With the gradual advancement of medical reform policy,"non-pre-hospital medical emergency"has also emerged.Whether it will cause the plunder of pre-hospital emergency resources to be seized has become the focus of discussion in emergency centers at all levels.For the implementation of the provincial party committee,the provincial government on promoting the reform of government service value-added decision deployment,focusing on the whole life cycle,through the whole service chain whole process,around outpatient,hospitalization,referral treatment key link,speed up the building from convenient service to value-added services comprehensive upgrade new ecological health services.Jiaxing positive response,relying on the overall urban and rural development advantage,multiple departments together,opened a unified line service platform of 96120,and through the integration of the city's medical pre-hospital emergency resources,innovation pre-hospital emergency work responsibilities,the implementation of first aid and first aid classification management,establish the whole domain,urban and rural integration"non-emergency transport"service system.Efforts should be made to solve four major problems,such as insufficient supply of"non-emergency transport"services,poor service channels of"non-emergency transport",difficult management of"black ambulance"and the overall efficient recycling of first aid resources.We will innovate and establish a joint service system for non-emergency transport services,an efficient and convenient service model,a comprehensive and homogeneous management standard,a universal guarantee mechanism,and a training mechanism for professionals.So as to realize the province took the lead to build covering the whole city,urban and rural undifferentiated"emergency transport"service system,complete the province's first"emergency transport"municipal standards and industry internal specification,form can copy can promote ambulance vehicles"flat"operation mechanism,as well as a variety of security support"emergency transport"the 4 goals of universal public service.

With the gradual advancement of medical reform policy,"non-pre-hospital medical emergency"has also emerged.Whether it will cause the plunder of pre-hospital emergency resources to be seized has become the focus of discussion in emergency centers at all levels.For the implementation of the provincial party committee,the provincial government on promoting the reform of government service value-added decision deployment,focusing on the whole life cycle,through the whole service chain whole process,around outpatient,hospitalization,referral treatment key link,speed up the building from convenient service to value-added services comprehensive upgrade new ecological health services.Jiaxing positive response,relying on the overall urban and rural development advantage,multiple departments together,opened a unified line service platform of 96120,and through the integration of the city's medical pre-hospital emergency resources,innovation pre-hospital emergency work responsibilities,the implementation of first aid and first aid classification management,establish the whole domain,urban and rural integration"non-emergency transport"service system.Efforts should be made to solve four major problems,such as insufficient supply of"non-emergency transport"services,poor service channels of"non-emergency transport",difficult management of"black ambulance"and the overall efficient recycling of first aid resources.We will innovate and establish a joint service system for non-emergency transport services,an efficient and convenient service model,a comprehensive and homogeneous management standard,a universal guarantee mechanism,and a training mechanism for professionals.So as to realize the province took the lead to build covering the whole city,urban and rural undifferentiated"emergency transport"service system,complete the province's first"emergency transport"municipal standards and industry internal specification,form can copy can promote ambulance vehicles"flat"operation mechanism,as well as a variety of security support"emergency transport"the 4 goals of universal public service.

Objective To evaluate the significant clinical value of an intelligent dispatching platform based on the 120 command system and provide the basis for improving emergency service efficiency. Methods Convenience sampling was used to choose 356 patients who received pre-hospital care in the Jiaxing Emergency Center from August 2023 to May 2024 as research objects. The 178 patients who made phone calls to the 120 center from August to December 2023 (namely before the establishment of intelligent dispatching platform) served as a control group,while another 178 cases who made phone calls to the 120 center from January to May 2024 (namely after the establishment of intelligent dispatching platform) served as an observation group. The optimal ambulance was chosen and sent to receive the patients by the dispatcher himself in the control group,while the intelligent dispatching platform designed by the research team and computer engineers was used in the observation group. The platform was made up of multimodal receipt of alarms,accurate location of phone call places,matching and dispatching of ambulance resources,and collaborative management functions within the region. At the same time,geographic information,hospital information,and emergency vehicle information were completed to achieve united dispatching and whole-process quality control all over the region. The emergency response time,2 minutes ambulance dispatching rate,coincidence rate of medical treatment principles,and success rate of cardiopulmonary resuscitation in cities and rural areas were compared between the control group (before the establishment of intelligent dispatching platform) and the observation group (after the establishment of intelligent dispatching platform). Results The emergency response time in the observation group after the establishment of intelligent dispatching platform was shorter than that in the control group in cities (minutes:8.64±0.99 vs. 10.57±1.00,P<0.05),while there was no statistical significance between the observation group and the control group in rural areas (minutes:11.66±1.49 vs. 11.94±1.70,P>0.05). The 2 minutes ambulance dispatching rate higher than those in the control group[99.44％ (177/178) vs. 98.31％ (175/178)],there was no statistical significance (P>0.05),the coincidence rate of medical treatment principles in the observation group were significantly higher than those in the control group[98.88％ (176/178) vs. 89.89％ (160/178),P<0.05],For the observation group,the success rate of cardiopulmonary resuscitation in the observation group was slightly higher than that in the control group[18.92％ (7/37) vs. 13.51％ (5/37)],but there was no statistical significance (P>0.05). Conclusion The construction of an intelligent dispatching platform with the function of united dispatching,collaborative management of resources,and whole-process quality control all over the region can improve emergency service efficiency and effectiveness,thus promoting the development of pre-hospital care course.

Objective To evaluate the significant clinical value of an intelligent dispatching platform based on the 120 command system and provide the basis for improving emergency service efficiency. Methods Convenience sampling was used to choose 356 patients who received pre-hospital care in the Jiaxing Emergency Center from August 2023 to May 2024 as research objects. The 178 patients who made phone calls to the 120 center from August to December 2023 (namely before the establishment of intelligent dispatching platform) served as a control group,while another 178 cases who made phone calls to the 120 center from January to May 2024 (namely after the establishment of intelligent dispatching platform) served as an observation group. The optimal ambulance was chosen and sent to receive the patients by the dispatcher himself in the control group,while the intelligent dispatching platform designed by the research team and computer engineers was used in the observation group. The platform was made up of multimodal receipt of alarms,accurate location of phone call places,matching and dispatching of ambulance resources,and collaborative management functions within the region. At the same time,geographic information,hospital information,and emergency vehicle information were completed to achieve united dispatching and whole-process quality control all over the region. The emergency response time,2 minutes ambulance dispatching rate,coincidence rate of medical treatment principles,and success rate of cardiopulmonary resuscitation in cities and rural areas were compared between the control group (before the establishment of intelligent dispatching platform) and the observation group (after the establishment of intelligent dispatching platform). Results The emergency response time in the observation group after the establishment of intelligent dispatching platform was shorter than that in the control group in cities (minutes:8.64±0.99 vs. 10.57±1.00,P<0.05),while there was no statistical significance between the observation group and the control group in rural areas (minutes:11.66±1.49 vs. 11.94±1.70,P>0.05). The 2 minutes ambulance dispatching rate higher than those in the control group[99.44％ (177/178) vs. 98.31％ (175/178)],there was no statistical significance (P>0.05),the coincidence rate of medical treatment principles in the observation group were significantly higher than those in the control group[98.88％ (176/178) vs. 89.89％ (160/178),P<0.05],For the observation group,the success rate of cardiopulmonary resuscitation in the observation group was slightly higher than that in the control group[18.92％ (7/37) vs. 13.51％ (5/37)],but there was no statistical significance (P>0.05). Conclusion The construction of an intelligent dispatching platform with the function of united dispatching,collaborative management of resources,and whole-process quality control all over the region can improve emergency service efficiency and effectiveness,thus promoting the development of pre-hospital care course.

Objective:To explore the effect of LILRB2 on the proliferation and apoptosis of colorectal cancer SW480 cells, and to further explore its mechanism.Methods:Colorectal cancer SW480 cells were cultured in vitro and divided into blank control group, negative control group and experimental group. The expression of LILRB2 was detected by flow cytometry. The expression of LILRB2 was detected by qPCR, and the empty vector plasmid and the LILRB2 plasmid were transfected into SW480 cells respectively; cell proliferation was detected by CCK-8 method; cell apoptosis was detected by flow cytometry. Western blot was used to detect changes in the expression of related proteins.Results:The expression level of LILRB2 in SW480 was 0.84 ± 0.09, twice higher than that in FHC cells (0.38 ± 0.05) , and the difference was statistically significant ( P<0.05) . After virus infection, the expression of LILRB2 (0.48 ± 0.07) in SW480 cells of the experimental group decreased significantly. CCK-8 experiment results showed that after 12 hours of treatment, the proliferation of SW480 cells in the LILRB2 low expression experimental group was inhibited, and the percentage of apoptosis in SW480 cells in the LILRB2 low expression experimental group increased to 49.3%±1.2%, which was statistically significant ( P<0.05) compared with the percentage of apoptosis in the blank control group and the negative control group (7.48%±0.85%, 7.35%±0.93%) . The ROS level of SW480 cells in the experimental group with low LILRB2 expression was significantly higher than that in the blank control group and negative control group ( P<0.05) . After adding ROS scavenger NAC, the apoptosis of LILRB2 in the experimental group increased. Conclusion:The low expression of LILRB2 inhibits the proliferation of SW480 cells and induces apoptosis, which may play a role by regulating the level of ROS, providing a theoretical basis for the study of LILRB2 in colorectal cancer.

Objective To achieve medical information sharing among different health institutes through constructing image cloud platform, thus establish a diagnosis and treatment system through long range image-viewing. Methods Design and apply image cloud platform in Wuxi people's hospital and other 16 basal level health institutes. Results The goal of sharing the medical equipment and imaging diagnosis expert collaboration at the regional medical institutions was achieved through establishment of the platform. Conclusion The establishment of such platform plays a positive role in balancing health resources, improves the level of basic-level hospital diagnosis and treatment and reduces medical cost.

Covered in the paper is the practice of an information platform of a medical alliance centering on Wuxi People′s Hospital,and its application in 1 6 member hospitals.Thanks to the overall standardization,planning, construction, regulation and synergy of the members in tiered medical services,such a platform contributes positively in sharing management,technology and medical resources among the members.

An inteligent beds monitoring system based on sensor technology is developed. Through the instalation of sensors in the bed, the patient’s vital signs like heart rate, breathing rate can be acquired, other information such as rol over, in/out of bed can be real-time monitored. Also, the system can automaticaly analysis data and remind the nurse if abnormal events happened. After one year's clinical application, the system received the affi rmation from patients and medical staff.

In order to expand the capabilities of hospital's traditional ECG device and enhance medical staff's work efficiency, an ECG monitoring system based on internet of things is introduced. The system can monitor ECG signals in real time and analyze data using ECG sensor, PDA, Web servers, which embeds C language, Android systems, .NET, wireless network and other technologies. After experiments, it can be showed that the system has high reliability and stability and can bring the convenience to medical staffs.
Electrocardiography ; Internet ; Monitoring, Physiologic ; Reproducibility of Results ; Wireless Technology

Objective: To optimize the hospital medical examination process, reduce the patient waiting time. Methods: Established a centralized examination appointment center at outpatient department. Development and implementation of medical examination appointment platform, integrated with the hospital HIS system, PACS systems and queue system. Results:Achieved the function of“one-stop booking, network distribution, multi-point examination”for all patients, a better solution to the disorder problem of medication examination. Conclusion:The implementation of the medication examination platform has played a positive role. Facilitate patient visits, rational use of equipment, improve work efficiency and improve the treatment environment.