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Chapter 1664 is fruitful

The sky was slightly bright, and Han Yu, who had been sleepless all night, was still tightly wrapped around An Yi's thighs, using her delicate hot lips to ignite An Yi's passion again, and her cheerful coquettish moans floated again and again, bursts of huge waves of excitement and pleasure, once again brought her to the clouds. Pen "Fun" Pavilion www.biquge.info

After the hearty passion, Han Yu's white and delicate body like brocade pressed An Yi's broad chest again, and An Yi whispered in his ear: "Brother, I want to come out to work, do you think it's good?" ”

An Yi gently stroked her black and bright hair, and said dotingly: "Of course you can, the art troupe was originally created by you, and now Pan Shuman is only the temporary head of the troupe, you can go back to preside over the work at any time, but what about the child?" ”

"I want to work and take care of my children at the same time. Xiao Yu is now four months old, with a nurse to take care of, I am always cranky when I am idle, I have to collapse like this, it is better to use work to numb myself. Speaking of this, Han Yu hugged An Yi's neck tightly, kissed the back of his ear and forehead emotionally, and then fell on An Yi's lips.

After a fierce long kiss, An Yi gently cupped her pretty face: "Han Yu, I'm sorry, I'm sad in my heart, I already have Chu'er and Yun'er in my life, and there are other women around me, we really shouldn't I just want to say to you now, no matter what decision you make, I support and understand." ”

Han Yu looked at An Yi's handsome face with affection, and stretched out his hand to cover his lips lightly: "Don't say this, I know everything you said, but I can't live without you."

An Yi opened his mouth and wanted to comfort her a few words, but Han Yu tightly covered his mouth with Meisheng Chunon's slender five fingers, preventing him from speaking, and took care of all his thoughts and thoughts: "Maybe you want to say ridiculous, but when the truth is so, as far as I know, when the Soviet District was in the past, many leaders also had many confidantes, such as when the chairman and Miss He got married, Sister Yang was still in Hunan with two children, I heard Brother Shen say, now I like an actor again, as long as I know that you are good to me, I can always be with you, Looking at your face and breathing in your familiar breath, I'm satisfied, brother, want me again, okay? I don't know how long it will be the next time you're holding me......"

Listening to Han Yu's words, An Yi kissed her finger and comforted: "Han Yu, I respect any choice you make, don't worry, I will never give up on any woman I have experienced in my life, the work I am engaged in now is very heavy, so I can't always stay together, and when my career is successful in the future, I will have more free time, is it okay for you to lie down?" ”

"Brother I want it"

At 11 o'clock in the morning, An Yi personally sent Han Yu, who was holding the child, and the nanny to board the special plane to Syria, and then went to the Institute of Biology and Medicine in Mandongba Town, on the bank of the Munai River, southwest of Simao.

There are several important things to deal with during this visit to southern Yunnan, among which visiting medical and biologists at the Institute of Biology and Medicine is the top priority of this trip. In the past year's research, Simao Institute of Biology and Medical Research has achieved fruitful results, with breakthroughs in microbiology, bacteria and viruses, pharmacology, vaccines, nutritional diseases, surgery, cardiovascular, and medical devices.

First, vaccines for smallpox, anthrax, and rabies that can be produced industrially have been developed.

At the end of the century, a class of scientists worked in laboratories and made great progress in the study of the causative factors of infectious diseases. In particular, the research of French chemist Louis Pasteur and German physician Robert Koch firmly determined that microorganisms or bacteria caused infectious diseases. Microorganisms include bacteria, viruses, and single-celled animals called protozoa.

In the lab, Koch invented a way to determine which bacteria caused a particular disease. It was using this method that he identified the bacteria that cause anthrax, a deadly disease that affects humans and animals. Koch also identified the bacteria that cause tuberculosis, and Pasteur pointed out that embedding weakened bacteria and other microorganisms in animals can create immunity to diseases caused by these microorganisms. With this method, he created a safe and effective vaccine against anthrax in sheep. Four years later, he used this method to invent a vaccine against rabies. Pasteur also confirmed that specific microorganisms that damage food or that transmit disease through food can be killed by heat.

Koch and Pasteur's work was not based on the contingency of observation, but on the theory that bacteria cause infectious diseases and rigorous experimental techniques. Other research scientists followed in their footsteps, and from that time on, they focused on identifying the specific bacteria that cause different diseases, shifting their interest from the patient to the disease itself, and enabling researchers to rely on inventions to study diseases and the microorganisms that cause them, such as the use of powerful microscopes and special staining techniques when examining for bacteria on glass slides.

At the beginning of the twentieth century, researchers discovered that one of the microbial species of bacteria caused infectious diseases such as plague, cholera, diphtheria, dysentery, gonorrhea, leprosy, pneumonia, tetanus, and tuberculosis, and that the study of viruses, another species of microorganisms, began in 1898, when the Dutch botanist Martinus Bergerinck realized that a microorganism smaller than bacteria could cause disease, and he named the particle a virus, which means poison in Latin. Eleven years ago, three medical scientists demonstrated for the first time that viruses cause a human disease called yellow fever.

Up to now, Slugher, Sisberg, Blanco, Henry Byron and other Jewish medical and biological experts and Chinese scientists, southern Sichuan has further improved the theory of microorganisms and viruses, with the successful industrial production and development of smallpox, anthrax and rabies vaccines, presumably more targeted vaccines will continue to appear, and the next goal of the institute is to find viral vaccines that threaten human health and even life, such as measles, polio and viral meningitis.

Second, the industrial production of insulin, barbiturates, and amphetamines.

At the beginning of this century, researchers were able to develop drugs that could replace hormones and other substances produced by the human body through basic medical research. In 1898, hormones were first isolated when the American pharmacologist John Abel isolated adrenaline, and over the next two decades, scientists isolated many other hormones, and then in the early twenties, a scientific research team led by Canadian physician Freddie Rick Banting discovered the hormone insulin, which regulates the amount of sugar in the blood. Since then, insulin has been used as a medicine and has saved the lives of tens of thousands of diabetic patients.

The insulin developed by the Simao Institute of Biology and Medical Research is extracted from the pancreas of pigs and cattle. Generally speaking, the insulin composition of different animals is different, and the structure of insulin in pigs is similar to that of human insulin, with only one amino acid at the carboxyl end of the B chain slightly different.

Over the past 30 years, scientists have discovered many other important medicines. Barbiturate hydrochloride was discovered in 1903, can reduce the activity of the nervous system and muscles, is an effective sleeping agent, and amphetamine can stimulate the nervous system, the first medical use was in the early thirties, it also has a evil name - methamphetamine, in fact, five years ago, Syria, Xiangxi and southern Yunnan pharmaceutical factories can produce amphetamine in large quantities, and it has not been listed as a drug in various countries.

At present, most of the methamphetamine circulating in the world comes from underground drug factories secretly controlled by the Hongxing Society and the Huaqing Society, and when the Europeans used opium to poison the Chinese, this time they went the opposite way and took a lot of money from Europe and the United States through the sale of methamphetamine. However, the sale of methamphetamine in China and South China is absolutely prohibited, and once discovered, it will be endlessly hunted down by the intelligence department of the Anyi Group.

The institute's next goal is to study painkillers, birth control pills, and drugs to treat erectile dysfunction in men, as well as premature ejaculation.

Third, continuous research on nutritional diseases is in-depth.

The early part of the century saw a rapid development in the understanding of the importance of human nutrition. In 1906, British biochemical scientist Frederick Hopkins published a paper stating that certain foods contain substances that are extremely important for the development of the human body. To distinguish them from the major food factors known today, Hopkins called these substances "food support factors," which include carbohydrates, fats, proteins, minerals, and water. Later, these supplements became known as vitamins. Vitamins in foods and supplements are beneficial in conquering diseases such as beriberi, osteomalacia and scurvy.

The Simao Institute of Biological and Medical Research continues this research, knowing that other substances in food, such as fat and fiber, play a role in causing or preventing heart disease and cancer.

At Zhang Ruyi's suggestion, Huaqingshe's Yi'an Pharmaceutical Group obtained the exclusive right to produce vitamins, and subsequently, the three major pharmaceutical factories in Syria, Xiangxi and Southern Yunnan obtained the production rights from Yi'an Pharmaceutical, almost monopolizing the international vitamin market. It is precisely because of the annual market demand of nearly 100 million US dollars that the research on the industrial production of vitamins has not stopped.

At present, using the production process of vitamins, Simao Institute of Biology and Medical Research has successively developed the process of using microbial fermentation, chemical synthesis and natural extraction of vitamin A, vitamin B series, vitamin D, vitamin, vitamin K and lipoic acid.

Vitamin A, that is, anti-dry eye vitamin, also known as beauty vitamin, lack of vitamin A is prone to night blindness, dry skin peeling keratinization, mucosal abnormalities and dry eye disease; vitamin B1, which is involved in glucose metabolism, nervous and digestive system functions, deficiency susceptibility to beriberi, loss of appetite; Vitamin B2, which participates in the redox reaction in the body, and a lack of vitamin B2 is prone to mouth ulcers, keratitis and blurred vision; vitamin B3, which is composed of coenzymes I and II, receptors and donors of redox processes in the human body, deficiencies are pellagra, hyperlipidemia and spasm of nerve endings; Vitamin B5, which is composed of coenzyme A, can lead to glossitis, angular cheilitis, dermatitis, etc., commonly known as leprosy dermatosis; Vitamin B6, which is involved in amino acid metabolism, and its deficiency can lead to symptoms such as vomiting and giant cell anemia; Vitamin B9, which will affect the transfer of gene clusters in the body, and will cause pernicious anemia after deficiency; Vitamin B12, which is mainly responsible for the transfer of hydrogen in the body, can cause pernicious anemia after deficiency, leading to severe neurological diseases; Vitamin D, regulates calcium and phosphorus metabolism, bone calcification, tooth formation, deficiency for rickets, osteomalacia, etc.; vitamins, which have antioxidant properties, deficiency can lead to infertility, as well as heart disease and malnutrition, etc.; Lipoic acid is a coenzyme that mainly transports hydrogen and acetic acid groups, and deficiency can lead to severe hepatic coma.

Vitamin drugs have a broad market, the current outbreak of war in Europe, the demand for drugs surged, presumably this batch of vitamin drugs with both curative and health care effects on the market, will definitely cause a rush to buy, then the pharmaceutical companies can make a lot of money.

Fourth, for surgical wounds.

In the sixties of the last century, the Scottish surgeon Joseph Lister learned ways to reduce the risk of wound infection. The results of Buster's bacterium research have led to the belief that bacteria are responsible for the deaths of many surgical patients. Lister Petter began using carbonic acid, a powerful disinfectant used to kill bacteria and disinfect surgical wounds. Later, this method was replaced by an effective technique that was considered to be aseptic surgery. In aseptic surgery, everything used in any surgical operating environment is sterilized before the surgery begins. The surgeon is thoroughly sterilized before surgery and wears a surgical gown, gloves and a mask.

Another important development was the modified anesthetic. Before the use of modern anesthetics, surgeons managed to relieve the pain of their patients by giving them plenty of alcoholic beverages, as well as by using mixtures containing opium. But the pain reduction is not complete and lasts for a short time. As a result, surgeons are only able to perform procedures that take a short period of time, and these are usually amputations. In the forties of the last century, after the invention of the ether anesthetic prop, surgeons were able to perform longer and more complex surgeries.

But during surgery, the loss of blood can lead to a breakdown of the body's circulatory system, including fatal shock. Two major discoveries solve this problem. One was the discovery in 1902 of the main types of blood - A, B, AB, and blood types. Knowing the type of blood allows doctors to decide whether blood drawn from a particular donor can be transfused to the patient without rejection by the immune system.

Three years ago, British doctors developed a method whereby blood droplets are continuously dripped into the veins of surgical patients, replacing the loss of blood from the body during surgery. At present, according to the results of the Simao Institute of Biology and Medicine, hospitals in southern Sichuan, Xiangxi, Qianxi, Yunnan and Nanhua have adopted the method of intravenous blood drip during surgery, which is a great progress.

In the last century, most surgeons would not have considered surgery on the abdomen, chest or brain, but the introduction of anesthetics, the reduction of the risk of infection, and the safe transfusion of blood and fluids quickly alleviated such fears. Medical experts at the Simao Institute of Biology and Medicine have invented surgery to treat pancreatic diseases, liver diseases, and gallbladder diseases, as well as surgical treatments for other diseases and injuries such as stomach ulcers, cancer, enteritis, and abdominal injuries caused by knives and bullets.

At present, the next problem that needs to be tackled by the institute is the replacement of human parts, and the development of anesthetics will suppress the body's immune response, making it possible to transplant organs.

Fifth, the progress of research on cardiovascular medicine.

In January of this year, Dr. Henry Byron, a Jewish, successfully completed the repair of a congenital defect heart for the first time, closing a hole in a child's artery; Last month, two Jewish physicians, Slugher and Sisberg, invented a procedure to help correct abnormal blood circulation in babies with congenital heart defects.

But until now, experts have been afraid to do bold heart repair surgery because they are faced with a fundamental problem: how to stop the heart from beating long enough to repair it, but it can still keep blood circulating throughout the body to keep the patient alive.

This problem is still being studied, but it is believed that with the continuous progress of Nanhua technology, it will be gradually solved.

Sixth, Simao Institute of Biology and Medical Research has successfully developed DDT organochlorine insecticides.

DDT was first isolated in 1874, but it was not until June this year that scientists at the Simao Institute of Biology and Medicine reaffirmed that it is an effective nerve agent against insects, its chemical name is dichlorodiphenyltrichloroethane, which can kill lice and fleas, effectively prevent the spread of diseases, and is definitely a big threat to various parasites such as fleas.

According to scientists' speculation, DDT can be used to fight against yellow fever, typhus, filariasis and other insect-borne diseases, for example, India is a large malaria-prone country, with nearly 7.5 million cases per year, if DDT is used, the number of malaria cases can be reduced to less than 100,000 or even less.

At the same time, spraying DDT on livestock and grains will double their production. It is predictable that DDT will play a very big role in the global anti-malaria campaign, with the treatment of the source of infection with cloquine, the prevention of drugs such as primary amine quinine, and the spraying of DDT to control mosquitoes, which will effectively control the incidence of malaria worldwide.

Of course, due to the patent rights of DDT industrial production, the DDT production plant in Nanhua will definitely make a lot of money.

At 6 o'clock in the afternoon, An Yi invited the scientists to have dinner in the Simao Auditorium, and gave up to 500,000 US dollars and 1% of the sales share to the experts and scholars who had achieved results, which attracted laughter and laughter in the auditorium.