An error occurs when the damaged DNA is repaired.
an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
An error occurs when the damaged DNA is repaired.an error occurs when the damaged DNA is repaired
DNA damage can lead to mutations, which may result in altered gene expression or function. This can disrupt normal cellular processes, potentially leading to diseases such as cancer or genetic disorders. Cells have mechanisms to repair damaged DNA, but if the damage is too severe or if the repair mechanisms fail, it can lead to cell death.
Damaged DNA can lead to mutations when errors occur during the repair process or when the damaged DNA is replicated. If the cell's repair mechanisms misinterpret the damaged sites or fail to fix them correctly, the resulting changes in the DNA sequence can introduce mutations. These mutations may alter gene function or expression, potentially leading to various consequences, including disease or altered traits in an organism. Overall, the integrity of DNA is crucial for maintaining genetic stability.
mutation
When genes are damaged or copied incorrectly, it can lead to mutations. Mutations can affect how proteins are made in the body, which can disrupt normal cellular functions and potentially lead to diseases or disorders. Genes can be damaged by environmental factors like UV radiation or through errors during cell division.
Frameshift mutation