私醫聯招 英文歷屆試題|第 597 題
112 學年度
The concept of personalized medicine is rooted in understanding the thousands of genes that make us unique individuals. This innovative approach to healthcare relies on exploring the human genome—the complete set of an individual's genes—to predict disease susceptibility based on genetic risk factors and to observe cellular responses to disease. The ultimate goal is to tailor medical treatments according to the individual's unique genetic makeup. Personalized medicine can be traced back to the mid-19th century when the concept of inherited traits was first established. As scientific understanding evolved, by the early 20th century, researchers began to associate specific genes with the likelihood of developing certain diseases. This newfound knowledge prompted the question: could this genetic information be utilized to devise more effective, individualized drug prescriptions? While the concept of personalized medicine was gaining attention, it was far from being fully realized. Recognizing the significance of understanding the human genome, the United States initiated the Human Genome Project in 1990. The project aimed to map all the genes within the human body, and by its completion in 2003, roughly 24,000 genes had been identified. Today, scientific exploration continues to deepen our understanding of gene interactions and the potential of personalized medicine. Nowadays, patients are increasingly seeking genetic consultation to create personalized gene maps to gauge their predisposition to diseases. Physicians are utilizing this knowledge to anticipate health issues and to devise treatments or preventative strategies that are most likely to succeed for the individual patient. The advent of personalized medicine has sparked a range of reactions in the medical community. There are skeptics with valid concerns, such as the reliability of the results. However, the predominant view is that personalized medicine holds the promise to revolutionize healthcare. As research continues, it will become clearer whether this approach truly provides significant benefits.
- It accelerates cellular responses to genetically-related diseases.
- It makes more medicines available for doctors.
- It helps to find the best treatments for individuals.
- It validates the evolution of inherited traits.
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正解:C