This article comes from WeChat WeChat official account:Mr. Sai (ID: Mr Science 100), Author: Lu Feng, editor: Ye Shuisong, original title: "China’s disease control in past lives, can the brain drain be curbed after the reform", title from: vision china.

Public health, disease control system, disease control center, preventive medicine, not to mention ordinary people, even many medical people have few estimates that these four words can be clearly stated and clearly understood.

In fact, the development of public health work has been accompanied by the reform of the disease control system. Under the leadership of the Health and Health Commission, the CDC, as the main technical department, undertakes most of the public health and disease prevention and control work, and preventive medicine is the main professional talent recruited by each CDC every year.To sum up, the four words are independent and inseparable. No matter how some people deny their relationship, they all accompany and complement each other in the development of China’s disease control system.

From the historical experience of our country, it is the development of preventive medicine that leads the development of the whole disease control system. At present, the difficulties encountered by the disease control system are also the difficulties encountered by preventive medical talents, and the reform of the disease control system should also focus on the reform of the talent team.

First, the birth of health and epidemic prevention stations and preventive medicine, and some achievements.

In 1950, the former Ministry of Health put forward the policy of "prevention first" and set up public health specialty in some medical colleges and universities.

In August, 1954, the Ministry of Health held the 10th National Conference on Higher Medical Education, and determined that the educational system of preventive medicine was five years, which was implemented from 1955. Since then, preventive medicine has grown "slowly" as a medical subject in colleges and universities.

Publicity pictures of "Send the plague"

At the same time, in 1953, China established health and epidemic prevention stations nationwide. From the province to every county, more than 2,000 health and epidemic prevention stations will be built soon. After that, the prevention and control of "four pests" and "plague, cholera, smallpox, parasitic diseases, hemorrhagic fever, measles and other infectious diseases" were mostly carried out by local health and epidemic prevention stations, and for a long time afterwards, it was the most brilliant era of public health work in China.

Second, under the tide of market economy, public health has obvious shortcomings.

In the late 1970s and early 1980s, under the background of marketization, health and epidemic prevention stations at all levels were supported by policies, so they actively participated in the market economy.

Until around 2000, it was the golden age for the development of epidemic prevention stations, especially in the economically developed coastal areas. All kinds of medical talents were proud to enter epidemic prevention stations, but at this time, there was a shortcoming in the development of public health work in the country. The epidemic prevention stations in economically developed areas were attractive, but the underdeveloped areas could not attract talents, and the development of public health work was difficult.

At that time, many areas in southern China suffered from schistosomiasis.

Even the economically developed coastal areas have a large number of talents, but they mainly participate in the market economy and pay no attention to the public health work of public welfare.

Three, the establishment of disease control centers at all levels throughout the country, after two major epidemics.

In 2002, China National Center for Disease Control and Prevention was established, which was formed by stripping the health supervision function from the original health and epidemic prevention station and setting up health supervision stations in various places instead. At this time, the CDC is a public welfare state-funded institution.Because of the huge income gap with hospitals, a large number of five-year preventive medical talents left CDC to engage in clinical work in hospitals..

Until 2009, the professional talents of CDC were almost exhausted. In the first five years of 2009, all medical majors can engage in clinical diagnosis and treatment, subject to the direction of registration. Preventive medicine belongs to the medical profession and can be admitted as a medical practitioner. After practicing, it can be registered in all directions of clinical medicine.

In 2009, the Law on Medical Practitioners was revised, and the registration direction of preventive medicine was fixed, and only the public health direction was registered, which completely blocked the possibility of preventive medical students engaging in clinical diagnosis and treatment.

When SARS broke out in 2003, public health was raised to the level of national security. In the following years, CDC at all levels made great efforts to build institutions and expand their personnel, but they still couldn’t stop the brain drain. However, SARS came and went in a hurry, leaving no time for people to reflect.

In 2009, the new medical reform mentioned public health, but did not mention CDC. From beginning to end, CDC, as the main force of public health work, remained calm as usual, and the proportion of preventive medical students changing careers continued to expand.

The key to the problem is not only the low treatment of disease control, butThe huge gap between preventive medicine and clinicians’ income, both of which are five-year medicine.Preventive medicine also needs to be a licensed physician. The training in school is not inferior to clinical medicine, but the career development after graduation is quite different. This is the root of brain drain.

At the beginning of 2020, the news media connected experts from CDC to judge the epidemic trend.

At the end of 2019, the epidemic broke out in COVID-19, and the people of the whole country fought a beautiful war against the epidemic.

Four, the National Bureau of Disease Control and Prevention was established, but the direction of reform is unknown.

The candidates for the director and three deputy directors of the National Bureau of Disease Control and Prevention were released.

On April 28, 2021, the candidates for the director and three deputy directors of the National Bureau of Disease Control and Prevention were released.This also marks the birth of a new national bureau. The full name of the former CDC was National Health Commission CDC, but the name of this official announcement is National CDC, which has no prefix of Health and Health Commission.

As a practitioner of a grassroots CDC and a preventive medical student, this news is undoubtedly exciting. The call for reform of the CDC system has been going on for a long time, but how to change it has always been a "very difficult thing". Now, finally, a real hammer institution has emerged.However, we should be clear that even if the National CDC is established, it is impossible to completely solve this "very difficult thing".

The establishment of the National Bureau of Disease Control and Prevention represents the country’s attention to the construction of China’s disease prevention and control system, but the construction of the disease prevention and control system can not be summarized by the establishment of a bureau. The key depends on how to set up the network structure of the national disease control system.

Judging from the only official propaganda materials at present, the direction of the reform of China’s disease control system is not clear, and it is not known whether it has been completed or not. At present, judging from the establishment of the National Bureau of Disease Control, the reform of China’s disease control institutions will mainly be divided into two major directions.One is similar to the national medical insurance bureau and independent of the health and health commission.In this way, all provinces, cities and counties need to set up according to this, from the Health and Health Commission to allocate relevant leaders and staff to the newly established CDC at all levels, and all future work will be carried out independently of the Health and Health Commission. Of course, there will also be problems related to the personnel and function setting of the health supervision office and the CDC, which is something to be considered after the general direction is clear;The other is similar to state administration of traditional chinese medicine, although it is listed as a new bureau, it is still managed by the National Health and Wellness Committee.In this way, although all provinces, cities and counties will be listed on the CDC, there will be changes in personnel and job responsibilities, but they are still affiliated to the Health and Health Commission, and in fact they are still a team.

At present, the major reform directions are only the above two. No matter how to change, it is an exploration and improvement of the construction of our disease control system. What we individuals need to do is to fully support the reform of the country.

Disease prevention and control and medical treatment have the same goal, and both pursue human health. At present, the direction of industry efforts is also the integration and complementarity of medical prevention and treatment, but the means and methods in their actual work are quite different, and the integration is very difficult. At present, the responsibilities and capabilities of disease prevention and control institutions at all levels are completely different, which is also the most important reason why reform is a "very difficult thing".

National, provincial, municipal and district(county)At present, villages and towns are the five-level network of administrative division in China, so is the disease control system, which is like a network. As long as this network is not damaged or missed, the disease control system can play its functional role.

This reform needs to weigh the needs of all levels of the five-level system, so that the reformed five-level system can exert its maximum efficiency and avoid any leakage.

At present, no matter which level of the five-level system is facing a serious brain drain, the urgent task of reform must be to attract, train and retain talents. Reform is a powerful driving force for social development, and the country has undoubtedly taken a solid step on the road of reform in the construction of disease control system. As preventive medical students, we also look forward to the early official announcement of the national reform plan.

This article comes from WeChat WeChat official account:Mr. Sai (ID: Mr Science 100), Author: Lu Feng

　　CCTV News:According to "Xiangtan CDC" WeChat WeChat official account news, on October 10th, 2022, a case of asymptomatic COVID-19 infection was found in Xiangtan County, Hunan Province during the quarantine control of key personnel involved in the epidemic, and is currently being isolated and observed in designated hospitals. Xiangtan City and Xiangtan County have immediately launched emergency response, and fully carried out the work of tracing the source, investigation and control, nucleic acid detection and on-site disposal.

　　Main activity track:

　　October 5 th

　　At 10:30, drive from Shangshuyuan, Ganlong, Yisuhe Town, Xiangtan County to Shengshi Kangcheng.

　　Drive to Haitang Garden at 11:00.

　　Drive from Haitang Garden to Changsha at 11:30.

　　13:10 Arrive at the ground parking lot of New Times Square in Kaifu District, Changsha City.

　　Attend the training from 13: 20 to 18: 00 on the 10th floor of North Building of New Times Square.

　　From 18: 00 to 21: 00, have dinner at the Lotus Pond Restaurant opposite New Times Square.

　　At 21:00, I drove back to Xiangtan from Outangbian Restaurant.

　　At 22:30, it passes through the second phase of Napaxigu Community in Yuetang District, Xiangtan City.

　　22:42-23:31 Arrive near Hongsheng Yipin Mansion in Yuetang District and chat on the private car.

　　At 24:00, I passed the Haitang Garden in Yisuhe Town and returned to the home of Shangshuyuan in Ganlong, and did not go out after that.

　　October 6th.

　　At 9:45, I drove from Ganlong Shangshuyuan to the famous teacher’s shop to shampoo.

　　At 10:25, I started from a famous teacher’s shop and stopped at the roadside of Forest Yayuan Community on Dapeng Road for a short time.

　　10:30-11:17 Decoration design in Shengshi Kangcheng.

　　Arrive at Haitang Garden by car at 11:26.

　　At 12:02, I drove from Haitang Garden to Changsha.

　　13:30 Arrive at the ground parking lot of New Times Square in Kaifu District, Changsha City.

　　Attend the training from 13: 30 to 18: 00 on the 10th floor of North Building of New Times Square.

　　18:10-21:00, eat at the Lotus Pond Restaurant opposite New Times Square.

　　At 21:00, take a private car (on behalf of the peers) and leave from the restaurant at Outangbian and return.

　　At 22:00, it passes through the second phase of Napaxigu Community in Yuetang District, Xiangtan City.

　　Arrive at Xiangtan Maternal and Child Health Hospital at 22:15 and stay for about 2 minutes.

　　22:35-23:15 Drive back to Haitang Garden and chat in the car.

　　At 23:24, I drove back to my home in Shangshuyuan, Qianlong, and didn’t go out after that.

　　October 7th.

　　From 11: 50 to 13: 25, drive from Shangshuyuan in Qianlong to attend the wedding in the Lotus Hall on the first floor of Xintian International Hotel.

　　13:46-14:18 Drive to Lianhai Trade City to buy decoration materials.

　　At 14:35, I drove back to my home in Shangshuyuan, Qianlong.

　　21:00-21:04 Drive to Haitang Garden.

　　At 23:10, the self-driving car arrived at the charging station of Jiangwan Square to charge the car.　

　　October 8 th

　　At 1:00, drive back to Ganlong Shangshuyuan from Jiangwan Square charging station.

　　At 15:22, I drove to Xiangtan County People’s Hospital to carry out nucleic acid detection, and then transferred it to a designated hospital for isolation observation. Since October 5, people who have crossed the above activity tracks immediately took the initiative to report to their communities (villages), work units or hotels, and cooperated with the implementation of corresponding prevention and control measures such as centralized isolation, nucleic acid detection and health monitoring. The general public and those who come to (return to) Tan are requested to pay attention to the official authority release, and do not believe in rumors, spread rumors or make rumors; Enhance awareness of prevention, strictly implement the requirements of "health first responsible person", take the initiative to fulfill epidemic prevention obligations, pay attention to their own health status, do personal protection, maintain a safe social distance, and contribute to epidemic prevention and control. Those who do not cooperate with the implementation of prevention and control measures and cause the spread of the epidemic will be investigated for legal responsibility according to law.

　　Now, the candidates and projects recommended by the evaluation committee for the highest science and technology award, natural science award, technological invention award, scientific and technological progress award and international science and technology cooperation award in Shandong Province in 2015 will be publicized to the public.
　　The candidates and projects for publicity were also publicized on the websites of Shandong Provincial People’s Government (http://www.shandong.gov.cn), Shandong Provincial Department of Science and Technology (http://www.sdstc.gov.cn) and Science and Technology Information on November 6, 2015.
　　According to the relevant regulations, if there is any objection to the proposed award candidates and projects publicized, it shall be submitted in writing within 30 days from the date of publicity to the office of Shandong Science and Technology Awards Committee (located in the Science and Technology Achievements Department of the Provincial Science and Technology Department, address: No.607 Shunhua Road, Jinan High-tech Zone, zip code: 250101).

　　Shandong Province Science and Technology Highest Award (2 persons)
Li Shucai
　　Li Shucai, male, born in December 1965, Laishui, Hebei Province, graduated from Shandong University of Science and Technology in 1987. In 1990, he received a master’s degree in geotechnical engineering from Shandong University of Science and Technology, and a doctoral degree in geotechnical engineering from Wuhan Institute of Geotechnical Mechanics, Chinese Academy of Sciences in 1996. He is currently the vice president, professor and doctoral supervisor of Shandong University. In 2006, he was supported by the National Fund for Distinguished Young Scholars, and in 2007, he was selected as a Changjiang Scholar distinguished professor. He has served as deputy director of the Key Laboratory of Geotechnical Mechanics of Chinese Academy of Sciences and vice president and dean of the School of Civil Engineering and Water Conservancy of Shandong University. He is also the vice chairman of the Chinese Society of Rock Mechanics and Engineering and the chairman of the Underground Engineering Branch of the Chinese Society of Rock Mechanics and Engineering. He is the chief scientist of the National 973 Program, the first batch of "Ten Thousand Talents Program" and the national outstanding scientific and technological workers.
　　Professor Li Shucai has been engaged in the research and development of geotechnical engineering for 25 years, and closely combined with the major needs of disaster prevention and mitigation of water inrush and mud outburst in infrastructure construction such as highways and railways, he has created key technologies such as advanced prediction of tunnel adverse geology, prediction, early warning and treatment of water inrush and mud outburst, which has made outstanding contributions to disaster prevention and mitigation in tunnel construction.
　　The theory, method and technology of advanced prediction of unfavorable geology such as tunnel water inrush and mud outburst disaster source were established, and the method and instrument for estimating the water content in front of the tunnel were invented, which realized the three-dimensional imaging of the disaster-causing structure and the estimation of static water storage in the range of about 40m in front of the tunnel. It was successfully applied to the tunnel construction by drilling and blasting method for more than 100 times, and was first carried on the TBM produced by our country. A four-stage comprehensive advanced prediction method and technology are established, which greatly improves the prediction accuracy. It solves the key problems of "undetectable, inaccurate and quantitative" in disaster source prediction.
　　The comprehensive prediction theory and early warning key technology of major water inrush and mud outburst disasters in tunnels are established, and the effective prevention and active regulation of dynamic disasters of water inrush and mud outburst are realized. The method and technology of water inrush and mud outburst disaster control are innovated, and the technical problem of high pressure and large flow dynamic water plugging is solved.
　　The achievements have been successfully applied in a series of national key and difficult projects, such as the high-risk karst tunnel group of Hubei Hurongxi Expressway, Qingdao Jiaozhou Bay subsea tunnel, Chenglan railway tunnel group, Three Gorges dam-turning expressway tunnel group, Hubei West Expressway tunnel group, Jiangxi Jilian Expressway Yonglian Tunnel, Nanjing Metro, Guangzhou Metro and Qingdao Metro, which have avoided the occurrence of major water inrush and mud outburst disasters and ensured the safety construction of the project.
　　Professor Li Shucai presided over more than 20 national science and technology projects, and enterprises and institutions entrusted more than 100 major projects. He won four second prizes for national scientific and technological progress (two first prizes, one second prize and one fourth prize respectively), four first prizes for provincial and ministerial scientific and technological progress (all first prizes), published more than 120 papers included in SCI/EI, published four monographs and authorized 25 invention patents (all first prizes). More than 50 doctoral and master students have been trained.
Chen Zijiang
　　Chen Zijiang, female, born in October 1959, Liuyang, Hunan, is a professor and doctoral supervisor of Shandong University. Graduated from Shandong Medical College in 1984 with a bachelor’s degree in medicine; In 1986, he obtained a master’s degree in obstetrics and gynecology from Shandong Medical College. In 1989, he received a doctoral degree in obstetrics and gynecology from Shandong Medical College. He is currently vice president of Shandong University, director of Qilu Medical Department, director of reproductive medicine research center, director of key laboratory of reproductive endocrinology and Ministry of Education, and director of national assisted reproduction and eugenics engineering technology research center. He is a famous obstetrician and gynecologist, the chief scientist of the National 973 Program, a leading figure in gynecology and endocrinology in China, and a winner of the National "May 1" Labor Medal and the the State Council Municipal Government Allowance. He is currently a core member of several important international academic organizations and enjoys a high international reputation.
　　It has established the only "National Research Center for Assisted Reproductive and Eugenics Engineering Technology" in the field of reproductive medicine in China, pioneered human intrauterine gamete transplantation (GIUT) and ultrasound minimally invasive treatment of polycystic ovary syndrome (PCOS), and successively gave birth to the world’s first GIUT IVF and China’s first IVF IVF IVF. The success rate of its leading team’s assisted reproductive technology (ART) is 55%, which is at the world’s leading level. Through the close combination of assisted reproductive technology and the prevention and treatment of genetic diseases, we have independently developed and applied the preimplantation genetic diagnosis technology covering more than 100 genetic diseases, giving birth to the first healthy offspring of genetic carriers such as hereditary deafness and hepatolenticular degeneration in China, helping more than 1,000 families with a history of genetic diseases to have healthy children every year, making an important contribution to improving the quality of the population.
　　The study of genetic etiology of PCOS has solved the world problem. In-depth study of the etiology and pathology of PCOS and other diseases has found and identified a number of new genes related to the disease, providing new targets for early prevention and treatment of the disease. The results have been published in internationally renowned magazines such as Nature Genetics and American Human Genetics. Professor Strauss, a famous American gynecologist and academician, called it a "major milestone" in the history of PCOS genetics research.
　　Professor Chen Zijiang presided over 3 major national scientific research projects (973 projects), 1 "863" project, 1 special scientific research project of public health industry and 1 key project of National Natural Science Foundation. Won two second prizes for national scientific and technological progress (first and second respectively), one third prize for national invention (second place), one science and technology prize in ho leung ho lee foundation (first place) and one second prize in China Medical Science and Technology Award (first place); Won two first prizes for scientific and technological progress in Shandong Province (both first). Has trained more than 100 doctors, masters and 12 postdoctoral students; There is one excellent blogger in China and three outstanding talents in the new century from the Ministry of Education.
Shandong Natural Science Award
First prize (5 items)
　　1. Research on the theory and application of fractional calculus in abnormal transport process.
　　Completed by: Jiang Xiaoyun (Shandong University)
　　　　　　Wang Shaowei (Shandong University)
　　　　　　Qi Haitao (Shandong University)
　　　　　　Cui Mingrong (Shandong University)
　　2. Fluorescence sensing analysis of intracellular active molecules related to major diseases.
　　Completed by: Tang Bo (Shandong Normal University)
　　　　　　Li Ping (Shandong Normal University)
　　　　　　Li Na (Shandong Normal University)
　　　　　　Wang Xu (Shandong Normal University)
　　3. Basic research and sensing mechanism of paper chip microfluidic based on structural control and photoelectric properties.
　　Completed by: Yu Jinghua (Jinan University)
　　　　　　Ge Shenguang (Jinan University)
　　　　　　Yan Mei (Jinan University)
　　　　　　Huang Jiadong (Jinan University)
　　4. The new discovery and functional study of leprosy dermatosis gene.
　　Completed by: Zhang Furen (Shandong Institute of Dermatology and STD Prevention)
　　Liuhong (Shandong Institute of Dermatology and STD Prevention)
　　Fu Xi ‘an (Shandong Institute of Dermatology and STD Prevention)
　　Wang Chuan (Shandong Institute of Dermatology and STD Prevention)
　　Yang Qing (Shandong Institute of Dermatology and STD Prevention)
　　5. Study on the mining and regulation mechanism of plants’ genes responding to temperature and high salt stress.
　　Completed by Zheng Chengchao (Shandong Agricultural University)
　　　　　　Wu Chang ‘ai (Shandong Agricultural University)
　　　　　　Huang Jinguang (Shandong Agricultural University)
　　　　　　Yan Kang (Shandong Agricultural University)
　　　　　　Yang Guodong (Shandong Agricultural University)
Second prize (9 items)
　　1. Numerical methods of convection-diffusion equation and Stokes-Darcy coupling equation.
　　Completed by: Rui Hongxing (Shandong University)
　　　　　　Wang Kaixin (Shandong University)
　　　　　　Fu Hongfei (Shandong University)
　　　　　　Zhang Ran (Shandong University)
　　2. Dissipation, stability and control of stochastic nonlinear systems.
　　Completed by: Wu Zhaojing (Yantai University)
　　　　　　Cui Mingyue (Qufu Normal University)
　　3. Research on the application of quantum entanglement in quantum information and dynamic manipulation.
　　Completed by: Xia Yunjie (Qufu Normal University)
　　　　　　Man Zhongxiao (Qufu Normal University)
　　　　　　Zhang Yingjie (Qufu Normal University)
　　4. Study on surface wetting bionics and surface/interface mechanics of micro-nano structures.
　　Completed by: Liu Jianlin (China Shiyou University (East China))
　　　　　　Xiare (Wuhan University)
　　5. Structural characteristics and quantum scattering of small molecules
　　Completed by: Zheng Yujun (Shandong University)
　　　　　　Han Boran (Shandong University)
　　　　　　Ding Shiliang (Shandong University)
　　6. Study on the influence of material microstructure and electronic structure regulation on its physical properties.
　　Completed by: Huang Baibiao (Shandong University)
　　　　　　Dai Ying (Shandong University)
　　　　　　Wang Zeyan (Shandong University)
　　　　　　Zheng Zhaoke (Shandong University)
　　　　　　Cheng Hefeng (Shandong University)
　　7. A series of studies on the pathogenesis of immune thrombocytopenia.
　　Completed by: Hou Ming (Qilu Hospital of Shandong University)
　　　　　　Shi Yan (Qilu Hospital of Shandong University)
　　　　　　Peng Jun (Qilu Hospital of Shandong University)
　　　　　　Wang Lin (Qilu Hospital of Shandong University)
　　　　　　Liu Xinguang (Qilu Hospital of Shandong University)
　　8. Microbial monitoring in aquaculture environment and its infection effect and the occurrence, spread and infection mechanism of aerosol.
　　Completed by: Chai Tongjie (Shandong Agricultural University)
　　　　　　Wang Yaling (Shandong Agricultural University)
　　　　　　Li Xiaoxia (Shandong Agricultural University)
　　　　　　Duan Huiyong (Shandong Agricultural University)
　　　　　　Zhong Zhaobing (Shandong Agricultural University)
　　9. Diversity of Genus and Species of Asexual Myxomycetes
　　Completed by: Zhang Xiuguo (Shandong Agricultural University)
　　　　　　Ma Jian (Shandong Agricultural University)
　　　　　　Zhang Yidong (Shandong Agricultural University)
　　　　　　Zhang Kai (Shandong Agricultural University)
　　　　　　Ma Liguo (Shandong Agricultural University)
Shandong Technological Invention Award
First prize (4 items)
　　1. Multi-character compound breeding technology for various aquatic animals.
　　Completed by:
　　Kong Jie (Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences)
　　Luan Sheng (Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences)
　　Meng Xianhong (Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences)
　　Wang Weiji (Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences)
　　Luo Kun (Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences)
　　Wang Qingyin (Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences)
　　2. Key technologies and applications of heat-proof, wave-transparent and load-bearing integrated multifunctional materials.
　　Completed by:
　　Wang Chonghai (Sinoma High-tech Materials Co., Ltd.)
　　Wang Hongsheng (Sinoma High-tech Materials Co., Ltd.)
　　Wei Qihong (Sinoma High-tech Materials Co., Ltd.)
　　Li Ling (Sinoma High-tech Materials Co., Ltd.)
　　Liao Rong (Sinoma High-tech Materials Co., Ltd.)
　　Di Ping (Shandong Industrial Ceramics Research and Design Institute Co., Ltd.)
　　3. Analysis method and key control technology of deformation and failure of nonholonomic rock mass under complex conditions.
　　Completed by: Jiang Yujing (Shandong University of Science and Technology)
　　Wang Gang (Shandong University of Science and Technology)
　　Wang Qi (Shandong University)
　　Zhang Bo (Shandong University)
　　Li Fangdong (China Railway 14th Bureau Group Fifth Engineering Co., Ltd.)
　　Wu Xuezhen (Shandong University of Science and Technology)
　　4. Rapid pyrolysis of agricultural and forestry wastes in self-mixing downward circulating fluidized bed and high-value cascade utilization of products.
　　Completed by: Tian Yuanyu (Shandong University of Science and Technology)
　　Qiao Yingyun (Shandong University of Science and Technology)
　　Gaixikun (Shandong University of Science and Technology)
　　Qiao sheng (Beijing news technology co., ltd.)
　　Sun Mingguang (Shandong Innovation Humic Acid Technology Co., Ltd.)
　　Feng Guangxiang (Beijing Aojia Ecological Agriculture Co., Ltd.)
Second prize (7 items)
　　1. Development and application of small and medium-sized energy-saving refrigeration equipment and high-humidity frost-free cold storage.
　　Completed by: Rumeson (shandong institute of pomology)
　　　　　　Wang Shuzhen (shandong institute of pomology)
　　　　　　Yang Juanxia (shandong institute of pomology)
　　　　　　Yulanling (shandong institute of pomology)
　　　　　　Zhang Xuedan (shandong institute of pomology)
　　　　　　Sun Jiazheng (shandong institute of pomology)
　　2. Green preparation, separation and purification technology of chitosan oligosaccharide and oligosaccharide and its application.
　　Completed by: Li Pengcheng (Institute of Oceanography, China Academy of Sciences)
　　　　　　Xing Ronge (Institute of Oceanography, China Academy of Sciences)
　　　　　　Liu Song (Institute of Oceanography, China Academy of Sciences)
　　　　　　Li Kecheng (Institute of Oceanography, China Academy of Sciences)
　　　　　　Qin Yukun (Institute of Oceanography, China Academy of Sciences)
　　　　　　Yu Huahua (Institute of Oceanography, China Academy of Sciences)
　　3. Key technologies of mass storage system
　　Completed by:
　　Wang Endong (Inspur Electronic Information Industry Co., Ltd.)
　　Zhang Haitao (Inspur Electronic Information Industry Co., Ltd.)
　　Wenzhongling (Inspur Electronic Information Industry Co., Ltd.)
　　Li Ruidong (Inspur Electronic Information Industry Co., Ltd.)
　　Zhang Liqiang (Inspur Electronic Information Industry Co., Ltd.)
　　Ge Feng (Inspur Electronic Information Industry Co., Ltd.)
　　4. Development of MRC geo-steering system.
　　Completed by:
　　Yang Jinzhou (Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.)
　　Zhang Haihua (Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.)
　　Yang Quanjin (Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.)
　　Li Shan (Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.)
　　Xiao Hongbing (Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.)
　　Qinglong Liu (Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.)
　　5. Green design and manufacturing technology and application of refrigeration household appliances.
　　Completed by: Yin Fengfu (Technology R&D Center of Haier Group)
　　　　　　Liu Zhenyu (Haier Group Technology Research and Development Center)
　　　　　　Li Biao (Haier Group Technology Research and Development Center)
　　　　　　Li Yuxiang (Haier Group Technology Research and Development Center)
　　　　　　Li Hongtao (Haier Group Technology Research and Development Center)
　　　　　　Zhou Xiaodong (Haier Group Technology Research and Development Center)
　　6, heavy oil catalytic cracking to produce more propylene and high octane gasoline new technology
　　Completed by: Yang Chaohe (China Shiyou University (East China))
　　Li Chunyi (China Shiyou University (East China))
　　Zhang Qiang (China Shiyou University (East China))
　　Shan Honghong (China Shiyou University (East China))
　　Gao Chuancheng (Shandong Hengyuan Petrochemical Company Limited)
　　Chen Xiaobo (China Shiyou University (East China))
　　7. Large-area nano-imprint lithography technology, equipment and application
　　Completed by: Lan Hongbo (Qingdao University of Technology)
　　Liu Hongzhong (Xi ‘an Jiaotong University)
　　Jiang Weitao (Xi ‘an Jiaotong University)
　　Zhang Xiufang (Qingdao Jiaxing Jingdian Technology Co., Ltd.)
　　Li Xiaoyan (Qingdao Jiaxing Jingdian Technology Co., Ltd.)
Third prize (2 items)
　　1, the key technology of new anti-infectious diseases in veterinary medicine creation.
　　Completed by: Hao Zhihui (Qingdao Agricultural University)
　　Hu Songhua (Zhejiang University)
　　Mu Xiang (Beijing Agricultural College)
　　Zheng Jifang (Lanzhou Institute of Animal Husbandry and Veterinary Medicine, China Academy of Agricultural Sciences)
　　Li Dinggang (Baoding Jizhong Drug Co., Ltd.)
　　Xu Xiaoxi (Jiangxi Zhongcheng Chinese Medicine Raw Materials Co., Ltd.)
　　2. Development and industrialization of tirofiban hydrochloride and its series preparations.
　　Completed by:
　　Zhang Zeping (Lunan Pharmaceutical Group Co., Ltd)
　　Shiqide (Shandong New Age Drug Co., Ltd.)
　　Wang Haixin (Lunanbeite Pharmaceutical Co., Ltd.)
　　Wang Zhaoqin (Lunanbeite Pharmaceutical Co., Ltd.)
　　Yao Jingchun (Lunan Pharmaceutical Group Co., Ltd.)
　　Liu Bingguang (Lunan Pharmaceutical Group Co., Ltd.)
Shandong province science and technology progress award
First prize (19 items)
　　1. Breeding, popularization and application of a new wheat variety Yannong 5158 with high yield, wide adaptability and high quality.
　　Completed by: Yantai Academy of Agricultural Sciences, Shandong Province.
　　Anhui new century agriculture co., ltd
　　Completed by: Wang Jiangchun, Zhang Shanyong, Liu Xueqing, Xin Qingguo, Yin Yan, Huang Daifeng, Chen Kang, Liu Weizheng, Sun Nina, Ding Xiaoyi, Ding Kai and Yan Meiling.
　　2. Breeding of new onion, ginger and garlic varieties and application of new technologies for safe and efficient production.
　　Completed by: Vegetable and Flower Research Institute of Shandong Academy of Agricultural Sciences.
　　Chinese Academy of Agricultural Sciences Institute of Vegetables and Flowers
　　Northwest A&F University
　　Liaoning Academy of Agricultural Sciences
　　Nanjing Agricultural University
　　Completed by: Chen Yunqi, Wu Xiong, Cheng Zhihui, Li Xixiang, Cui Lianwei, Kong Suping, Liu Bingjiang, Gao Limin, Fang Yong, Huo Yumeng, Yang Yanyan, Liu Bo.
　　3. Research and application of disaster mechanism and reduction prevention and control technology of fruit tree moth.
　　Completed by Institute of Plant Protection, Shandong Academy of Agricultural Sciences
　　Shandong Agricultural University
　　Qingdao agricultural university
　　shandong institute of pomology
　　China Agricultural University
　　Henan University of Science and Technology (HAUST)
　　Completed by: Yu Yi, Ren Fengshan, Li Lili, Du Fengpei, Li Dingxu, Xu Yongyu, Sun Ruihong, Men Xingyuan, Zheng Changying, Li Ruijun, Zhang Sicong and Zhang Ansheng.
　　4. Key technologies for efficient production of edible fungi from breeding wastes and comprehensive utilization of mushroom residues.
　　Completed by: Institute of Agricultural Resources and Environment, Shandong Academy of Agricultural Sciences
　　Shandong Agricultural University
　　Shandong province agriculture technology popularizing station
　　Shandong Qihe Biotechnology Co., Ltd.
　　Shandong zuotianshi biology science and technology co., ltd
　　Completed by: Gong Zhiyuan, Wan Luchang, Pang Maowang, Han Jiandong, Ren Haixia, Yao Qiang, Gao Xia, Huang Chunyan, Ren Pengfei, Jia Le, Li Jin and Song Yisheng.
　　5. Research on key technologies and industrialization demonstration of high-quality and efficient production of beef cattle.
　　Completed by: Animal Husbandry and Veterinary Research Institute of Shandong Academy of Agricultural Sciences.
　　Shandong Agricultural University
　　Shandong province animal husbandry station
　　Linyi huier animal nutrition co., ltd
　　Shandong Wudi Huaxing Bohai Heiniu Seed Industry Co., Ltd.
　　Completed by: Wan Fachun, Liu Guifen, Liu Xiaomu, Hu Hongjie, Tan Xiuwen, Jiang Shuzhen, Song Enliang, Cheng Haijian, Zhao Hongbo, You Wei, Shao Zhumin, Yang Zhangang.
　　6. Pathogenic research and prevention and control technology of four main virus diseases in poultry.
　　Completed by: Poultry Research Institute of Shandong Academy of Agricultural Sciences
　　Shandong province animal epidemic disease prevention Yu control center
　　China Agricultural University
　　institute of microbiology, chinese academy of sciences
　　Ganyuanhao biology co., ltd
　　Completed by: Qin Zhuoming, Fu Tian Lin, Zhang Guozhong, Ai Wu, Xu Huaiying, Liu Wenjun, Wang Youling, Huang Bing, Qi Lihong, Liang Junwen, Yue Jianxin and Huang Dihai.
　　7. Technical system of marine monitoring buoy and its engineering application in national marine monitoring network.
　　Completed by: Institute of Marine Instrumentation, Shandong Academy of Sciences
　　Chinese Marine University
　　Completed by: Liu Shixuan, Wang Juncheng, Li Min, Fan Xiutao, Zhang Shuwei, Guo Fadong, Pei Liang, Chen Shizhe, Zhao Jinping, Wang Xiaoyan, Bu Zhaopeng and Qi Yong.
　　8. Application research and industrialization of high-performance optical fiber devices and sensor networks in oil and gas field.
　　Completed by: Laser Research Institute of Shandong Academy of Sciences.
　　CNOOC Donghai Xihu Oil and Gas Operation Company
　　China Petrochemical Shengli Oilfield Petroleum Engineering Technology Research Institute
　　Completed by: Wang Chang, Guo Shisheng, Sun Baoquan, Liu Xiaohui, Qi Haifeng, Sun Zhihui, Lu Jingsheng, Ni Jiasheng, Yang Ping, Li Shujuan, Song Zhiqiang and Shang Ying.
　　9, large belt conveyor system security key technology
　　Completed by Libo Heavy Industry Technology Co., Ltd.
　　Shandong University of Science and Technology
　　China Mining University
　　Taian yingdili electromechanical technology co., ltd
　　Completed by: Zhou Manshan, Zhang Yuan, Zhou Gongbo, Li Wei, Xiao Linjing, zhangxin, Han Rujun, Yu Tao, Meng Qingrui, Sun Hui, Sun Binwu and Zhang Hua.
　　10, coal mine safety comprehensive monitoring system based on optical fiber sensing network.
　　Completed by: Laser Research Institute of Shandong Academy of Sciences.
　　　　　　　Yankuang group co., ltd
　　　　　　　Shandong languang software co., ltd
　　　　　　　Yanzhou coal industry co., ltd
　　　　　　　Shandong weiguanggan electronics co., ltd
　　Completed by: Zhao Zengyu, Liu Tongyu, Gong Zhijie, Lu Xinming, Ma Junpeng, Song Guangdong, Xie Qiangzhen, Deng Xiaolin, Yan Qinyun, Hao Yingge, Zhao Yanjie and Zhao Lin.
　　11. R&D and industrialization of flame retardant automobile interior leather
　　Completed by: Yantai University
　　　　　　　Shandong quanjie leather institute co., ltd
　　Haining sende leather co., ltd
　　Completed by: Wang Quanjie, Duan Baorong, Tang Zhihai, Ding Haiyan, Zhang Mengmeng, Hou Lijie, Wang Yanqing and Liu Guilin.
　　12, efficient large-scale coal water slurry gasification technology
　　Completed by Yankuang Group Co., Ltd.
　　　　　　　East China University Of Science and Technology
　　Completed by: Zhang Minglin, Yu Guangsuo, Lu Wenxue, Liu Haifeng, King Kong, Zhou Zhijie, Jin Junjie, Dai Zhenghua, Zhu Qingrui, Wang Yifei, Guo Baogui, Wang Fuchen.
　　13. Data accumulation, regularity and shared service of marine environmental corrosion of materials
　　Completed by: Qingdao Institute of Marine Corrosion, Iron and Steel Research Institute.
　　University of Science and Technology Beijing (USTB)
　　Qingdao gang Yan na ke detection protection technology co., ltd
　　Completed by: Li Xiaogang, Han Bing, Wu Junsheng, Yang Chaohui, Cheng Xuequn, Huang Guiqiao, Xiao Kui, Zhang Bo, Du Cuiwei, Dong Chaofang, Ding Guoqing, Jin Gao.
　　14. Development and industrialization of high-grade CNC super-large marine plate bending machine
　　Completed by: Taian Hualu Forging Machine Tool Co., Ltd.
　　Nanjing University of Science and Technology
　　Completed by: Liu Qingyin, Wu Kai, Qian Jianxin, Tian Yanxin, Wang Xiaojian, Chang Xin, Sun Yu, Liu Jingshuo, Cheng Guoren, Zhu Zongqiang and Fan Dianming.
　　15. Key technologies and industrialization of large-scale energy-saving and environment-friendly magnetic levitation centrifugal central air conditioning.
　　Completed by: Qingdao Haier Air Conditioning Electronics Co., Ltd.
　　University of Shanghai for Science and Technology
　　Completed by: Guo Defeng, Zhang Hua, Wang Li, Yang Baolin, Chea Chang, Shi Bin, Zhu Lianfu, Chen Xi, Wang Tiewei and Wang Xiyuan.
　　16, thyroid stimulating hormone (TSH) regulation of cholesterol metabolism mechanism and clinical application.
　　Completed by: Shandong Provincial Hospital
　　Completed by: Zhao Jiajun, Song Yongfeng, Xu Chao, Guan Qingbo, Zhang Haiqing, Zhang Bingchang, Yu Yong, Liu Jun, Tian Xingsong, Yu Chunxiao, Zhang Xu and Gao Ling.
　　17, non-small cell lung cancer diagnosis and treatment of key technologies and clinical application.
　　Completed by: Second Hospital of Shandong University
　　Completed by: Zhao Xiaogang, Du Jiajun, Dong Xiaopeng, Zhai Guangxi, Dong Wei, Wang Guanghui, Peng Chuanliang, Cong Bo and Sun Qifeng.
　　18, early detection and reasonable evaluation of traditional Chinese medicine hepatotoxicity technology platform construction and its scientific application.
　　Completed by: Shandong Institute of Traditional Chinese Medicine
　　China Pharmaceutical University
　　Shandong university of traditional Chinese medicine
　　Peking University
　　Completed by: Sun Rong, Zhang Luyong, Zhang Chengbo, Zhang Qingying, Lu Lili, Jiang Zhenzhou, Li Xiaoyu, Mao Jinlong, Li Xiaoyao, Zhang Limei, Huang Wei, Zou Jingwei.
　　19, proton pump inhibitor drug new preparation system construction and broaden the clinical indications and scale industrialization.
　　Completed by: Shandong Luoxin Pharmaceutical Group Co., Ltd.
　　Shandong yuxin drug co., ltd
　　Shandong hengxin drug co., ltd
　　Completed by: Li Xiaofeng, Wang Jun, Guo Zhongming, Wang Lianhui, Yang Lijuan, Liu Meijuan, Feng Changyun, Zhang Xianzhen, Yang Leixiang, Zhang Mingfa, Zhao Jinlong and Li Zhen.
Second prize (55 items)
　　1. Breeding of Jigu series varieties and light, simple and efficient cultivation techniques.
　　Completed by: Crop Research Institute of Shandong Academy of Agricultural Sciences
　　Completed by: Guan Yan ‘an, Yang Yanbing, Qinling, Zhang Huawen, Wang Hailian, Chen Erying, Du Jinzhe, Liu Bin and Chen Guiling.
　　2. Collection, preservation and development of drought-resistant and salt-tolerant crop germplasm resources in Shandong coastal areas.
　　Completed by Shandong Agricultural Germplasm Resource Center.
　　Completed by: Ding Hanfeng, Zhang Xiaodong, Yu Hua, Kong Weiguo, Li Nana, Li Runfang, Zhang Yu, Wang Junfeng and Dong Wang.
　　3. Research and application of key technologies for intensive and efficient seedling raising of vegetables.
　　Completed by: Shandong Agricultural University
　　　　　　　Shandong Anxin seedling co., ltd
　　　　　　　Shandong shangdao biology science and technology co., ltd
　　　　　　　Shandong province agriculture technology popularizing station
　　　　　　　Zhejiang boren industry & trade co., ltd
　　　　　　　Weifang runpeng seedling co., ltd
　　Completed by: Wei Min, Gao Zhongqiang, Feng Xihong, Han Jishu, Yang Fengjuan, You Kuangbiao, Wu Jinjuan, Xia Xueyi and Hao Guofang.
　　4. Breeding of new blueberry varieties with high irrigation and efficient cultivation techniques.
　　Completed by: shandong institute of pomology
　　Completed by: Liu Qingzhong, Wei Hairong, Zhao Hongjun, Xin Chen, Wang Jiawei, Zong Xiaojuan, Wang Jianghui, Zhang Daohui, Tan Yue.
　　5. Research and application of the evolution law of dominant cotton regions and high-yield and high-efficiency cultivation techniques in Shandong Province.
　　Completed by: Shandong Cotton Production Technical Guidance Station
　　Heze Jin Zhengda ecology engineering co., ltd
　　Shandong cotton research center
　　Completed by: Zhao Hongliang, Yu Qianlin, Li Yuepeng, Luo Zhen, Sun Weiqi, Xu Qinqing, Sun Xuezhen, Zhang Shaohong and Wang Yan.
　　6. Research and application of disaster mechanism of root maggots of leek and garlic and key technologies of green prevention and control.
　　Completed by: Shandong Agricultural University
　　Weifang vocational college
　　Taian agricultural science study institute
　　Jining agricultural science study institute
　　Completed by: Xue Ming, Mu Wei, Liu Feng, Ma Jingyu, Wang Chengxiang, Ma Chong, Zhou Xianhong, Liu Jianping and Xu Jiali.
　　7. Innovation and industrialization of key technologies for safe and efficient feed for pigs and poultry.
　　Completed by: Shandong New Hope Liuhe Group Co., Ltd.
　　Agriculture Department Feed Quality Supervision and Inspection Testing Center (Ji ‘nan)
　　Completed by: Lv Mingbin, Li Xiangming, Guo Jiyuan, Yan Lei, Wang Yongxiu, Li Dianchang, Huang He, Sui Li, Lu Zunzhou.
　　8. Research and application of key technologies of amino acid balance in dairy cows’ diets.
　　Completed by: Shandong Agricultural University
　　Completed by: Lin Xueyan, Wang Zhonghua, Hou Qiuling, Yan Zhengui, Hu Zhiyong, Wang Yun and Shi Kerong.
　　9. Screening of natural drugs against bacterial resistance and research and development of products
　　Completed by Shandong Veterinary Medicine Quality Inspection Institute.
　　Shandong huaerkang veterinary medicine co., ltd
　　Completed by: Gao Yingchun, Zhang Chuanjin, Wei Xiuli, Yang Xiu Town, Su Mei, He Xinli, Wang Tinghong, Feng Tao, Lu Qingquan.
　　10, Platycladus orientalis germplasm resources evaluation, seed selection and cultivation techniques
　　Completed by: Shandong Agricultural University
　　Pingyin county forestry bureau
　　Zaozhuang forestry bureau
　　Zibo Forestry Bureau
　　Taian Taishan forestry science study institute
　　Completed by: Xing Shiyan, Wang Yushan, Liu Weifeng, Lu Benrong, Zhu Wei, Li Jihong, Sang Yalin, Sun Zhongxu and Liu Zhaoquan.
　　11. Construction and application of environmental safety assessment and monitoring system for shellfish culture in key sea areas of Yellow Sea and Bohai Sea.
　　Completed by: Shandong Institute of Marine Resources and Environment
　　First Institute of Oceanography, State Oceanic Administration
　　Shandong province fishery technology popularizing station
　　Shandong province marine biology research institute
　　Completed by: Zhang Limin, Ma Jianxin, Xia Tao, Song Xiukai, Li Lujing, Sun Fuxin, Ma Yuanqing, Xu Yingjiang, Liu Aiying.
　　12, Stichopus japonicus ecological seed cultivation and healthy breeding technology establishment and application.
　　Completed by: Shandong Institute of Marine Biology
　　Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences
　　Shandong haodangjia ocean development co., ltd
　　Shandong Anyuan aquatic products co., ltd
　　Dongying haiyue aquatic products technology co., ltd
　　Shandong haiyibao aquatic products co., ltd
　　Yantai haiyi seedling industry co., ltd
　　Completed by: Li Chenglin, Hu Wei, Chen Siqing, Sun Yongjun, Zhao Bin, Changqing, Zou Ange, Han Sha, Wang Liang.
　　13, jack-up platform structure safety technology research and development and application.
　　Completed by: China Shiyou University (East China)
　　Sinopec Shengli Petroleum Engineering Co., Ltd. Drilling Technology Research Institute
　　Completed by: Cao Yuguang, Zhang Shihua, Fan Dunqiu, Huang Xiaoguang, Meng Zhanbin, Shi Yongjin, Sun Yongtai, Sun Xiaoyu and Tian Haiqing.
　　14. R&D and application of new technologies for hydraulic gates and opening and closing systems
　　Completed by: Shandong Water Conservancy Survey and Design Institute
　　Zhongshui North Survey Design Research Co., Ltd.
　　Shanghai survey design & research institute co., ltd
　　Completed by: Du Peiwen, Zhu Fengshan, Zheng Xianghui, Jia Yongming, Zhang Zhengwei, Xu Zhigang, Fan Zhiguo, Cheng Guodong and Zhu Lin.
　　15. Research and application of key technologies for large-scale development of low-grade resources in gold mines.
　　Completed by: Sanshandao Gold Mine of Shandong Gold Mining (Laizhou) Co., Ltd.
　　China Mining University
　　Completed by: Hua Haiyang, Cao Yijun, Wang Baosheng, Xie Minxiong, Zhang Haijun, Qu Gangmin, Ma Zilong, Li Tao and Lu Xintao.
　　16, ilmenite chemical composition standard material development
　　Completed by: Shandong Institute of Geological Sciences
　　Completed by: Hong Fei, Yu Xuefeng, zhaowei, Wang Qing, Mao Meiqiao, Zhang Hall, Cheng Xuehai, Yuan Jiayi, Lv Zhensheng.
　　17, universal collaborative geographic information public service key technologies and platform applications.
　　Completed by: Shandong Institute of Land Surveying and Mapping
　　Wuhan University
　　Beijing Siweitu New Technology Co., Ltd.
　　Completed by Xiang Hengmao, Kong Zhaohui, Wang Yandong, Mao Jijun, Zhang Wei, Sun Jiuhu, Wang Feng, Zhong Jia, Han Haifeng.
　　18, Yanzhou mining area Ordovician limestone high confined water coal seam safety mining key technology research and application.
　　Completed by: Yanzhou Coal Industry Co., Ltd.
　　China University of Mining and Technology (Beijing)
　　China Mining University
　　Completed by: Cao Dingtao, Wu Qiang, Jiang Zhenquan, Zhu Shuyun, Guan Yunzhang, Liu Ruixin, Hu Dongxiang, Zuo Jinzhong and Xu Yi.
　　19, gravel reservoir seismic description technology and supporting application.
　　Completed by: Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company.
　　Completed by: han hongwei, Yu Zhengjun, Lu Shenqiang, Kong Shengwu, Li Jiguang, Miao Yongkang, Zhu Yingke, Pan Xingxiang, Xia Jizhuang.
　　20. Key technologies of seismic sedimentology and their large-scale application in oil and gas reservoir exploration and development.
　　Completed by: China Shiyou University (East China)
　　China Petrochemical Company Shengli Oilfield Branch Geophysical Research Institute
　　China Petrochemical Company Shengli Oilfield Branch Xianhe Oil Production Plant
　　Completed by: Lin Chengyan, Zhang Xianguo, Dong Chunmei, Ren Lihua, Wang Yanguang, Zhang Junhua, Jiao Hongyan, Song Weiqi and Zhang Tao.
　　21, citric acid efficient biological manufacturing technology development and industrialization
　　Completed by Weifang Yingxuan Industrial Co., Ltd.
　　Shandong province food fermentation industry research and design institute
　　Institute of Biology, Shandong Academy of Sciences
　　Completed by: Liu Jianjun, Li Shiyong, Ma Yaohong, Zhang Chuanhui, Li Qiushun, Zhao Xiangying, Li Jian, Ma Qinyuan, Qiao Jun.
　　22. Research and application of detection technology for chemical additives and drug residues in food.
　　Completed by: Shandong Institute of Food and Drug Inspection
　　Completed by: Jonathan Zhu, Alvin Wong, Shi Guosheng, Liu Yanming, Shi Feng, Zhang Xiqi, Zhang Hui, Hu Mei and Shen Zhonglan.
　　23. Key technologies and industrialization of high-efficiency self-cleaning functional cotton fabrics.
　　Completed by Lutai Textile Co., Ltd.
　　Jiangnan University/ Southern Yangtze University
　　Shandong university of technology
　　Completed by: Zhang Jianxiang, Jiang Xue, Huang Dan, Liu Zibin, Du Jinmei, Ni Aihong, Wang Hongbo, Wang Weiwei and Cai Haijuan.
　　24. Screening of marine microalgae with high DHA production and demonstration project of cleaner production
　　Completed by: Qingdao Langyatai Group Co., Ltd.
　　qingdao institute of biomass energy and bioprocess technology, chinese academy of sciences
　　Completed by: Cui Qiu, Li Yueming, Song Xiaojin, Xu Jianchun, Li Xia, Feng Yingang, Xia Xiuluan, Tan Yanzhen and Gao Mang.
　　25, based on biomass nutrients and biological sterilization disease-resistant and efficient urea production system construction and industrialization.
　　Completed by: Shandong Runyin Biochemical Co., Ltd.
　　China Academy of Agricultural Sciences Institute of Agricultural Resources and Agricultural Regionalization
　　Shandong enbao biology science and technology co., ltd
　　Completed by: Meng Guangyin, Lin Jiong, He Shuwen, Zhang Chengsheng, Wang Zhiyong, Li Qiang, Chen Zhenwei, Yuan Liang and Zhang Shoufu.
　　26. Construction and industrialization of a new preparation system of cefoxitin sodium based on key technologies and pharmaceutical preparations.
　　Completed by: Shandong Hengxin Pharmaceutical Co., Ltd.
　　Shandong yuxin drug co., ltd
　　Shandong luoxin pharmaceutical group co., ltd
　　Completed by: Chen Yu, Song Liangwei, Wang Ping, Song Lili, Li Fan, Ruan Chaobin, Liu Yanzhen, He Yaguan and Chai Qian.
　　27. Construction and industrialization of new preparation system of environmental protection and energy-saving glass fiber based on boron-free and fluorine-free
　　Completed by Taishan Glass Fiber Co., Ltd.
　　Completed by: Tang Zhiyao, Li Yongyan, Zhang Degang, Liu Honggang, Yang Hao, Wang Jiafang, Ming Licheng, Xu Yanchao and Liu Lifeng.
　　28, silicon carbide composite ceramic material preparation technology and application
　　Completed by Shandong Baona New Materials Co., Ltd.
　　Shandong University
　　Completed by: Zhang Yujun, Zhaomin Li, Zhai Yanxia, Li Wenjie, Sun Haibin, Li Qisong, Liu Huan, Song Jianfeng.
　　29. Development and application of complete sets of technologies for treating sour gas containing sulfur in refining and chemical industry.
　　Completed by Qilu Branch of China Petrochemical Co., Ltd.
　　Shandong Qilu keli chemical industry research institute co., ltd
　　Completed by: Da Jianwen, Liu Aihua, Xu Xingzhong, Liu Jianli, Tao Weidong, Xu Jinshan, Wang Jianhua, Gao Buliang and Liang Yingjie.
　　30. Construction, development and application of new process system based on deep extraction of complex gold and silver concentrate and green industrialization.
　　Completed by: Jinjiling Gold Mine of Zhaojin Mining Co., Ltd.
　　Completed by: Li Xueqiang, Xu Zhongmin, Weng Zhanping, Gao Lifa, Shen Shubao, Liu Zhixin, Cheng Tai, Yang Guangjie and Guo Hongzhu.
　　31, near net shape beam blank continuous casting process technology integration and innovation
　　Completed by Laiwu Iron and Steel Group Co., Ltd.
　　Completed by: Li Hongjian, Wu Guangjun, Wang Zhongxue, Guo Weida, Zhang Jie, Lu Bo, Ning Wei, Feng Qichao and Zhang Haibo.
　　32. Development and application of high-efficiency switched reluctance motor drive system
　　Completed by Shandong Kehui Electric Power Automation Co., Ltd.
　　Shandong university of technology
　　Shandong rifa textile machinery co., ltd
　　Completed by: Xiong Lixin, Jia Mingquan, Bian Dunxin, Zhao Tingting, Sun Qingjun, Xu Bingyin, Zhang Mingkui, Wang Qinchang and Cheng Jianjun.
　　　　　　　　　　　　　　　　
　　
　　33, electric vehicle charging and replacing facilities efficiency improvement and operation technology research and application.
　　Completed by: State Grid Shandong Electric Power Company
　　Shandong Electric Power Research Institute
　　Shandong luneng intelligent technology co., ltd
　　Completed by: Cai Guangdao, Gao Yuming, Li Jianxiang, Zhang Jian, Justin, Zhang Huadong, Guo Liang, Song Haifeng and Liu Haibo.
　　34, insulator string detection robot
　　Completed by: State Grid Shandong Electric Power Company
　　State Grid Shandong Electric Power Company Electric Power Science Research Institute
　　Shandong luneng intelligent technology co., ltd
　　Completed by: Kuoray, Han Lei, Yong Jun, Wang Chuanqing, Ren Jie, Sun Yutian, Shen Qinghe, Zhang Feng and Cao Lei.
　　35, including large-scale wind power grid generation scheduling mode and key technology research and application.
　　Completed by: Shandong Electric Power Dispatching and Control Center
　　Tsinghua University
　　Beijing Qing da ke yue technology co., ltd
　　Completed by: Qiu Xizhao, Zhong Haiwang, Xia Qing, Yang Minghui, Zhang Jian, Zhang Guoqiang, Guo Shaoqing, Yuan Sen and Cheng Yan.
　　36, underground engineering through water-rich soft stratum major disaster control technology.
　　Completed by: Shandong University
　　China railway 19 th bureau group 5 th engineering co., ltd
　　Shaanxi Luqiao group first engineering co., ltd
　　Ji’ nan liwen geotechnical engineering co., ltd
　　Completed by: Zhang Qingsong, Liu Rentai, Zhang Xiao, Lin Chunjin, Wang Chaochao, Yang Weimin, Li Liping, Fan Yanxiang, Hu Wei.
　　37, urban water supply system monitoring and early warning of sudden pollution and emergency treatment technology research and application.
　　Completed by: Jinan Water Supply and Drainage Monitoring Center
　　Tsinghua University
　　Ji’ nan Qingyuan water group co., ltd
　　Ji’ nan quancheng water co., ltd
　　Shenzhen qingshijie technology co., ltd
　　Hangzhou lvjie water technology co., ltd
　　Shandong Shanda huate technology co., ltd
　　Completed by: Jia Ruibao, Zhang Xiaojian, Sun Shaohua, Chen Chao, Pan Zhangbin, Ma Zhongyu, Song Wuchang, Liu Minghui and Cui Pengwei.
　　38. Innovative technology and engineering application of point-supported glass curtain wall and lighting roof
　　Completed by: Tianyuan Construction Group Co., Ltd.
　　Tsinghua University
　　Harbin Institute of Technology
　　China construction science research institute
　　Shandong University of Science and Technology
　　China Wuzhou Engineering Design Group Co., Ltd.
　　Shenzhen mainuo curtain wall technology co., ltd
　　Completed by: Liu Jun, Wang Yuanqing, Wu Yue, Liu Jian, Shi Yongjin, Wang Lai, An Baiping, Ding Dayi, Liao Dongfan.
　　39. Research, development and application of laying and discharging technology and deep-water laying and discharging equipment in severe working conditions of Yangtze River deepwater channel regulation project.
　　Completed by: No.2 Engineering Co., Ltd. of China Communications No.1 Navigation Bureau.
　　Completed by: Liu Dejin, Qu Lili, Feng Haibao, Xu Shanzhong, Ma Zongtian, Yang Ruiliang, Sun Liang, Fu Dawei, Zhang Qingwen.
　　40, the Yellow River Delta asphalt pavement water damage fluid-solid coupling mechanism, damage assessment method and prevention technology.
　　Completed by: Shandong Binzhou Highway Engineering Corporation
　　Shandong University
　　Highway Science Research Institute of Ministry of Transport
　　Completed by Cui Xinzhuang, Wang Tao, Qi Chunguang, An Zhicun, Guan Yanhua, Chang Chengli, Ding Guanxu, Liu Yanbing, Zhang Jiong.
　　41, high concentration organic wastewater catalytic wet oxidation treatment technology
　　Completed by: Wanhua Chemical Group Co., Ltd.
　　Dalian Institute of Chemical Physics, Chinese Academy of Sciences
　　Completed by: Sun Chenglin, Hua Weiqi, Wei Huangqi, Zhang Hongke, He Songbo, Yu Tianyong, Liu Xiaogao, Hu Zhan and zhaonan.
　　42, functional imaging and molecular targeted guided precise radiotherapy of chest tumor.
　　Completed by: Shandong Institute of Cancer Prevention and Treatment.
　　Completed by: Yuan Shuanghu, Jiang Xiaodong, Xia Bing, Hu Xudong, Li Minghuan, Liu Ning, Yu Qingxi, zhaowei and Zhou Bo.
　　43. Neuroinflammatory mechanism of Alzheimer’s disease and new targets of drug intervention.
　　Completed by: Qingdao Municipal Hospital
　　Completed by: Tan Lan, Yu Jintai, Wang Ping, Tan Mengshan, Miao Dan and Zhang Qun.
　　44, the basic and clinical application of chronic liver disease related to hepatitis B virus.
　　Completed by: No.88 Hospital of PLA
　　Liberation Army No.302 Hospital
　　Peking University Health Science Center
　　Completed by: Shang Qinghua, Wang Yongqing, Zhang Zheng, Liu Xueen, Zhang Wei, Jin Lei, Zhuang Hui, Yu Jianguo and Zhang Guangshu.
　　45. Individualized carotid endarterectomy and its perioperative complications prevention strategies.
　　Completed by: Liaocheng People’s Hospital
　　xuanwu hospital capital medical university
　　Tang Dou Hospital of the Fourth Military Medical University of Chinese People’s Liberation Army
　　Completed by: Wang Jiyue, Zhang Liyong, Lin Kai, Hao Jiheng, Jiao Liqun, Chen Yanfei, Ling Feng, Zhao Zhenwei, Deng Jianping.
　　46, the establishment and application of key technology of minimally invasive surgical closure of structural heart disease.
　　Completed by: Shandong Provincial Hospital
　　Completed by: Li Hongxin, Zhang Haizhou, Guo Wenbin, Liang Fei, Zou Chengwei, Yuan Guidao, Wang Zhengjun and Zhang Wenlong.
　　47. Dynamic study and application of laryngeal function preservation and reconstruction and oncogene serology in laryngeal cancer
　　Completed by: Yantai Yuhuangding Hospital
　　Completed by: Song Xicheng, Zhang Hua, Yan Sun, Wang Li, Liu Zhonglu and Rebecca.
　　48. Evaluation technology and application of cardiovascular activity of traditional Chinese medicine based on zebrafish model
　　Completed by: Institute of Biology, Shandong Academy of Sciences
　　kunming institute of botany, chinese academy of sciences
　　Shandong University
　　Shandong wohua medical technology co., ltd
　　Shenyang Pharmaceutical university
　　Completed by: Liu Kechun, He Qiuxia, Han Liwen, Peng Weibing, Li Xiaoli, Chen Xiqiang, Zang Hengchang, Zeng Yingzi and Yang Yongping.
　　49. Etiological equivalent analysis and clinical application of pulmonary diseases
　　Setting: Affiliated Hospital of Shandong University of Traditional Chinese Medicine.
　　Completed by: Zhang Wei, Zhu Xue, Chen Xianhai, Jia Xinhua, Zhang Xinyue, Zhang Cai Qing, Ding Meng, Tian Xue and Zhang Yang.
　　50. New preparation system and industrialization of salbutamol sulfate aerosol based on tetrafluoroethane replacing Freon.
　　Completed by Shandong Jingwei Pharmaceutical Co., Ltd.
　　Shanghai Food and Drug Inspection Office
　　Shanghai huarui aerosol co., ltd
　　Completed by: Li Tiejun, Yu Yuntao, Zhang Zhichao, Chen Guiliang, Zhang Yan and Wang Zhenyong.
　　51, L- arginine clean production process research and development
　　Completed by Shandong Fufeng Fermentation Co., Ltd.
　　Shandong University
　　Qilu university of technology
　　Shandong fufeng biotechnology development co., ltd
　　Completed by: Liu Xinli, Hu Wei, Li Deheng, Zhao Lin, Feng Zhenquan, Tang Yongqiang, Li Shubiao, Zhao Lankun and Liu Yuantao.
　　52, transgenic corn environmental safety monitoring technology and application
　　Completed by Institute of Plant Protection, Shandong Academy of Agricultural Sciences
　　Completed by: Lu Xingbo, Sun Hongwei, Fan Li, Yang Shuke, Yue Aidong, Xu Xiaohui, Gao Rui, Yuan Lei and Feng Liping.
　　53. Research and application of rapid detection technology of pesticide residues in vegetables based on biosensor.
　　Completed by: Shandong University of Technology
　　Zibo vegetables office
　　Beijing Qiangsheng Minghe Science and Technology Development Co., Ltd.
　　Shandong anbo instrument co., ltd
　　Completed by: Sun Xia, Guo Yemin, Wang Xiangyou, Xu Jianguang, Zhao Wenping, Wang Shujun, Ding Yan, Liu Shanfei and Qi Bin.
　　54. Technological innovation system of brown algae bio-industry
　　Completed by: Qingdao Mingyue Seaweed Group Co., Ltd.
　　55, drug research and development technology innovation platform (enterprise technology innovation)
　　Completed by Disha Pharmaceutical Group Co., Ltd.
Third prize (36 items)
　　1. Breeding of disease-resistant and storable tomato varieties and innovation and application of high-efficiency cultivation techniques.
　　Completed by Shouguang New Century Seedling Co., Ltd.
　　Northeast agricultural university
　　Shandong province vegetables cultivation engineering technology research center
　　Completed by: Hu Yongjun, Xu Xiangyang, Sang Yizhen, Jiang Jingbin, Tian Subo, Zhang Yunming.
　　2. Breeding of new peach varieties with high quality and integration of key cultivation techniques.
　　Completed by Weifang Academy of Agricultural Sciences, Shandong Province
　　Completed by: Lin Yundi, Wei Yongyang, Zhao Qingzhu, Han Xia, Zhang Dongqi, Gao Jing
　　3. Development and application of key technology of new degradable coated controlled release fertilizer.
　　Completed by: Jin Zhengda Ecological Engineering Group Co., Ltd.
　　Dezhou Jin Zhengda ecology engineering co., ltd
　　Jin Zhengda Notaire chemistry co., ltd
　　Completed by: Zhang Qiang, Wang Huaili, Liu Wenlong, Dong Yan, Li Jiguo and Hu Bin.
　　4. Research and application of pathogen identification and integrated prevention and control technology of peanut diseases in Shandong.
　　Completed by Institute of Plant Protection, Shandong Academy of Agricultural Sciences
　　Shandong peanut institute
　　Fujian Kaili biology products co., ltd
　　Taian agricultural science study institute
　　Yantai agriculture technology popularizing center
　　Completed by: Li Changsong, Chi Yucheng, Zhang Yueli, Jaco, Xu Manlin and Liu Tingli.
　　5. Research and application of rubber recycled concrete to improve the durability of small and medium-sized hydraulic structures.
　　Completed by: Shandong Institute of Water Conservancy.
　　Shandong jiaotong university
　　Beijing University of Technology
　　Completed by: Wang Keliang, Cheng Suzhen, Li Yue, Xu Shangjie, Liu Ling, Hu Tingzheng.
　　6. Development and industrialization of high-speed PON optical module technology
　　Completed by: Qingdao Hisense Broadband Multimedia Technology Co., Ltd.
　　Completed by: Zhang Hua, Zhao Qisheng, Wu Xigui, Yang Sigeng, Zhang Qiang and Xue Dengshan.
　　7. Development and application of multifunctional experimental equipment for engineering mechanics.
　　Completed by: Yantai University
　　Zhejiang University
　　Completed by Qu Shuying, Wu Jianglong, Lu Yang, Chen Yibao, Lian Jingzhou, Hou Xingmin.
　　Post-peak strength evolution law of surrounding rock in 8,000-meter deep mine roadway and its control key technology
　　Completed by Yuncheng Coal Mine, Shandong Province
　　China Mining University
　　Completed by: Wen Quan, Hu Chuanting, Wang Yingchao, Zhang Shidong, Jing Hongwen, Yue Lei.
　　9. Development and application of dynamic monitoring and risk analysis technology for rockburst disaster in deep wells.
　　Completed by: China Mining Gold Industry Co., Ltd.
　　University of Science and Technology Beijing (USTB)
　　Beijing Research Institute of Mining and Metallurgy
　　Completed by: Li Jianbo, Ji Hongguang, Yang Xiaocong, Lu Mingfu, Song Hongyu and Hu Shouquan.
　　10. Key technologies, system integration and application of comprehensive monitoring of ecology and human settlements in the Yellow River Delta.
　　Completed by: Jinan University
　　institute of geographic sciences and natural resources research,cas
　　Shandong Normal University
　　Completed by: Liu Gaohuan, Xu Zhenghe, Liu Qingsheng, Huang Fei, Chang Jun, Song Chuangye.
　　11, low permeability sandstone reservoir protection drilling and completion fluid technology
　　Completed by: Drilling Technology Research Institute of Sinopec Shengli Petroleum Engineering Co., Ltd.
　　Completed by: Tang Zhijun, Li Gongrang, Zhang Jinghui, Lan Qiang, Li Haibin and Yang Jingli.
　　12, permanent magnet synchronous inverter compressor adaptive control key technology research and industrialization.
　　Completed by Hisense (Shandong) Air Conditioning Co., Ltd.
　　Completed by: Zhang Yongliang, Yin Development, Zhao Keke, Li Benwei, Yin Xianxin and Wang Zongliang.
　　13, color corrugated cardboard key technology and production application.
　　Completed by: Shandong Century Sunshine Paper Group Co., Ltd.
　　Changle xinmai paper industry co., ltd
　　Completed by: Sheng Yongzhong, Wang Dongxing, Ci Xiaolei, Zhao Changzheng, Zhi Weixin and Zhang Zengguo.
　　14, instant rice development and industrialization technology development.
　　Completed by: Rizhao Juxian Jinsui Industry and Trade Co., Ltd.
　　Shandong academy of agricultural sciences agriculture products institute
　　Completed by: Liu Runshu, Tao Haiteng, Zong Aizhen, Dong Shuangjun, Qiu Jiying and Liu Guangyuan.
　　15. Key technologies and equipment for clean production of xylitol from corncob.
　　Completed by: Shandong Futian Pharmaceutical Co., Ltd.
　　Beijing University of Chemical Technology
　　Completed by: Yuan Qipeng, Sun Lu, Wang Xingyun, Wang Wenya, Li Shuangxi and Wang Chengfu.
　　16, peanut functional factor preparation technology research and development and application.
　　Completed by: Institute of Agricultural Products, Shandong Academy of Agricultural Sciences
　　Shandong Gaotang Lanshan Group Corporation
　　Shandong longda vegetable oil co., ltd
　　Shandong jinsheng grain and edible oil group co., ltd
　　Completed by: Xu Tongcheng, Liu Lina, Qiu Bin, Han Wei, Wang Wenliang and Liu Wei.
　　17, neonicotinoid insecticide nitenpyram technical and environmental friendly preparation of key technology development.
　　Completed by: Hailier Pharmaceutical Group Co., Ltd.
　　Qingdao university of science and technology
　　Completed by: Han Xianzheng, Wang Guangjian, Ge Yaolun, Yan Xiuwei, Chen Long Li and Wang Xu.
　　18, electronic grade solid amino trimethylene phosphonic acid preparation process.
　　Completed by Shandong Taihe Water Treatment Co., Ltd.
　　Completed by: Cheng Zhongfa, Qi Xiaojing, Wan Zhentao, Wang Yanping, Zhang Wujin, Liu Quanhua.
　　19. Development of high-purity TFT monomer liquid crystal material (nmC)
　　Completed by: Yantai Wanrun Fine Chemical Co., Ltd.
　　Completed by: Jiang Xuesong, Fu Shaobang, Yi Zhaohui, Li Yonggang, Li Peng, Li Ning.
　　20. R&D and industrialization of trifluoropropene and its series of high-performance fluorosilicone materials
　　Completed by Weihai Xinyuan Chemical Co., Ltd.
　　Shandong University
　　Jinan university
　　Completed by: Xie Lefu, Zhang Yiying, Feng Shengyu, Zhang Shuxiang, Zhang Diansong, Lv Jian.
　　21, pharmaceutical glass molding bottle key technology application research and industrial development.
　　Completed by Shandong Medical Glass Co., Ltd.
　　Completed by: Hu Yonggang, Zhang Jun, Su Yucai, Chen Gang, Wang Yuwei.
　　22, high performance perfluoroethylene propylene resin new technology research and development and industrialization
　　Completed by Shandong Huaxia Shenzhou New Materials Co., Ltd.
　　Completed by: Wang Hanli, Wang Jun, Yu Hao, Xu Qinggang, Wu Haipeng and Zhou Hongjun.
　　23, million kilowatt pressurized water reactor nuclear power plant forging main pipeline technology
　　Completed by: Yantai Taihai Manuer Nuclear Power Equipment Co., Ltd.
　　China Nuclear Power Research and Design Institute
　　Completed by: Li Zhengjun, Liu Xianghong, Zhao Tianming, Pu Xiaofen, Wang Baoping, Ren Yun.
　　24, aluminum alloy casting composite technology and equipment
　　Completed by Shandong nanshan aluminum Co., Ltd.
　　Northeastern University
　　yantai nanshan university
　　Completed by: Cheng Rence, Cui Jianzhong, Lv Zhengfeng, Qin Ke, Zhang Haitao, Yu Yujiang.
　　25, CNC automatic vertical multi-station stator winding machine
　　Completed by Shandong Zhongji Electrical Equipment Co., Ltd.
　　Completed by: Wang Weixiu, Wang Cesheng, Cheng Xuehu, Wang Xiren, Li Fuguo, Ma Chao.
　　26. Research and application of high-efficiency and energy-saving control technology and core component processing technology of crawler bulldozer.
　　Completed by: Shantui Construction Machinery Co., Ltd.
　　Completed by: Zhang Liyin, Hou Wenjun, Sean, Zhao Jianjun, Li Xuanqiu and Wan Guangqian.
　　27, new flexible high-voltage dynamic reactive power compensation device key technology research and development and industrialization application.
　　Completed by: Shandong Taikai Power Electronics Co., Ltd.
　　Completed by: Fan Deping, Feng Li, Kang Changlu, Liu Qihui, Ning Shen and Song Yuewen.
　　28, high-grade highway semi-rigid base damage theory, control method and engineering application.
　　Completed by: Shandong Institute of Transportation Science.
　　shandong jianzhu university
　　Completed by: Wei Jincheng, Wang Lin, Ma Shijie, Yu Sixin, Han Wenyang and Fu Jiancun.
　　29. Development of 160km diesel multiple unit exported to Iraq.
　　Completed by CSR Sifang Vehicle Co., Ltd.
　　Completed by Rao Zhen, Zheng Kuixian, Wang Xiaofeng, Sun Mintang, An Hailiang, Liu Xiaoguang.
　　30. Comprehensive treatment and resource utilization technology of oil sludge and sand
　　Completed by: Shandong University
　　Gudong Oil Production Plant of Shengli Oilfield Branch of China Petrochemical Co., Ltd.
　　Completed by Hou Wanguo, Tang Zhiqiang, Gao Jutong, Yan Jingen, Liu Chunbo, Huang Chun.
　　31. Study on the evolution and recombination of human enterovirus in human population and environment and the integration of new viruses.
　　Completed by Shandong Provincial Center for Disease Control and Prevention.
　　Completed by: Xu Aiqiang, Wang Haiyan, Tao Zexin, Lin Xiaojuan, Song Lizhi and Wang Suting.
　　32, bladder cancer tumor microenvironment simulation and related molecular mechanisms.
　　Completed by: Affiliated Hospital of Qingdao University.
　　No.401 hospital of PLA
　　Completed by: Niu Haitao, Wang Xinsheng, Xu Ting, Sun Lijiang, Cao Yanwei and Jiang Haiping.
　　33. Study on the application of new quantitative indexes of spiral CT in aortic dissection
　　Completed by: Qilu Hospital of Shandong University
　　Beijing anzhen hospital affiliated to Capital Medical University.
　　Completed by: Zhao Xin, Qi Ruidong, Bi Yanwen, Song Guangmin, Li Chuanbao and Sun Lizhong.
　　34. Mechanism and clinical application of diabetes affecting corneal epithelial wound healing.
　　Completed by: Qilu Hospital of Shandong University
　　Completed by: Wu Xinyi, Shi Long, Zhang Ying, Chang Yuan, Yu Xiaoming and Yang Yongmei.
　　35. Basic and clinical research on one-stage resection, functional preservation and reconstruction of hypopharyngeal cancer and cervical involved tissues.
　　Completed by: Qilu Hospital of Shandong University
　　Completed by: Xinliang Pan, Liu Dayu, Jin Tong, Lei Dapeng, Wei Dongmin and Qian Ye.
　　36, drug impurity control and evaluation of key technology platform construction and application
　　Completed by: Shandong Institute of Food and Drug Inspection
　　Completed by: Li Jun, Wang Weijian, Zhu Qingfen, Niu Chong, Zhang Zhonghu, Gong Liping.
Shandong International Science and Technology Cooperation Award
(3 persons)
　　1. Wang Dunyou
　　Country: USA
　　Partner: Shandong Normal University
　　2. Chis Eugen Jochem reinas
　　Country: Netherlands
　　Partner: Yantai CIMC Raffles Offshore Engineering Co., Ltd.
　　3. John FerAdrian Wen
　　Country: Belgium
　　Cooperative unit: Weihai Goldsun Photothermal Power Generation Equipment Co., Ltd.

　　 Recently, we learned from relevant channels that BMW i4 will launch three models in the initial stage of listing. In terms of power, the new car provides three kinds of power and two driving modes: rear drive and four-wheel drive. It is reported that BMW i4 will be produced in Munich factory and is expected to be released at the end of 2020 or early 2021.

　　 In terms of appearance, the front face of the new car adopts a closed kidney grille, and blue embellishment is added around it to highlight its new energy identity. The shape of the tail is wider, and the rear deflector can enhance the aerodynamic performance while enhancing the sporty atmosphere. In addition, a duckling tail design is added to the trunk of the car, which further enhances the visual effect.

　　 In terms of power, the entry-level version of BMW i4 is named i435, which adopts single motor and rear drive layout with a power of 209kW；. The mid-equipped model or i440 is equipped with an upgraded motor with a power of 246kW, which also adopts the rear-drive layout; The top model or i4 M50 is equipped with dual motors and four-wheel drive layout, and the total system power is expected to be between 336 and 343 kW.

The People’s Bank of China announced that a common commemorative coin for the 2021 New Year will be issued on January 29th, 2021.

This commemorative coin has a diameter of 27 mm and is made ofDichromatic copper alloyThe front pattern is the words "China People’s Bank" and "10 yuan", the Chinese phonetic alphabet "SHIYUAN" and the year number "2021", and the background pattern is lined with a group flower pattern.

On the back, the main scene pattern is a head-raised cow shape which combines the traditional paper-cutting art of China with the decorative New Year pictures. The background pattern is lanterns and grains, and the words "Xin Chou" are printed on the left side of the coin face.

Public security features:

1. Bimetallic structure and inner core composite materials

The outer ring of the coin is brass alloy, and the inner core is nickel tape composite copper material with unique machine-readable properties.

2. Inclined full teeth are separated by half teeth

The outer edge of the coin is distributed withAlternately arranged oblique full teeth and half teeth.

3. Invisible graphics and text

When the coin is tilted at an appropriate angle, two groups of invisible pictures and texts consisting of three "10" and "RMB" can be observed in the contour line of the front denomination number "10".

4, miniature text

At the bottom of the denomination number "10" on the front of the coin, the miniature characters of "RMB 10 YUAN" can be observed.

The denomination of this commemorative coin is 10 yuan., the same as the current circulation of RMB, and the same denomination of RMB equivalent circulation.

The number of issues is 150 million pieces, including 140 million pieces of reserved exchange (including 10,000 pieces of historical currency files) and 100 million pieces of binding sales.

The so-called preservation of historical currency files means that every time the central bank issues a new currency, it keeps a certain amount in the issuing library as a physical file for future currency research.

The number of commemorative coins distributed in various regions of the country is as follows:

(The number of Guangdong Province does not include the number of Shenzhen)

Attached is the work arrangement for the appointment and exchange of ordinary commemorative coins for the New Year in 2021:

(1) Banking financial institutions that undertake the exchange appointment.

China Industrial and Commercial Bank, Bank of Communications, Shanghai Pudong Development Bank (600,000 shares), Huaxia Bank (600,015 shares) and Shaanxi Rural Credit Cooperatives Union jointly undertake the reservation and exchange of 2021 Lunar New Year commemorative coins (hereinafter referred to as Lunar New Year coins).

The above-mentioned banking financial institutions in Hebei, Shanxi, Inner Mongolia, Liaoning, Hunan, Guangxi, Sichuan, Guizhou, Yunnan, Qinghai, Ningxia and Xinjiang counties have no outlets, and the appointment exchange work is undertaken by China Postal Savings Bank; In areas where there are no outlets in Tibet, the appointment exchange work is undertaken by the Agricultural Bank of China.

The above-mentioned banking financial institutions that undertake the appointment exchange of New Year’s coins are collectively referred to as the appointment undertaking banks, and the specific arrangements for each region are as follows:

(two) the number of appointments around the announcement.

Before 12 o’clock on January 22, 2021, the branches of the People’s Bank of China announced to the public the information such as the number of local New Year coins allocated.

The booking bank will publish information such as the booking exchange outlets and the number of reservations at each outlet on its official website.

(3) Appointment arrangement

Make an appointment with the undertaking bank atFrom 22: 30 on January 22 to 24: 00 on January 24, 2021.Deal with the new year’s money reservation business.

The public can make an appointment to register through online channels such as the official website of the appointment undertaking bank or go to the outlets that handle on-site appointment business during their business hours (announced by the appointment undertaking bank). The online appointment of Shaanxi Rural Credit Cooperatives Union is handled through the online appointment channel of Industrial and Commercial Bank of China.

The time for the booking bank to start the online booking channel for Lunar New Year coins in all provinces, autonomous regions and municipalities directly under the Central Government is as follows:

Beijing, Tianjin, Hebei, Shanxi, Inner Mongolia, Liaoning, Jilin, Heilongjiang, Shandong, Henan, Tibet, Shaanxi, Gansu, Qinghai, Ningxia, Xinjiang and other regions.At 22: 30 on January 22, 2021Start an appointment;

Shanghai, Jiangsu, Zhejiang, Anhui, Fujian, Jiangxi, Hubei, Hunan, Guangdong (including Shenzhen), Guangxi, Hainan, Sichuan, Guizhou, Yunnan, Chongqing and other regions.At 23: 30 on January 22, 2021Start the appointment.

The People’s Bank of China will check all the reservation registration records of Lunar New Year coins. Members of the public who make repeated reservations for New Year’s coins cannot pass the verification and cannot exchange them. The public can log on to the official website of the booking bank after 24: 00 on January 26, 2021 to check the booking results.

Each booking bank will send short messages to feed back the booking results according to the mobile phone number reserved by the public at the time of booking. The specific appointment results shall be subject to the appointment of the official website of the bank.

(4) Advance redemption limit

Each person can reserve and exchange 20 New Year coins.

(5) Requirements for identity documents

The valid identity documents for appointment and exchange of New Year’s money must be the original of the second-generation resident identity card.

The public must hold their original valid second-generation resident ID card when making an appointment at the bank outlet for on-site appointment; If you make an on-site appointment on behalf of others, you must provide the original second-generation resident ID cards of the agent and the agent, and the number of agents shall not exceed 5.

(six) the appointment verification period arrangement

January 27th to 28th, 2021 is the appointment verification period. During the appointment verification period, members of the public who fail to pass the verification can hold the original of the second-generation resident ID card for appointment registration, and go to the appointment undertaking bank outlets for cancellation of default records and reservation of exchange qualifications. See Announcement of the People’s Bank of China ([2019] No.26) for the specific handling process.

If the public handles the business of canceling the default record and retaining the exchange qualification on behalf of others, they must provide the original second-generation resident identity cards of the agent and the agent.

(7) Exchange arrangements

Make an appointment for the bank to handle the new year’s currency exchange business from January 29 to February 4, 2021. The public can hold the original valid second-generation resident ID card registered in the reservation system at the agreed time, and go to the agreed appointment bank outlet to handle the appointment exchange business.

Branches of the People’s Bank of China may, according to the requirements of epidemic prevention and control, adjust the local appointment exchange time and make a separate announcement.

If the public collects New Year’s money on behalf of others, they must hold the original valid second-generation resident ID card registered by the consignee in the reservation system, and the number of recipients shall not exceed 5.

(8) Announcement of reserved exchange information.

The People’s Bank of China and the booking bank will announce the progress of online booking, on-site booking and exchange in all regions of the country on their official websites every working day during the booking and exchange period of Lunar New Year coins. middle

The Shanghai headquarters of the People’s Bank of China, all branches, business management departments, provincial capital city sub-branches and Shenzhen city sub-branches will announce the online reservation, on-site reservation and exchange progress in their respective jurisdictions on their official websites every working day during the New Year’s currency reservation and exchange period.

During the issuance of Lunar New Year coins, the supervision and reporting telephone numbers of all provinces (autonomous regions and municipalities) were announced. Public inquiries and supervision are welcome.

– THE END –

Please indicate the source: fast technology.

# Central Bank # Commemorative coins

In the era when face value is justice, the appearance of a model directly affects the choice of consumers. Generally speaking, the front face design of the new generation has become more luxurious, and some protruding lines are added to the hood, which looks quite muscular. The eagle-eye lights on both sides are quite huge, and they look very energetic after hexagonal adaptive lighting. The shape of the side with the waist line rising on the side creates a sense of readiness, which looks strong in movement, high in rim shape and acceptable in visual effect. The tight tail shape highlights the bold and firm posture, and the rear taillights of the new car are more recognizable.

The interior of the whole vehicle can be said to be very luxurious, extremely high-end luxury. The large leather coverage of the steering wheel brings a good sense of luxury. All the materials above the central control area are made of plastic, leather, wood and metal, which greatly enhances the sense of grade of the whole vehicle. The 10.25-inch central control panel is simple in screen design, but fully functional. The front row is also equipped with a dual-temperature automatic air conditioning control system, which can freely debug the most comfortable space atmosphere. Leather seats give passengers just the right support and soft and comfortable touch.

The length of the BMW 5 Series is 5175mm, the body width is 1900mm, and the wheelbase is 3105mm, which is quite satisfactory. In the same class, the wheelbase of the BMW 5 Series ranks fifth. One bright spot is that its width reaches 1900mm, which reflects that the horizontal space inside the car is not bad. The design of skylight also increases the subjective space feeling of front and rear passengers. Among the models of the same price and class, the trunk volume of BMW 5 Series ranks 31st. The shape is very regular, and the storage volume is absolutely no problem for daily use.

The BMW 5 Series 530Li exclusive luxury suit uses a 2.0 engine, with a maximum horsepower of 258 and a peak torque of 400, matching the automatic manual transmission (AT) gearbox. The power performance of the 2.0 engine on the BMW 5 Series is quite satisfactory, and the low torque is weak and the hysteresis can be felt. The official measured acceleration of BMW 5 Series is 6.5S, ranking 31st among the medium and large-sized cars with more than 800,000.

The active/passive safety configuration of BMW 5 Series is complete, includingAutomatic parking、Zero tire pressure endurance tire、Automatic parking、Steep slope descent、hill start assist control、knee airbag、HUD head-up display、Anti-lock braking (ABS)、Braking force distribution (EBD/CBC, etc.)、Brake assist (EBA/BAS, etc.)、Traction control (ASR/TCS, etc.)、Active noise reduction、Engine start and stop、Side safety air curtain、Wireless charging of mobile phone、night vision system、LED daytime running lights、Forward reversing radar、Tire pressure monitoring、Steering wheel heating、Body stability control (ESP/DSC, etc.)、Rear reversing radar、Fatigue reminder、Remote parking、Child seat interface、Lane keeping (LKAS)Equal configuration.

Among them,Automatic parkingYou can avoid stepping on the brakes for a long time or needing to pull frequently;Steep slope descentCan safely pass through steep slope road conditions at low speed;knee airbagReduce the injury of the car interior to the occupant’s knees in the secondary collision.

In order to have a more comprehensive and objective understanding of the BMW 5 Series, you can go to the Easy Car BMW 5 Series Forum and browse the messages of users who have purchased the car in history.

There is no need to say how hot this year’s square box models are, and there are many people with strong off-road ability.

BYD’s Equation Leopard car is a brand-new professional and personalized brand for off-road wave. Its first model, Leopard 5, shoulders the heavy responsibility of showing the "off-road core".

Recently, the venue test drive of Equation Leopard’s "Leopard Force Experience Day" Shanghai Station allowed us to get a glimpse of the leopard and test whether the car was "hard-core" from the dimension of "off-road passability".

In this test drive, we experienced the model of Equus Leopard 5 Pilot with a price of 309,800 yuan. The power parameters are the same as those of the Exploratory Edition with a price of 289,800 yuan and the flagship Edition with a price of 352,800 yuan. The power system is composed of a 1.5T engine and two front and rear motors. The comprehensive maximum power of the system is 505kW(687Ps), and the maximum comprehensive torque reaches 760n m..

In addition, as a hybrid model, Leopard 5 is equipped with a blade battery with a capacity of 31.8kW·h, which supports 100kW DC fast charging, and the charging time of 30% to 80% is 16 minutes. In addition, the maximum power of 20kW in-situ power generation and the comprehensive endurance performance of more than 1200km also demonstrate its pursuit of off-road and long-distance positioning to some extent.

When it comes to off-road performance, the parameters of Leopard 5 are still quite strong. The approach angle of 39, the longitudinal passing angle of 27 and the departure angle of 35 are enough to cope with most steep terrain. The standard intelligent three locks-front differential lock, rear differential lock and energy middle lock can quickly identify the wheel speed difference and independently distribute the driving force to the four wheels. In particular, the energy middle lock can complete the energy transfer of the front and rear axles within 10 milliseconds, which exceeds the reaction speed of the mechanical middle lock and can more easily cope with more complicated off-road scenes.

In the actual field test drive, equation Leopard 5 can cope with large-angle trapezoidal ramp, large-angle climbing, slippery terrain simulated by pulley block and unilateral slope, but the degree of calmness is not comparable to that of ordinary hard-core fuel SUV. Especially, as a vehicle with a curb weight of 2.9 tons, Leopard 5 can stop and start again in the middle of large-angle climbing, and the axle locking speed is quite fast in the face of simulated slippery terrain, which can be said to be "technology changes life".

Strong off-road performance, perhaps not the only "killer" of Leopard 5. As we all know, one of the biggest weaknesses of traditional hard-core SUVs is urban road driving, and its large weight often leads to high fuel consumption. However, the large steering wheel position, slow steering response and tough chassis feedback make many hard-core SUVs have poor urban road driving experience.

However, thanks to the DMO off-road hybrid with electric drive, Equation Leopard 5 can theoretically achieve smooth acceleration and deceleration, and the noise control is far superior to that of traditional fuel off-road vehicles. Due to the integrated design of CTC battery chassis, Equation Leopard 5 can protect the battery between the beams, and at the same time realize the 50:50 axle load distribution and ultra-low body center of gravity, and with the long-stroke front and rear double wishbone independent suspension, realize the stable posture of a comparable car.

For simulating urban road driving, the test drive planned two scenes, namely linear acceleration and S-bend. To be honest, before the actual experience, it’s hard to imagine that a hard-core SUV like Leopard 5, which weighs nearly 2.9 tons, can still break 100 in 4.8 seconds, and it is quite linear while accelerating rapidly, and the body pitch is well controlled. The handling of the S-bend is also relatively calm. The high car height brought by the non-loaded body will still make the Leopard 5 have a certain tilt, but compared with a number of hard-core SUVs, the Leopard 5 has been well controlled.

Observing this Leopard 5 statically, the texture, tough style and stocky figure are impressive.

As for the interior, Leopard 5 embodies another kind of "Leopard Aesthetics". The symbol of "super lock" is displayed everywhere, and the ideal thinking of electricity is integrated into perceptual aesthetics. The lifting gear shift lever and the crystal-like buttons near the gear handle will fill up the mechanical texture, design beauty and ritual sense at the same time. As for the introduction of functions such as 50W wireless fast charging, compressor cooling and heating refrigerator, and FiLink intelligent cockpit, it can be reflected that Leopard 5 is not just a car that pursues "individuality" and "distance" at the expense of experience.

On the whole, as a hard-core SUV of the order of 300,000 yuan, Equus Leopard 5 pursues "comprehensiveness". Oil can be used for electricity, and the wild can be used for cities. It meets the needs of the greatest common divisor as much as possible. Perhaps it is not extreme enough, but it can really make more people show their individuality without sacrificing their daily travel experience.

　　Cctv newsYesterday (28th) at about 4: 21pm, a parking lot under construction on Changling South Road in Guanshanhu District, Guiyang City, Guizhou Province collapsed. It was verified by the local emergency rescue headquarters that before the collapse, there were 14 people on duty at the construction site. After the accident, 3 people escaped by themselves, 1 person was quickly rescued and the remaining 10 people were trapped. After search and rescue, all 10 trapped people were found this morning, 8 of them died and 2 were injured.

　　Reporter Chen Chunxiao (shooting time on the night of October 28)I am now at the scene of the accident on Changling South Road in Guanshanhu District, Guiyang City. You can see that the scene of the collapse is in the direction of my finger. At present, fire, public security and other rescue departments have rushed to the scene.

　　The reporter learned that the scene of the accident was a parking lot under construction. When the accident happened, the newly built building with a height of about 11 meters suddenly collapsed, and the top floor of the building instantly became flat. The rescue team determined the position of the trapped people through on-site inquiry, using search and rescue dogs and cell phone signal positioning, and then opened the life passage with rescue tools such as rock drills and hydraulic tongs.

　　rescuerDon’t be afraid, it’ll come out soon. It’s a little loud. Cover your eyes, nose and ears to keep your strength.

　　The reporter learned from the press office of Guanshanhu District People’s Government that after more than ten hours’ efforts, as of 3 am on October 29th, all 10 trapped people had been found, including 8 deaths and 2 injuries. At present, the local emergency rescue headquarters is carrying out the work of treating the injured and comforting the families of the victims, and investigating the cause of the accident.

　　Two injured people were treated by surgery in the hospital.

　　After the accident, two injured people underwent surgery in the nearby Jinyang Hospital to see the report sent back by the reporter from the hospital.

　　At 0: 30 on October 29th, the reporter rushed to Jinyang Hospital in Guiyang and found the doctor Liu Hui who had been leading the team for treatment.

　　Liu Hui, Chief of Medical Department of Guiyang Jinyang Hospital: Two wounded. We have four groups now. Cardiothoracic surgery, orthopedics, ICU and operating room are all here, so we have four groups of people to rescue two patients.

　　Dr. Liu told the reporter that the two injured people had multiple fractures all over their bodies.

　　Liu Hui, Chief of Medical Department of Guiyang Jinyang HospitalOne of these two is a fracture of pelvis, and then there is a fracture of many upturned bones, one is a damage to the left hand, two fractures of the nasal bones, one is a head injury, and the other is a avulsion injury, so we went to many doctors to rescue them here. Reporter: but there is no danger to life, right? It’s hard to say at present.

　　The press conference will continue to pay attention to the treatment of the injured.

Analysis of product characteristics;Silicone oil fan engine produced in 2021!

　　On the new generation LC300, Toyota has prepared three powertrains for it, all of which use silicone oil fans as the cooling scheme. ! This may be the only mass-produced new car with silicone oil fan in the 21st century! You know, even the brand-new fourth-generation Jimny gave up the silicone oil fan …

　　Two newly developed V6 twin-turbo engines (3.5L gasoline and 3.3L diesel) based on TNGA platform can surpass the traditional V8 engine in performance. The 3.5T V6 version of gasoline (code V35A-FTS) has a power of 415 HP, a torque of 650 Nm, and an acceleration of 0-100km/h of 6.7 seconds! (Another Mammoth) The other is a diesel 3.3T V6 engine (code F33A-FTV) with a maximum power of 309 HP and a torque of 700 Nm. Both power systems will be equipped with 10AT automatic transmission.

　　In addition, in some areas with low emission requirements.(Say goodbye to us completely)LC300 continues to provide the 1GR-FE 4.0L V6 engine that is "classic and super-resistant and not picky about food", with a maximum power of 275 HP and a maximum torque of 385 nm, matching the 6AT gearbox.

Tips: silicone oil fan

　　In fact, many people are very, very unfamiliar with silicone oil fan, because it really only appears on some traditional and old-fashioned off-road vehicles. Unlike today’s electronic fans, it doesn’t have so many sensors, and it can’t adjust and open the fan in time according to the water temperature. It is more primitive! It determines whether to enter the working state and stage according to the characteristics of engine speed.Generally speaking, it belongs to the type of "turning more and more", just like the red-headed machine adopted by Honda S2000, but you can’t always turn up the speed to get cool instead of commuting, can you?The silicone oil fan is similar. In congested cities and some low-speed environments, its heat dissipation performance is difficult to guarantee, but it can provide strong heat dissipation performance and high reliability in some high-speed crossing environments or desert environments.

　　Many people think that the silicone oil cooling fan is a product of the last century, and it is rarely used in gasoline engines now, and it is hard to see it in today’s new generation of hardliners. It originally belongs to a mechanical temperature control fan, powered by the crankshaft pulley of the engine, and driven by a belt to rotate the silicone oil cooling fan. When it is started, it can hear a loud noise. It is this silicone oil fan that makes people look askance, as if it is a large displacement. The off-road vehicle uses a silicone oil fan, but the focus is on its reliability.

Analysis of product characteristics;Introducing transparent chassis /MTS all-terrain system

　　Transparent chassis is nothing new. From the propaganda of Land Rover in the early days, people can understand the concept of transparent chassis. Through the intervention of cameras, vehicles can have more observation dimensions when traveling off-road. Through the screen, we can get the road conditions in real time, which can play a great auxiliary role in judging the route and avoiding danger. The familiar Toyota MTS all-terrain system can automatically choose the best driving mode according to the transmission of road conditions.Adaptive Variable Suspension (AVS) can calmly face all kinds of complicated road conditions.The all-terrain selection system also adds Zita Law and automatic mode,The crawling system has also been re-optimized, and the speed can be controlled in the off-road process. Combined with the transparent chassis, the land patrol LC300 has realized the intelligent off-road experience in line with the current mainstream trend.

Analysis of product characteristics;Welding technology of non-load-bearing body/brand-new frame

　　From the chief engineer’s mouth, we can see that they have a lot of pride in the land patrol with TNGA-F platform. The land patrol LC300 is the first mass-produced vehicle with non-load-bearing body under TNGA framework, and its frame has undergone a brand-new welding process, and a lot of weight reduction work has been done on the premise of ensuring strength. The welding of the body frame is no longer connected by traditional overlapping welding, but is approximately "seamless fusion" on a plane.

　　In addition, in order to change the heavy front of the previous generation Land Patrol, the engineer adjusted the position of its engine gearbox, and the height dropped by 28mm, while the whole body moved back by 70mm, and the front and rear weight reached 53.5:46.5, which is undoubtedly a very positive and important change for a large hard-core SUV model. The change of center of gravity and overall weight will greatly affect its driving performance in various road conditions.

Analysis of product characteristics;E-KDSS system/second generation TSS system

　　What is KDSS?KDSS is not magical, but it is indeed a unique martial art of Toyota. It is a hydraulic self-adaptive adjustable balance bar system, which can be regarded as a kind of active suspension. The sensor will predict your driving environment and road conditions according to a series of dimensions such as vehicle speed and left and right compression of the car body, and adjust the hardness of the balance bar in real time, thus affecting the car body roll and suspension stroke.

　　Once the system senses that the vehicle speed is high, the KDSS hydraulic shock absorber will become hard, and the support of the original vehicle suspension will be improved by changing the hardness of the balance bar. If you feel that the vehicle speed is low, for example, if you cross the road and the left and right wheels expand and contract, the pressure difference of KDSS oil shock absorber will become softer, and it will be easier to release the stroke, so that the four wheels can touch the ground as much as possible, increase the friction and reduce the appearance of cross shafts.

　　But in fact, for those professional players who really use land patrol to play cross-country, the biggest drawback of KDSS is that it affects the vehicle’s elevation. If the elevation does not exceed 2 inches, the operating range of KDSS will be stretched to the limit, and then it will fail. The alarm light will always be on, and the after-sales maintenance and replacement cost of KDSS is not low, just tens of thousands of pieces. Even if you want to tear it down, you need a series of matching and re-purchasing new balance bars, and the price is also very expensive. so~ Unless you are a targeted professional group, there is absolutely no need to have too many ideas about KDSS. It is a way to have both, not to pursue the extreme in a certain direction, and it is enough for most people.

　　On the new generation of land patrol LC300, this system has become an electric control system. Obviously, its sensitivity, response speed and accuracy will be significantly improved, and its sensitivity to road changes will be better, which is worth looking forward to.

　　The land patrol LC300 is also equipped with the second generation Toyota Safety Sense, which enables it to have better safety early warning performance in urban environment and pavement environment.Compared with the previous pre-collision system, two new functions have been added;Help avoid collisions or reduce injuries by detecting pedestrians and cyclists during the day and night.

　　The first realization scenario is to detect oncoming vehicles and pedestrians crossing the road when the vehicles turn in any direction. The second realization scenario is: the active lane keeping and collision prevention system is not sophisticated, but for a hard-core model with classic heritage, the increase of these auxiliary configurations will undoubtedly make it have better active safety performance in paving environment and highway. In addition, the land patrol LC300 is also equipped with a parking assistance system, which can identify obstacles or pedestrians in the rear during parking, which is very necessary for "it is so huge".

Analysis of product characteristics;Driving assistance/comfort adaptation

　　In addition to the above parts, the land patrol LC300 has been improved in many details, such as changing the inclination angle of the shock absorber again. After being tested and adjusted by Dakar drivers,Combined with these changes and optimizations, the new model will have more comfortable and faster steering performance and handling, and its directivity and vibration filtering performance will also be improved.In terms of comfort in the car, the land patrol LC300 also has pursuits, such as; With the adjustment of the seat position, the steering wheel will also be adjusted to bring more comfortable driving experience and reduce the driver’s fatigue.

　　On the brand-new land patrol LC300, NVH performance is highlighted. Take the 3.3T diesel as an example. Even when driving fast in a non-paved environment, people in the front and rear rows of the car can easily talk at a normal volume. Just as Toyota said, they hope that this car can not only take you anywhere, but also drive and use it more easily in a paved environment, and minimize fatigue.

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Editor’s Summary: Inheriting the Initial Heart & Trying to Break the Circle

　　TNGA-F, non-load-bearing, new welding technology, silicone oil fan … These actions are not just about paying tribute to classics or selling feelings. I believe Toyota is well aware of the significance of land cruisers to Toyota brands. It can be seen that Toyota has tried its best to retain the characteristics and soul of land cruisers in research and development, so that it can continue to gallop anywhere in the world.

　　The blessings such as E-KDSS, MTS and TSS make it more in line with the comprehensive needs of the new era. Even if you are a tough guy, you will not forget your tenderness. Let more people have and like it is something Toyota must do, not just land patrol, but what every "off-road vehicle" wants to do and is doing today. After all, who doesn’t want it to be sold to more and wider people? Look at Big G, look at herdsman, look at Tank 300 … Which one doesn’t think so?

　　Next, let’s have a static real car. Although we really don’t know the exact situation of the version of the Bank of China and parallel imports at present, I suggest you can look forward to it. (Text/car home Ren Bo)

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Sadayoshi Koyari, a retired former chief engineer of Land Patrol, gave you a good message.

　　There is a promise between the Land Cruiser and our customers. Customers trust this car, and many people regard it as a family member. We can’t betray this trust. This means that we always realize that they have put their lives in our hands. I believe the task of this car is to take you anywhere you want and take you home intact, no matter what!

　　　　　　　　　　-Sadayoshi Koyari, former chief engineer of Land Cruiser, Xiao Zhen Jia.

　　

　　About 3,000 years ago in Europe, the city of Rome was just built, and an ancient and nameless creature has lived in this soil for several years. This generate-like plant has its own name-flax seed, which contains rare repairing energy and can instantly inject new vitality into hair. Flaxseed oil, a miracle plant, is refined by Fu Lu Deya, and blended with plant keratin and wild soybean essence in a perfect proportion, showing a series of repair works to repair hair perm and age damage, making hair spontaneously core and shine, and rejuvenating its original beauty.

　　Being in a modern city has a keen sense of fashion, which makes the beauty of hair more possible. Hair color changes frequently, and the radian of hair changes freely, but the hair is overwhelmed: the hair protein is gradually lost with the erosion of high temperature and chemical reagents, the hair surface scale is damaged, the hair core is exposed, and the keratin supporting the internal structure of hair is completely destroyed; The increasingly severe environmental pollution and the inevitable time damage make the hair far away from the original vitality.

　　Fulu Deya Plant Research Center explores and refines rare active ingredients of plants, and combines precious plant protein, wild soybean extract and linseed oil in a brand-new repair series: from the hair surface to the hair core, injecting luxurious nutrients, enhancing the internal cohesion of keratin, rebuilding the hair structure, comprehensively reshaping and regenerating the core support of hair, and luxuriously nourishing the hair layer by layer to restore the initial elasticity and luster of hair and regain its vitality. Luxurious milky texture, perfect for hair; The high-definition fragrance, which combines fruit fragrance, floral fragrance and oriental sentiment, brings unique pleasure.

　　Plant Keratin: Unique Toughening Effect

　　Keratin is the real skeleton of hair, and it is an indispensable strong cornerstone for hair health. Its permeability can bring elasticity, strength and lasting health effects to hair. Fulu Deya R&D Center simulates keratin composition and combines soybean protein essence with wheat single cell protein to extract keratin-like substances, that is, the life essence of hair.

　　Wild soybean extract: comprehensively strengthen hair structure

　　As a kind of soybean lipoprotein extract, wild soybean extract is rich in sterols, ceramides and free fatty acids, thus forming an adhesive, stabilizing the cohesion between cells, effectively inhibiting the loss of water and nutrients, and making hair stronger.

　　Linseed oil: enhanced protection

　　Linseed oil, a Millennium miracle plant, is rich in unsaturated fatty acids and omega-3, which has the ultimate nourishing effect, and at the same time reshapes the hydrated lipid membrane to protect hair and restore its original protective function. Linseed oil is also rich in long-chain fatty acids, which can protect hair and scales from external damage.

　　Gaoding fragrance

　　The perfumer carefully creates a luxurious and high-definition classic French fragrance with attractive fruit fragrance, floral fragrance and oriental fragrance.

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　　Fulude Yazhizhen Repair Shampoo (retail price: RMB 218, product specification: 200 ml)

　　Rich in precious plant keratin, wild soybean extract and linseed oil, the formula is luxurious, creamy and pearly. Repair and nourish damaged and easily broken hair, reshape hair texture from hair roots, make hair easy to comb, restore health, vitality, silky smoothness and shiny luster, and restore scalp comfort and elasticity. Mild sulfate-free and silicon-free formulas are also suitable for straightening and dyeing hair.

　　Applicable people: damaged hair

　　How to use:

　　Apply it to wet scalp and hair, and gently massage until it bubbles. Leave it for 1 to 3 minutes and then wash it.

　　Can be used frequently.

　　Fu Lu de ya zhi Zhen repair hair mask (retail price: RMB 198, product specification: 100 ml)

　　Rich in precious plant keratin, wild soybean extract, flax wild soybean extract and linseed oil, it can penetrate into hair core, smooth hair scales and nourish hair; And enhance the internal cohesion of keratin, rebuild the hair structure, and make the hair strong and beautiful again. Smooth texture, perfect fit for hair. From the hair surface to the hair core, it is completely reshaped and regenerated, so that the hair can restore its supple luster and elastic texture. The products are a mixture of fruity, floral and oriental flavors, bringing you pleasant sensory enjoyment.

　　Applicable people: damaged hair

　　How to use:

　　After shampooing, dry your hair, apply a proper amount of product to your hair piece by piece, leave it for 5 minutes after combing, and then wash it.

　　It is recommended to use it once or twice a week.

　　Tips: It is recommended to smooth the hair from top to bottom with scissors hands on the hair 10cm away from the hair root to help close the hair scales.

　　Fu Lu de ya zhi Zhen repair rinse-free conditioner (retail price: RMB 288, product specification: 100 ml)

　　Rich in sesame oil with powerful nourishing and repairing effects, it can repair hair tips from the inside out, smooth rough split ends, rebuild damaged hair, and make hair infinitely supple, shiny and elastic. No-wash formula, light texture, no silicone oil, can be used at any time to keep hair healthy and moist at all times. As a daily care, you can regain the natural beauty of your hair day after day. Used before styling, it can improve the luster of hair tips and provide lasting protection for bifurcated hair tips.

　　Applicable people: damaged hair

　　How to use:

　　Press out the hazelnut-sized cream, evenly spread it on the middle of the washed and dried hair to the tip of the hair, and then comb it.

　　It can be used before modeling without washing.

　　Tips: When applying to dry hair, please reduce the dosage to avoid heavy feeling.