Answer:
b. The ampulla region with highly folded mucosa.
Explanation:
The uterine tubes are two structures that transport the oocyte from the ovary to the uterus. It has four regions, starting with the one closer to the ovaries they are:
Fimbriae: they are ciliated projections that once the ovary releases the oocyte, they capture it and guide it to the interior of the uterine tube.
Infundibulum: this is the portion of the uterine tube that takes the oocyte. It has a conic shape.
Ampulla: It is the region that follows after the infundibulum. It is the longest segment of the ovary ducts, and it is where the sperm meets the oocyte, in other words, where fertilization occurs. The mucosa lining in this area has primary, secondary, and tertiary mucosa folds. They have cells that provide nutrients to the egg and move it towards the uterus.
Isthmus: It is the last part of the uterine tubes. It connects the ampulla to the uterus, and its function is to deliver the eggs to the uterus. The mucosa has fewer folds.
The doctor removed the uterine tube because, even though the fertilization happens in the ampulla of this organ, the fertilized egg then has to move to the uterus to keep its development.
The goal of OSHA is to keep people safe regarding how food is made and the things it has in it. It protects people who have allergies with certain foods.
Answer:
TAH can take over the functions of the two lower heart chambers, while LVAD can take over the left chamber only
Explanation:
LVAD is a ventricular assist device used to help the circulation in the body of people who have problems with the left heart chamber. This device assumes the functions of only this camera, helping the patient to overcome possible problems that the malfunction of this camera may cause. On the other hand, an artificial heart is an implantable device that replaces the two lower chambers of the heart, called ventricles.
Answer:
This is True
Explanation: hope this helps!
Answer:
Some longer-term changes begin as adjustments to compensate for drug-induced increases in neurotransmitter signaling intensity. For example, the brain responds to repeated drug-induced massive dopamine surges in part by reducing its complement of dopamine receptors.
