BackgroundGenetic factor plays an important role in the pathogenesis of panic disorder. Previous studies have revealed that immune system dysregulation is closely related to mental disorders such as panic disorder， while the relationship between panic disorder and immune-related gene expression remains unclear. ObjectiveTo explore the relationship between the expression of CXCL8， IL6R， JUN， PTGS2， TGFBR1， TLR2， CCR4 genes and panic disorder， providing references for the diagnosis and treatment of panic disorder. MethodsA total of 52 patients who met the diagnostic criteria for panic disorder according to the Diagnosed and Statistical Manual of Mental Disorders， fourth edition （DSM-IV） were enrolled at the Psychosomatic Medicine Center of Sichuan Provincial People's Hospital from January 2020 to March 2021. Another 72 healthy individuals matched for age and gender from Chengdu were concurrently recruited as control group. The Panic Disorder Severity Scale （PDSS） was used to assess the severity of symptoms in panic disorder patients. Quantitative real-time polymerase chain reaction （PCR） was used to detect gene expression levels in two groups. Spearman correlation analysis was adopted to determine the correlation between PDSS score and immune-related gene expression in research group. ResultsThe expression of the JUN， PTGS2 and TGFBR1 genes were significant higher in panic disorder patients than those in control group （Z=-4.172， -2.086， -3.018， P<0.05 or 0.01）. After false discovery rate （FDR） correction for multiple testing， the differential expression of JUN and TGFBR1 genes remained statistically significant between two groups （P<0.05）. There was no significant difference in the expression of CCR4， CXCL8， IL6R and TLR2 genes between two groups （P>0.05）. Correlation analysis revealed that the expression of the JUN gene in panic disorder patients was positively correlated with PDSS score （r=0.360， P<0.01）， while the CCR4， CXCL8， IL6R， PTGS2， TGFBR1 and TLR2 genes showed no statistically significant correlation with the PDSS score （P>0.05）. ConclusionThe expression of the JUN and TGFBR1 genes may be associated with panic disorder， and the expression of the JUN gene correlated with the severity of panic disorder. ［Funded by Science and Technology Plan Project of Sichuan Provincial Department of Science and Technology （number， 2021YJ0440）］

High-quality development of digital health industry is an important symbol of realizing a healthy and digital China,and it is a new economic growth point.Using literature and other research methods,it comprehensively explores the theoretical logic,practical bottlenecks and solutions to the high-quality development of digital health industry driven by new quality productivity.It concludes that the new quality productivity can promote the high-quality development of digital health industry by strengthening the effect of institutional innovation,creating a good development environment for the industry;strengthening the effect of structural optimization,driving the upgrading of the industry;strengthening the effect of strengthening and complementing the chain,prolonging the industrial value chain;strengthening the effect of organizational remodeling,improving the industrial organizational system;and strengthening the effect of factor enhancement,fostering the high-end innovation factors.Aiming at the bottlenecks of unsound institutional mechanism,deep structural traps,low-end locking of the value chain,weak integration capacity of health organizations,and insufficient allocation of innovative elements,proposing to promote the deep integration of new elements and resources,and to accumulate the kinetic energy of innovation and development of the digital health industry;strengthening the status of digital health enterprise as the main body of innovation,and to stimulate the vitality of health management organizations;vertically and horizontally integrating the digital health industry chain,and comprehensively excavating the value of the digital health industry;driving the digital health industry to change the new and new,rooting the foundation of digital health industry development;deepening the reform of the digital health management system and mechanism,and improving the system to ensure the relief of the system.

High-quality development of digital health industry is an important symbol of realizing a healthy and digital China,and it is a new economic growth point.Using literature and other research methods,it comprehensively explores the theoretical logic,practical bottlenecks and solutions to the high-quality development of digital health industry driven by new quality productivity.It concludes that the new quality productivity can promote the high-quality development of digital health industry by strengthening the effect of institutional innovation,creating a good development environment for the industry;strengthening the effect of structural optimization,driving the upgrading of the industry;strengthening the effect of strengthening and complementing the chain,prolonging the industrial value chain;strengthening the effect of organizational remodeling,improving the industrial organizational system;and strengthening the effect of factor enhancement,fostering the high-end innovation factors.Aiming at the bottlenecks of unsound institutional mechanism,deep structural traps,low-end locking of the value chain,weak integration capacity of health organizations,and insufficient allocation of innovative elements,proposing to promote the deep integration of new elements and resources,and to accumulate the kinetic energy of innovation and development of the digital health industry;strengthening the status of digital health enterprise as the main body of innovation,and to stimulate the vitality of health management organizations;vertically and horizontally integrating the digital health industry chain,and comprehensively excavating the value of the digital health industry;driving the digital health industry to change the new and new,rooting the foundation of digital health industry development;deepening the reform of the digital health management system and mechanism,and improving the system to ensure the relief of the system.

Objectives:To evaluate the safety and feasibility of simultaneous bilateral adrenal vein sampling(AVS)via the basilic vein approach. Methods:21 consecutive patients with primary aldosteronism(PA)who underwent simultaneous bilateral AVS via the basilic vein in Fuwai Hospital between July 2023 and November 2023 were enrolled in this study.The puncture site,catheter used in AVS,operation time,fluoroscopy time,contrast agent dosages,success rate of bilateral sampling,adverse events,and complications were recorded and analyzed.Successful sampling was determined by a selectivity index(cortisol in the adrenal vein/cortisol in inferior vena cava)greater than or equal to 2. Results:The average age of 21 patients was(49.3±7.7)years,with 13 male patients.The first 5F sheath was successfully inserted into the right basilic vein in all patients,the second 5F sheath insertion failed in two patients and switched to the ipsilateral cephalic vein approach.The 5F MPA1 catheter was inserted into the right adrenal vein and the 5F TIG catheter into the left adrenal vein in all patients.Operation time was 17.50(12.00,22.00)min,fluoroscopy time was 5.90(4.75,10.55)min,and contrast agent dosage was 25.00(25.00,35.00)ml.Bilateral AVS was successful in all patients.Two patients experienced adverse events,one case was catheter entanglement,which resulted in 5F TIG catheter slipped from adrenal vein,and another case was vascular spasm.No complications were recorded. Conclusions:Simultaneous bilateral AVS via basilic vein approach is safe and feasible in most PA patients,further researches with larger patient cohort are needed to validate the results from this study.

Objectives:To investigate long-term clinical outcomes of renal denervation(RDN)for the treatment of resistant hypertension. Methods:This study retrospectively enrolled 58 patients with resistant hypertension who received RDN treatment via femoral artery approach at Fuwai Hospital between February 2012 and November 2019.Follow up was performed at 1,3,6 months,1 year,and annually after RDN,and the last follow-up was June 2023.The baseline data and postoperative follow-up data including office blood pressure,24-hour mean blood pressure and heart rate,types and load of antihypertensive drugs,renal function,and major adverse events(including renal artery stenosis,acute myocardial infarction,stroke,cardiovascular death,and all-cause death)were obtained and analyzed.The impact of RDN on 10-year cardiovascular and cerebrovascular events was evaluated using the Framingham risk assessment model and the Chinese model. Results:A total of 58 patients were enrolled,with 1 patient(1.72%)died from lung cancer.Forty-one patients(70.69%)were visited in the last follow-up and the average follow-up time was(10.21±1.75)years.Compared with baseline,the office systolic/diastolic blood pressure was decreased by(12.59±21.65)/(9.87±14.27)mmHg(P<0.01,1 mmHg=0.133 kPa),24-hour mean systolic/diastolic blood pressure reduced by(11.28±15.33)/(7.94±12.29)mmHg(P<0.01),24-hour mean heart rate reduced by(2.45±9.46)bpm(P>0.05),the types of antihypertensive drugs decreased by 1.17±2.25(P<0.01),the drug load reduced by 1.45±2.37(P<0.001),and the estimated glomerular filtration rate decreased by(6.83±18.37)ml/(min·1.73 m2)(P<0.05)at the last follow-up.The impact of RDN on 10-year cardiovascular events and stroke risk was as follows:Framingham risk assessment showed an absolute risk decrease of 14.25%and 2.12%,respectively,and decreased by 5.72%and 17.46%using the Chinese cardiovascular and cerebrovascular risk assessment. Conclusions:This study showed that RDN could significantly reduce blood pressure levels in patients with resistant hypertension in the long-term follow up,and was expected to further reduce cardiovascular and cerebrovascular risks.

Objective To analyze the bed utilization efficiency of various clinical departments in a public hospital and provide reference for the rational allocation of departmental bed resources.Methods Based on the data from a tertiary specialized hospital in 2022,traditional bed efficiency indicators were used as the basis.The Case Mix Index(CMI)was introduced for ad-justment,and the reasonable range of beds for each department was calculated.Data Envelopment Analysis(DEA)was em-ployed to comprehensively evaluate the input-output efficiency of each clinical department and determine the direction for optimi-zing bed allocation.Results Among the 39 departments included in the study,10 departments had inappropriate bed settings.Among them,5 departments needed additional beds,while 5 departments needed to reduce the number of beds.Conclusion By adjusting the bed efficiency indicators using CMI and combining the DEA method,hospitals can obtain a scientific basis for dy-namically adjusting the number of beds in clinical departments.Hospitals should make rational use of bed resources and scientifi-cally plan departmental beds.

High-quality development of digital health industry is an important symbol of realizing a healthy and digital China,and it is a new economic growth point.Using literature and other research methods,it comprehensively explores the theoretical logic,practical bottlenecks and solutions to the high-quality development of digital health industry driven by new quality productivity.It concludes that the new quality productivity can promote the high-quality development of digital health industry by strengthening the effect of institutional innovation,creating a good development environment for the industry;strengthening the effect of structural optimization,driving the upgrading of the industry;strengthening the effect of strengthening and complementing the chain,prolonging the industrial value chain;strengthening the effect of organizational remodeling,improving the industrial organizational system;and strengthening the effect of factor enhancement,fostering the high-end innovation factors.Aiming at the bottlenecks of unsound institutional mechanism,deep structural traps,low-end locking of the value chain,weak integration capacity of health organizations,and insufficient allocation of innovative elements,proposing to promote the deep integration of new elements and resources,and to accumulate the kinetic energy of innovation and development of the digital health industry;strengthening the status of digital health enterprise as the main body of innovation,and to stimulate the vitality of health management organizations;vertically and horizontally integrating the digital health industry chain,and comprehensively excavating the value of the digital health industry;driving the digital health industry to change the new and new,rooting the foundation of digital health industry development;deepening the reform of the digital health management system and mechanism,and improving the system to ensure the relief of the system.

High-quality development of digital health industry is an important symbol of realizing a healthy and digital China,and it is a new economic growth point.Using literature and other research methods,it comprehensively explores the theoretical logic,practical bottlenecks and solutions to the high-quality development of digital health industry driven by new quality productivity.It concludes that the new quality productivity can promote the high-quality development of digital health industry by strengthening the effect of institutional innovation,creating a good development environment for the industry;strengthening the effect of structural optimization,driving the upgrading of the industry;strengthening the effect of strengthening and complementing the chain,prolonging the industrial value chain;strengthening the effect of organizational remodeling,improving the industrial organizational system;and strengthening the effect of factor enhancement,fostering the high-end innovation factors.Aiming at the bottlenecks of unsound institutional mechanism,deep structural traps,low-end locking of the value chain,weak integration capacity of health organizations,and insufficient allocation of innovative elements,proposing to promote the deep integration of new elements and resources,and to accumulate the kinetic energy of innovation and development of the digital health industry;strengthening the status of digital health enterprise as the main body of innovation,and to stimulate the vitality of health management organizations;vertically and horizontally integrating the digital health industry chain,and comprehensively excavating the value of the digital health industry;driving the digital health industry to change the new and new,rooting the foundation of digital health industry development;deepening the reform of the digital health management system and mechanism,and improving the system to ensure the relief of the system.

High-quality development of digital health industry is an important symbol of realizing a healthy and digital China,and it is a new economic growth point.Using literature and other research methods,it comprehensively explores the theoretical logic,practical bottlenecks and solutions to the high-quality development of digital health industry driven by new quality productivity.It concludes that the new quality productivity can promote the high-quality development of digital health industry by strengthening the effect of institutional innovation,creating a good development environment for the industry;strengthening the effect of structural optimization,driving the upgrading of the industry;strengthening the effect of strengthening and complementing the chain,prolonging the industrial value chain;strengthening the effect of organizational remodeling,improving the industrial organizational system;and strengthening the effect of factor enhancement,fostering the high-end innovation factors.Aiming at the bottlenecks of unsound institutional mechanism,deep structural traps,low-end locking of the value chain,weak integration capacity of health organizations,and insufficient allocation of innovative elements,proposing to promote the deep integration of new elements and resources,and to accumulate the kinetic energy of innovation and development of the digital health industry;strengthening the status of digital health enterprise as the main body of innovation,and to stimulate the vitality of health management organizations;vertically and horizontally integrating the digital health industry chain,and comprehensively excavating the value of the digital health industry;driving the digital health industry to change the new and new,rooting the foundation of digital health industry development;deepening the reform of the digital health management system and mechanism,and improving the system to ensure the relief of the system.

High-quality development of digital health industry is an important symbol of realizing a healthy and digital China,and it is a new economic growth point.Using literature and other research methods,it comprehensively explores the theoretical logic,practical bottlenecks and solutions to the high-quality development of digital health industry driven by new quality productivity.It concludes that the new quality productivity can promote the high-quality development of digital health industry by strengthening the effect of institutional innovation,creating a good development environment for the industry;strengthening the effect of structural optimization,driving the upgrading of the industry;strengthening the effect of strengthening and complementing the chain,prolonging the industrial value chain;strengthening the effect of organizational remodeling,improving the industrial organizational system;and strengthening the effect of factor enhancement,fostering the high-end innovation factors.Aiming at the bottlenecks of unsound institutional mechanism,deep structural traps,low-end locking of the value chain,weak integration capacity of health organizations,and insufficient allocation of innovative elements,proposing to promote the deep integration of new elements and resources,and to accumulate the kinetic energy of innovation and development of the digital health industry;strengthening the status of digital health enterprise as the main body of innovation,and to stimulate the vitality of health management organizations;vertically and horizontally integrating the digital health industry chain,and comprehensively excavating the value of the digital health industry;driving the digital health industry to change the new and new,rooting the foundation of digital health industry development;deepening the reform of the digital health management system and mechanism,and improving the system to ensure the relief of the system.