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.
A. Brain capillaries and Astrocytes
Answer:
Monitoring for signs of hypoglycemia as a result of treatment
Explanation:
The answer is diabetic ketoacidosis (DKA).
Overload of ketones causes diabetic ketoacidosis (DKA).
What Is DKA and what are the warning signs of DKA?
- High levels of ketone in urine
- High levels of blood glucose
- dry mouth or thirst
- Dry skin
- Nausea, vomiting or abdominal pain
- difficulty in breathing.
To learn more about diabetes ketoacidosis
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Answer:
The chemical receptors of cells have been defined as molecular structures to which other molecules considered as chemical messengers (neurotransmitters, hormones and other neuroactive molecules) specifically bind.
Chemical receptors can be located on the plasma membrane into which they insert by crossing it. Membrane domains have been defined for them and also on both sides of the membrane. The one on the external side corresponds to the binding site for messengers that come from other cells, a situation that defines the so-called heteroreceptors. If messengers coming from the cell itself join that site, the so-called autoreceptors are defined.
But chemical receptors can also be located inside cells. They are intracellular receptors and are found in the cytoplasm or in the nucleus. Messages act on them, which due to their chemical nature can cross the plasma membrane, such as steroidal hormones, thyroid hormones and neurosteroids
Explanation:
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