Answer: Protein Synthesis (b)
Explanation:
DNA is very long and cumbersome. The strands of DNA also code many different proteins. To get the code for the desired protein from the nucleus to the ribosome in the cytoplasm, a copy of the small necessary section of DNA will be made. The copying process in known as transcription and it occurs in the nucleus. It is the first step in the protein synthesis which is the process of making protein.
Answer:
Represented by upper and lowercase letters
(C) genotypes
Answer:
Founder effect.
Explanation:
The founder effect is a case of genetic drift in which a small population sample of a limited number of individuals is shed from a larger population, its gene pool carrying only a part of the genetic diversity represented in the source population. Thus, it is likely that the genetic destinies of the population of origin and of the new population are established in different ways. When a new generation has randomly distributed alleles, with a large enough sample size, we can expect that the gene pool of the new generation will more or less represent the gene pool of the previous generation.
Answer:
Ribosomes are produced inside the nucleus, by the nucleus, then leave the nucleus through nuclear pores
Some ribosomes attach to ER whereas others move freely in cytoplasm
Ribosomes use mRNA to make proteins
Ribosomes synthesis proteins that are then placed in vesicles (sacs)
Proteins then move to the golgi apparatus where they get folded and carbohydrates and lipids attached to them
Fully active proteins leave the cell through cell membrane
