I would assume there could be other strategies performed to invoke DNA damage and observe the levels of expression, to see if they show similar or different results.
The cDNA gene expression was not high in normal growth conditions, so I would assume if you could change these growth conditions, that could impact the amount of expression
Research on the RdN2 gene would show its role in DNA damage repair. DNA damage repair is vital to prevent diseases, so that is what research would help understand. DNA damage can cause diseases such as cancer, and neurological diseases.
Why did you choose the Rdn2 gene as the focus of this experiment?
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We were assigned the RdN2 gene as it has previous studies that show promising research on it’s chance to play a role in DNA damage repair
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What specific future experiments could be done to learn more about the role and function of Rdn2 in DNA repair?
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What is an example of a future experiment that could develop a greater understanding of the function of the Rdn2 gene?
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I would assume there could be other strategies performed to invoke DNA damage and observe the levels of expression, to see if they show similar or different results.
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Could these genes somehow be amplified for increased gene repair functionality?
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Could these genes somehow be amplified for higher expression and therefore more gene repair?
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The cDNA gene expression was not high in normal growth conditions, so I would assume if you could change these growth conditions, that could impact the amount of expression
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Could research on the Rdn2 gene be utilized to fight against disease? And if so what kinds of diseases?
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Research on the RdN2 gene would show its role in DNA damage repair. DNA damage repair is vital to prevent diseases, so that is what research would help understand. DNA damage can cause diseases such as cancer, and neurological diseases.
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How did you make your primers? Could you elaborate more on that process?
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