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Karim Nasser Miran lives on a bench in the Charles de Gaulle Airport on the outskirts of Paris. He has been living there for 11 years. Amazingly, this little seat by a basement shopping mall, between a pizzeria and a fastfood stand has been the only place he has been allowed to stay for all that time.
His possessions are crammed into an airport trolleys, which is always beside him. He has a sports bag which holds his few clothes, a shopping bag with his washing soap and other bathroom goods, and books and his diaries which he keeps in cardboard boxes.
For years, the 54 - year - old Miran has been trying to leave Charles de Gaulle Airport but authorities will not let him out of the air port. This strange set of circumstances has continued for 11 years.
Miran was born in Iran, but is stateless] because he has no documents to prove his citizenry. They have been lost. For this reason he cannot get a passport. Miran says that his mother is Danish or Scottish. His father died when Miran was just over 20 years old, so he left I ran for Britain searching for his mother. He could not find her, and returned to Iran. He lost his citizenship and tried to return to Britain. When the British asked him about relatives who could guarantee him a job, he could not tell the immigration officials their names as he was still searching for ,.them.
He tried to enter Germany, Russia and Holland without success. He managed to get into Belgium where he was’given refugee status. Five years later he left for France, but he says the document which gave him refugee status, and the right to travel, was stolen from him. He could not leave the Charles de Gaulle Airport. This ;vas in 1988. Eleven years later he was still searching for them.
To start with, friendly airport workers gave him free meals, and let him use the shower and toilets there. They even gave him access to a phone, and called the airport doctor when Miran did not feel well.
Miran became such a permanent fixture of Terminal One that all the workers started to call him Monsieur Alfred. Each day they greeted him, each day Miran wrote in his diary in order to keep trace of his own world, and each day he failed to release himself from his giant, glass - and - concrete prison.
But in 1999, Miran became confident that he might be able to leave the airport terminal and start a new life. Officials told him they finally located a key document, issued in 1981 but lost in 1988, which could be his ticket to freedom.
Even after eleven years in the airport terminal, Miran said he had not lost hope. He did a correspondence course to help to educate himself. Every day the airport post office carefully set aside ’all the mail addressed to him with his written lessons to be done. Every day he set, all alarm clock to ring at 7 a.m. and after his tea and food he would begin studying. The ambition he built up was to return to Brussels to do a degree.
A:He would probably go back to Iran. B:He would probably stay in France. C:He would probably head for England. D:He would probably go to Belgium.
Where would Miran probably go if he could leave the airport
A:He would probably go back to Iran. B:He would probably stay in France. C:He would probably head for England. D:He would probably go to Belgium.
Modern Drugs Doctors, sixty years ago, could do little to help victims of polio. Serious cases usually ended in death. In 1955, a vaccine was developed that prevented the disease. Today, polio is no longer a major health problem. Many of the most important drugs that doctors prescribe today have been developed in the last 30 years. Modern drugs are complex, specific and powerful. People need to know more about drugs in order to use them safely. Early people discovered by accident that some of the plants growing around them seemed useful to heal sores, relieve pain, or even cure diseases. These plants were the first drugs. Now plants are still the source of some drugs. Quinine, for example, is a bitter-tasting drug used to treat the chills and fever of malaria and to reduce attacks of the disease. It is made from the bark of the cinchona tree, which grows in the Andes Mountains. The Indians of that region were the first to use the bark as a medicine. The Spanish people probably brought it to Europe in the early 1600s. Chemists learned how to get the pure drug from the bark and in 1944; it was made artificially in the laboratory. Other important drugs, such as hormones and vaccines, are obtained from animals. But most of the modern drugs come from chemical combinations worked out by research scientists. Most people never see drugs in their simple form as chemicals. Instead, they are seen as tablets, capsules or liquids that contain the drug and other ingredients. People use drugs to get different results. Some drugs attack the organism that causes a disease. They cure by killing the organism. Other drugs relieve what we call the symptoms of the disease: the headache, pain, fever or chills, and make the patient more comfortable. These constitute most over-the-counter drugs. People can get them in drug stores. It seems to the author that the medicine used by early people______.
A:was of no real value B:was probably effective C:was easy to make D:did more harm than good
A:are surely very exact B:are probably higher than the real amount C:are perhaps less than the real amount D:are probably groundless
{{B}}第三篇{{/B}}
Drug Reactions--a Major Cause of
Death ? ?Adverse drug reactions may cause the deaths of over 100,000 US hospital patients each year, making them a leading cause of death nationwide, according to a report in the Journal of the American Medical Association. ? ?"The incidence of serious and fatal adverse drug reactions (ADRs) in US hospitals was found to be extremely high. " say researchers at the University of Toronto in Ontario, Canada. ? ?They carried on an analysis of 39 ADR-related studies at US hospitals over the past 30 years and defined an ADR as "any harmful, unintended, and undesired effect of a drug which occurs at doses used in humans for prevention, diagnosis, or therapy. " ? ?An average 6.7% of all hospitalized patients experience an ADR every year, according to the researchers. They estimate that " In 1994, overall 2,216,000 hospitalized patients had serious ADRs, and 106,000 had fatal ADRs. " This means that ADRs may rank as the fourth single largest cause of death in America. ? ?And these incidence figures are probably conservative, the researchers add, since their ADR, definition did not include outcomes linked to problems in drug administration, overdoses, drug abuse, and therapeutic failures. ? ?The control of ADRs also means spending more money. One US study estimated the overall cost of treating ADRs at up to $ 4 billion per year. ? ?Dr. David Bates of Brigham and Women’s Hospital in Boston, Massachusetts, believes that healthcare workers need to pay more attention to the problem, especially since many ADRs are easily preventable. "When a patient develops an allergy or sensitivity, it is often not recorded, " Bates notes, "and patients receive drugs to which they have known allergies or sensitivities with disturbing frequency. " He believes computerized surveillance systems--still works-in-progress at many of the nation’s hospitals--should help cut down the frequency of these types of errors. |
A:are surely very exact B:are probably higher than the real amount C:are perhaps less than the real amount D:are probably groundless
?
?下面有3篇短文,每篇短文后有5道题,每题后面有4个选项。请仔细阅读短文并根据短文回答其后面的问题。
{{B}}第一篇{{/B}}
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? ? ? ? ? ? ? ? ? ? ?
? ? ? ? ? ? ? ? ? ?
?{{B}}Drug Reactions m a Major Cause of Death{{/B}} ? ?Adverse drug reactions may cause the deaths of over 100,000 US hospital patients each year, making them a leading cause of death nationwide, according to a report in the Journal of the American Medical Association. ? ?"The incidence of serious and fatal adverse drug reactions (ADRs) in US hospitals was found to be extremely high," say researchers at the University of Toronto in Ontario, Canada. ? ?They carried on an analysis of 39 ADR-related studies at US hospitals over the past 30 years and defined an ADR as "any harmful, unintended, and undesired effect of a drag which occurs at doses used in humans for prevention, diagnosis, or therapy." ? ?An average 6.7% of all hospitalized patients experience an ADR every year, according to the researchers. They estimate that "in 1994, overall 2,216,000 hospitalized patients had serious ADRs, and 106,000 had fatal ADRs." This means that ADRs may rank as the fourth single largest cause of death in America. ? ?And these incidence figures are probably conservative, the researchers add, since their ADR definition did not include outcomes linked to problems in drug administration, overdoses, drug abuse, and therapeutic failures. ? ?The control of ADRs also means spending more money. One US study estimated the overall cost of treating ADRs at up to $4 billion per year. ? ?Dr. David Bates of Brigham and Women’s Hospital in Boston, Massachusetts, believes that healthcare workers need to pay more attention to the problem, especially since many ADRs are easily preventable. "When a patient develops an allergy or sensitivity, it is often not recorded," Bates notes, "and patients receive drugs to which they have known allergies or sensitivities with disturbing frequency." He believes computerized surveillance systems — still works-in-progress at many of the nation’s hospitals — should help cut down the frequency of these types of errors. |
A:are surely very exact. B:are probably higher than the real amount. C:are perhaps less than the real amount. D:are probably groundless.
Modern Drugs Doctors, sixty years ago, could do little to help victims of polio. Serious cases usually ended in death. In 1955, a vaccine was developed that prevented the disease. Today, polio is no longer a major health problem. Many of the most important drugs that doctors prescribe today have been developed in the last 30 years. Modern drugs are complex, specific and powerful. People need to know more about drugs in order to use them safely. Early people discovered by accident that some of the plants growing around them seemed useful to heal sores, relieve pain, or even cure diseases. These plants were the first drugs. Now plants are still the source of some drugs. Quinine, for example, is a bitter-tasting drug used to treat the chills and fever of malaria and to reduce attacks of the disease. It is made from the bark of the cinchona tree, which grows in the Andes Mountains. The Indians of that region were the first to use the bark as a medicine. The Spanish people probably brought it to Europe in the early 1600s. Chemists learned how to get the pure drug from the bark and in 1944; it was made artificially in the laboratory. Other important drugs, such as hormones and vaccines, are obtained from animals. But most of the modern drugs come from chemical combinations worked out by research scientists. Most people never see drugs in their simple form as chemicals. Instead, they are seen as tablets, capsules or liquids that contain the drug and other ingredients. People use drugs to get different results. Some drugs attack the organism that causes a disease. They cure by killing the organism. Other drugs relieve what we call the symptoms of the disease: the headache, pain, fever or chills, and make the patient more comfortable. These constitute most over-the-counter drugs. People can get them in drug stores. It seems to the author that the medicine used by early people______.
A:was of no real value B:was probably effective C:was easy to make D:did more harm than good
Modern Drugs Doctors, sixty years ago, could do little to help victims of polio. Serious cases usually ended in death. In 1955, a vaccine was developed that prevented the disease. Today, polio is no longer a major health problem. Many of the most important drugs that doctors prescribe today have been developed in the last 30 years. Modern drugs are complex, specific and powerful. People need to know more about drugs in order to use them safely. Early people discovered by accident that some of the plants growing around them seemed useful to heal sores, relieve pain, or even cure diseases. These plants were the first drugs. Now plants are still the source of some drugs. Quinine, for example, is a bitter-tasting drug used to treat the chills and fever of malaria and to reduce attacks of the disease. It is made from the bark of the cinchona tree, which grows in the Andes Mountains. The Indians of that region were the first to use the bark as a medicine. The Spanish people probably brought it to Europe in the early 1600s. Chemists learned how to get the pure drug from the bark and in 1944; it was made artificially in the laboratory. Other important drugs, such as hormones and vaccines, are obtained from animals. But most of the modern drugs come from chemical combinations worked out by research scientists. Most people never see drugs in their simple form as chemicals. Instead, they are seen as tablets, capsules or liquids that contain the drug and other ingredients. People use drugs to get different results. Some drugs attack the organism that causes a disease. They cure by killing the organism. Other drugs relieve what we call the symptoms of the disease: the headache, pain, fever or chills, and make the patient more comfortable. These constitute most over-the-counter drugs. People can get them in drug stores. It seems to the author that the medicine used by early people______.
A:was of no real value B:was probably effective C:was easy to make D:did more harm than good
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