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The fact is, the world has been finding less oil than it has been using for more than twenty years now. Not only has demand been (36) , but the oil we have been finding is coming from places that are (37) to reach. At the same time, more of this newly (38) oil is of the type that requires a greater investment to (39) . And because demand for this precious resource will grow, according to some, by over 40 percent by 2025, fueling the world’s economic (40) will take a lot more energy from every possible source. The energy industry needs to get more from existing fields while continuing to search for new (41) . Automakers must continue to improve fuel efficiency and perfect hybrid (混合动力的) vehicles. Technological improvements are needed so that wind, solar and hydrogen can be more (42) parts of the energy equation. Governments need to formulate energy policies that promote (43) and environmentally sound development. Consumers must be willing to pay for some of these solutions, while practicing conservation efforts of their own. Inaction is not an (44) . So let’s work together to balance this equation. We are taking some of the (45) needed to get started, but we need your help to go the rest of the way. 37（）
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Passage One Hospitals, hoping to curb medical error, have invested heavily to put computers, smart-phones and other devices into the hands of medical staff for instant access to patient data, drug information and case studies. But like many cures, this solution has come with an unintended side effect: doctors and nurses can be focused on the screen and not the patient, even during moments of critical care. A poll showed that half of medical technicians had admitted texting during a procedure. This phenomenon has set off an intensifying discussion at hospitals and medical schools about a problem perhaps best described as "distracted doctoring". In response, some hospitals have begun limiting the use of electronic devices in critical settings, while schools have started reminding medical students to focus on patients instead of devices. "You justify carrying devices around the hospital to do medical records, but you can surf the Internet or do Facebook, and sometimes Facebook is more tempting," said Dr. Peter Papadakos at the University of Rochester Medical Center. "My gut feeling (本能的感觉) is lives are in danger," said Dr. Papadakos. "We’re not educating people about the problem, and it’s getting worse." A survey of 439 medical technicians found that 55 percent of technicians who monitor bypass machines acknowledged that they had talked on cellphones during heart surgery. Half said they had texted while in surgery. The study concluded, "Such distractions have the potential to be disastrous." Medical professionals have always faced interruptions from cellphones, and multitasking is simply a fact of life for many medical jobs. What has changed, say doctors, especially younger ones, is that they face increasing pressure to interact with their devices. The pressure stems from a mantra (信条) of modem medicine that patient care must be "data driven", and informed by the latest, instantly accessible information. By many accounts, the technology has helped reduce medical error by providing instant access to patient data or prescription details. Dr. Peter Carmel, president of the American Medical Association, said technology "offers great potential in health care", but he added that doctors’ first priority should be with the patient. What is Peter Carmel’s advice to doctors（）
Passage One Hospitals, hoping to curb medical error, have invested heavily to put computers, smart-phones and other devices into the hands of medical staff for instant access to patient data, drug information and case studies. But like many cures, this solution has come with an unintended side effect: doctors and nurses can be focused on the screen and not the patient, even during moments of critical care. A poll showed that half of medical technicians had admitted texting during a procedure. This phenomenon has set off an intensifying discussion at hospitals and medical schools about a problem perhaps best described as "distracted doctoring". In response, some hospitals have begun limiting the use of electronic devices in critical settings, while schools have started reminding medical students to focus on patients instead of devices. "You justify carrying devices around the hospital to do medical records, but you can surf the Internet or do Facebook, and sometimes Facebook is more tempting," said Dr. Peter Papadakos at the University of Rochester Medical Center. "My gut feeling (本能的感觉) is lives are in danger," said Dr. Papadakos. "We’re not educating people about the problem, and it’s getting worse." A survey of 439 medical technicians found that 55 percent of technicians who monitor bypass machines acknowledged that they had talked on cellphones during heart surgery. Half said they had texted while in surgery. The study concluded, "Such distractions have the potential to be disastrous." Medical professionals have always faced interruptions from cellphones, and multitasking is simply a fact of life for many medical jobs. What has changed, say doctors, especially younger ones, is that they face increasing pressure to interact with their devices. The pressure stems from a mantra (信条) of modem medicine that patient care must be "data driven", and informed by the latest, instantly accessible information. By many accounts, the technology has helped reduce medical error by providing instant access to patient data or prescription details. Dr. Peter Carmel, president of the American Medical Association, said technology "offers great potential in health care", but he added that doctors’ first priority should be with the patient. Why do hospitals equip their staff with computers, smartphones and other devices（）
The fact is, the world has been finding less oil than it has been using for more than twenty years now. Not only has demand been (36) , but the oil we have been finding is coming from places that are (37) to reach. At the same time, more of this newly (38) oil is of the type that requires a greater investment to (39) . And because demand for this precious resource will grow, according to some, by over 40 percent by 2025, fueling the world’s economic (40) will take a lot more energy from every possible source. The energy industry needs to get more from existing fields while continuing to search for new (41) . Automakers must continue to improve fuel efficiency and perfect hybrid (混合动力的) vehicles. Technological improvements are needed so that wind, solar and hydrogen can be more (42) parts of the energy equation. Governments need to formulate energy policies that promote (43) and environmentally sound development. Consumers must be willing to pay for some of these solutions, while practicing conservation efforts of their own. Inaction is not an (44) . So let’s work together to balance this equation. We are taking some of the (45) needed to get started, but we need your help to go the rest of the way. 36（）
The fact is, the world has been finding less oil than it has been using for more than twenty years now. Not only has demand been (36) , but the oil we have been finding is coming from places that are (37) to reach. At the same time, more of this newly (38) oil is of the type that requires a greater investment to (39) . And because demand for this precious resource will grow, according to some, by over 40 percent by 2025, fueling the world’s economic (40) will take a lot more energy from every possible source. The energy industry needs to get more from existing fields while continuing to search for new (41) . Automakers must continue to improve fuel efficiency and perfect hybrid (混合动力的) vehicles. Technological improvements are needed so that wind, solar and hydrogen can be more (42) parts of the energy equation. Governments need to formulate energy policies that promote (43) and environmentally sound development. Consumers must be willing to pay for some of these solutions, while practicing conservation efforts of their own. Inaction is not an (44) . So let’s work together to balance this equation. We are taking some of the (45) needed to get started, but we need your help to go the rest of the way. 38（）
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