The Limits of the Intervention of Public Power in Individual Health Choices——From the Perspective of the Realization of the Right to Health in the Prevention and Control of Chronic Diseases

Noncommunicable chronic diseases have become the most important public health problem in the world today,so the focus of public health services should be shifted from the traditional area of communicable diseases to the prevention and control of chronic diseases.Since bad living habits are the most direct cause of chronic diseases,the most effective measure to prevent and control chronic diseases is to promote healthy lifestyles for the individual citizen.The theories of equal health opportunity,the right to health from the perspective of human rights,and determinants of a healthy society provide justified reasons for the intervention of public power in individual health choices.In the current legal system,the intervention of public power is limited to flexible measures such as health education,which shows respect for individual autonomy.However,it is inconsistent with the needs of current public health practice.We should expand diversified intervention means to encourage individuals to make healthy choices under the guidance of the management model.The“ladder of intervention”outlines a panoramic view of the intervention measures available.However,for the selection of specific measures,it is necessary to consider the public health objectives and the invasion of individual freedom,introduce the“legal reservation principle”and“proportionality principle”as policy analysis tools,and reasonably choose intervention measures at different levels on the ladder to properly handle the tension between public power and private rights.

An Academic Summary of the International Seminar Series on “Protection of the Rights of Specific Groups in Pandemic Prevention and Control”

The international semiinar on"Protection of the Rights of Specific Groups in Pandemic Prevention and Control",organized by the Institute of Human Rights,Wuhan University,under the guidance of the China Society for Human Rights Studies,was held online on May 23,2020.Nearly 50 scholars and practitioners from domestic and foreign universities and research institutions conducted discussions and exchanges focusing on a series of topics including"Leave No One Behind:To Guarantee Specific Groups’Access to Public Service under the Pandemic","Justice for All:Prevention and Relief of Discrimination against Specific Groups",etc.

Development Path and Urgency of Further Strengthening Construction of Public Hospitals Based on Novel Coronavirus Pneumonia Treatment

During the outbreak of novel coronavirus pneumonia(NCP)in Wuhan,public hospitals have played an important role in intensive care,case guidance and scheme optimization.At the same time,it also faces unprecedented challenges and tests.Based on the treatment of severe patients in Wuhan,combined with the treatment practice in Tongji Hospital affiliated to Tongji Medical College,Huazhong University of Science and Technology,this paper puts forward the urgency of further strengthening the construction of public hospitals,discusses the feasible path for promoting the development of public hospitals,so as to meet the growing medical needs of the people,improve the ability to respond to major public health emergencies,and effectively guarantee the safety of people's lives and the promotion of a healthy China construction.

Enlightenment from the COVID-19 Pandemic:The Roles of Environmental Factors in Future Public Health Emergency Response

The coronavirus disease 2019(COVID-19)pandemic is challenging the current public health emergency response systems(PHERSs)of many countries.Although environmental factors,such as those influencing the survival of viruses and their transmission between species including humans,play important roles in PHERSs,little attention has been given to these factors.This study describes and elucidates the roles of environmental factors in future PHERSs.To improve countries’capability to respond to public health emergencies associated with viral infections such as the COVID-19 pandemic,a number of environmental factors should be considered before,during,and after the responses to such emergencies.More specifically,to prevent pandemic outbreaks,we should strengthen environmental and wildlife protection,conduct detailed viral surveillance in animals and hotspots,and improve early-warning systems.During the pandemic,we must study the impacts of environmental factors on viral behaviors,develop control measures to minimize secondary environmental risks,and conduct timely assessments of viral risks and secondary environmental effects with a view to reducing the impacts of the pandemic on human health and on ecosystems.After the pandemic,we should further strengthen surveillance for viruses and the prevention of viral spread,maintain control measures for minimizing secondary environmental risks,develop our capability to scientifically predict pandemics and resurgences,and prepare for the next unexpected resurgence.Meanwhile,we should restore the normal life and production of the public based on the“One Health”concept,that views global human and environmental health as inextricably linked.Our recommendations are essential for improving nations’capability to respond to global public health emergencies.

Security Risk Prevention and Control Deployment for 5G Private Industrial Networks

In this paper,we investigate and analyze the network security risks faced by 5G private industrial networks.Based on current network security architecture and 3GPP requirements and considering the actual application of 5G private industrial networks,a comparative analysis is used to plan and design a private network security construction scheme.The network security construction model,network organization,and key processes of 5G private industrial networks at the current stage are investigated.In addition,the key direction for the next stage of construction is discussed.

Closed-loop prevention and control research of coal mine safety management

According to the current problems of safety management processes in coalmine enterprises,we introduced barrel theory to coal mine safety management,constructedthe closed-loop structure of a coal mine safety management system,andpointed out that efficient safety management lies in three factors:safety quality of all ofthe staff in coal mine enterprises,weak links in security management systems,and cooperationamong departments.After conducting detailed analysis of these three factors,we proposed concrete ways of preventing and controlling potential safety hazards duringthe process of coal mine production.

Interpretation of Information Security and Data Privacy Protection According to the Data Use During the Epidemic

COVID-19 has swept the whole our country and the world in the beginning of 2020.31 provinces and municipalities across the country have launched the first-level response to major public health emergencies since January 24,and China has carried out intensive epidemic control.It is critical for effectively responding to COVID-19 to collect,collate and analyze people’s personal data.What’s more,obtaining identity information,travel records and health information of confirmed cases,suspected cases and close contacts has become a crucial step in epidemic investigation.All regions have made full use of big data to carry out personnel screening,travel records analysis and other related work in epidemic prevention and control,effectively improving the efficiency of epidemic prevention and control.However,data leakage,personnel privacy data exposure,and personal attack frequently occurred in the process of personnel travel records analysis and epidemic prevention and control.It even happened in the WeChat group to forward a person’s name,phone number,address,ID number and other sensitive information.It brought discrimination,telephone and SMS harassment to the parties,which caused great harm to individuals.Based on these,lack of information security and data security awareness and other issues were exposed.Therefore,while big data has been widely concerned and applied,attention should be paid to protecting personal privacy.It is urgent to pay more attention to data privacy and information security in order to effectively protect the legitimate rights of the people.Therefore,measures can be taken to achieve this goal,such as improving the relevant legal system,strengthening technical means to enhance the supervision and management of information security and data protection.

Analysis of CDC’s Role in Public Health Emergencies

Objective:To explore the role of the Centers for Disease Control and Prevention(CDC)in public health emergencies.Methods:The details of 12 public health events that occurred between January 2021 to December 2022 were analyzed to explore the roles of the CDC.Results:There were 160 patients involved in 10 public health events in 2021 and 48 patients involved in 2 public health events in 2022.Besides,the proportion of school public health events in 2022 was 0%,which was lower than in 2021,which was 80%(P<0.05).99.38%of patients during public health events were sent to the hospital promptly in 2022,which was higher than that in 2021,which was 81.25%(P<0.05).Furthermore,the average time taken for the CDC to control public health events in 2022 was 20.11±1.62 hours,and the average time taken to send inspection reports was shorter than that in 2021.The public satisfaction score was also higher in 2022 compared to 2021(P<0.05).Conclusion:The role of the CDC is to control infectious diseases.Therefore,it is important to pinpoint the existing problems in the strategies implemented by the CDC so that more improvements can be made to better prevent infectious diseases.

Effects of policies and containment measures on control of COVID- 19 epidemic in Chongqing

BACKGROUND Coronavirus disease 2019(COVID-19)is an emerging,rapidly evolving disease that spreads through the respiratory system and is highly contagious.In March 2020,the World Health Organization declared the COVID-19 outbreak a pandemic.In China,the pandemic was controlled after 2 mo through effective policies and containment measures.Describing the detailed policies and containment measures used to control the epidemic in Chongqing will provide a reference for the prevention and control of COVID-19 in other areas of the world.AIM To explore the effects of different policies and containment measures on the control of the COVID-19 epidemic in Chongqing.METHODS Epidemiological data on COVID-19 in Chongqing were prospectively collected from January 21 to March 15,2020.The policies and prevention measures implemented by the government during the epidemic period were also collected.Trend analysis was performed to explore the impact of the main policy measures on the effectiveness of the control of COVID-19 in Chongqing.As of March 15,the cumulative incidence of COVID-19 in Chongqing was 1.84/100000(576 cases)and the infection fatality rate was 1.04%(6/576).The spread of COVID-19 was controlled by effective policies that involved establishing a group for directing the COVID-19 epidemic control effort;strengthening guidance and supervision;ensuring the supply of daily necessities and medical supplies and equipment to residents;setting up designated hospitals;implementing legal measures;and enhancing health education.Medical techniques were implemented to improve the recovery rate and control the epidemic.Policies such as“the lockdown of Wuhan”,“initiating a first-level response to major public health emergencies”,and“implementing the closed management of residential communities”significantly curbed the spread of COVID-19.Optimizing the diagnosis process,shortening the diagnosis time,and constructing teams of clinical experts facilitated the provision of“one team of medical experts for each patient”treatment for severe patients,which significantly improved the recovery rate and reduced the infection fatality rate.CONCLUSION The prevention policies and containment measures implemented by the government and medical institutions are highly effective in controlling the spread of the epidemic and increasing the recovery rate of COVID-19 patients.

Validating the CorrectWearing of Protection Mask by Taking a Selfie:Design of a Mobile Application“CheckYourMask”to Limit the Spread of COVID-19

In a context of a virus that is transmissive by sputtering,wearing masks appear necessary to protect the wearer and to limit the propagation of the disease.Currently,we are facing the 2019-2020 coronavirus pandemic.Coronavirus disease 2019(COVID-19)is an infectious disease with first symptoms similar to the flu.The symptom of COVID-19 was reported first in China and very quickly spreads to the rest of the world.The COVID-19 contagiousness is known to be high by comparison with the flu.In this paper,we propose a design of a mobile application for permitting everyone having a smartphone and being able to take a picture to verify that his/her protection mask is correctly positioned on his/her face.Such application can be particularly useful for people using face protection mask for the first time and notably for children and old people.The designed method exploits Haar-like feature descriptors to detect key features of the face and a decision-making algorithm is applied.Experimental results show the potential of this method in the validation of the correct mask wearing.To the best of our knowledge,our work is the only one that currently proposes a mobile application design“CheckYourMask”for validating the correct wearing of protection mask.

Modeling and Simulation of Low Rate of Denial of Service Attacks

The low-rate denial of service attack is more applicable to the network in recent years as a means of attack, which is different from the traditional field type DoS attacks at the network end system or network using adaptive mechanisms exist loopholes flow through the low-rate periodic attacks on the implementation of high-efficiency attacked by an intruder and not be found, resulting in loss of user data or a computer deadlock. LDos attack since there has been extensive attention of researchers, the attack signature analysis and detection methods to prevent network security have become an important research topic. Some have been proposed for the current attacks were classified LDoS describe and model, and then in NS-2 platform for experimental verification, and then LDoS attack detection to prevent difficulties are discussed and summarized for the future such attacks detection method research work to provide a reference.

公立医院廉洁风险防控量化评价研究

目的探讨公立医院廉洁风险防控量化评价,为提升公立医院廉洁风险防控工作质效提供参考。方法自行设计《公立医院权力事项廉洁风险防控检查标准》,从权力运行流程梳理清晰程度、廉洁风险点查找准确程度、防控措施有力程度三个方面对四川大学华西医院各部门/临床医技科室提供的权力事项廉洁风险防控进行评分和评级。结果共检查了236个权力事项的廉洁风险防控情况,根据检查标准,57项评为一档,103项评为二档,76项评为三档,占比分别为24.15%、43.64%和32.20%。经检查,全院236个权力事项的廉洁风险防控检查得分为(5.82±1.92)分,其中,流程维度得分为(2.11±0.75)分,风险点查找维度得分为(1.89±0.75)分,防控维度得分为(1.89±0.79)分,体现出部分单位的工作流程不够清晰、个别风险点查找不准确、防控措施不具体等问题。结论医院要结合自身工作环节的问题,从思想、行为、成效和考核评价几方面入手,着力思考廉洁风险防控长期建设中的具体化、精准化、显著化和可量化。

急倾斜特厚煤层冲击地压防治探索与总结

急倾斜特厚煤层开采顶板破断运动复杂,应力和能量演化规律特殊,在深部“三高一扰动”影响下,冲击地压防治不容乐观。基于某矿2016年冲击地压事故后急倾斜特厚煤层水平分段开采冲击地压防治经验,从急倾斜特厚煤层水平分段开采冲击地压发生机理、瓦斯突出与冲击地压综合防治和冲击地压管理详细介绍了该矿7年来急倾斜特厚煤层冲击地压防治经验。冲击地压发生机理方面,建立了顶板岩层倾斜悬臂梁模型,揭示了顶、底板覆岩结构破断失稳演化过程,划分了夹持煤体受力状态分区,提出了急倾斜特厚煤层冲击“夹持理论”。瓦斯突出与冲击地压综合防治方面,基于冲击地压灾害控制解危技术的强度弱化减冲理论,结合原有防突措施体系,提出了既能防冲且对防突有利的解危措施,形成了某矿瓦斯/CO_(2)突出-冲击地压“双防”技术体系,建立了适用于某矿急倾斜特厚煤层水平分段开采的冲击地压防治体系,以钻屑量和瓦斯吸解值验证了瓦斯突出防治的强度保障,同时以加强实施卸压措施工作面的微震事件分布及各能级总频次和能量对比,论证说明了卸压方案防治效果的有效性。冲击地压管理方面,形成了预测评价、监测预警、治理预防、效果检验、安全防护和教育培训“六位一体”综合防治架构,基于《煤矿安全规程》和《防治煤矿冲击地压细则》等各项规定,制定了Q/YJMD-—FC 0104-2022《窑街煤电集团有限公司煤矿冲击地压防治第四部分:冲击地压防治技术规范》。

生成式人工智能个人信息安全挑战及敏捷治理

生成式人工智能秘密收集个人敏感数据,冲破“知情同意”原则和“最小必要”原则的限制,或将使信息关联违法高发。生成式人工智能信息收集行为主动、收集内容全面、泛化能力强劲,对“知情同意”原则和“最小必要”原则带来严重挑战。宏观层面,我国现有民事法律无力于数据安全治理,刑事法律缺乏明确的违法计量标准,由行政法规挑起数据法治大梁。微观层面,我国现有法律规范体系对被侵权人加以不合理的举证义务,司法救济路径单一,不利于权利救济。选择风险控制路径,从算法协议透明化、治理场景化和多方位协同化应对信息关联违法等方面展开制度构建,引入个人敏感数据单独监管制度和预防性公益诉讼制度破解该困局。

粮食作物中真菌毒素脱毒技术及其防控措施研究进展

对粮食作物中真菌毒素的物理、生物及化学脱毒技术以及在粮食作物不同生产阶段的真菌毒素防控措施的研究进展进行了综述,其中重点围绕各类脱毒技术和防控措施的优缺点及适用范围进行了阐述,以期为推动粮食减损和保障食品安全提供思路。

2023年江苏省疾控机构公共场所卫生监测能力现状调查

目的了解2023年江苏省各级疾控机构公共场所卫生监测能力现状,分析存在的问题及其原因。方法于2023年6月,采用普查的方式,问卷调查江苏省所有市级和县级疾控机构公共场所卫生监测能力(人员配置、指标检测能力及其计量认证通过率)现状,并对不同级别、不同地区疾控机构进行比较分析。结果调查覆盖江苏省全省13个设区市,95个县(市、区)。共回收疾病预防控制机构调查问卷111份,其中市级13份,县级98份;调查内容涵盖人员队伍状况和实验室检测能力5大类31项检测指标。在人员配置方面,市级疾控机构环境卫生岗位设置以专职为主,县级以兼职为主。31项检测指标中,以市级为单位,13家市级总指标计量认证通过率为86.1%(347/403),以县级为单位,98家县级总指标计量认证通过率为51.2%(1555/3038);在计量认证通过率方面,市级疾控机构高于县级。在具备检测能力且通过计量认证指标监测能力方面,室内空气PM2.5等8项;公共用品用具pH值等2项;游泳池水、浸脚池水及沐浴水浊度等5项指标监测能力在不同级别疾控机构之间存在差异(χ2为3.87~42.05,P<0.05)。不同地区疾控机构在31项检测指标中,室内空气类氨和集中空调通风系统冷却水及沐浴水类嗜肺军团菌在不同地区疾控机构之间存在差异(χ^(2)分别为8.81和6.39,P<0.05)。监测能力整体评估显示,市级疾控机构公共场所卫生监测能力普遍高于县级,且苏中地区监测能力超过苏南和苏北地区。结论按监测能力综合评估,江苏省县级疾控机构公共场所监测能力总体较低,不同级别疾控机构中市级在人员配置及卫生监测能力上均高于县级,不同地区疾控机构在人员配置及卫生监测能力上存在地区差异,苏北地区以年轻人为主,苏中地区监测能力超过苏南和苏北地区。

突发重大公共卫生事件中信息疫情防治策略研究

突发重大公共卫生事件涉及范围广泛、影响区域庞大,对社会发展以及人民生命健康构成重大威胁。信息疫情防治策略的研究在突发重大公共卫生事件中起着举足轻重的作用。本文从背景、挑战、策略以及未来展望4个方面,探讨了突发重大公共卫生事件背景下的信息疫情防治策略。通过运用信息化技术构建突发重大公共卫生事件防控体系,普及健康教育和卫生知识,建立突发重大公共卫生事件知识库,将能够更为有效地预防和控制突发重大公共卫生事件的扩散,保障社会稳定以及人民身心健康。

干部考核标准化线上评议系统的研究和应用

本研究旨在探讨计算机和网络技术在政务部门的标准化应用情景研究,通过设计、研发、应用干部考核标准化线上评议系统,并在疫情特殊环境下得到应用,实现既符合疫情人群不聚集的要求,又加快推进线上考核评议工作标准化的进程,本文对其研究与应用进行了讨论和分析。这些结果对于深入理解政务业务标准化具有重要意义。

宋代地方政府公信力损耗及其治理论析

政府公信力是社会公众对政府履职能力的认可和信任度,属于政府的无形资产。宋代地方政府在行政中公信力损耗严重,主要表现在政策执行朝令夕改、失信于民,官员滥用权力残害民众、贪赃腐败、渎职怠政等方面。导致这种情况的原因包括部分官员素质较差,地方财政窘迫,中央政令和考核指标要求以及监督问责体制难以发挥实效等。为了挽回民众信任,宋朝统治者也提出一系列防治举措,既有制度层面的法令规章,也有执行层面的人事运作,还包括诸如《官箴书》之类的劝诫引导等,并取得一定成效。但由于缺乏严格的惩治措施和长效问责机制,特别是中央决策的可行性和对地方财政的搜刮,导致地方政府违法扰民问题仍屡禁不止,治理效果大打折扣。所以宋代民众以“不清不浊”的浆水色来形容地方政府和官员,其中的经验教训值得认真反思。

Preventive Control for Power System Transient Security Based on XGBoost and DCOPF with Consideration of Model Interpretability

This paper proposes a new approach for online power system transient security assessment(TSA)and preventive control based on XGBoost and DC optimal power flow(DCOPF).The novelty of this proposal is that it applies the XGBoost and data selection method based on the 1-norm distance in local feature importance evaluation which can provide a certain model interpretability.The method of SMOTE+ENN is adopted for data rebalancing.The contingency-oriented XGBoost model is trained with databases generated by time domain simulations to represent the transient security constraint in the DCOPF model,which has a relatively fast speed of calculation.The transient security constrained generation rescheduling is implemented with the differential evolution algorithm,which is utilized to optimize the rescheduled generation in the preventive control.Feasibility and effectiveness of the proposed approach are demonstrated on an IEEE 39-bus test system and a 500-bus operational model for South Carolina,USA.