Answer: Lower levels of estrogen and Progesterone causes MENSURATION
High level of Estrogen and Progesterone leads to OVULATION
Reduction in the level of Leutenizing and follicles stimulation homones lead to the RELEASE OF EGGS and an increased level of PROGESTERONE.
Explanation: The Uterine cycle is a Three(3) stage process which includes OVULATION, MENSURATION AND LUTEAL PROCESS.
Lower levels of Estrogen and Progesterone causes the shedding of the uterine wall accompanied by blood ( MENSURATION)
High level of Estrogen and Progesterone leads to the formation of follicles containing Egg(OVULATION)
Reduction in the level of Leutenizing hormones leads to Ovulatiion.
A surge in the level of Leutenizing and follicles stimulation homones lead to the release of the egg(LUTEAL PROCESS) and a higher level of PROGESTERONE.
The infant of a mother with hydraminos must be assessed with esophageal atresia.
Hydraminos is excessive amniotic fluid. Any child born to a woman with hydramnios must have esophageal atresia ruled out. Because a fetus typically swallows amniotic fluid during intrauterine life, hydramnios happens. As a result of the fetus's inability to swallow properly due to esophageal atresia, the amniotic fluid level may become unusually high.
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What is esophageal atresia?</h3>
When a newborn is born with esophageal atresia (EA), a portion of the esophagus is absent (the tube that connects the mouth to the stomach). The esophagus develops as two distinct, unconnected segments rather than as a tube connecting the mouth and the stomach. Some children have esophageal defects that prevent the ends from being surgically joined. Long-gap EA is what this is called.
To learn more about esophageal atresia with the help of given link:
brainly.com/question/13125577
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Answer:
The answer is a Bachelors' Degree
Explanation:
Answer:
the somatic nervous systems consists of both motor and sensory nerves.
Explanation:
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Answer:
true
Explanation:
The gallbladder primarily stores, concentrates, and releases bile. ... This duct then joins with the cystic duct from the gallbladder, forming the common bile duct ... and secreted into the sinusoids or just stored in the cells until called upon.
