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![SOLVED: Add the missing lox sites to the cassette below to randomly give expression of either yellow fluorescent protein (YFP) or orange fluorescent protein (OFP, but no others. Below the cassette diagram, SOLVED: Add the missing lox sites to the cassette below to randomly give expression of either yellow fluorescent protein (YFP) or orange fluorescent protein (OFP, but no others. Below the cassette diagram,](https://cdn.numerade.com/ask_images/c8bad429eef446c295c1d3e0668dba9e.jpg)
SOLVED: Add the missing lox sites to the cassette below to randomly give expression of either yellow fluorescent protein (YFP) or orange fluorescent protein (OFP, but no others. Below the cassette diagram,
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SOLVED: Question 4: (10 marks) The Brainbow method makes use of green fluorescent protein variants and site-specific recombination to colour cells, allowing us to trace their path through the brain Since it'initial
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![SOLVED: Question 4: (10 marks) The Brainbow method makes use of green fluorescent protein variants and site-specific recombination to colour cells, allowing us to trace their path through the brain. Since it's SOLVED: Question 4: (10 marks) The Brainbow method makes use of green fluorescent protein variants and site-specific recombination to colour cells, allowing us to trace their path through the brain. Since it's](https://cdn.numerade.com/ask_images/0633e315d7264de38f421bbd5197cbe1.jpg)
SOLVED: Question 4: (10 marks) The Brainbow method makes use of green fluorescent protein variants and site-specific recombination to colour cells, allowing us to trace their path through the brain. Since it's
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