Objective To establish multicultural nursing health education program for coronary disease patients based on Delphi technique. Methods By referring to document literatures, conducting semi-structured interviews and clinical pre-survey on patients, the frame contents of multicultural nursing health education program for coronary disease patients were preliminarily established. Delphi technique was used two-round consultation of 17 experts. Results After the two-round consultation, the active coefficient of experts was 100%, and the degree of specialist authority was 0. 840 ( >0. 7). It was finally determined that in the multicultural nursing health education program, 10 first-class indexes, 34 second-class indexes and 96 third-class indexes were included. Conclusions The research result is reliable and scientific. The program established is innovative and practicable, which may provide basis and references for performing health education that is both individualized and consistent with the proper culture for coronary disease patients.

As one of the major body fluid, saliva has various components that can shift according to the systemic health state. With the atraumatic way of collection, saliva can be a promising media to help the detection of oral diseases. With the development of salivaomics and the application of unbiased, highly sensitive, and high throughout separation techniques for salivary components, there′s now more possibilities for effective identification of biomarkers correlated with oral diseases. This review aimed to introduce the current state of saliva collection and detection techniques as well as their correlation with oral diseases, hoping to provide evidence for further research.

Liquid chromatography-tandem mass spectrometry (LC-MS/MS) technology has the characteristics of high specificity and high throughput, making it rapidly applied and developed in the field of clinical testing. Its application in the monitoring of therapeutic drugs can effectively improve the quantitative accuracy and sensitivity, and formulate a personalized and optimal dosing plan for patients. However, this technology still faces some challenges, and automation, quality control, and quantitative traceability will be the future development direction.

OBJECTIVES: The objectives of this study were to assess the quality of prosthetic prescriptions of removable partial dentures (RPDs) and to analyze the current situation of the communication and information delivery between clinicians and technicians. METHODS: All RPD prosthetic prescriptions received by a major dental laboratory in 4 weeks were involved in a quality audit, and the prescriptions were divided into three groups in accordance with the grades of clients. The filling of prosthetic prescriptions was recorded. The items in the prescriptions for audit included the general information of the patient, the general information of the clinician, the design diagram information, other detailed information, and the return date. The prescriptions were categorized into four levels on the basis of their quality by two quality inspectors who have been working for more than 10 years. RESULTS: A total of 916 prescriptions were collected and assessed. The names in the general information of the patient and the clinician were filled out best, both at the rate of 97.6% (n=894). The return date was filled out worst, only at the rate of 6.4% (n=59). Of those prescriptions, 86.8% (n=795) exhibited inadequate design diagram information. The results of the quality assessment demonstrated that 74.2% of prescriptions were assessed as noncompliant ones and failed to meet the acceptable clinical quality standard. CONCLUSIONS At present, the overall quality of RPD prosthetic prescriptions is poor. The responsibilities of clinicians and technicians are unclear, and the communication between them is not ideal.
Humans ; Denture Design ; Denture, Partial, Removable ; Prescriptions