The main point here is discuss about the structure of the nucleus in eukaryotes as an example we can use animal nuclei. compared to eukaryotes prokaryotes have simplier structure. we can talk about the arrangement of DNA in chromosomes while in prokaryotes DNA is circular in the cytoplasm. this helps during cell division such as mitosis and meiosis. in prokaryotes division occurs by binary fission. this can be an advantage in order to know the difference in genetic material in eukaryotes while binary fission ensures that all cells are genetically identical to each other
The right answer is nucleotide biosynthesis.
Favism or deficiency of glucose-6-phosphate dehydrogenase, or deficiency of G6PD, is the most widespread enzymatic deficiency in the world. Of genetic origin, it is characterized by a destruction of the red blood cells (hemolysis) during the ingestion of beans or the taking of certain drugs (especially synthesized antimalarials).
The enzyme Glucose-6-phosphate dehydrogenase is involved in the pentose phosphate pathway that produces riboses that are part of the nucleotide composition.
Answer:
Positive
Explanation:
A proton carries a positive charge
Answer:
Sorry its exam cannot help plus which grade are you
Explanation:
Answer: States of matter; increases
Several factors influence the rate of diffusion and among these factors are temperature, STATES OF MATTER, electrical currents, and molecular size. For example, as temperature INCREASES, the rate of diffusion increases.
Explanation:
Factors influencing the rate of diffusion include:
- Temperature: High temperature increases the speed at which molecules move. Thus, as temperature increases, the rate of diffusion increases
- States of matter: Diffusion varies within the three states of matter. The diffusion of gases is much faster than that of liquids and solids, because the gas molecules are freer and therefore faster than the rest.
- Molecular size: The smaller the molecules, the faster the rate of diffusion while the larger the molecules, the slower the rate of diffusion.
Other factors include electrical currents.
