To standardize the management of adverse drug reactions in medical institutions and ensure medicine safety,based on relevant national regulations,normative documents,international and domestic adverse drug reaction management guide-lines,and expert opinions,the Chinese Hospital Association Pharmaceutical Specialized Committee led the development of the ad-verse drug reaction management standard.This article elaborated on the formulation process of this standard and provides an in-depth analysis of its key contents.It aimed to offer guidance and reference for medical personnel,helping them to thoroughly under-stand and master the management requirements of adverse drug reactions,thereby enhancing the management level of adverse drug reactions and ensuring the safe use of medications for patients.

Objective:To explore the protocol for handgrip exercise stress echocardiography by comparing different maximal voluntary contraction（MVC）handgrip groups with bicycle exercise stress.Methods:Forty-one healthy volunteers were enrolled prospectively from June to October 2024 in Tangdu Hospital and utilized a color Doppler echocardiography system，supine cycle ergometer，and handgrip dynamometer to collect echocardiographic data at baseline，during handgrip exercises at 20%（3 min），30%（3 min），and 40%（2 min）of MVC，and spine bicycle exercise stress at peak. Parameters measured included left ventricular ejection fraction（EF），stroke volume（SV），cardiac output（CO），mitral inflow E-wave and A-wave velocities，lateral and septal mitral annular e' velocities，E/A and E/e' ratios，global longitudinal strain（GLS），left atrial reservoir strain（LAS R），conduit strain（LAS CD），and contractile strain（LAS CT）. The non-invasive myocardial work indices were also assessed，including global work index（GWI），global constructive work（GCW），global wasted work（GWW），and global work efficiency（GWE）. Statistical analyses were performed using repeated measures analysis of variance，with corrected paired t-test for comparisons between two exercise stress states. Results:Compared with the baseline state，heart rate，blood pressure，CO、GWI、GCW、GWW and LAS CT gradually increased，while EF、E/A、GLS、GWE、LAS R and LAS CD gradually decreased under 20%，30% and 40% of MVC states. The changes were most obvious at 40% of MVC state，which was selected for the handgrip exercise stress echocardiography protocol.Compared with the peak of bicycle exercise，at 40% of MVC，heart rate was significantly lower［（81.2 ± 9.7）bpm vs.（164.6 ± 11.3）bpm， P<0.05）］，systolic blood pressure was slightly lower［（152.9 ± 13.2）mmHg vs.（165.1 ± 20.4）mmHg， P<0.05］，diastolic blood pressure was higher［（96.0 ± 9.5）mmHg vs.（89.5 ± 10.9）mmHg， P<0.05］，GLS was lower［（19.1 ± 1.5）% vs.（23.5 ± 1.7）%， P<0.05］，GWI was similar［（2 254.2 ± 417.3）mmHg% vs.（2 227.5 ± 389.0）mmHg%， P>0.05］，but GWE was higher［（95.3 ± 2.0）% vs.（93.7 ± 2.0）%， P<0.05］，and LAS R was lower［（39.4 ± 4.2）% vs.（43.9 ± 4.1）%， P<0.05］. Conclusions:The 40% of MVC lasting 2 min can cause the most significant handgrip-related changes in cardiac function and can be used as the standard protocol for handgrip exercise stress echocardiography. Handgrip stress exercise can cause significant changes in cardiac systole，diastole，and work performance，showing different characteristics compared with bicycle exercise stress.

Effective management of postoperative pain following oral surgery is crucial for enhancing patient care quality. Given the high sensitivity of the oral region and its complex neural network, managing postoperative pain poses significant clinical challenges. This review assessed the efficacy of pharmacological treatments methods (such as non-steroidal anti-inflammatory drugs, acetaminophen and corticosteroids) and non-pharmacological treatment strategies (such as physical therapy, cognitive behavioral therapy, and psychological support), and discussed how these methods can be synergistically optimized for pain management. Additionally, this paper explored the challenges associated with implementing these strategies, including the standardization of pain assessment, the ongoing education of nursing staff, and the importance of interdisciplinary team collaboration. By integrating these approaches, this review aims to guide improvements in clinical pain management practices to enhance patient recovery outcomes and satisfaction, reduce reliance on pharmacological treatments, and ultimately elevate the overall quality of nursing care.

Objective: To investigate the characteristics and risk factors of an outbreak of acute hemorrhagic conjunctivitis (AHC) in a boarding middle school in Guangdong Province, in order to provide a scientific evidence for effective prevention and control of campus AHC outbreaks. Methods: From September 1st to 28th 2023, case identification was conducted among 559 students and 60 faculty members using standardized definition. Descriptive analysis was conducted on the three distrubution patterns of the outbreak. Questionnaires were designed, and a case-control study was adopted to analyze the possible risk factors of the disease transmission. The propensity score matching (PSM) method was used to control the difference of baseline data. Results: A total of 269 cases of AHC were identified, with an attack rate of 43.46%. The pathogen was confirmed as Coxsackie virus A24 variant (CA24v). Among these, 264 cases were students (attack rate of 47.23%) and 5 were staff (attack rate of 8.33%). A total of 153 pairs of PSM were successfully matched. After PSM matching, there were no statistically significant differences in gender, grade and class between the case group and the control group ( χ 2=0.12, 5.41, 11.24, P >0.05). The results of multivariate Logistic regression analysis showed that middle school students whose towels contacted with others ( OR =1.81), and direct contact with other AHC cases recently ( OR =4.89) were more likely to have AHC; while wearing glasses ( OR =0.43) and frequent use of hand sanitizer ( OR = 0.37 ) were less likely to have AHC ( P <0.05). Conclusion The outbreak of AHC is caused by CA24v, demonstrating rapid spread and extensive impact within the school setting.

Effective management of postoperative pain following oral surgery is crucial for enhancing patient care quality. Given the high sensitivity of the oral region and its complex neural network, managing postoperative pain poses significant clinical challenges. This review assessed the efficacy of pharmacological treatments methods (such as non-steroidal anti-inflammatory drugs, acetaminophen and corticosteroids) and non-pharmacological treatment strategies (such as physical therapy, cognitive behavioral therapy, and psychological support), and discussed how these methods can be synergistically optimized for pain management. Additionally, this paper explored the challenges associated with implementing these strategies, including the standardization of pain assessment, the ongoing education of nursing staff, and the importance of interdisciplinary team collaboration. By integrating these approaches, this review aims to guide improvements in clinical pain management practices to enhance patient recovery outcomes and satisfaction, reduce reliance on pharmacological treatments, and ultimately elevate the overall quality of nursing care.

To standardize the management of adverse drug reactions in medical institutions and ensure medicine safety,based on relevant national regulations,normative documents,international and domestic adverse drug reaction management guide-lines,and expert opinions,the Chinese Hospital Association Pharmaceutical Specialized Committee led the development of the ad-verse drug reaction management standard.This article elaborated on the formulation process of this standard and provides an in-depth analysis of its key contents.It aimed to offer guidance and reference for medical personnel,helping them to thoroughly under-stand and master the management requirements of adverse drug reactions,thereby enhancing the management level of adverse drug reactions and ensuring the safe use of medications for patients.

Objective:To explore the protocol for handgrip exercise stress echocardiography by comparing different maximal voluntary contraction（MVC）handgrip groups with bicycle exercise stress.Methods:Forty-one healthy volunteers were enrolled prospectively from June to October 2024 in Tangdu Hospital and utilized a color Doppler echocardiography system，supine cycle ergometer，and handgrip dynamometer to collect echocardiographic data at baseline，during handgrip exercises at 20%（3 min），30%（3 min），and 40%（2 min）of MVC，and spine bicycle exercise stress at peak. Parameters measured included left ventricular ejection fraction（EF），stroke volume（SV），cardiac output（CO），mitral inflow E-wave and A-wave velocities，lateral and septal mitral annular e' velocities，E/A and E/e' ratios，global longitudinal strain（GLS），left atrial reservoir strain（LAS R），conduit strain（LAS CD），and contractile strain（LAS CT）. The non-invasive myocardial work indices were also assessed，including global work index（GWI），global constructive work（GCW），global wasted work（GWW），and global work efficiency（GWE）. Statistical analyses were performed using repeated measures analysis of variance，with corrected paired t-test for comparisons between two exercise stress states. Results:Compared with the baseline state，heart rate，blood pressure，CO、GWI、GCW、GWW and LAS CT gradually increased，while EF、E/A、GLS、GWE、LAS R and LAS CD gradually decreased under 20%，30% and 40% of MVC states. The changes were most obvious at 40% of MVC state，which was selected for the handgrip exercise stress echocardiography protocol.Compared with the peak of bicycle exercise，at 40% of MVC，heart rate was significantly lower［（81.2 ± 9.7）bpm vs.（164.6 ± 11.3）bpm， P<0.05）］，systolic blood pressure was slightly lower［（152.9 ± 13.2）mmHg vs.（165.1 ± 20.4）mmHg， P<0.05］，diastolic blood pressure was higher［（96.0 ± 9.5）mmHg vs.（89.5 ± 10.9）mmHg， P<0.05］，GLS was lower［（19.1 ± 1.5）% vs.（23.5 ± 1.7）%， P<0.05］，GWI was similar［（2 254.2 ± 417.3）mmHg% vs.（2 227.5 ± 389.0）mmHg%， P>0.05］，but GWE was higher［（95.3 ± 2.0）% vs.（93.7 ± 2.0）%， P<0.05］，and LAS R was lower［（39.4 ± 4.2）% vs.（43.9 ± 4.1）%， P<0.05］. Conclusions:The 40% of MVC lasting 2 min can cause the most significant handgrip-related changes in cardiac function and can be used as the standard protocol for handgrip exercise stress echocardiography. Handgrip stress exercise can cause significant changes in cardiac systole，diastole，and work performance，showing different characteristics compared with bicycle exercise stress.

AIM:The paper is to explore a rapid and simple method for the culture of mouse primary thyroid cells.METHODS:Mouse thyroid cells were isolated by enzyme digestion and cultured with improved medium,and their morphology,characteristics and secretory function were observed within 14 d.RESULTS:In the cultures,the active pri-mary cells were obtained from the thyroid tissue after digestion for 25 min;adherent growth was observed on the 2nd day.And secondary follicles appeared from the 5th to 7th day.Over 95%cells were detected with thyroglobulin.The secretion of total triiodothyronine and total thyroxine maintains over 60%in 7 d.The expression levels of specific genes can still maintain more than 50%in 10 d.CONCLUSION:Mouse thyroid primary cells can be rapidly cultured by this method,and the cells can be used for studying thyroid endocrine secretion within 7 d and studying thyroid genes within 10 d.

Objective:To investigate the clinical applicability of the four-grade grading(G4) advocated by the academy in recent years compared with the guideline-recommended three-grade grading(G3) in functional tricuspid regurgitation (FTR).Methods:A total of 137 consecutive patients were prospectively included from outpatient and inpatient clinics at Tangdu Hospital, Air Force Medical University from May to December 2023. All patients underwent echocardiography and were graded for regurgitation based on the 2017 American Society of Echocardiography Valve Evaluation Guidelines as the reference standard. The patients with regurgitation were grouped according to the G3 based on the guidelines and the G4 advocated by the academic community in recent years, respectively. The consistency of the regurgitation grading between multi-indicators and single-indicators was analyzed using the Kappa test for both G3 and G4. The quantitative regurgitation relevant parameters were analyzed using ROC curves to evaluate the diagnostic efficacies for G4, including the vena contracta width (VCW), the area of the color flow jet (A Jet), and the radius of the PISA (R PISA). Results:The results of consistency analysis showed that the consistency of regurgitation volume (RVol) was significantly higher in the G4 multi-indicators comprehensive assessment versus the single-indicators assessment compared with the G3, with a Kappa value of 0.84 vs. 0.30. The consistency of effective regurgitant orifice area (EROA) and VCW remained unchanged, with a Kappa value of 0.76 vs. 0.89, 0.51 vs. 0.66. ROC curve analysis showed that for the G4, the area under the curve (AUC) for moderate regurgitation were 0.854, 0.993, and 0.894, respectively, while for moderate-severe regurgitation, these values were 0.899, 0.979, and 0.917, respectively.Conclusions:For FTR, the G4 currently advocated by the academic community has better consistency between single-indicators and comprehensive indicators grading than the G3 based on the guideline, which is clinically applicable; A Jet, R PISA, and VCW can be supplemented to the G4, which helps to improve the quantitative assessment system.

Intranasal administration has the advantages of quick onset, high bioavailability, potential delivery into brain, and non-invasive. However, the limitations of the complex nasal microenvironment, such as the mucosal barrier, ciliary movement, low pH mucous layer, and enzyme degradation, appear to be key challenges in nasal drug development. Although a large number of animal trials provide reference data for the development of nasal drugs, the species differences, high cost and long cycle make this approach more difficult to develop, especially in the high-throughput preclinical screening stage of new drugs. Therefore, it is critical to select a nasal model with good in vitro and in vivo correlation for preclinical drug research. Whether the targeting through the nasal into the brain or blood, the epithelial cell barrier directly determines the bioavailability and efficacy during the intranasal administration. Moreover, mucosal irritation is also one of the critical evaluations of the safety aspects during nasal drugs development, where cell model can be quite useful. Therefore, this review summarized the application of the in vitro nasal model based on nasal epithelial cells in the nasal drug development.