Oogonia multiply until the fifth month .within six months after birth ,each will transform into a primary oocyte .
What is oogonia ?
During foetal stag of development the embryo develops the germinal epithelium of ovary .some of the cells of germinal epithelium enlarge and divide mitotically . the dividing cells projects into the stroma as a cord known as the egg tube of Pflugar;which later becomes a round mass ,called the egg nest .all these dividing cells are egg mother cells known as Oogonia.this is derived from the endodermal lining of the embryonic yolk sac which comes to lie in the ovary of the female ( while it is still an embryo ).
What is primary oocyte?
One cell of the egg nest grows but does not divide furter so as to form the primary oocyte.the primary oocyte is diploid and enters the growth phase.it is dormant stage ,nucleus intact ,female is born with these in her ovary.every month primary oocytes resume oogenesis and start developing growth and development in the onset of puberty.
Hence the correct answer is Primary oocyte.
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Answer: Parietal cells
Explanation:
Parietal cells secrete hydrochloric acid in the stomach. They are also known as oxyntic cells. They are the epithelial cells which is located in the gastric glands found in the lining of the fundus and cardia of the stomach.
The proton pump blocks the hydrogen ion pump in the parietal cells. These drugs are commonly known by the name of omeprazole.
They block the the H+/K+ ATPase proton pump which inturn inhibits both basal and stimulated secretion of the gastric acid from the cells.
Answer:
depression
schizophrenia
psychosis, including hallucinations or delusions
Parkinson’s disease
Explanation:
https://www.medicalnewstoday.com/articles/320637#causes
Answer:
The Rapid Response Team also known as the Medical Emergency Team is a team of clinicians who bring critical care expertise to the bedside. Simply put, the purpose of the Rapid Response Team is to bring critical care expertise to the patient bedside (or wherever it's needed).
Answer:
A) hypovolemic
Explanation:
When there is extensive bleeding, the volume of blood in the entire circulatory system decreases considerably. Therefore, the patient usually goes into hypovolemic shock.
In this type of shock the heart is unable to pump enough blood due to the large decrease in venous return. As a consequence, arterial blood pressure drops.
