Answer:
secretion
Explanation:
Epithelial cells are juxtaposed, polyhedral cells with much cytoplasm, developed cytoskeleton and polarity. They are juxtaposed due to the presence of cell junctions and little extracellular matrix. The abundance of cytoplasm in this type of cell is related to the intense biochemical activity. These cells perform various metabolic processes such as synthesis and secretion.
For this reason, we can state that many types of epithelial cells perform the function of secretion.
ATP is the main fuel for the functioning of cells. It is produced in a process called oxidative metabolism, or respiration. The two forms of respiration are aerobic and anaerobic, or fermentation. The first one requires the presence of oxygen and the second one does not. What these processes have in common is that they are used to convert biochemical nutrients into usable energy. The end product of the two processes are molecules of adenosin triphosphate or ATP. At the and of the production cycle, the cell produces 2 molecules of ATP with the anaerobic respiration, and 38 molecules of ATP with the aerobic respiration.
Answer: 38 ATP
Explanation: 2 ATP will be made from glycolysis(the process of breaking down glucose), 2 ATP will be made from the Kreb’s cycle, and 34 ATP will be made from the electron transport chain.
Answer:
Anabolic steroids are related to testosterone, the major male hormone. Abusing the hormone can lead to physical and psychological side effects. Problems include breast development and hair loss among men, and facial hair growth, menstrual problems, and a deepened voice in women.
Answer: Offspring of a sexually reproducing organism have different genetic code as their parents.
Explanation:
With sexual reproduction, offspring are genetically unique because they get a mix of genes from mom and dad. In sexual reproduction, the male and female reproductive cells are called gametes, or simply the sperm and egg. Each gamete contains half the number of chromosomes found in other cells of the organism.