DT EXPOSÉ OF P4 BIOSAFETY LABORATORY – SEASON 2 (4)

By DT @DTINLAC

DT EXPOSÉ Explanation:

In the previous article, we have analyzed three teams of CCP for biological and chemical weapons research: virus production team, antidote development team, and virus transmission team. The conclusion includes two crucial points in time, and the fact that CCP has mastered the new coronavirus weapon in 2016. Next, we are to answer which virology lab had synthesized the new coronavirus, which laboratory the antidote may be developed, why it costs so much to build a P4 laboratory, what these laboratories can do with respect to the scientific research and experiments.

First let us look at a report:

Experts call for rational adjustment of China’s P3 laboratory operation policy

22nd March 2020

“It is necessary to strengthen the prevention and control of major infectious diseases in China’s first-class universities and research institutes as soon as possible, and in practice, we should look into the construction and operation mechanisms of similar facilities in the United States and other developed countries; in order to rationally adjust China’s current P3 Policies on the construction and operation of laboratory facilities. “Zhang Jingren, deputy dean of the School of Medicine of Tsinghua University, recently pointed out in an interview with the China Association for Science and Technology.

In fact, research on pathogens of major infectious diseases requires biosafety Level 3 (P3) and Level 4 (P4) laboratory protection facilities. After the SARS epidemic, China has built nearly 30 P3 laboratories and 2 P4 laboratories, of which the P4 laboratories are located within the Wuhan Institute of Virology and the Harbin First Medical Research Institute of the Chinese Academy of Sciences. The P3 laboratories in the national and local CDCs.

“Due to the restrictions of the CDC’s functions and talent reserves, these facilities have made little contribution to enhancing China’s strength in the prevention and control of new types of infectious diseases. China’s high-end talents doing fundamental research in biomedicine are concentrated in first-class universities and research institutes, while only a few P3 laboratories are located inside universities and research institutions. “Zhang Jingren said.

He pointed out that in the past 10 years, the number of new P3 laboratories in China has been small. Although Beijing has gathered the most famous universities in China and world-class biomedical research talents, none of Beijing ’s universities own a high-level biosafety laboratory. On the contrary, all medical schools in the United States have at least one P3 laboratory platform.

What causes scarcity of China’s P3 laboratory platforms? Zhang Jingren believes that the main reason is that people generally lack a reasonable and scientific understanding of such facilities. When looking at the standards for building these platforms, people tends to overemphasize their risk and potential negative effects regarding pathogen leakage. “In this context, this threshold for constructing such facilities is too high, and the approval procedures too cumbersome, hence the construction and operation of these facilities are expensive. “

Zhang Jingren suggested that the public and relevant managers should be popularized with scientific knowledge related to biosafety, and gain sufficient understanding of the necessity and importance of the advanced biosafety facilities. On the basis of ensuring the safe operation of facilities, build a bunch of world-class P3 laboratory platforms in China’s top universities.

In addition, Zhang Jingren pointed out that after SARS, China has gradually stopped the systematic research on the virus and its related diseases. “At present, we still do not have effective drugs and vaccines for this virus. One of the key mistakes is the failure to use existing SARS information on viral infections to establish reliable animal infection models. “

“Medications and vaccines for human diseases first need to be validated in animal models before they can be extended to humans. Without effective animal models, there will be no good medicines or vaccines. Only when we constantly study these pathogens and understand their biological characteristics, can we discover new drugs and vaccines. “Zhang Jingren said.

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Let us ignore the motive of this report for now but pay attention to the passage in this text: ” .. research on pathogens of major infectious diseases requires biosafety Level 3 (P3) and Level 4 (P4) laboratory protection facilities. After the SARS epidemic, China has established nearly 30 P3 laboratories and 2 P4 laboratories, of which the P4 laboratories are located within the Wuhan Institute of Virology and the Harbin First Medical Research Institute of the Chinese Academy of Sciences. The P3 laboratories in the national and local CDCs. “This sentence provides all the information in the P3 and P4 laboratories.

P3 and P4 refer to the biological safety protection level of a laboratory. Of course, the research in such laboratories must be related to biology. In other words, the organisms studied in such laboratories are dangerous. Of course, such danger is different from a tiger: it comes out of the cage when you are doing research and injure people. The dangerous organisms generally refer to infectious bacteria and viruses. It also includes some harmful microorganisms or plant provenance transmission materials (such as soil, seeds, living plants, etc.), while the bodies of animals, plants or animals (including human) carrying infectious viruses or bacteria can also be counted. This protection level also indicates the degree of danger of the testing object, P4 is the highest level.

One of the two P4 laboratories in China is the well-known Wuhan P4 virology lab. Its full name is “Wuhan National Biosafety Laboratory of the Chinese Academy of Sciences” or Wuhan P4 laboratory. The other is in Harbin, which is the Harbin Veterinary Research Institute of the Chinese Academy of Agricultural Sciences. The full name is “National Biological Disease Prevention and Control High-level Biosafety Laboratory”, or Harbin Veterinary P4 Laboratory. According to disclosed information, the two laboratories belong to the head of the Chinese Academy of Sciences and the head of the Chinese Academy of Agricultural Sciences, a subordinate unit of the Ministry of Agriculture, respectively. Wuhan P4 lab mainly studies viruses that infect humans (including insects and plants that cause new infections). Harbin P4 lab focuses on the infection of livestock, such as the swine flu in 2016. Here, we will not go into details of the Harbin P4 laboratory, but only mention one point: an academician in this laboratory, known as Chen Hualan (the only academician of the Chinese Academy of Sciences in Harbin Veterinary Research Institute) recombined the genes of influenza virus subtype H5N1 and influenza virus subtype H1N1 to develop a new virus.

Back to the topic, now we have gained the concept of the security level of P3 P4 labs and known their research subjects, then we need to answer which viruses can P3 labs study and which viruses can P4 labs study?

The following table summarizes common viruses that P3 and P4 laboratories can study:

Picornavirus

As can be seen from the table above, to study SARS, MERS, 2016 swine flu, and the new crown virus, P3 laboratory would be sufficient, and there is no need to build a P4 laboratory. Therefore, what is the purpose of Wuhan P4 laboratory?

Before answering this question, let us look into the P3 laboratory. According to the report earlier, Zhang Jingren, the deputy dean of the School of Medicine of Tsinghua University, revealed a crucial piece of information, linking to the core of the secret:

“Due to the restrictions of the CDC’s functions and talent reserves, these facilities have made little contribution to enhancing China’s strength in the prevention and control of new types of infectious diseases. China’s high-end talents doing fundamental research in biomedicine are concentrated in first-class universities and research institutes, while only a few P3 laboratories are located inside universities and research institutions. “

This sentence tells us two things, first, these laboratories are built within scientific research institutes, mainly the Chinese Academy of Sciences system, and contributes little to enhancing China’s strength in the prevention and control of new infectious diseases. Secondly, High-end talents doing fundamental biomedical research locate mainly in top universities and research institutes.

In addition, Zhang Jingren pointed out that after SARS, China has gradually stopped the systematic research on the virus and its related diseases. So why is Shi Zhengli and her team are doing research and isolating SARS new crown virus? Could it be of personal interest? If so, where did so much research funding and national honor awards come from?

“At present, we still do not have effective drugs and vaccines for this virus. One of the key mistakes is the failure to use existing SARS information on viral infections to establish reliable animal infection models. “This sentence suggests that the key mistake is fail to use existing SARS virus infection data to establish a reliable animal infection model. Then we need to ask what was the 2016 swine flu experiment about? What was the purpose of collecting so many live SARS strains during SARS?

The following report reveals the secret of P4 and P3 laboratories. These laboratories are not designed to research and eliminate viruses by Chinese government, but to develop viruses!

Bai Chunli: Provide strong scientific and technological support for comprehensive improvement of national biosecurity governance capabilities

22nd April 2020

After the outbreak of the new Coronavirus, the Party Central Committee with Comrade Xi Jinping at the core has always put people’s lives and health in the first place, insisted on national mobilization, joint defense and control, openness and transparency, and started a people’s war against the epidemic. Through the personal direction and deployment of the General Secretary Xi Jinping and the hard work of the people across the country, the epidemic prevention and control has achieved important and milestone effects. The outbreak of the new Corona epidemic highlights that the issue of biosecurity has become one of the major survival and development threats faced by all humanity throughout the world. General Secretary Xi Jinping pointed out profoundly during the review that from the heights of protecting people’s health, safeguarding national security, and maintaining long-term security of the country, biosecurity should be included in the national security system, and systematic planning of national biosecurity risk prevention and control system construction is necessary, with the need to improve national biosecurity governance ability. This important exposition enriches the theoretical connotation of the overall national security concept, improves the top-level design of the national security system, indicates the direction of efforts for comprehensively improving the national biosecurity governance capacity, and provides important follow-up.

National biosecurity is an important part of overall national security

The shortcomings of the scientific and technological infrastructure need to be made up quickly. Biosafety data centers, biosafety laboratories and other scientific research facilities are the technical foundation for carrying out many life science researches, and also an important defense line to ensure national biosecurity. At present, there are 81 P3 laboratories and 2 P4 laboratories in China that have passed the construction review by the Ministry of Science and Technology. There are 12 institutions in the United States that have P4 laboratories and nearly 1,500 P3 laboratories in total. The gap and shortcomings are obvious. In addition, the clinical, fundamental and public health data have not been effectively integrated, and the cooperative sharing mechanism has not been effectively established. These affected the development of the new Corona epidemic prevention and control technology research.

The Chinese Academy of Sciences is an important research force in the field of national biosecurity and health. After the outbreak of SARS in 2003, the subject areas related to biosafety of the Chinese Academy of Sciences has become the key development direction, given full play to the cross-disciplinary advantages, and systematically laid out a research system in the field of fundamental biosafety and applied research; building a biosecurity network centered on P4 laboratory, forming a large biosecurity science center. A ‘multi-arms coordination’ and ‘Big Corps combat’ biosecurity technology research and development force has also been cultivated.

In this exciting report by Bai Chunli, President of the Chinese Academy of Sciences, we learned that there are 81 P3 laboratories and 2 P4 laboratories. The Chinese Academy of Sciences is an important research force in the field of national biosafety and health. After the outbreak of SARS in 2003, the subject areas related to biosafety of the Chinese Academy of Sciences has become the key development direction, given full play to the cross-disciplinary advantages, and systematically laid out a research system in the field of fundamental biosafety and applied research; building a biosecurity network centered on P4 laboratory, forming a large biosecurity science center. A ‘multi-arms coordination’ and ‘Big Corps combat’ biosecurity technology research and development force has also been cultivated.

Now look at another report:

[Sichuan News observes] Biosafety has become a hot topic. Experts within the province suggest: accelerate the establishment of P3 laboratory

Date: 16th April 2020

April 15th is the fifth national safety education day for all people. In the context of the new coronavirus epidemic, biosecurity has become a hotspot of social concern and the focus of our province ’s publicity and education activities. Recently, some experts in our province have also shared their knowledge and suggestions on comprehensively improving biosecurity governance capabilities.

It is reported that the biosafety laboratory is divided into four levels of P1, P2, P3 and P4 according to the increasing degree of biological hazards of the processed objects. At present, there are 43 P3 laboratories in China, spreading in major economic provinces. Sichuan Province covers a wide area, has a large population, and contain a large number of biological species. The province also has a population, but before this outbreak, there was no P3 laboratory in Sichuan Province.

Looking at the 3 reports, is strange that according to the first report,“After the SARS epidemic, China has built nearly 30 P3 laboratories…”, while in the second report, 81 P3 labs have passed the construction review, and the third report says there are 43 P3 laboratories. So exactly how many P3 laboratories are there?

Let’s first take a look at the P3 laboratories that were established at the time of SARS in 2003 and have participated in the SARS research:

1. Shanghai Center for Disease Control and Prevention

541. Experts doubt the ‘SARS’ virus: the (transmission of this) virus can surely be prevented and (disease) cured.

.. to be effective for the treatment of SARS, we provide the Chinese medicine to the patients. Due to very strict conditions required to conduct live virus experiments, currently Shanghai has only one P3 lab that can conduct such experiments, which is in Shanghai Municipal Center for Disease Control and Preventio. Therefore, we intend to conduct computer simulation experiments. In addition, the Institute of Medicine has listed a series of Chinese medicines that can effectively prevent and treat SARS. We also need time to study the mechanism of the pathogenicity and spread of the SARS virus…

25th April 2003

2. Chinese Academy of Military Medical Sciences

542. Scientific experts arrested the ‘prime culprit’of SARS after 61 days of hard working.

Researchers are doing SARS virus experiments in the P3 laboratory. Our reporter Zhao Yongshe, at the same time the <focus interview> is interviewing, rushed to the front line of ‘snatching’ the chief culprits of SARS by scientific research experts yesterday and heard the whole process. Appreciate the “SARS” laboratory In the microbial epidemiological experiment area of the Chinese Academy of Military Medical Scientists are working …

3. Wuhan University (note: this is the only university involved)

544. The Modern Virology Research Center led by Academician Tian Bo focuses on the research of SARS virus

Wuhan University has the nation’s first-class research force in the field of microbial virus and the only P3 laboratory in the country’s universities. The Modern Virology Research Center led by Academician Tian Bo of the Chinese Academy of Sciences is a recognized national first-class research institution. Since the outbreak of the SARS epidemic, 12 experts, led by Academician Tian Bo, have jointly formed a research team on SARS virus research, focusing on the development of anti-SARS serum, SARS rapid test kit and other prevention, treatment techniques and methods, and strive to come up with clinical treatment drugs and check…

4. Kunming Branch of the Chinese Academy of Sciences (Kunming Institute of Zoology) rented and transformed the laboratory

521. Kunming Branch actively participated in the fight against SARS

…Vice President Chen Zhu ’s instructions, Vice President Chen said during national crisis, everyone is responsible. We are the national team, when the country is in trouble, it obliged for the institute of zoology to overcome the difficulties and join in the unified steps of the entire hospital to fight against SARS, and the P3 laboratory will be rebuilt and put into function as soon as possible. After receiving instructions, the institute of zoology immediately forms the P3 laboratory reconstruction team. The institute will advance the funds and strive to complete the transformation of the P3 laboratory within 45 days. At the same time, it strengthened external cooperation, rented the P3 laboratory, and started to complete the layout of …

7th May 2003

5. Shanghai Institute of Materia Medica, Chinese Academy of Sciences (same as 1 Shanghai Center for Disease Control and Prevention)

522. Chinese Academy of Sciences Shanghai Institute of Medicine strive to find the cure for SARS

..the team established a molecular model related to SARS protein and screened around the clock the compounds millions of times a day. When seeing the reporter, a young guy who claimed to be ‘the least sleepy’ could not help rubbing his eyes. Zuo Jianping, a researcher who worked in the P3 laboratory of the National Institutes of Health (NIH), is always ready to enter the most dangerous area-the Shanghai Centers for Disease Control and Prevention P3 laboratory and “charged into battle. He said: ‘I have experience and should be at the forefront! ‘

4th May 2003

6. Shanghai Institute of Life Sciences, Chinese Academy of Sciences (a private enterprise in Shanghai)

527.Scientific research, race against SARS (Documentary of Shanghai scientific research personnel)

.. however, speaking from the scientific research point of view, only two patients caught “SARS” are “unfortunate”, as the sample number is far from meeting the needs. ‘Dr. Yiping Li, Director of Biology and Municipal Science and Technology Commission, said that SARS virus research needs to be conducted in P3 laboratories with high safety level. Currently, there are only two P3 laboratories are certified and put into use in Shanghai, one of which is in a private Science and technology enterprises. Starting from the overall situation, this company opens its P3 practice to other research institutes that study SARS..

7th May 2003

Are you now in a cold sweat? Indeed, all the SARS teams researched in P3 labs during the SARS outbreak are the teams listed in the previous story that has participated in the development of genetic weapons.

At the same time, a key person, Tian Bo, known as the father of the Chinese virus, a professor at Wuhan University and an academician of the Chinese Academy of Sciences, appeared in the report. Following Tian Bo, Shu Hongbing, Guo Deyin, Gao Fu and others will surface. In 2003, another key person, Rao Zihe, served as the director of the Institute of Biophysics of the Chinese Academy of Sciences. Is this all a coincidence? No, absolutely not.

Where is Shi Zhengli at this time? Graduated from the Wuhan Institute of Virology, Chinese Academy of Sciences in July 1990, Shi Zhengli, who received a master’s degree, was working at the Wuhan Institute of Virology, Chinese Academy of Sciences after returning to China in May 2000 after receiving a doctorate degree from the Second University of Montpellier, France. It is not yet her turn at this stage.

In a report below, the SARS virus isolation and research process are detailed. The reporter, Lu Yongxiang, was the president of the Chinese Academy of Sciences. At that time, Chen Zhu was the vice president of the Chinese Academy of Sciences, Jiang Mianheng was the vice president of the Chinese Academy of Sciences, and Jiang Zemin was then the chairman of the country, the chairman of the military committee, and the general secretary.

The Dean, Lu Yongxiang, instructed the Chinese Academy of Sciences to concentrate on next step fighting against SARS

At the 12th meeting of the Fourth Session of the Bureau of the Chinese Academy of Sciences held on May 12, Lu Yongxiang, vice chairman of the Standing Committee of the National People’s Congress and dean of the Chinese Academy of Sciences, gave clear instructions to the Chinese Academy of Sciences to concentrate its efforts to fight against SARS.

After listening to deputy secretary-general Cheng Baogen’s report on the work done by the Faculty in response to SARS, Dean Lu Yongxiang first informed the members and advisors of the Faculty Presidium that the Chinese Academy of Sciences the deployment and the important progress made in fighting SARS. At the same time, he gave the next stage instructions to concentrate the strength of the entire hospital to win the battle against SARS.

Dean Lu introduced the deployment of the Chinese Academy of Sciences to prevent the spread of SARS and the progress of organizing scientific research in the previous stage to the presidium members and consultants including Li Tieying, Xu Kuangdi, Zhang yutai and etc. He said that the SARC epidemic which is affecting more than 30 countries around the world is fierce. The case fatality rate in our country has a tendency to increase further from the current level, at 5%. The Party Central Committee and the State Council attach great importance to it.

Note: the presidium members and consultants including Li Tieying, Xu Kuangdi, Zhang yutai and etc

People’s resistance and scientific research on drugs, as well as mass prevention and treatment in the hospital have achieved certain results and progress. Dean Lu concluded that, first, according to the deployment of the Central Committee and Beijing Municipality, the Chinese Academy of Sciences has implemented the “four early” measures: “early detection, early isolation, early reporting, and early treatment”. At present, there is no cluster incidence among the formal employees of the institute. The few patients are found to be in the affiliated enterprise factories or families. Secondly, the research force of the whole hospital, especially in the field of life sciences, was organized to carry out scientific research, cooperated with the Center for Disease Control and universities, and made arduous efforts in finding the source of the virus. The Beijing Institute of Genomics and the Academy of Military Medical Sciences have completed 4 groups of gene sequencing of SARS. The sequencing results revealed the mutation behavior of the virus, we are increasing the samples to discover the mechanism of the mutation. (We have also) Urgently developed two virus detection methods, enzyme-linked kit and PCR antigen test, to achieve early diagnosis, and the kits can be supplied in large batches soon. Beijing Genomics Research Institute, Institute of Microbiology and Shanghai Institute of Life Sciences are stepping up the development of vaccines and effective drugs. The Shanghai Institute of Organic Research, Shanghai Institute of Pharmaceutical Research and the Kunming Institute of Zoology are searching for antiviral drugs by screening hundreds of existing compound drugs. In addition, some long-term research work aimed at developing effective drugs has also been initiated. Third, transform relevant laboratories and start fundamental research work on the prevention and control of viruses. In the face of the harm of SARS virus to humans, the virus institute previously only studied viruses other than (in) humans, has urgently transformed into P3 laboratory, (we also) started the P4 laboratory transformation plan to introduce live viruses into experiments to facilitate understanding and prevention of SARS, which serves as a stepping stone for future long-term hard work. At the same time, the Kunming Institute of Zoology and the Shanghai Research Institute, together with the Academy of Military Medical Sciences, with the support of the General Logistics Department of the PLA, established a higher animal research center that uses primates for virological experiments. The Institute of Zoology self-funded the research in Guangdong to find the source of pathogens. Fourth, the use of remote sensing and geographic information systems and other information technologies to detect the spatial and temporal transmission of SARS cases to understand its development trend, hence, to provide reference for decision-making. The Institute of Geography and Remote Sensing has made great progress in this regard. The team of Academy of Systems Science, led by Academician Guo Lei as the main force, used their agricultural production forecasting capability to establish relevant mathematical and statistical models to predict the distribution and retransmission of SARS cases. The high precision results have been the basis of decision-making by the Central Committee and the State Council. In the joint scientific research on preventing and treating “SARS”, a video teleconference system has been opened in the Chinese Academy of Sciences in order to reduce the flow of personnel and link Beijing, Shanghai and Han. This has facilitated remote cooperative scientific research. Shanghai Institute of Technology has developed and put into use an infrared thermometer with highly accurate and fast temperature measurements. The cryogenic center is developing a safe air-conditioning system. Antiviral nanomaterials for specific purposes are also under development.

For clarity, we extract following from the report:

Dean Lu introduced the deployment of the Chinese Academy of Sciences to prevent the spread of SARS and the progress of organizing scientific research in the previous stage to the presidium members and consultants including Li Tieying, Xu Kuangdi, Zhang yutai and etc.

first, according to the deployment of the Central Committee and Beijing Municipality, the Chinese Academy of Sciences has implemented the “four early” measures: “early detection, early isolation, early reporting, and early treatment”. At present, there is no cluster incidence among the formal employees of the institute. The few patients are found to be in the affiliated enterprise factories or families.

Secondly, the research force of the whole hospital, especially in the field of life sciences, was organized to carry out scientific research, cooperated with the Center for Disease Control and universities, and made arduous efforts in finding the source of the virus.

The Beijing Institute of Genomics and the Academy of Military Medical Sciences have completed 4 groups of gene sequencing of SARS. The sequencing results revealed the mutation behavior of the virus, we are increasing the samples to discover the mechanism of the mutation. (We have also) Urgently developed two virus detection methods, enzyme-linked kit and PCR antigen test, to achieve early diagnosis, and the kits can be supplied in large batches soon.

Beijing Genomics Research Institute, Institute of Microbiology and Shanghai Institute of Life Sciences are stepping up the development of vaccines and effective drugs. The Shanghai Institute of Organic Medicine, the Drug Institute and the Kunming Institute of Zoology are searching for antiviral drugs by screening hundreds of existing compound drugs. In addition, some long-term research work aimed at developing effective drugs has also been initiated.

transform relevant laboratories and start fundamental research work on the prevention and control of viruses. In the face of the harm of SARS virus to humans, the virus institute previously only studied viruses other than (in) humans, has urgently transformed into P3 laboratory, (we also) started the P4 laboratory transformation plan to introduce live viruses into experiments to facilitate understanding and prevention of SARS, which serves as a stepping stone for future long-term hard work.

At the same time, the Kunming Institute of Zoology and the Shanghai Research Institute, together with the Academy of Military Medical Sciences, with the support of the General Logistics Department of the PLA, established a higher animal research center that uses primates for virological experiments.

A: Note the main participating units: Beijing Institute of Genomics, Academy of Military Medical Sciences, Wuhan Institute of Virology, Institute of Microbiology Chinese Academy of Sciences, Shanghai Institute of Biological Sciences, Shanghai Institute of Organic Research, Shanghai Institute of Pharmaceutical Research, Kunming Institute of Zoology, General Logistics Department of the PLA. Here two military units are involved, the Academy of Military Medical Sciences and the General Logistics Department of the PLA.

B: Previously, Wuhan Virus Research Institute only studied viruses other than those in humans. In the face of SARS viruses, the P3 laboratory was urgently rebuilt, and the P4 laboratory transformation plan was initiated to introduce live viruses into experiments to facilitate understanding and prevention of SARS, which prepares foundations for future long-term hard work. That is to say, Wuhan Virus Research Institute had obtained the live virus during SARS outbreak, and began to conduct live virus experimental research in the P3 laboratory which was urgently transformed.

C: The Kunming Institute of Zoology, together with the Shanghai Research Institute and the Academy of Military Medical Sciences, with the support of the General Logistics Department of the PLA, organized the establishment of a higher animal research center to use primates (that is, monkeys) for virological experiments.

Was the purpose only to eliminate the epidemic and the virus had such a wide range of forces been integrated? Obviously not. In this report, we can confirm that the live SARS coronavirus strain has appeared in the P3 laboratory of the Wuhan Virus Research Institute in 2003, and higher-level animal, human-like primate in vivo experiment centers have been prepared for human virus infection experiments. These are under the support of the General Logistics Department of the People’s Liberation Army, which is a strictly confidential unit and a military restricted zone, because the biological and chemical weapons will be tested here in the future.

At the same time, Li Changchun, then member of the Politburo Standing Committee of the Communist Party of China, went to Wuhan to inspect the Wuhan Institute of Virology and Professor Tian Bo at the School of Life Sciences at Wuhan University. The following is a related report:

On the afternoon of May 14th, Li Changchun, member of the Standing Committee of the Political Bureau of the CPC Central Committee, who was inspecting Wuhan listened to the research report on anti-SARS research conducted by the Modern Virus Research Center of Wuhan University and the Wuhan Institute of Virology of the Chinese Academy of Sciences at the School of Life Sciences of Wuhan University. He pointed out that, scientists and technicians should work out solutions against SARS as soon as possible.

Comrade Li Changchun listened carefully to the progress of scientific research on anti-SARS virus by experts from the Modern Virus Research Center of Wuhan University and the Wuhan Institute of Virology, Chinese Academy of Sciences. He had a discussion with experts on applying the current research results to clinical, whether “SARS” virus would affect humans for a long time, and if SARS virus would mutate after the cure is found, and the source and route of transmission of SARS virus.

Researcher Yuan Zhiming, deputy director of the Wuhan Institute of Virology, Chinese Academy of Sciences, briefed Li Changchun and other leading comrades on the research direction and important achievements of the institute, formation of the “SARS” research expert group and the progress of their work; active participation in the SARS emergency response initiated by the Chinese Academy of Sciences and Hubei Projects, and construction of P3 laboratory as well as preparation of P4 laboratory.

Member of the Political Bureau of the Central Committee, Secretary of Hubei Provincial Party Committee Yu Zhengsheng, Minister of Culture Sun Jiazheng, Deputy Minister of the Central Propaganda Department Hu Zhenmin, Deputy Director of the National System Reform Commission Jiang Weixin, Deputy Director of the General Administration of Press and Publication Liu Binjie, Governor of Hubei Province Luo Qingquan, Deputy Secretary of the Provincial Committee Deng Daokun, Provincial Party Committee Standing Committee and Secretary of the Provincial Party Committee Sun Zhigang, Provincial Party Committee Standing Committee and Provincial Propaganda Minister Zhang Changer, Vice Governor Jiang Chaoliang and other leaders accompanied Comrade Li Changchun.

Note: Jiang Chaoliang was the secretary of the Hubei Provincial Party Committee at the time of the outbreak of Wuhan. In 2003 Yu Zhengsheng was Secretary of the Provincial Party Committee. We can therefore see the status and importance of Professor Tian Bo, and the modern virus research center of Wuhan University led by him will later be known as “National Key Laboratory of Virology”. His team is actually the virus research team of Wuhan University and the Wuhan Virus Research Institute. Under this signboard, Guo Deyin, Shu Hongbing and Wang Yanyi will appear in our story one after another. A hidden truth has emerged.

Let’s take a look at the list of equipment and some of the equipment owned by the P3 laboratory of the Wuhan Virus Research Institute in 2013. At this time, Wang Yanyi has appeared on the list of the Wuhan Virus Research Institute. (Privacy information is hidden)

The main instruments for centralized management are listed below:

  1. 200KV透射(冷冻)电子显微镜 (FEI Tecani G20 TWIN ) Transmission Electron Microscope

2. 100KV透射电子显微镜 (日立 H-7000FA) Hitachi TEM/STEM H-7000FA

3. 3、场发射扫描电子显微镜 (日立 SU8010) Hitachi FESEM SU8010

4. 活细胞双碟片激光共聚焦显微镜 (PE ULTRAVIEW Vox)

5. 超高分辨率荧光显微镜 (GE API OMX V4)

5. 冷冻超薄切片机 (莱卡 EM FC7 UC7) Leica

6. 分选流式细胞仪 (BD FACSAria III)

7. 分析流式细胞仪 (贝克曼 EPICS XL 4CLR) Beckman

8. 小动物活体成像仪 (CRI maestro)

9. 生物分子相互作用仪 (ForteBio Octet RED)

10. 冷冻样品制备系统 (FEI Vitrobot Mark IV)

11. 超薄切片机 (LKB super nova)

12. 超高速冷冻离心机 (贝克曼 XL-100K) Beckman

13. 超高速冷冻离心机 (贝克曼 OPTIMA L-100 XP) Beckman

14. 分析型超高速冷冻离心机 (贝克曼 Protemelzb XL- A ) Beckman

What are these instruments used for? Can we make a new corona virus with these devices? Let us ask our mysterious scientist:

Among these devices, 1-3 are electron microscopes. Viruses are too small to be observed under ordinary microscopes. An electron microscope is required to see the precise structure (of the viruses). A cryo-electron microscope can be used for accurate analysis of macro structure protein molecules.

4-5. belongs to fluorescence microscope. Fluorescence microscopy is a commonly used technique in molecular biology. For example, if you want to observe whether a virus has entered the cell, you only have to mark the virus with fluorescence and observe the florescent signal in the cell under a fluorescence microscope.

6-7. are the flow cytometers. A flow cytometer is an instrument used for cell sorting in biology, and it can separate cells based on the fluorescent signal in the cell. For example, if you invaded cells with fluorescent viruses, you can use a flow cytometer to isolate all the cells infected with the virus.

8. In-vivo small animal imaging system. As its name suggests, it allows imaging in real time in live animals, including fluorescent signals.

9. Biomolecular Interaction Apparatus. This is used to detect the interaction strength between molecules, especially proteins. For example, the binding strength between in vitro purified coronavirus S protein molecules and cell surface receptors can be studied with this instrument.

10-11. Frozen sample preparation system and ultra-thin slicer. Samples for electron microscope must be specially prepared. The slicer is for preparing samples that can be observed under an electron microscope.

12-14. Ultra-high speed refrigerated centrifuge. The purpose of centrifugation is to separate the various molecules in the cell according to the size of the molecules. These instruments can be used to isolate viruses, organelles in various cells, and for protein precipitation.

Conclusion: Although these instruments may also be used in ordinary biological laboratories, the instruments of Wuhan Virus Research Institute can be described as ‘very luxurious’, and these instruments meet the needs of the isolation, manufacture and research of various viruses.

Professional description of the level of prevention and control of the P3 laboratory is difficult to understand. Hence, we use a report to reveal the danger of SARS virus from the working status of the scientific researchers in the P3 laboratory. The article also suggests the difficulty and huge investment of building a P4 laboratory.

In the battle against “SARS”, the Beijing Institute of Genomics, Chinese Academy of Sciences made significant contributions. The institute collaborated with the Academy of Military Medical Sciences. After 36 hours of hard work, it completed the sequencing of the four corona virus genomes and developed an enzyme-linked immunoassay kit for rapid detection of “SARS” in just 4 days. On April 20, Hu Jintao, General Secretary of the CPC Central Committee and President of the People’s Republic of China, inspected the institute, and highly appraised its scientific research personnel and scientific research achievements.

A few days ago, when Professor Yang Huanming went to Wenzhou to present the “SARS” test kit, Wen Jie, the deputy director of the Immunoassay Laboratory, surprised the local reporter: You can clearly see her arm covered with pinpricks. Wen Jie said that when doing the serum contrast experiments, sometimes it is too late to take blood samples from normal people, and their experimenters often taken on themselves.

Like other medical staff, scientific researchers must wear thick and stuffy protective clothing when they enter a sterile laboratory, and (the clothes) will be soaked with sweat soon. However, as the researchers need to handle the blood, urine, feces, sputum, and even purified SARS virus from SARS patients, such protection is essential. Wen Jie said that these difficulties are nothing compared to their colleagues transferred to the P3 laboratory. There, the whole work is carried out under a closed and negative pressure environment, and it usually takes more than ten hours or even tens of hours to work within it. Even drinking water and going to the bathroom are extravagant expectations.

Another colleague, Yang Ling, whose kid is only 2 years old, went to Inner Mongolia to collect virus samples without any objections. Whenever he sees the pictures of his child on the office wall, he often couldn’t help but wiping his tears. Because the task came in as emergency, many people didn’t even have time to go home to pick up and change their clothes. They had to enquire the logistics staff to buy clothes for them on street shops.

This report describes the experience of researchers in the Beijing Institute carrying out research in the P3 laboratory and collecting live viruses. We also learned some common knowledge about virus collection. According to DT mining data, most of the viruses in Beijing Genetic Research Institute were later moved to Wuhan Virus Research Institute and merged into a pathogenic microorganism resources and information platform.

At this point, another major character, Shi Zhengli, is surfaced:

In July 2003, Wuhan Institute of Virology insisted on carrying out academic activities during SARS outbreak. Researcher Shi Zhengli, deputy director of the Molecular Virus Research Office and leader of the molecular biology discipline group of aquatic animal viruses, introduced the ongoing project — Muscle White Mussel Disease of Macrobrachium rosenbergii Virus research.

After SARS in August 2003, Shi Zhengli, a researcher at the Wuhan Virus Research Institute, set off for Beijing to participate as a representative in the Ninth National Women’s Congress.

Shi Zhengli, a researcher at then, was 39 years old and graduated with a doctorate degree from the Second University of Montpellier in France. She served as the deputy director of the virus department of Wuhan Institute of Virology, and the director of the Sino-Dutch “Invertebrate Virology Joint Open Laboratory”. Her research is mainly on aquatic animal virus pathogens that have a significant impact on the national economy, including identification of virus pathogens, virus ultrastructure and infection mechanism, virus genome structure and function, research and development of kits suitable for early virus detection. She had presided over a number of projects include the national “863”, the directional project of the Chinese Academy of Sciences, and the special support project of the Institute of Biotechnology.

Note the following:

On March 2, 2004, during the cooperation talks between Wuhan Virology Lab and the French BioMerieux company, Yuan Zhiming, Chen Xinwen, Chen Ze, Shi Zhengli and other researchers had discussions with the guests from French Merieux.

In April 2004, “Research on Compound Nucleic Acid Probes and Compound Immune Detection Technology for Shrimp Diseases” chaired by Researcher Shi Zhengli has successfully completed the research objectives, passed the examination, and obtained rolling funding.

In June 2004, the 2004 Academic Symposium on Viral Disease Control of the Chinese Academy of Sciences was held at the Wuhan Institute of Virology. Participants: Kangle (Director of the Chinese Academy of Sciences Biology Bureau), Li Hefeng (Leader of the Chinese Academy of Sciences) Commissioners: Han Hua, Duan Ziyuan, Wu Jun , Zhao Xichao, Yuan Zhiming, Chen Ze, Wang Hanzhong, Shi Zhengli, Li Tianxian. Secretary General: Deng Fei. Secretary Group: Zhu Bichun, Liang Li, Wang Hualin, Liang Changyong

On July 7, 2005, Chen Zhu, the vice president of the Chinese Academy of Sciences, visited the Wuhan Institute of Virology. Chen Zhu listened to the report by the director Hu Zhihong on second-phase innovation work and the researcher Shi Zhengli’s research progress report on “Whether Bats Are Natural Hosts of SARS Viruses”.

On September 29, 2005, “Science” magazine published the research results of the Chinese Academy of Sciences on SARS: the results of the joint research conducted mainly by scientists from the Chinese Academy of Sciences showed that bats carry SARS-like viruses.

Starting March 2004, the joint research team has collected serum, pharyngeal and anal swab samples of 408 bats from 9 species, 6 genera and 3 families, over four regions in Guangxi, Guangdong, Hubei, and Tianjin.

The SARS virus antibodies and genes were simultaneously tested in the State Key Laboratory of Virology in Wuhan and the Animal Health Laboratory (AAHL) in Geelong, Australia. SARS virus antibodies and genes were found in 4 species of Rhinolophus, among which Rhinolophus macrotis (Big-eared horseshoe bat) showed over 70% antibody positive rate. Gene sequence analysis showed that the genome sequence homology between bat SARS virus and human SARS virus reached 92%. However, the difference between the two plays a key role in whether the bat SARS virus can spread across species, that is to say, the SARS virus detected by scientists in bats cannot directly infect humans at the moment.

A similar study of Hong Kong scientists was published in the Proceedings of the National Academy of Sciences (PNAS) on September 27. The research results have attracted funding from the Ministry of Science and Technology and the European Union. The participating organizations include the Wuhan Institute of Virology, Chinese Academy of Sciences, the Institute of Zoology, Chinese Academy of Sciences, the Animal Health Laboratory (AAHL) of the Australian Institute of Science and Technology (CSIRO), the Queensland Ministry of Industry and Fisheries, the U.S. Department of Conservation Medicine, and the Chinese Academy of Sciences Guangzhou Institute of Biomedicine and Health.

Well, it’s time to give Shi Zhengli a higher honor. The reason to choose Shi Zhengli is that she has always been a staunch member of the Communist Party of China and a female scientist with both ability and integrity. It is she who can be firm on finding the virus on bats, a difficult task! Then I have to ask, why Shi Zhengli is so certain that the SARS virus is on a bat hiding in the mountains of Yunnan? And why are scientists from Australia and Hong Kong in the international columns verifying this discovery at the same time! These are so perfect that they seem unreal.

Conclusion: When experts such as Zhong Nanshan can no longer conceal the fact that they tested live virus samples and then made viruses by claiming the virus source is civets, they found a new backstop, bat, and prepared for the future theory of virus origin. Whether the SARS virus was found on a wild bat, or whether Shi Zhengli found it after injecting the SARS virus into the bat, only Shi Zhengli knew. Take a look at the photos of Shi Zhengli and the students catching the bat, it contains hidden information!

So, in September 2005, almost all the key scientists engaged in virus development surfaced: Shi Zhengli from Wuhan Institute of Virology, Wang Linfa from Australia, and Yuan Guoyong from Hong Kong. These are top virologists. There is also a research scientist at the Institute of Zoology, Zhang Shuyi, who should be studying bats. Maybe he knows where to catch bats that carry coronaviruses. Of course, he could also be a nobody, or maybe not.

Based on Comrade Shi Zhengli’s outstanding contribution, she was awarded the title of “Advanced Worker of the Chinese Academy of Sciences” in 2006 and was selected to join a new century high-level talent project in Hubei Province.

Well, the SARS virus strain in the Wuhan Institute of Virology finally found its mother, but everything is just beginning. Coincidentally, after nearly 15 years, another coronavirus will also find the same mother-bat, and it is the same group of people that have found the mother.

So why built a new P4 laboratory at Wuhan Institute of Virology? We can conclude that:

The existing experimental conditions can make biological genetic weapons such as new coronaviruses.

The P4 laboratory is designed to deliver to the military in the underground part of the P4 laboratory project, virus weapon experiment, this virus after its successful development, allowing it to mass produce virus weapons, and to develop higher-level viruses, such as Ebola-based viruses.

According to SLPLAB’s official website:

Up to now, there are three P4 laboratories under construction in China, namely in the Academy of Military Medical Sciences, Harbin Veterinary Research Institute and Wuhan Institute of Virology, Chinese Academy of Sciences.

China Science News

Author: Wang Shan

10:45:39 1st September 2014

P4 laboratory construction facing difficulties

The reporter learned that as of now, there are three P4 laboratories under construction in China, namely in the Academy of Military Medical Sciences, Harbin Veterinary Research Institute and Wuhan Institute of Virology, Chinese Academy of Sciences. However, none has been built over the years.

The report was released in 2014. It has been confirmed that two P4 labs have been built, namely the Wuhan P4 and Harbin P4. Then how about the P4 of the Military Medical Research Institute? This is the institute, more specifically military unit, that have also participated in the collection of SARS virus strains. A famous character in this military unit that is Major General Chen Wei, she later on appeared in the story of P4 laboratory in 2020.

We cannot find the firm evidence that the P4 laboratory of the Academy of Military Medical Sciences has been established, but it is certain that the lab construction has not been completed during the swine flu in 2014-2016. However, it no longer needs to be built as Wuhan’s P4 lab was almost ready by then, and the mysterious facilities underground Wuhan P4 would soon be started.

Let us take a look at what Wikipedia say about the Military Medical Research Institute:

The Military Medical Research Institute of the Chinese Academy of Military Sciences is located at No. 27, Taiping Road, Haidian District, Beijing. It is one of the research institutes of the Chinese Academy of Military Sciences and the highest military medical research institution of the Chinese People’s Liberation Army.

The Academy of Military Medical Sciences originally belonged to the General Logistics Department of the Chinese People’s Liberation Army. In 2016, in deepening national defense and military reform, the General Logistics Department of the Chinese People’s Liberation Army was abolished, and the Central Military Commission Logistics Support Department was established, which remains at the military grade.

The Academy of Military Medical Sciences undertakes tasks such as military medicine, basic medicine, biotechnology, health equipment, and pharmaceutical research, and is responsible for the health service tasks of military struggle, anti-terrorism, and prevention and control of major diseases.

Before the reform in 2017, the former Academy of Military Medical Sciences of the Chinese People’s Liberation Army established:

Institute of Health Service and Medical Information

Institute of Radiology and Radiation Medicine

Institute of Basic Medicine

Institute of Hygiene and Environmental Medicine

Institute of Microbiology and Epidemiology

Toxicology Institute

Medical Equipment Research Institute

Institute of Biological Engineering

Field Blood Transfusion Institute

Institute for Disease Control and Prevention

Military veterinary institute

PLA 307 Hospital

People’s Liberation Army Medical Library

Experimental Instrument Factory

Laboratory Animal Center

Graduate team

Ophthalmology clinic

Otolaryngology clinic

Then let’s take a look at the relationship between this mysterious organization and coronavirus since SARS in 2003:

1. Chinese Academy of Sciences and others donated 300,000 SARS testing kits Time: 2003-05-12

The Chinese Academy of Sciences and the Chinese Academy of Military Medical Sciences donated 300,000 SARS virus enzyme-linked immunoassay kits (ELISA) to the National Headquarters for the Prevention and Treatment of SARS. These kits will be sent to the front line of SARS prevention and treatment, providing accurate, fast and convenient tools for SARS diagnosis.

…SARS virus enzyme-linked immunoassay kit was jointly developed by the Institute of Microbiology and Epidemiology of the Chinese Academy of Military Medicine and the Beijing Institute of Genomics, Chinese Academy of Sciences, and was produced by Beijing Huada GBI Diagnostic Reagent Company. After the scientists of the Academy of Military Medical Sciences completed the isolation and identification of the SARS virus in late March, the Chinese Academy of Sciences completed the entire genome sequencing and analysis of the SARS virus on April 16, and successfully developed the “SARS virus Immune detection (ELISA) kit” on April 19. Beijing Huada GBI diagnostic reagent company established a quality control system to put the test kit into mass production day and night. As of April 30, we have produced kits that can be used for the detecting 300,000 times and have passed strict quality inspections.

With the support of the Central and the National Headquarters for the Prevention and Treatment of Atypical Pneumonia, the relevant departments have organized a number of relevant experts to conduct a comprehensive review of the quality and trial results of this kit in a “positive and prudent” attitude. On April 27, the State Administration of Drug Administration issued a drug registration approval document (National Pharmaceutical Trial 20032003); on April 29, the Beijing Municipal Health Bureau and the Chinese Academy of Sciences Life Science and Biotechnology Bureau again organized basic, clinical, and Experts in medical statistics, clinical diagnosis, etc., together with representatives of the Chinese Academy of Sciences and the Academy of Military Medical Sciences, participated in the research and development, and thoroughly discussed the results of the test data from both the basic and clinical aspects. The diagnosis rate of SARS patients after about 10 days’onset is 96%.

In this article, it was confirmed that the scientists of the Academy of Military Medical Sciences completed the isolation and identification of the SARS virus in late March 2003.

2 [People’s daily] More than 20,000 pigs died due to bats Scientists decode the origin of deadly swine virus

People’s Daily Online, Wuhan, April 5th. “Nature” magazine online on April 5th published a research result of the Wuhan Institute of Virology, Chinese Academy of Sciences. Researchers found that more than 24,000 pigs died in China from 2016 to 2017. The deadly disease is a new coronavirus that originated in bats. The study highlights the value of actively monitoring viral infections in bats and other wild animals for veterinary health, public health, and the global economy.

At the end of October 2016, a piglet fatal disease broke out in a farm in Qingyuan, Guangdong. The diseased piglets showed severe acute diarrhea, vomiting, and rapid weight loss. The mortality rate of piglets under 5 days of age was as high as 90%. Three other pig farms subsequently experienced outbreaks. As of May 2017, a total of 24,693 piglets were killed.

According to the clinical symptoms, scientists from the Institute of Microbiology and Epidemiology of the Institute of Military Medical Sciences, Wuhan Institute of Virology, Chinese Academy of Sciences, South China Agricultural University, Singapore ’s Duke-National University of Singapore, School of Medicine ’s Institute of New Infectious Diseases and the American Ecological Alliance, have tested Pig samples for swine epidemic diarrhea virus, infectious gastroenteritis virus and other known swine diarrhea-related viruses.

Scientists introduced that, at the peak of the disease outbreak, all virus test results were negative, indicating that the disease is a new disease. Subsequently, high-throughput sequencing results of intestinal samples, virus isolation, and infection experiments confirmed that the disease was caused by a coronavirus, which was named porcine acute diarrhea syndrome coronavirus, or SADS coronavirus for short.

The research team conducted a SADS coronavirus specific test on 591 bat samples collected in Guangdong from 2013 to 2016. A total of 58 results were positive, and the positive samples were basically from Ju-headed bats. One of the coronaviruses found in the bat cave near the outbreak of pig farms has a genome-wide sequence identity of up to 98.48% with SADS virus.

The results further showed that the SADS coronavirus that caused the outbreak of piglet diarrhea originated from the cross-species transmission of bat HKU2-related coronavirus. “According to the results of serological investigations on farm workers who have close contact with sick pigs, there is no evidence that SADS coronavirus can further infect people across species.”

It is worth noting that SADS has many similarities with the severe acute respiratory syndrome (SARS) outbreak that occurred in 2002-2003: both occurred in Guangdong and were caused by new-onset coronaviruses.

“Bats are the natural storage host for a variety of coronaviruses.” Researchers said that the discovery and traceability of SADS coronavirus confirmed that certain coronaviruses carried by bats can spread to domestic animals across species and cause serious diseases. Continuous monitoring of coronaviruses and the discovery and identification of bat coronaviruses that pose a potential threat to human and animal health are of great significance for the prevention and control of emerging infectious diseases and for the protection of animal husbandry production safety. (Zhou Wen Chen Tudou Wang Yihao)

Let’s read this report seriously

1. The outbreak of swine flu began at the end of October 2016 in Qingyuan, Guangdong (a remote mountainous area). It is a lethal disease of piglets in pig farms. The piglets that caught the virus show severe acute diarrhea, vomiting, and rapid weight loss. The mortality rate of piglets under the age of 5 days is up to 90%. Three other pig farms subsequently experienced outbreaks. As of May 2017, a total of 24,693 piglets were killed. In other words, the outbreak time is from October 2016 to May 2017.

2. At the peak of the disease outbreak, all virus test results are negative, indicating this is a new disease. Subsequently, high-throughput sequencing results of intestinal samples, virus isolation, and infection experiments confirmed that the disease was caused by a coronavirus, which was named as porcine acute diarrhea syndrome coronavirus, or SADS coronavirus for short. This sentence suggests that the on-site detection at the time of the outbreak did not reveal the disease was caused by coronavirus. Until later the samples were tested and found the pathogen to be a coronavirus, and named as SADS.

3. The research team conducted a SADS coronavirus specific test on 591 bat samples collected in Guangdong from 2013 to 2016. A total of 58 results were positive, and the positive samples were basically from Ju-headed bats. One of the coronaviruses strains found in the bat cave near the outbreak’s pig farm has the genomic homogeneity with SADS virus as high as 98.48%. Note this sentence mentioned that from 2013 to 2016, that is, bat samples have been collected in Guangdong (probably by Shi Zhengli’s bat-catching group), before the swine flu outbreak, and it coincided that there were coronaviruses in the bat caves near the epidemic.

Well, no need to interpret to interpret further, anyone who has sense will know that this is a stone-cold lie. Let us make a summary (what we have known so far):

1. In late March 2003, scientists from the Chinese Academy of Military Medical Sciences have completed the isolation and identification of the SARS virus. The Wuhan Institute of Virology and Wuhan University ’s P3 laboratory also obtained the strains isolated from SARS virus.

2. Since the beginning of 2004, Shi Zhengli received the political mission to lead the students to catch bats at the designed location to collect bat samples. In fact, use coronavirus to infect bats, thereby causing the illusion that the virus is originated from bats.

3. On July 7, 2005, Shi Zhengli basically completed the difficult task of from the organisation, which was confirmed by Chen Zhu.

4. On September 29, 2005, Science published the SARS research results of the Chinese Academy of Sciences and announced to the world that SARS coronavirus originated from bats.

5. In 2013, the coronavirus weapon was nearing completion, and the team of Shi Zhengli received the mission from organization again. The difference in this mission was to go to the designated place (the test site has been selected) to catch bats and collect enough bat samples.

6. From October 2016 to May 2017, a virus transmission test was conducted in Qingyuan, Guangdong, to obtain relevant data and samples.

7. The bat sample to cover up the truth has been prepared, so it was handed over to the testing team of Australia, Hong Kong and Wuhan Institute of Virology, essentially the same group of people during SARS outbreak in 2003 to reach the conclusion that the same virus from bat caused the swine flu .

This conclusion is not a conspiracy theory, but an irrefutable truth!

Are you still not afraid of this? Do you still not believe that the Wuhan ’s P4 laboratory is the “Pandora ’s box” that Foreign Minister Wang Yi confidently said to the United States, “Don’t force us to open the Pandora ’s box”?

As early as 2005, within in the Wuhan Institute of Virology, Chinese Academy of Sciences and the P3 laboratory of Wuhan University, everything has begun.

To be continued…

Edited by 【Himalaya Hawk Squad】

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frylock
10 months ago

Thank you!

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大唐李白
10 months ago

谢谢,辛苦了

0