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发布时间:2024-05-26 19:44:33

[简答题]Regulatory gene

更多"Regulatory gene"的相关试题:

[简答题]调节基因(regulatory gene)
[简答题]Reporter gene
[简答题]Gene targeting
[简答题]Gene conversion
[简答题]断裂基因(interrupted gene orsplit gene)
[简答题]基因调控(gene regulation or gene control)
[单项选择]
Passage 1
Gene therapy and gene-based drugs are two ways we could benefit from our growing mastery of genetic science. But there will be others as well. Here is one of the remarkable therapies on the cutting edge of genetic research that could make their way into mainstream medicine in the coming years.
While it’s true that just about every cell in the body has the instructions to make a complete human, most of those instructions are inactivated, and with good reason: the last thing you want for your brain cells is to start churning out stomach acid or your nose to turn into a kidney. The only time cells truly have the potential to turn into any and all body parts is very early in a pregnancy, when so-called stem cells haven’t begun to specialize.
Yet this untapped potential could be a terrific boon to medicine. Most diseases invol
A. aggravate moral issues of human cloning
B. bring great benefits to human beings
C. help scientists decode body instructions
D. involve employing surgical instruments
[单项选择]

Gene therapy and gene based drugs are two ways we could benefit from our growing mastery of genetic science. But there will be others as well. Here is one of the remarkable therapies on the cutting edge of genetic research that could make their way into mainstream medicine in the coming years.
While it’s true that just about every cell in the body has the instructions to make a complete human, most of those instructions are inactivated, and with good reason: the last thing you want for your brain cells is to start churning out stomach acid or your nose to turn into a kidney. The only time cells truly have the potential to turn into any and all body parts is very early in a pregnancy, when so-called stem cells haven’t begun to specialize.
Yet this untapped potential could be a terrific boon to medicine. Most diseases involve the death of healthy cells—brain cells in Alzheimer’s, cardiac cells in heart disease, pancreatic cells in diabetes, t
A. the isolation of stem cells
B. the effects of gene therapies
C. the advantages of human cloning
D. the limitations of tissue replacements

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