Cancer researchers are learning to read genes like a crystal ball to predict how patients will respond to cancer therapy, who will suffer the worst side effects and what treatments may be best for a particular patient. Foreseeing the outcome of treatment, and knowing with certainty which drugs are best for individual patients, have long been the goals of cancer researchers.
For at least 40 years, oncologists have puzzled over why some patients respond so well to chemotherapy while others obtain modest benefits or none at all. The discovery decades ago that linked a chromosome abnormality to one form of leukemia paved the way for the development of the drug Gleevec ’by Druker and the ability to identify the patients most likely to benefit. More recently, with the wealth of knowledge from the Human Genome Project, researchers have been able to develop even more specific tools to create genetic profiles of tumors and match those profiles with the right drugs. Th
A. diagnose a chromosome abnormality more accurately
B. develop cancer treatment drugs like Gleevec
C. administer cancer treatment with less side effect
D. come up with chemotherapy as an effective tool for cancer treatment
Cancer researchers are learning to read genes like a crystal ball to predict how patients will respond to cancer therapy, who will suffer the worst side effects and what treatments may be best for a particular patient. Foreseeing the outcome of treatment, and knowing with certainty which drugs are best for individual patients, have long been the goals of cancer researchers.
For at least 40 years, oncologists have puzzled over why some patients respond so well to chemotherapy while others obtain modest benefits or none at all. The discovery decades ago that linked a chromosome abnormality to one form of leukemia paved the way for the development of the drug Gleevec ’by Druker and the ability to identify the patients most likely to benefit. More recently, with the wealth of knowledge from the Human Genome Project, researchers have been able to develop even more specific tools to create genetic profiles of tumors and match those profiles with the right drugs. Th
A. make a contrastive analysis of them
B. illustrate the achievements in cancer therapy
C. present the similarities and differences between them
D. show how altered genes can cause cancer
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