Answer:The hypothesis that eukaryotic cells evolved from a symbiotic association of prokaryotes—endosymbiosis—is particularly well supported by studies of mitochondria and chloroplasts, which are thought to have evolved from bacteria living in large cells.
Explanation:
The correct answer for the two missing words are ribosomes and Golgi apparatus. Glands in your neck contain digestive enzymes that help digest starch. Cells that produce and package digestive enzymes must contain relatively large amount of RIBOSOMES and GOLGI APPARATUS in comparison to other cells.
The answer is postovulatory.
The postovulatory phase is also known as Luteal phase because of the corpus luteum which develops from the leftover follicle. As the name suggests, the postovulatory phase occurs after ovulation. In the ovulation phase, an egg (ovum) is released from ovaries. In the postovulatory phase, leftover follicle transforms into the corpus luteum which can end up in either degradation or pregnancy.
It is a beneficial adaptation since the pressurized seeds and spores spread widely, helping the organism reproduce elsewhere. In plants, it allows them to survive better by flinging the seeds far away so that their offspring don’t compete for food. For the fungus, it allows the parent to fling the spores into the grass so that when other animals eat them, the life cycle of the fungus continues on. These may be dispersed by the wind.
Answer:
Protease enzyme.
Explanation:
Every cell in your body has protein; for this reason, dietary protein is crucial. Proteins consist of amino acids. The cells of our small intestine cannot absorb directly large protein molecules, but they can absorb individual amino acids to build new proteins. These new proteins are needed to make new cells and to repair old cells.
The breakdown of dietary protein starts in the stomach, but the pancreas secretes protease enzymes that are needed to digest most of the proteins. Two main protease enzymes are; trypsin and chymotrypsin. They break large proteins into smaller peptides so that cells can absorb it.
Other pancreas proteases such as carboxypeptidase breaks down peptides into amino acids.