1.Emergency medical response strategy for the 2025 Dingri, Tibet Earthquake
Chenggong HU ; Xiaoyang DONG ; Hai HU ; Hui YAN ; Yaowen JIANG ; Qian HE ; Chang ZOU ; Si ZHANG ; Wei DONG ; Yan LIU ; Huanhuan ZHONG ; Ji DE ; Duoji MIMA ; Jin YANG ; Qiongda DAWA ; Lü ; JI ; La ZHA ; Qiongda JIBA ; Lunxu LIU ; Lei CHEN ; Dong WU
Chinese Journal of Clinical Thoracic and Cardiovascular Surgery 2025;32(04):421-426
This paper systematically summarizes the practical experience of the 2025 Dingri earthquake emergency medical rescue in Tibet. It analyzes the requirements for earthquake medical rescue under conditions of high-altitude hypoxia, low temperature, and low air pressure. The paper provides a detailed discussion on the strategic layout of earthquake medical rescue at the national level, local government level, and through social participation. It covers the construction of rescue organizational systems, technical systems, material support systems, and information systems. The importance of building rescue teams is emphasized. In high-altitude and cold conditions, rapid response, scientific decision-making, and multi-party collaboration are identified as key elements to enhance rescue efficiency. By optimizing rescue organizational structures, strengthening the development of new equipment, and promoting telemedicine technologies, the precision and effectiveness of medical rescue can be significantly improved, providing important references for future similar disaster rescues.
2.Study on the application of target oriented infusion with stroke volume variation guidance in elderly lumbar surgery
Ji HU ; Benjun ZHA ; Fengying HUANG ; Haihua ZHANG
Journal of Clinical Surgery 2025;33(2):196-199
Objective To evaluate the effect of target oriented infusion guided by stroke volume variation(SVV)in elderly lumbar surgery.Method From January to December 2023,80 elderly patients undergoing elective general anesthesia for prone lumbar surgery were divided into two groups by random number table method:SVV guidance target-oriented infusion group(SVV group)and conventional infusion group(conventional group),with 40 cases in each group.The amount of infusion,blood loss,urine volume and use of vasoactive drugs in the two groups were recorded.MAP,HR,blood lactate concentration(Lac),base residual value(BE),and PaO2 were recorded at the time of entry(T1),before cuticle(T2),1 hour after prone position(T3),and after surgery(T4).Pulmonary ultrasound examinations were performed at 4,8,12 and 24 hours after surgery,and B-line scores were calculated,as well as the incidence of cardiac insufficiency,nausea,vomiting,delirium and hospital stay at 24 hours after surgery.Result Compared with normal group,in group SVV,intraoperative infusion volume[(1123+532)ml],vascular active drug utilization rate(15.0%),postoperative each point B line score[(1.55±1.32),(1.22±0.94),(1.01±0.93),(1.07±0.90)]were reduced(P<0.05).HR at T2~T4[(67±8,71±11,73±12)times/min]、PaO2 at T3,T4[(438±41,423±44)mmHg]were increased,Lac and BE at T2~T4 were(0.3±0.5,1.4±0.5,1.4±0.3)mmol/L.(0.3±0.6,0.3±1.0,0.3±1.1)was decreased(P<0.05).There were no significant differences between the two groups in cardiac dysfunction,nausea,vomiting,delirium and hospital stay after a 24-hour postoperative period(P>0.05).Conclusion SVV guided target oriented infusion in elderly lumbar surgery is beneficial to circulation stability and tissue perfusion,and reduces the production of lung water.
3.Construction of a predictive model for cerebral small vessel disease MRI burden based on β2-microglobulin and lipoprotein(a)
Xiaoyan LI ; Hongge JI ; Tingting WANG ; Yingying LI ; Xijing ZHA ; Bin LI ; Dan JIANG
Chinese Journal of Clinical Medicine 2025;32(4):634-641
Objective To construct a predictive model for cerebral small vessel disease (CSVD) MRI burden based on β2-microglobulin (β2-MG) and lipoprotein(a) [Lp(a)], analyze its predictive value, and validate the model. Methods A total of 138 CSVD patients admitted to Anhui No.2 Provincial People’s Hospital from February 2023 to August 2024 were enrolled. Patients were divided into a low-burden group (n=63) and a moderate/severe burden group (n=75) according to the CSVD MRI burden scoring criteria. The related clinical data were compared between the two groups. Binary logistic regression analysis was used to identify independent factors for CSVD moderate/severe MRI burden. A nomogram predictive model was constructed based on these factors and its performance was evaluated. Results The proportions of male patients, as well as those with a history of diabetes or hypertension, were significantly higher in the moderate/severe burden group than those in the low burden group. Additionally, the age of patients in the moderate/severe burden group was significantly older, and the levels of β2-MG, Lp(a), and homocysteine (Hcy) were higher than those in the low burden group (P<0.01). Binary logistic regression analysis revealed that hypertension, diabetes, β2-MG, and Lp(a) were independent factors for CSVD moderate/severe MRI burden (P<0.05). The nomogram predictive model based on these four factors had a cut-off value of 0.467 0, with an area under curve (AUC) of 0.838 7 (95%CI 0.760 8-0.916 6) in the training set (n=97) and 0.854 1 (95%CI 0.742 1-0.966 1) in the internal validation set (n=41) . The calibration curve demonstrated good agreement between predicted and observed values. Decision curve analysis (DCA) indicated that the nomogram model had good clinical utility. Conclusions The nomogram model based on β2-MG and Lp(a) has high predictive performance in assessing the risk of CSVD moderate/severe MRI burden, with good discrimination and calibration.
4.The Source Investigation and Historical Evolution Research of the Tibetan Medicine Ruyizhenbao Formula
Tai ANLA ; Ba ZHA ; Ji DUODE ; Pingping ZHENG ; Jiamin RUAN ; Gao WANDI ; Xiao GUO ; Qien LI
World Science and Technology-Modernization of Traditional Chinese Medicine 2025;27(5):1399-1404
The mother formula of Ruyizhenbao formula was the 25-flavor Zhumu Fang recorded in the Four Medical Codes,which was called Ruyi 25-flavor Zhumu Fang in the 16th century book Tibetan Medicine Ruyi Daquan.Later,in the book Qianwan Sheli,licorice was added to the formula,forming a 26-flavor basic formula of Ruyizhenbao.With the development of Tibetan medicine history,various doctors added and subtracted medicinal flavors to the basic formula.Finally,it was developed by Qinrenorbu into Ruyizhenbao formula composed of 30 herbs,which was published in the Treasure Source of Tibetan Medicine Secrets and was included in the Drug Standard of the Ministry of Health(Tibetan medicine)in 1995,becoming the formula standard of Ruyizhenbao formula.Through systematically sorting out Tibetan medicine literature from past dynasties,the formula name,medicinal taste composition,and changes of Ruyizhenbao formula recorded in different literature was comprehensively analyzed.Through primary literature research,the various claims about the origin of Ruyizhenbao formula published to date have been verified one by one to clarify its past and present,and to clarify its origin.The mother formula of Ruyizhenbao is the 25-flavor mother powder recorded in the Four Medical Codes.The basic formula is the Ruyizhenbao formula composed of 26 herbs in Qianwan Sheli,and the standard formula is the Ruyizhenbao formula composed of 30 herbs in the Treasure Source of Tibetan Medicine Secrets.
5.Tyrosine phosphatase Shp2 and acute lung injury
Haoyu JI ; Lilong QIN ; Lei ZHA ; Hanli WANG ; Yusheng CHENG
Chinese Journal of Clinical Pharmacology and Therapeutics 2025;30(10):1436-1440
Acute lung injury(ALI)is a common critical illness caused by intrapulmonary or extra-pulmonary factors,which is accompanied by ex-tremely high morbidity and mortality.Its pathogen-esis is extremely complex and difficult to treat.Src homology 2 domain-containing protein tyrosine phosphatase(Shp2),a key cellular signal transduc-tion molecule,plays a pivotal role in the pathophys-iological processes of diverse diseases.Notably,in the context of pathogen infection,Shp2 regulates the functionality of cellular immunity,lung epitheli-al cells,and vascular endothelial cells.This review article highlights the significant role of Shp2 in the onset and progression of ALI,emphasizing its regu-lation of inflammatory response,apoptosis,and ox-idative stress.Shp2 could emerge as a novel thera-peutic target for ALI,offering valuable insights for the development of innovative drug candidates to treat this debilitating condition.
6.Study on the application of target oriented infusion with stroke volume variation guidance in elderly lumbar surgery
Ji HU ; Benjun ZHA ; Fengying HUANG ; Haihua ZHANG
Journal of Clinical Surgery 2025;33(2):196-199
Objective To evaluate the effect of target oriented infusion guided by stroke volume variation(SVV)in elderly lumbar surgery.Method From January to December 2023,80 elderly patients undergoing elective general anesthesia for prone lumbar surgery were divided into two groups by random number table method:SVV guidance target-oriented infusion group(SVV group)and conventional infusion group(conventional group),with 40 cases in each group.The amount of infusion,blood loss,urine volume and use of vasoactive drugs in the two groups were recorded.MAP,HR,blood lactate concentration(Lac),base residual value(BE),and PaO2 were recorded at the time of entry(T1),before cuticle(T2),1 hour after prone position(T3),and after surgery(T4).Pulmonary ultrasound examinations were performed at 4,8,12 and 24 hours after surgery,and B-line scores were calculated,as well as the incidence of cardiac insufficiency,nausea,vomiting,delirium and hospital stay at 24 hours after surgery.Result Compared with normal group,in group SVV,intraoperative infusion volume[(1123+532)ml],vascular active drug utilization rate(15.0%),postoperative each point B line score[(1.55±1.32),(1.22±0.94),(1.01±0.93),(1.07±0.90)]were reduced(P<0.05).HR at T2~T4[(67±8,71±11,73±12)times/min]、PaO2 at T3,T4[(438±41,423±44)mmHg]were increased,Lac and BE at T2~T4 were(0.3±0.5,1.4±0.5,1.4±0.3)mmol/L.(0.3±0.6,0.3±1.0,0.3±1.1)was decreased(P<0.05).There were no significant differences between the two groups in cardiac dysfunction,nausea,vomiting,delirium and hospital stay after a 24-hour postoperative period(P>0.05).Conclusion SVV guided target oriented infusion in elderly lumbar surgery is beneficial to circulation stability and tissue perfusion,and reduces the production of lung water.
7.Tyrosine phosphatase Shp2 and acute lung injury
Haoyu JI ; Lilong QIN ; Lei ZHA ; Hanli WANG ; Yusheng CHENG
Chinese Journal of Clinical Pharmacology and Therapeutics 2025;30(10):1436-1440
Acute lung injury(ALI)is a common critical illness caused by intrapulmonary or extra-pulmonary factors,which is accompanied by ex-tremely high morbidity and mortality.Its pathogen-esis is extremely complex and difficult to treat.Src homology 2 domain-containing protein tyrosine phosphatase(Shp2),a key cellular signal transduc-tion molecule,plays a pivotal role in the pathophys-iological processes of diverse diseases.Notably,in the context of pathogen infection,Shp2 regulates the functionality of cellular immunity,lung epitheli-al cells,and vascular endothelial cells.This review article highlights the significant role of Shp2 in the onset and progression of ALI,emphasizing its regu-lation of inflammatory response,apoptosis,and ox-idative stress.Shp2 could emerge as a novel thera-peutic target for ALI,offering valuable insights for the development of innovative drug candidates to treat this debilitating condition.
8.The Source Investigation and Historical Evolution Research of the Tibetan Medicine Ruyizhenbao Formula
Tai ANLA ; Ba ZHA ; Ji DUODE ; Pingping ZHENG ; Jiamin RUAN ; Gao WANDI ; Xiao GUO ; Qien LI
World Science and Technology-Modernization of Traditional Chinese Medicine 2025;27(5):1399-1404
The mother formula of Ruyizhenbao formula was the 25-flavor Zhumu Fang recorded in the Four Medical Codes,which was called Ruyi 25-flavor Zhumu Fang in the 16th century book Tibetan Medicine Ruyi Daquan.Later,in the book Qianwan Sheli,licorice was added to the formula,forming a 26-flavor basic formula of Ruyizhenbao.With the development of Tibetan medicine history,various doctors added and subtracted medicinal flavors to the basic formula.Finally,it was developed by Qinrenorbu into Ruyizhenbao formula composed of 30 herbs,which was published in the Treasure Source of Tibetan Medicine Secrets and was included in the Drug Standard of the Ministry of Health(Tibetan medicine)in 1995,becoming the formula standard of Ruyizhenbao formula.Through systematically sorting out Tibetan medicine literature from past dynasties,the formula name,medicinal taste composition,and changes of Ruyizhenbao formula recorded in different literature was comprehensively analyzed.Through primary literature research,the various claims about the origin of Ruyizhenbao formula published to date have been verified one by one to clarify its past and present,and to clarify its origin.The mother formula of Ruyizhenbao is the 25-flavor mother powder recorded in the Four Medical Codes.The basic formula is the Ruyizhenbao formula composed of 26 herbs in Qianwan Sheli,and the standard formula is the Ruyizhenbao formula composed of 30 herbs in the Treasure Source of Tibetan Medicine Secrets.
9.Pharmacokinetic study of Noiiglutide injection,INS068 injection and the compound preparation in Chinese healthy subjects
Xiao-Dong XING ; Ji-Gang ZHANG ; Kai SHEN ; Ming-Jian ZHANG ; Yi-Xin ZHA ; Shu-Jing JIN ; Mei XU ; Wen-Yuan XUE ; Xue-Ying DING
The Chinese Journal of Clinical Pharmacology 2023;39(23):3449-3454
Objective To compare the pharmaceutics and drug interactions of noiiglutide injection,INS068 injection,HR17031 Injection,and noiiglutide+INS068 injection in healthy subjects Methods This was a single center,randomized,open-label,4-cycle,4-cohort trial.Healthy subjects were allocated to 4 groups randomly.HR17031(17 U/0.04 mg),INS068(17 U),noliglycopeptide(0.04 mg),and INS068(17 U)combined with noiiglutide(0.04 mg)were injected subcutaneously into the abdomenon on day 1,8,15 and 22 respectively.Venous blood was collected at different timing before and after administration,and the concentrations of noiiglutide in plasma and INS068 in serum were measured by HPLC-MS/MS method.Relevant pharmacokinetic parameters were calculated using the WinNonlin non compartment model.Results In HR17031,INS068,and INS068 combined with noiiglutide groups,the main pharmacokinetic parameters of INS068 in serum were calculated and listed as follows:Cmax were(19.50±4.06),(18.10±4.56)and(18.40±5.81)ng·mL-1,tmax was 12,10 and 8 h,t1/2 was(9.27±1.70),(11.00±2.81)and(11.0±3.18)h,AUC0-twere(505.00±62.20),(498.00±70.50)and(491.00±74.20)ng·mL-1·h.In HR17031,noiiglutide,and INS068 combined with noiiglutide groups,the main pharmacokinetic parameters of noiiglutide in plasma were calculated and listed as follows:Cmax were(3.61±0.82),(4.63±0.87)and(4.54±0.86)ng·mL-1,tmax was all 8.00 h,t1/2 was(10.50±1.61),(9.49±1.40)and(9.55±1.61)h,AUC0-twere(94.30±20.10),(106.00±20.20)and(105.00±19.00)ng·mL-1·h.Conclusion There was no significant difference in bioavailability of INS068 and noiiglutide in HR17031 compared with INS068 and noiiglutide whether combined or used alone.
10.Effect evaluation of the primary screening strategy for liver cancer in rural areas of China.
Mao Mao CAO ; He LI ; Zhen Qiu ZHA ; Jin Yi ZHOU ; Peng Fei LUO ; Ji Yong GONG ; Heng Min MA ; Xi Bin SUN ; Wan Qing CHEN
Chinese Journal of Oncology 2022;44(9):990-996
Objective: To estimate the effectiveness of the primary screening strategy for liver cancer in rural areas to provide basic information for the optimization and perfection of the technical program for the early detection and treatment of liver cancer. Methods: Residents including males aged 35-64 and females aged 45-64 from 9 counties in rural China between 2013 and 2015 were selected as the target population. The participant was classified into a high-risk and non-high-risk group based on the standardized questionnaire or HBsAg, and the Chi-squared test was applied to compare differences between the two groups. The Cox proportional hazard regression models were applied to assess hazard ratio (HR) and its 95% confidence interval (CI). Results: 358 348 participants were recruited from 2013 to 2015. 1 196 individuals were identified with liver cancer until December 31, 2021, with an incidence density of 52.0/10(5) person-years. Of the participants, 54 650 were assessed as high risk (15.3%) based on the questionnaire and the status of HBsAg. The high-risk population had a higher incidence density (168.3/10(5) person-years vs 31.5/10(5) person-years) and higher risk of developing liver cancer (HR=2.98, 95% CI=2.64-3.35), compared to the non-high-risk group. Based on the questionnaire-based high-risk assessment system, 47 884 (13.4%) individuals were identified as high risk, who showed statistical differences in terms of incidence density and incidence risk, in comparison to the low-risk population (all P<0.05). HBsAg can screen out a higher proportion of high-risk individuals who are women, non-smokers, non-drinkers, and individuals without a family history of liver cancer (all P<0.05). The sensitivity analysis of the effectiveness of the whole primary screening method is stable, and high-risk individuals still had a higher risk of liver cancer. Conclusions: The primary screening method of the questionnaire-based risk assessment system and HBsAg can achieve satisfactory effectiveness. The questionnaire-based risk assessment system could identify high-risk individuals to some extent, however, it still needs to be improved to meet the actual requirements.
China/epidemiology*
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Early Detection of Cancer
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Female
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Hepatitis B Surface Antigens
;
Humans
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Incidence
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Liver Neoplasms/epidemiology*
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Male
;
Mass Screening
;
Risk Factors

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