The type of cells that carry mutated DNA is the boold cells
Mutated DNA can have an effect on future offspring because DNA is the coding of life a mistake can cause genetic diseases or even death. The genetic code is half paternal and half maternal so if there is any genetic mistake in their DNA can then get passed on through the generations.
If cells with mutated DNA replicated uncontrollably, it could lead to the development of cancer. This is because the mutations can cause the cells to grow and divide rapidly, forming tumors that can invade nearby tissues and spread to other parts of the body.
Prokaryotic cells contain circular DNA.
Eukaryotic cells contain linear DNA.
mutations in skin cells do not affect germline cells, which are responsible for passing DNA to offspring. Only mutations in germline cells can be passed down to future generations. Skin cell mutations typically only impact the individual with the mutation.
The type of cells that carry mutated DNA is the boold cells
Cancer.
Mutated DNA can have an effect on future offspring because DNA is the coding of life a mistake can cause genetic diseases or even death. The genetic code is half paternal and half maternal so if there is any genetic mistake in their DNA can then get passed on through the generations.
Radioactivity causes the destruction (mutation) of DNA in our cells, when these cells multiply they contain the mutated DNA which causes irregularities and cancer.
Yes, all eukaryotic cells carry DNA
If cells with mutated DNA replicated uncontrollably, it could lead to the development of cancer. This is because the mutations can cause the cells to grow and divide rapidly, forming tumors that can invade nearby tissues and spread to other parts of the body.
Yes, plant cells contain DNA. They contain it because DNA is necessary to the cells so that they can carry the instructions to carry out life functions and reproduce.Nucleus and chloroplasts
yes they do
The only two types of cells that do not carry a full strand of DNA are the male sperm cells, and the female egg cells.
It is how populations evolve.
The comparison between the DNA sequence of normal DNA to the mutated DNA will be made. The type of mutation will be revealed during the base sequence.
heterozygous and homozygous