You are studying a disease caused when the gene called BMP5 is not transcribed in osteoblasts. All other genes are transcribed normally. To investigate why BMP5 is not transcribed, you create a reporter transgene by putting GFP under the control of the BMP5 enhancer found in diseased osteoblasts. You put this reporter transgene into a normal, healthy osteoblast. If the healthy osteoblast with your GFP-reporter transgene DOES turn green (GFP is expressed), what is one possible genetic reason that BMP5 is not being expressed in people with this disease? Explain your answer
You are studying a disease caused when the gene called BMP5 is not transcribed in osteoblasts. All other genes are transcribed normally. To investigate why BMP5 is not transcribed, you create a reporter transgene by putting GFP under the control of the BMP5 enhancer found in diseased osteoblasts. You put this reporter transgene into a normal, healthy osteoblast. If the healthy osteoblast with your GFP-reporter transgene DOES turn green (GFP is expressed), what is one possible genetic reason that BMP5 is not being expressed in people with this disease? Explain your answer
Human Heredity: Principles and Issues (MindTap Course List)
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Problem 15QP: Which of the following mutations will result in cancer? a. homozygous recessive mutation in a...
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You are studying a disease caused when the gene called BMP5 is not transcribed in osteoblasts. All other genes are transcribed normally. To investigate why BMP5 is not transcribed, you create a reporter transgene by putting GFP under the control of the BMP5 enhancer found in diseased osteoblasts. You put this reporter transgene into a normal, healthy osteoblast.
If the healthy osteoblast with your GFP-reporter transgene DOES turn green (GFP is expressed), what is one possible genetic reason that BMP5 is not being expressed in people with this disease? Explain your answer
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