1 . PRACTITIONERS

2 . Wu Ming, a young German born after 1995, is a big fan of Chinese culture. As he thought some diseases can’t be treated _______ with Western medicine, he decided to _______traditional Chinese medicine (TCM). In 2015, Wu came to Henan province, where a strong TCM culture can be _______. After a year of learning, he _______ the language barrier and started to learn Chinese medicine. Wu always _______ some Chinese herbal medicine by himself to know their flavours and effects, just like Shen Nong, a character in Chinese legend. In Wu’s opinion, TCM is one of the best-preserved _______ of Chinese culture.

Studying TCM also _______ Wu’s mind and lifestyle. He used to be _______ to electronic devices, playing video games every night. Instead of being trapped in the fast-paced but unhealthy daily _______, he now lives a(n) ________ and peaceful life, practicing good habits like drinking tea and reading.

Wu ________ what he has learned to help his family. He always provides his family members with some advice about staying fit after ________ their skin or tongues online. Over time, his family gradually began to understand his ________ for TCM.

Wu thinks there’s no big difference between China and Western countries. “________ comes from being out of touch”, said Wu. He plans to run a traditional Chinese clinic in Germany, which could serve as a(n) ________ between the two countries and publicize TCM and its culture.

3 . Jones Thando was a 16-year-old senior high school student, who had an idea for a new method of finding pancreatic cancer. When Jones was 15 years old, her aunt died of this kind of cancer, which_______her deeply. This disease is_______serious because there is no way to detect it as early as possible. By the time_______tests determine the patient has the possibility of cancer, it’s often too late to do anything!_______that it was often the case, Jones was determined to do whatever she can to develop a test that could_______problems as early as possible.

The way ahead seemed_______for Jones. She was_______a senior high school student, and what she_______to create was something no one else had tried. So Jones read_______about this kind of cancer, wrote a letter of advice about her idea, and sent it out to more than 500 medical ________. But only one expert, Dr. Amy Maitra ________to her timely and enthusiastically. Dr. Amy promised to cooperate with Jones and gave her some assistance as well as________to a lab.

Another great reward for Jone’s________was winning the big prize at the World Science and Technology Conference. This grand award is presented to young creators that have got a ________ idea. It’s bound to take many years to develop a new test way, ________Jones hopes the way will ________enhance people’ lives and maybe save them, so she insisted on trial and error. Luckily, Jones is not alone as a young creator.________, there were nearly 1500 other competitors for the International award, all of whom had ground-breaking________. For Jones, growing up in a family that is attracted to science and________innovative thinking offered him many advantages. But the key for Jones is that reading, experiment, survey and________are just for fun, and the possibility to enhance the world around her during the process makes it much better.

5 . Professors at the University of California San Diego have developed microrobots, which can be a potential treatment for life-threatening cases of bacterial pneumonia, a serious disease affecting lungs and making breathing difficult. In mice, the microrobots safely removed pneumonia-causing bacteria in the lungs and resulted in 100% survival while untreated mice all died within three days after infection.

The microrobots are made of algae (藻类) cells whose surfaces are covered with substances that are filled with antibiotics (抗生素). The algae provides movement, which allows the microrobots to swim around and make antibiotics go directly to more bacteria in the lungs, helping absorb bacteria and clear them of infected cells. This give the microrobots the ability to reduce bacterial infection, which in turn makes them more effective at fighting lung infection.

The work is a joint effort by engineering professors Joseph and Zhang Liangfang. Together, they have pioneered the development of tiny drug-delivering robots that can be safely used in live animals to treat bacterial infections in the stomach and blood. Treating bacterial lung infection is the latest in their line of work.

“In the traditional treatment, sometimes only a very small number of antibiotics will get into the lungs. That’s why many current antibiotic treatments for pneumonia don’t work as well as needed,” said Victor Nizet, a co-worker of Joseph and Zhang “Based on these mouse data, we see that the microrobots could potentially improve the use of antibiotics to kill bacteria and save more patients’ lives.”

The work is still at the proof-of-concept stage. The team plans to do more basic research to understand exactly how the microrobots interact with the immune system (免疫系统). Next steps also include studies to confirm the effectiveness of the microrobot treatment before testing it in larger animals and eventually, in humans. “We’re pushing the boundary further in the field of targeted drug delivery,” said Zhang.

It seems that people in western countries are becoming increasingly    1    (worry) about the side effects of drugs, and are turning to various     2     (treatment) such as yoga, reflexology and acupuncture (针灸) to complement, or sometimes even replace, western medicine.

    3    event in my life three or four years ago made me examine my own attitudes towards alternative medicine. After     4     (suffer) from insomnia (失眠) for a few months, I was feeling mentally and physically exhausted. My friend Tony, who    5     (study) acupuncture at a college near London at the time, suggested that I visit an acupuncturist. Since I had a fear of needles, I was     6    (willing) to take his advice. But by this time I was so tired that I was prepared to try almost anything.

I made an     7    (appoint) with the acupuncturist in my area and turned up at his room the following morning. After taking my pulse, looking at my tongue, and asking a few questions     8    my diet and lifestyle, the acupuncturist correctly reasoned that I was worn-out. I found this extremely impressive since he hadn't asked me     9     I had come to see him. He then inserted a needle in my right foot between my first and second toe, and, despite my anxiety, I fell asleep     10     (immediate). At the time I considered the whole experience to be close to a miracle.

10 . Very few people enjoy going to the dentist, especially for a filling. Often fillings need to be replaced during the patient’s lifetime. But is filling the cavity (蛀牙洞) with a foreign material really the best treatment? Is it possible that the tooth could repair itself with its own material — dentine (牙质)? Researchers at King’s College London have found a process that may replace the traditional method.

Paul Sharpe of King’s College London says the new treatment for cavities is simpler. It uses a drug that causes the tooth to fill in the hole naturally with dentine. “It involves putting a drug in the hole. It excites a natural process, which starts to occur anyway following the damage, so you can actually get the big hole repaired and the repair is the production of the natural material, the dentine.”

Usually a new drug requires repeated testing before it is approved for treatment. However, this drug that produces the regrowth material in teeth has already been approved. It is a drug used to treat Alzheimer’s disease and other disorders of the nervous system. Researchers explain that they use only a small amount and they use it locally. Usually that means the medicine is put directly on the affected area. It does not travel through the patient’s blood.

Nigel Carter heads Britain’s Oral Health Foundation. He describes the new treatment as an exciting possibility for dental care. But Carter also has a warning, “Actually regrowing the tooth that has been lost with a cavity would be really a huge step forward. But it's also important that we remember that filling the cavity is not the first place. It’s a preventable disease.”