kinase(JNK)signal transduction pathway on hyperoxia-induced lung injury in rats.Methods Twenty-four Wistar rats aged 3 weeks were randomly divided into 3 groups(n=8):room-air control group,7 d hyperoxia exposure group,and 7 d hyperoxia exposure with inhibitor of JNK intervention group.The rats in hyperoxia exposure group were exposed to high concentration of oxygen [fractional concentration of inspired oxygen(FiO2)≥950 mL?L-1] at normal pressure.The rats in room-air control group were placed in room air(FiO2=210 mL?L-1)at normal pressure.The rats in JNK inhibitor intervention group were intraperitoneally injected 30 mg?kg-1 SP600125 and exposed to hyperoxia 2 h later.The histopathological changes of lung tissues were observed by means of light microscope,therefore the changes of lung W/D weight ratio,total protein in bronchoalveolar lavage fluid(BALF)and lung permeation index were detected.The extent of lung cells apoptosis was analyzed by terminal deoxynucleotidyltrans-ferase-mediated dUTP nick end labeling assay.The protein level of p-JNK was measured by Western blotting analysis.Results Compared with room-air control group,conspicuous hyperaemia,edema,hemorrhage and extensive inflammation cells infiltration in the lung tissues were significantly observed in 7 d hyperoxia exposure group.The lung W/D weight ratio,total protein in BALF,lung permeation index,cell apoptotic index and the p-JNK protein levels of lung tissues all significantly increased in 7 d hyperoxia exposure group compared with those in room-air control group(Pa

ObjectiveTo investigate the clinical manifestations, rehabilitation evaluation and treatment for Thallium poisoning. MethodsA patient with Thallium poisoning was reviewed. ResultsGastroenteritis, peripheral polyneuropathy and alopecia were the typical symptoms of Thallium poisoning. After the shortwave therapy, medium frequency electrotherapy and physical therapy, the index of sensory, extremities perimeter and muscle strength, sitting-stand-walking, ADL, and emotions were apparently improved. ConclusionComprehensive rehabilitation with shortwave therapy, medium frequency electrotherapy and physical therapy might be effective treatments for the patients with Thallium poisoning.

To construct phylogenetic trees based on HPV53 full length sequences, and predict the physical and chemical parameters, secondary structure, B and T cell epitopes of HPV53 proteins(E1, E2, E4, E6, E7, L1, and L2).