Objective:To apply the ORTCC (objective, rule, training, check, and culture) refined management model for the systematic management and overall construction of a specialty nurse team in a tertiary grade A general hospital, and to promote the cultivation and development of specialty nurses.Methods:The management framework of specialty nurses was investigated and a survey on their work was conducted. The ORTCC model was used to implement fine management of specialty nurses, including determining the integrated objective of "training, use, and management"(objective):, improving the rule system (rule), building a hierarchical training platform (training), streamlining the whole process check (check), and shaping the specialty nursing culture (culture). The effects were evaluated after one year of implementation.Results:After the implementation of ORTCC refined management, the number of specialty nurses increased to 367 in 2023, and a three-level progressive specialty nurse team was formed. The total and dimensional scores of perceived professional benefits ( P<0.001) and clinical competence ( P<0.001 or P<0.05) were higher than the scores in 2022. Additionally, 12 specialized nursing techniques were established, and six provincial or higher-level specialized quality improvement awards were obtained, further enhancing the capacity for specialized nursing services. Conclusions:The refined management practice of specialty nurses based on the ORTCC model provides a theoretical and practical basis for the hierarchical cultivation, effective use, and scientific management of specialty nurses in tertiary hospitals, thereby promoting specialty nurse team development and enhancing specialized service capacity.

Objective:To apply the ORTCC (objective, rule, training, check, and culture) refined management model for the systematic management and overall construction of a specialty nurse team in a tertiary grade A general hospital, and to promote the cultivation and development of specialty nurses.Methods:The management framework of specialty nurses was investigated and a survey on their work was conducted. The ORTCC model was used to implement fine management of specialty nurses, including determining the integrated objective of "training, use, and management"(objective):, improving the rule system (rule), building a hierarchical training platform (training), streamlining the whole process check (check), and shaping the specialty nursing culture (culture). The effects were evaluated after one year of implementation.Results:After the implementation of ORTCC refined management, the number of specialty nurses increased to 367 in 2023, and a three-level progressive specialty nurse team was formed. The total and dimensional scores of perceived professional benefits ( P<0.001) and clinical competence ( P<0.001 or P<0.05) were higher than the scores in 2022. Additionally, 12 specialized nursing techniques were established, and six provincial or higher-level specialized quality improvement awards were obtained, further enhancing the capacity for specialized nursing services. Conclusions:The refined management practice of specialty nurses based on the ORTCC model provides a theoretical and practical basis for the hierarchical cultivation, effective use, and scientific management of specialty nurses in tertiary hospitals, thereby promoting specialty nurse team development and enhancing specialized service capacity.

Chemogenetic technology is a receptor-ligand system that regulates cell viability and function by changing receptor specificity and affinity, and it achieves precise neuronal regulation by specifically regulating neurons and neural circuits. At present, this technique is widely used in the study of neural circuits. This article briefly describes the application and progress of chemogenetic technology in the study of depression neural circuits, reviews the application of chemogenetic technology in several brain regions closely related to depression, such as ventral tegmental area, nucleus accumbens, prefrontal cortex, hippocampus and lateral habenula, and discusses the potential and challenges of chemogenetic technology as a technology for precise regulation of neural activity in future research, in order to provide reliable ideas and directions for chemogenetic technology in the study of depression neural circuits.

Objective:To systematically search, evaluate and integrate the relevant evidence of nutrition management in breast cancer patients, and summarize the best evidence, so as to provide evidence for the clinical practice of nutrition management in breast cancer patients.Methods:Evidence-based nursing method was adopted. The BMJ Best Practice, Cochrane Library, etc. and websites were systematically searched for relevant clinical decisions, guidelines, expert consensus,etc. on nutrition management in breast cancer patients. The search period was from the establishment of the database to June 21, 2023. Three researchers independently evaluated the quality of the included literature and the level of evidence and recommendation.Results:A total of 17 pieces of literature were included, including 2 clinical decisions, 6 guidelines, 1 expert consensus and 8 systematic reviews. A total of 33 pieces of best evidence were summarized on 8 aspects, including objective, nutrition screening and assessment, nutrition management population, body mass index management, nutrient structure, diet type and quantity, the use of health products and nutritional supplements, and nutritional monitoring and follow-up.Conclusions:The study summarized the best evidence on nutrition management in breast cancer patients, and provided evidence-based basis for healthcare professionals to better manage nutrition in breast cancer patients. In the practical application of evidence, the differences in dietary habits, structures and religious beliefs of different regions and cultures should be considered, and the best evidence appropriate for individuals should be reasonably selected, taking patients′ own wishes and preferences into account, so as to provide more scientific and comprehensive nutrition management for breast cancer patients.

Purpose To explore the application value of combining 18F-FDG PET images with interpretable deep learning radiomics(IDLR)models in the differential diagnosis of primary Parkinson's disease(IPD)and atypical Parkinson's syndrome.Materials and Methods This cross-sectional study was conducted using the Parkinson's Disease PET Imaging Benchmark Database from Huashan Hospital,Fudan University from March 2015 to February 2023.A total of 330 Parkinson's disease patients underwent 18F-FDG PET imaging,both 18F-FDG PET imaging and clinical scale information were collected for all subjects.The study included two cohorts,a training group(n=270)and a testing group(n=60),with a total of 211 cases in the IPD group,59 cases in the progressive supranuclear palsy(PSP)group,and a group of 60 patients with multiple system atrophy(MSA).The clinical information between different groups were compared.An IDLR model was developed to extract feature indicators.Under the supervision of radiomics features,IDLR features were selected from the features collected by neural network extractors,and a binary support vector machine model was constructed for the selected features in images of in testing group.The constructed IDLR model,traditional radiomics model and standard uptake ratio model were separately used to calculate the performance metrics and area under curve values of deep learning models for pairwise classification between IPD/PSP/MSA groups.The study conducted independent classification and testing in two cohorts using 100 10-fold cross-validation tests.Brain-related regions of interest were displayed through feature mapping,using gradient weighted class activation maps to highlight and visualize the most relevant information in the brain.The output heatmaps of different disease groups were examined and compared with clinical diagnostic locations.Results The IDLR model showed promising results for differentiating between Parkinson's syndrome patients.It achieved the best classification performance and had the highest area under the curve values compared to other comparative models such as the standard uptake ratio model(Z=1.22-3.23,all P<0.05),and radiomics model(Z=1.31-2.96,all P<0.05).The area under the curve values for the IDLR model in differentiating MSA and IPD were 0.935 7,for MSA and PSP were 0.975 4,for IPD and PSP were 0.982 5 in the test set.The IDLR model also showed consistency between its filtered feature maps and the visualization of gradient-weighted class activation mapping slice thermal maps in the radiomics regions of interest.Conclusion The IDLR model has the potential for differential diagnosis between IPD and atypical Parkinson's syndrome in 18F-FDG PET images.

Objective:To analyze the growth characteristics of different genotypes of Japanese encephalitis virus (JEV) in different cell lines, and to provide scientific basis for the selection of cell lines in the study of JEV.Methods:BHK-21, Vero, C6/36, PK-15, DF-1, N2a, SH-sy5y and MDCK cell lines were selected. The proliferation ability of genotype 1 (NX1889 strain), genotype 3 (P3 strain) and genotype 5 (XZ0934 strain) JEV in these cell lines was evaluated by plaque assay and RT-qPCR.Results:Significant cytopathogenic effects (CPE) were observed in BHK-21, Vero, C6/36, DF-1, N2a and PK-15 cell lines across all three JEV genotypes. However, no significant differences in CPE characteristics were observed within the same cell line. SH-sy5y and MDCK cell lines did not show significant CPE, but virus proliferation was detected in SH-sy5y cell line, while MDCK cell line were found to be insensitive to JEV. No significant difference was observed in the proliferation curves of G1, G3 and G5 JEV in BHK-21, Vero and SH-sy5y cell lines. In C6/36 and PK-15 cell lines, the titer of G1 JEV was higher than that of G3 and G5. In DF-1 cell line, G5 demonstrated a higher titer than the other two genotypes, whereas in N2a cell line, G5 showed a lower titer than the other two.Conclusions:There are differences in the proliferation of three different genotypes of JEV in different cell lines, which can provide reference for the study of JEV in different directions.

Objective:To evaluate the effect of buccal acupuncture on analgesia after tonsilloadenoidectomy in pediatric patients.Methods:This was a randomized controlled study. One hundred and twenty-six American Society of Anesthesiologists Physical Status classification Ⅰ or Ⅱ pediatric patients, aged 3-12 yr, weighing 12-34 kg, with body mass index <30 kg/m 2, undergoing elective tonsilloadenoidectomy with general anesthesia, were divided into 2 groups ( n=63 each) by the random number table method: buccal acupuncture group (group B) and control group (group C). All pediatric patients received the same anesthesia induction and intraoperative anesthesia maintenance. The concentration of sevoflurane was adjusted to keep the fluctuation amplitude of vital sign parameters within 20% of the baseline value. After surgery, the drug was immediately stopped and the children were transferred to the postanesthesia care unit for resuscitation under general anesthesia. In group B, the bilateral neck points, upper neck points, hologram points on the head and Zhongjiao points were selected before removal of the tracheal catheter, and disposable acupuncture needles were inserted directly into the acupoints and remained for 20-30 min. Group C received no buccal acupuncture. The pain Assessment Scale (FLACC) was used to assess the severity of postoperative pain. The postoperative agitation score was evaluated by Aono four-point rating method to evaluate the occurrence of agitation. The effective pressing times of patient-controlled analgesia, rescue analgesia and occurrence of nausea and vomiting within 48 h after operation were recorded. The occurrence of bleeding, infection and broken needle at acupuncture sites was recorded. Results:Compared with group C, the effective pressing times of patient-controlled analgesia and incidence of nausea and vomiting were significantly decreased in group B ( P<0.05). There was no significant difference in the rate of rescue analgesia and incidence of postoperative agitation between the two groups ( P>0.05). No infection or broken needle was found at acupuncture sites after buccal acupuncture, only 2 cases had slight bleeding at the puncture site, and there was no abnormality after pressing in group B. Conclusions:Buccal acupuncture can enhance the analgesic effect after tonsilloadenoidectomy in pediatric patients.

Objective:To compare the effect of neoadjuvant chemotherapy vs. concurrent chemoradiotherapy on the target volume and organs at risk for locally advanced bulky (>4 cm) cervical cancer. Methods:From March 1, 2019 to June 30, 2021, 146 patients pathologically diagnosed with cervical cancer were selected and randomly divided into two groups using random number table method: the neoadjuvant chemotherapy (NACT) + concurrent chemoradiotherapy (CCRT) group ( n=73) and CCRT group ( n=73). Patients in the NACT+CCRT group received 2 cycles of paclitaxel combined with cisplatin NACT, followed by CCRT, the chemotherapy regimen was the same as NACT. In the CCRT group, CCRT was given. Statistical description of categorical data was expressed by rate. The measurement data between two groups were compared by Wilcoxon rank-sum test for comparison of two independent samples, and the rate or composition ratio of two groups was compared by χ2 test. Results:Before radiotherapy, GTV in the NACT+CCRT group was (31.95±25.96) cm 3, significantly lower than (71.54±33.59) cm 3 in the CCRT group ( P<0.01). Besides, CTV and PTV in the NACT+CCRT group were also significantly lower compared with those in the CCRT group (both P<0.05). In terms of target volume dosimetry, D 100GTV, D 95CTV, V 100GTV, V 100CTV and V 95PTV in the NACT+CCRT group were significantly higher than those in the CCRT group (all P<0.05). The complete remision (CR) rates in the NACT+CCRT and CCRT groups were 86.3% and 67.6%, with statistical significance between two groups ( P<0.01) . Regarding organs at risk, NACT+CCRT group significantly reduced the dose to the bladder, rectum, small intestine and urethra compared with CCRT group (all P<0.05). Conclusions:NACT can reduce the volume of tumors in patients with large cervical masses, increase the radiation dose to tumors, reduce the dose to organs at risk, and make the three-dimensional brachytherapy easier. Therefore, NACT combined with CCRT may be a new choice for patients with locally advanced cervical cancer with large masses.

Objective:This study contrasts the immune efficacy of the varicella zoster virus glycoprotein E (VZV gE)using Al/CpG combined adjuvants and AS01 adjuvant in BALB/c mice.Methods:BALB/c mice were immunized at 0 and 21 days respectively, and serum antibodies were detected using enzyme-linked immunosorbent assay. Detection of neutralizing antibodies in mouse serum using varicella zoster virus; enzyme-linked immunosorbent spot assay was used to detect cellular immune response.Results:Following two intramuscular immunizations, mice in the experimental groups (Shingrix, gE+ Al/CpG, and gE+ AS01) demonstrated elevated neutralizing antibody titers and an augmented count of lymphocytes releasing IFN-γ and IL-4. The gE+ Al/CpG group displayed the highest neutralizing antibody titer (1943), yet the AS01-adjuvanted groups (Shingrix and gE+ AS01) showed increased lymphocyte counts secreting IFN-γ and IL-4 compared to the Al/CpG group (gE+ Al/CpG). In comparison to the AS01 adjuvant, Al/CpG adjuvants triggered a humoral immune response favoring Th2 in mice. The proportions of CD4 + T and CD8 + T cells were not significantly different among the experimental groups. Conclusions:Al/CpG adjuvant combined with gE protein resulted in high neutralizing antibody titers, while the intensity of the induced cellular immune response was inferior to that of AS01 adjuvant.

Objective:To establish an index system for the construction of cardiovascular nursing discipline based on the internal and external integration model of organ system, and to provide reference for the construction of cardiovascular nursing discipline with patients as the center and circulatory system as the core.Methods:Based on the health science cluster system theory, embodying the integrated nursing concept and the characteristics of cardiovascular discipline, the content of the cardiovascular nursing discipline construction index system and the weight of each index were determined through literature review, semi-structured interview and expert consultation. SPSS 23.0 was used to statistically analyze the obtained consultation data.Results:The positive coefficient of the experts was 92.308%, the authority coefficient was 0.812, and the coordination coefficients of the first-, second- and third-level indicators were 0.412, 0.421 and 0.347, respectively. The final indicator system consisted of 4 first-level indicators, 17 second-level indicators and 66 third-level indicators.Conclusion:The index system of cardiovascular nursing discipline construction is scientific and reliable, which has certain guiding significance to the construction of cardiovascular nursing discipline and the cultivation of talents under the integrated medical model.