屠呦呦英文介绍[优质ppt]
屠呦呦英文作文简介令人钦佩的原因
屠呦呦英文作文简介令人钦佩的原因Admiring Youyou Tu: A Remarkable Scientist and TrailblazerYouyou Tu, a Chinese pharmaceutical chemist, is a true inspiration to the scientific community and the world at large. Her groundbreaking discovery of artemisinin, a potent antimalarial drug, has saved millions of lives worldwide and earned her the prestigious Nobel Prize in Physiology or Medicine in 2015. However, Youyou Tu's remarkable achievements extend far beyond this singular accomplishment, making her a figure worthy of admiration and respect.One of the most admirable aspects of Youyou Tu's career is her unwavering dedication to her work and her relentless pursuit of scientific knowledge. Despite facing numerous challenges and obstacles throughout her career, she remained steadfast in her commitment to finding a solution to the global scourge of malaria. Her journey to the discovery of artemisinin was arduous, involving extensive research, experimentation, and a deep understanding of traditional Chinese medicine.Youyou Tu's success was not simply the result of luck or chance butrather the product of her exceptional intellect, diligence, and scientific acumen. She meticulously studied ancient Chinese medical texts and conducted rigorous experiments to uncover the therapeutic properties of the sweet wormwood plant, the source of artemisinin. Her ability to combine traditional Chinese medicine with modern scientific methods was a testament to her innovative and interdisciplinary approach to problem-solving.Moreover, Youyou Tu's achievements are all the more remarkable given the sociopolitical context in which she operated. As a woman in a male-dominated field, she faced significant gender-based discrimination and barriers to advancement. However, she refused to be deterred and continued to push the boundaries of what was possible, becoming a trailblazer for women in science.Youyou Tu's success also highlights the importance of perseverance and resilience in the face of adversity. Her journey to the Nobel Prize was not a straightforward one, and she encountered numerous setbacks and failures along the way. However, she never gave up, and her unwavering determination and resilience ultimately paid off, inspiring countless others to pursue their dreams and overcome their own challenges.Beyond her scientific accomplishments, Youyou Tu is also admired for her humility and her commitment to using her knowledge andexpertise to benefit humanity. She has dedicated her life to improving the health and well-being of people around the world, and her work has had a profound impact on global public health. Her willingness to share her knowledge and mentor the next generation of scientists is a testament to her generosity and her desire to pay it forward.In conclusion, Youyou Tu's remarkable achievements, her unwavering dedication to her work, her resilience in the face of adversity, and her commitment to using her knowledge to benefit humanity make her a truly inspiring figure worthy of admiration and respect. Her story serves as a powerful reminder that with hard work, perseverance, and a deep passion for one's craft, anything is possible. Youyou Tu's legacy will continue to inspire generations of scientists and innovators to come, and her impact on the world will be felt for years to come.。
屠呦呦英语作文人物介绍
屠呦呦英语作文人物介绍Tu Youyou, a renowned female chemist and scientist, stands as atowering figure in the world of scientific research, particularly in the field of tropical medicine. Born on December 30, 1930, in Ningbo City,Zhejiang Province, China, Tu's life has been a testament to perseverance, dedication, and groundbreaking achievements.Early Life and EducationTu's journey towards scientific excellence began with her education. In 1951, she was admitted to Peking University (now Peking UniversityHealth Science Center), where she majored in medicine. Aftercompleting her studies in 1955, she embarked on a career that would revolutionize the treatment of malaria.Career Highlights1.Post-Graduation Training and Early Career: Upon graduation, Tureceived two and a half years of specialized training in traditionalChinese medicine (TCM). This training proved instrumental in her later research, as it introduced her to the vast knowledge and potential of TCM. She then went on to work at the Beijing Chinese Medical Hospital, further honing her skills and expertise.2.3.Discovery of Artemisinin: In 1972, Tu achieved a major breakthroughwhen she successfully isolated and developed artemisinin, a compound derived from the traditional Chinese herb qinghao (Artemisia annua L.).Artemisinin proved to be a highly effective antimalarial agent,significantly reducing the mortality rates among malaria patientsworldwide. This discovery marked a turning point in the fight againstmalaria and earned Tu international recognition.4.5.Awards and Recognition:6.1.In 2011, Tu became the first scientist from mainland Chinato receive the prestigious Lasker Award for her work on malaria therapy.2.In 2015, she shared the Nobel Prize in Physiology orMedicine with William C. Campbell and Satosh i Ōmura, for their discoveries concerning a therapy against parasitic diseases. Tu's share of the prize was in recognition of her discovery of artemisinin.3.Artemisinin-based combination therapies (ACTs) are nowthe standard of care for malaria treatment, and the World HealthOrganization (WHO) has included artemisinin and related compounds in its Essential Medicines List.7.Legacy and Impact: Tu's work has had a profound impact on globalhealth, saving millions of lives, especially in developing countries where malaria is prevalent. Her discovery of artemisinin is a testament to the potential of traditional medicine in modern scientific research.Furthermore, her achievements have inspired generations of scientists and researchers, both in China and abroad, to continue exploring the untapped potential of TCM.8.Personal QualitiesTu is known for her dedication to scientific research, her perseverance in the face of challenges, and her humility despite her numerousaccomplishments. She remains a role model for aspiring scientists,demonstrating that with hard work, passion, and dedication, greatthings can be achieved.ConclusionTu Youyou is a true pioneer in the field of tropical medicine, whosediscovery of artemisinin has revolutionized the treatment of malaria. Herlife's work embodies the spirit of scientific inquiry and the power of traditional knowledge to address modern health challenges. As a symbol of China's scientific prowess and a beacon of hope for millions of malaria patients worldwide, Tu Youyou's legacy will endure for generations to come.。
高考英语最新阅读作文新闻素材课件-BBC介绍屠呦呦PPT优秀课件
由于全世界一半的人口面临疟疾的威胁，屠呦 呦和青蒿素产生的巨大影响不可低估。正如她 的诺贝尔奖总结所言，她的工作“为数百万人 的生存和健康状况的改善做出了贡献”。
Tens of thousands were left incapacitated after being bitten by the malaria-carrying insects. In one US army unit, a third of soldiers contracted the diseasine.capacitated [ˌinkə'pæsiˌteitid]
屠呦呦20世纪最伟大 的科学家之一：BBC 介绍屠呦呦的短片 （视频）
As part of the programme charged with finding a treatment for malaria （ 疟 疾 ） , Tu was inspired by an ancient Chinese text which said sweet wormwood（苦艾） was used to tackle （ 处 理 ） intermittent （ 间 歇 性 ） fevers (a hallmark（特点） of malaria) around 400 AD.
impact cannot be underestimated. As her Nobel
Prize summary states her work has “led to the
survival people”.
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屠呦呦英文介绍(课堂PPT)
• WM: western medicine
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• Her discovery of artemisinin and its treatment of malaria is regarded as a significant breakthrough of tropical medicine in the 20th century and health improvement for people of tropical developing countries in South Asia, Africa, and South America. For her work, Tu received the 2011 Lasker Award in clinical medicine and the 2015 Nobel Prize in Physiology or Medicine .
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• In 1971, Tu was inspired by many ancient classic works on TCM.
• Using a pioneering lowtemperature method, Tu and her team first extracted artemisinin from a sweet wormwood plant(青蒿).
1. Brief introduction of Tu Youyou 2. Malaria research - artemisinin 3. Inspiபைடு நூலகம்ation
1
Brief introduction
• Tu Youyou, born in 1930 in Ningbo, has been a pharmacologist at the China Academy of Chinese Medicine Science since 1965, engaging in research of the combination of TCM and WM.
屠呦呦英文介绍课件
Malaria is transmitted through the bit of anopheles mosquitoes These mosquitoes commonly breed in stable water, and the episodic area is mainly distributed in Africa, Asia, and Latin America
achievements in the field of malaria research
Her discovery of artemisin has been listed as one of the most important discoveries in global
health history
The World Health Organization has also recommended the use of
artemisin to treat malaria, which has saved millions of lives
Pray and command from
She was also aware of the National Medical of Science, the highest scientific award in China
Tu Youyou English Introduction Courseware
• Character background • Research findings • Contribution and Impact • Honors and evaluations • Inspiration and Reflection
屠呦呦介绍-TUYOUYOU英文课件 PPT精品课件
Work in groups of four, share your ideas and state your reasons.
artemisinin
team members Tu Youyou
government
teachers
family members
those involved (涉及的) yet unknown
ancient Chinese
My Science Icon
Word came that Tu Youyou, Albert Einstein, Marie Curie and Alan Turing were nominated(提名) BBC's Greatest Scientist of the 20th Century.
experiment
review
The project got stuck.
Comparison
However, Tu Youyou would not acknowledge defeat. However, Tu Youyou did not acknowledge defeat.
Quick review The road to artemisinin discovery
Welcome to Tracy's class!
屠呦呦获奖英文介绍
Tu YouyouFor the discovery of artemisinin, a drug therapy for malaria that has saved millions of lives across the globe, especially in the developing world.The 2011 Lasker~DeBakey Clinical Medical Research Award honors a scientist who discovered artemisinin and its utility for treating malaria. Tu Youyou (China Academy of Chinese Medical Sciences, Beijing) developed a therapy that has saved millions of lives across the globe, especially in the developing world. An artemisinin-based drug combination is now the standard regimen for malaria, and the World Health Organization (WHO) lists artemisinin and related agents in its catalog of "Essential Medicines." Each year, several hundred million people contract malaria. Without treatment, many more of them would die than do now. Tu led a team that transformed an ancient Chinese healing method into the most powerful antimalarial medicine currently available.Malaria has devastated humans for millennia, and it continues to ravage civilizations across the planet. In 2008, the mosquito-borne parasites that cause the illness, Plasmodia, infected 247 million people and caused almost one million deaths. The ailment strikes children particularly hard, especially those in sub-Saharan Africa. It affects more than 100 countries—including those in Asia, Latin America, the Middle East, parts of Europe—and travelers from everywhere. Symptoms include fever, headache, and vomiting; malaria can quickly become life-threatening by disrupting the blood supply to vital organs. Early diagnosis and treatment reduces disease incidence, prevents deaths, and cuts transmission.In the late 1950s, the WHO embarked on an ambitious project to eradicate malaria. After limited success, the disease rebounded in many places, due in part to the emergence of parasites that resisted drugs such as chloroquine that had previously held the malady at bay. At the beginning of the Chinese Cultural Revolution, the Chinese government launched a secret military project that aimed to devise a remedy for the deadly scourge. China was particularly motivated to prevail over malaria not only because it was a significant problem at home, but also because the Vietnamese government had asked for help. It was at war and the affliction was devastating its civilian and military populations.The covert operation, named Project 523 for the day it was announced—May 23, 1967—set out to battle chloroquine-resistant malaria. The clandestine nature of the enterprise and the political climate created a situation in which few scientific papers concerning the project were published for many years, the earliest ones were not accessible to the international community, and many details about the endeavor are still shrouded in mystery. In early 1969, Tu was appointed head of the Project 523 research group at her institute, where practitioners of traditional medicine worked side by side with modern chemists, pharmacologists, and other scientists. In keeping with Mao Zedong's urgings to "explore and further improve" the "great treasure house" of traditional Chinese medicine, Tu combed ancient texts and folk remedies for possible leads. She collected 2000 candidate recipes, which she then winnowed. By 1971, her team had made 380 extracts from 200 herbs. The researchers then assessed whether these substances could clear Plasmodia from the bloodstream of mice infected with the parasite.One of the extracts looked particularly promising: Material from Qinghao (Artemisia annua L., or sweet wormwood) dramatically inhibited parasite growth in the animals. Such hopeful results, however, were not reproducible, so Tu dove back into the literature and scoured it for possible explanations.The first known medical description of Qinghao lies in a 2000-year-old document called "52 Prescriptions" (168 BCE) that had been unearthed from a Mawangdui Han Dynasty tomb. It details the herb's use for soothing hemorrhoids. Later texts also mention the plant's curative powers. Tu discovered a passage in the Handbook of Prescriptions for Emergencies (340 CE) by Ge Hong that referenced Qinghao's malaria-healing capacity. It said "Take a handful of Qinghao, soak in two liters of water, strain the liquid, and drink." She realized that the standard procedure of boiling and high-temperature extraction could destroy the active ingredient.With this idea in mind, Tu redesigned the extraction process, performing it at low temperatures with ether as the solvent. She also removed a harmful acidic portion of the extract that did not contribute to antimalarial activity, tracked the material to the leaves rather than other parts of the plant, and figured out when to harvest the herb to maximize yields. These innovations boosted potency and slashed toxicity. At a March 1972 meeting of the Project 523 group's key participants, she reported that the neutral plant extract —number 191—obliterated Plasmodia in the blood of mice and monkeys.From branch to bedsideLater that year, Tu and her team tested the substance on 21 people with malaria in the Hainan Province, an island off the southern coast of China. About half the patients were infected with Plasmodium falciparum, the deadliest of the microbial miscreants, and about half were infected with Plasmodium vivax, the most common cause of a disease variant that is characterized by recurring fevers. In both groups, fever disappeared rapidly, as did blood-borne parasites.In the meantime, Tu started to home in on the active ingredient, using chromatography to separate the extract's components. On November 8, 1972, she and her colleagues obtained the pure substance. They named it Qinghaosu (literally, the principle of Qinghao) and it is now commonly called artemisinin in the west. Tu and her colleagues subsequently determined that it had an unusual structure. It proved to be a sesquiterpene lactone with a peroxide group, a completely different kind of compound than any known antimalarial drug. Later studies would show that the peroxide portion is essential for its lethal effects on the parasite.Subsequent clinical trials on 529 malaria cases confirmed that the crystal they had isolated delivers the antimalarial blow. Many scientists from other institutes then joined efforts to improve the extraction procedures and conduct clinical trials. The first English language report about artemisinin was in December 1979; as was customary at the time in China, the authors were anonymous. By that point, the China-wide Qinghaosu research group had given the substance to more than 2000 patients, some of whom had chloroquine-resistant P. falciparum malaria infections. In addition, the drug cured 131 of 141 individuals with cerebral malaria, aparticularly severe form of the disease. Comparative studies on a small number of cases suggested that the drug acted more quickly than chloroquine did. The investigators reported no harmful side effects.The paper drew international attention. In October 1981, the scientific working group on the chemotherapy of malaria, sponsored by the WHO, the World Bank, and United Nations Development Business, invited Tu to present her findings at its fourth meeting. Her talk evoked an enthusiastic response. She told the audience not only about artemisinin, but also about some of its chemical derivatives. In 1973, as part of her structural studies, Tu had modified artemisinin to generate a compound called dihydroartemisinin. She later found that it delivers ten times more punch than artemisinin and that it reduces risk of disease recurrence. This compound provided the basis for other artemisinin-derived drugs. Starting in the mid 1970s, Guoqiao Li (Guangzhou College of Traditional Chinese Medicine) performed clinical trials with artemisinin and these substances. They all delivered more therapeutic clout than did standard drugs such as chloroquine and quinine. The derivatives tend to hold up better than the parent compound in the body, and they form the foundation of today's therapies.In 1980, Keith Arnold (Roche Far East Research Foundation, Hong Kong) joined Li's enterprise and two years later, they published the first high-profile clinical trial of artemisinin in a peer-reviewed, western journal. The same group then conducted the first randomized studies that compared artemisinin alone with the known anti-malarial agents, mefloquine and Fansidar (sulfadoxine-pyrimethamine). Artemisinin enhanced effectiveness without adding side effects. Li, Arnold, and others subsequently showed that suppository forms of artemisinin and its derivatives are effective. This mode of drug delivery is especially important for babies and unconscious patients.Almost every new antimalarial drug has initially slashed incidence of the disease, and then the parasites stop succumbing to it. At that point, sickness and death rates climb again. Small pockets of resistance to artemisinin-based compounds have already cropped up in Western Cambodia. To avoid resistance, patients typically take two drugs that attack the parasite in different ways, and since 2006, the WHO has discouraged use of artemisinin compounds as solo therapies. The organization now recommends several combination treatments, each of which contain an artemisinin-based compound plus an unrelated chemical.In 2001, the WHO signed an agreement with Novartis, the manufacturer of one of these drug combinations, Coartem®; it consists of artemether and lumefantrine, another antimalarial agent, which was originally synthesized by the Academy of Military Medical Sciences in Beijing. The company is supplying the drug at no profit to public health systems of countries where the disease is endemic. To date, Novartis has provided more than 400 million Coartem® treatments.Tu pioneered a new approach to malaria treatment that has benefited hundreds of millions of people and promises to benefit many times more. By applying modern techniques and rigor to a heritage provided by 5000 years of Chinese traditional practitioners, she has delivered its riches into the 21st century.By Evelyn Strauss屠呦呦获Lasker临床研究奖2011年的Lasker~Debakey临床成就奖颁给了一名中国女科学家，为了表彰其对青蒿素的发现和在治疗疟疾方面的杰出贡献，这名女科学家就是中国中医科学研究院的科学家屠呦呦。
屠呦呦英文介绍PPT课件
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• For the sake of drug safety, she had personally taking tests，which led to her liver poisoning, but she still kept on working, regardless of picking samples in the wild, or in the indoor experiment study.
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Inspiration
• Achieving modernization of TCM through science and technology. Tu‘s success shows that TCM has to embrace modern technologies and laboratory tools and, more important, stick to the essence of the time-honored medical science, practicing innovation when using TCM theories. Tu's Nobel Prize will prompt more basic scientific research into ancient TCM texts and ways to explore research findings.
• TCM: traditional Chinese medicine
• WM: western medicine
.
2
• Her discovery of artemisinin and its treatment of malaria is regarded as a significant breakthrough of tropical medicine in the 20th century and health improvement for people of tropical developing countries in South Asia, Africa, and South America. For her work, Tu received the 2011 Lasker Award in clinical medicine and the 2015 Nobel Prize in Physiology or Medicine .
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• For the sake of drug safety, she had personally taking tests，which led to her liver poisoning, but she still kept on working, regardless of picking samples in the wild, or in the indoor experiment study.
• Tu started her malaria research in China when the Cultural Revolution was in progress. In early 1969, Tu was appointed as the head of the project, named Project 523 research group at her institute. She and her colleagues experimented with 380 extracts in 2,000 candidate recipes before they finally succeeded.
• In 11 December （Beijing Time）， Tu Youyou received her 2015 Nobel Prize in Physiology or Medicine in Sweden.
• Tu is the first Chinese Nobel laureate in physiology or medicine and the first citizen of the People's Republic of China to receive the Nobel Prize in nffective combination of TCM and WM. There are enormous treasure in TCM, so it can play a more important role in modern medicine. In addition, a simple application of Western medical standards to TCM won't work, Chinese medicine development needs more open inclusive of Chinese and Western to make breakthroughs.
1.BriefintroductionofTuYouyou 2.Malaria research- artemisinin 3.Inspiration
Brief introduction
• Tu Youyou, born in 1930 in Ningbo, has been a pharmacologist at the China Academy of Chinese Medicine Science since 1965, engaging in research of the combination of TCM and WM.
• Artemisinin, a drug that has significantly reduced the death rate of malaria patients, and saved millions of lives across the globe, especially in the developing country.
• TCM: traditional Chinese medicine
• WM: western medicine
• Her discovery of artemisinin and its treatment of malaria is regarded as a significant breakthrough of tropical medicine in the 20th century and health improvement for people of tropical developing countries in South Asia, Africa, and South America. For her work, Tu received the 2011 Lasker Award in clinical medicine and the 2015 Nobel Prize in Physiology or Medicine .
Inspiration
• Achieving modernization of TCM through science and technology. Tu‘s success shows that TCM has to embrace modern technologies and laboratory tools and, more important, stick to the essence of the time-honored medical science, practicing innovation when using TCM theories. Tu's Nobel Prize will prompt more basic scientific research into ancient TCM texts and ways to explore research findings.
• “The Professor of Three Nos ” : no postgraduate degree , no study or research experience abroad , not a member of any Chinese national academies .
Malaria research - artemisinin
• In 1971, Tu was inspired by many ancient classic works on TCM.
• Using a pioneering lowtemperature method, Tu and her team first extracted artemisinin from a sweet wormwood plant(青蒿).