Answer:
DNA never leaves the nucleus; RNA is in the nucleus and in the cytoplasm.
Explanation:
DNA and RNA differ from each other with respect to their structure, function, and location. DNA is always present in the nucleus and never leaves the nucleus.
DNA replication and transcription also occur in the nucleus to form DNA and RNA respectively.
On the other hand, RNA is present in both the nucleus and cytoplasm. The mRNA leaves the nucleus and enters the cytoplasm to serve as a template in protein synthesis. The rRNA and tRNA are also present in the cytoplasm.
Pollution, waste particles, radiation, chlorine, littering
Answer:
Earth's interior is cooling down year by year making the way to space. So we could imagine how hot it was in compare to today's earth interior.
Hope it helps!
Genes that code for proteins that promote the phone cycle and inhibit apoptosis are known as proto-oncogenes.
In distinction to the cell proliferation-stimulating function of proto-oncogenes and oncogenes that power the cell cycle forward, tumor suppressor genes code for proteins that generally function to preclude mobile growth and division or even promote programmed mobile death (apoptosis).
<h3>Which of the following is a gene that generally codes for a protein that suppresses mobilephone division?</h3>
Tumor suppressor gene.
Lear more about proto-oncogene here:
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Answer:
A tiger cub begins to grow
Explanation:
because that's when they change the most
