OBJECTIVE:To analyze the characteristics and rules of pediatric adverse drug reaction (ADR) in our hospital, and provide reference for clinical safe drug use. METHODS:Retrospective study was adopted to statistically analyze the ADR re-ports in our hospital from Mar. 2012 to Jun. 2016. RESULTS:In the 176 ADR reports,102 were male(57.95%)and 74 were fe-male (42.05%);children younger than 6 years old had the highest incidence of ADR (81.26%);intravenous administration in-duced 153 cases(86.93%),the top one was antibiotics,which involving 20 antibiotics,totally 106 cases(60.23%);skin and its appendages damage were the main manifestations, totally 127 cases (50.60%). CONCLUSIONS:Pediatric ADR monitoring should be strengthened,dinical rational drug use should be promoted by cooperation in many ways to reduce and prevent the incid-erle of pediatric ADR.

[Objective]This paper will pitch-in TCM psychosomatic theory(from Huangdi Neijing),exploring the disorders of depression with the metabolic syndrome and pathogenesis of traditional Chinese medicine,so as to provide effective ideas for the treatment of depression with metabolic syndrome.[Methods]:Through expansion on traditional chinese medicine's basic understanding of depression with metabolic syndrome,utilizing basic TCM viscera-state theory, from the causes of this disease,key factors,pathogenesis transformation three aspects to discuss the pathogenesis of the disease. [Results]By discussing the heart,liver,spleen function of zang-fu organs and their mutual relations in the role and impact of the disease development process, this paper thinks of the nature of disease as asthenia in origin and asthenia in superficiality,which locates in spleen,has association with heart and liver, phlegm, qi and blood stasis is the disease of pathological product of pathological factors to promote the development of the disease.Kidney would be involved in it with long course of disease.The therapy could focus on tonifying spleen,nourishing heart and soothing liver,with methods of promoting the circulation of qi,removing blood stasis and reducing phlegm,meanwhile looking out to protect kidney.[Conclusion]Disorder of depression and pathogenesis of TCM of metabolic syndrome,to guide the clinical treatment of the disease and the theory of traditional Chinese medicine development has practical significance.

The present paper reviewed the recent researches on the toxicity and health effect of phthalate in the following four aspects: animal toxicology, population epidemiology, people exposure, and safety standard, moreover, some critical problems which should be studied as soon as possible were proposed.

Chimeric antigen receptor-transduced-T (CAR-T) cells shows strong cytotoxicity to the tumor with specific antigen by CTL effects and cytokines releasing without MHC-restriction.As multiple clinical trials from cancer centers around the West countries reported recent years,anti-CD19-CAR T cells can not only induce complete remission of B-cell malignancies resistant,but also eliminate the minimal residual disease (MRD) at the molecular level.It is believed that the obstacles from bench to clinic will be cleared and CAR will become one of the main cancer therapies with breakthroughs in comprehensive treatment of tumors.

Objective: To investigate the epidemiological characteristics of rubella in Wuxi City, Jiangsu Province from 2015 to 2023, so as to provide the basis for rubella prevention and control. Methods: Data of rubella surveillance cases and laboratory tests were collected through the Chinese Measles Surveillance Information Report Management System. The temporal, regional and demographic distribution of confirmed rubella cases were analyzed using the descriptive epidemiological method. Results: A total of 2 167 rubella surveillance cases were reported in Wuxi City from 2015 to 2023, including 154 confirmed rubella cases, with an average annual reported incidence of 0.25/105. All the confirmed cases were laboratory-confirmed, and the positive rate of laboratory testing was 7.11%. The main clinical symptoms were rash (96.75%) and fever (86.36%). The incidence of rubella peaked in 2015 and 2019, with sporadic cases in other years. Rubella incidence exhibited a distinct seasonal pattern, and the prevalent months were from February to May. Xishan District and Huishan District had the higher reported incidences, at 0.44/105 and 0.42/105, respectively. There were 101 male confirmed rubella cases and 53 female cases, with a male-to-female ratio of 1.91∶1. The incidence was higher in males than in females (0.32/105 vs. 0.18/105, P<0.05). The majority of cases were aged 19 to <46 years, with 112 cases accounting for 72.73%. There were 43 workers (27.92%) and 27 housekeepers and unemployed individuals (17.53%). The rubella containing vaccine immunization rate among the confirmed rubella cases was 12.99%, which was lower than the 36.20% among the cases excluding measles and rubella (P<0.05). The majority of the individuals aged 19 years and above had unknown immunization histories. Conclusions The reported incidence of rubella in Wuxi City remained low from 2015 to 2023. The disease was prevalent in winter and spring, and the cases mainly distributed in Xishan District and Huishan District. Individuals aged 19 to <46 years, males and workers were key populations for prevention and control.

The test concludes the existing prominent problems and main damages on medical morality recently in China,and it also discusses the necessity and feasible ways to reinforce the medical moral construction from the two aspects of theory and practice under social market economical condition.

Suturing is the key to the success of corneal transplant surgery.By analyzing the suturing-process of corneal,a model for suturing was established.A suturing theorietical trajectery was proposed without considering the viso-elasticity of comeal.Then,a suturing simulation was done with the ANSYS software,the manipulating trajectory was planned for corneal soft-tissue with viso-elasticity,correspondingly,and the position and posture of needle in suturing were obtained.The study can be used for suturing manipulation in cornea suture surgical.

The cell-impedance substrate sensor,which is mainly used to detect the shapes and function ofcells and other micro.organism.is a novel tool based on the technique of BIOMEMS to study the cellular physiologyand clinical Dharmasology.It has drawn attention from both domestic and international scholars as well as compa nies in recent years for its advantages such as innovative design and long-term non-invasive monitoring.This paperintroduces the interfacial model of cell-sensor in detail and gives a sketch of the recent international researchprogress.Then the novel interdigitated array,which was designed in our group recently,is introduced.The fore ground of development is discussed in the end.

Objective To investigate the expression levels of miR-146a in the peripheral blood mononuclear cells ( PBMCs ) of patients with diabetic peripheral neuropathy ( DPN ) and their correlation with the disease severity. Methods The expression levels of miR-146a in the PBMCs were measured by using real time PCR in 62 patients with type 2 diabetes (32 patients without DPN, 30 with DPN) and 33 healthy individuals. The correlation of miR-146a expression with clinical parameters was analyzed. Results The expression level of miR-146a in patients withtype2diabetesmellituswassignificantlylowerthanthatinthehealthyindividuals((1.92±1.99vs4.15±1.56, P<0. 05). Furthermore, the miR-146a level was significantly lowered in diabetic patients with DPN as compared with thosewithoutDPN(1.22±1.61vs2.51±2.00,P<0.05). TheexpressionlevelsofmiR-146ainpatientswithDPN were positively correlated with duration of diabetes, blood glucose, and Toronto clinical scoring system scores. Conclusion The decreased expression of miR-146a in patients with DPN is correlated with the severity of DPN.

An endogenous element-label plus exogenous element-tag strategy was proposed for inductively coupled plasma mass spectrometry ( ICP-MS) to screen and discriminate a family of ultratrace but biological important biomolecules. The feasibility of this novel idea has been demonstrated when setting seleno ( SeCys) and Se-containing ( SeMet) proteins ( peptides) as an example. Se-label naturally occurring in the biomole-cules acts an identifier for picking them up out of large amount of various coexisting proteins ( peptides) , and CH3 Hg-tag that can bind to SeCys but not SeMet fulfills the task of discriminating seleno and Se-containing ones based on the Se and Hg signals on ICP-MS. After confirmed using SeCys and GPx1, the Se-Hg dual-element labeling strategy together with ICP-MS was applied to screen and discriminate seleno and Se-contai-ning proteins ( peptides) in the water-soluble extracts of Se-enriched yeast, and seven selenoproteins ( pep-tides) were detected with both 202 Hg and 82 Se signals out of fifteen Se-containing species using RPLC/ICP-MS, providing valuable information for further identification using a high-resolution structure-selective mass spectrometer. This endogenous element-label plus exogenous element-tag dual-element approach implies that ICP-MS is not only able to quantify targeted proteins ( peptides) but also helpful to recognize targeted proteins during a discovery-based proteomic study.