Answer: Ovaries
Explanation:
Female gonads are the reproductive organs in female. These are the ovaries. Their are two ovaries in a human female which produces and stores numerous ovules or egg cells within them. The egg is released at the time of fertilization in the fallopian tube reaches upto the uterus. At the uterus the fertilization process takes place in which the sperm from male partner fuses with the egg of the female. This process results in formation of zygote which is a precursor of new life.
Well Mitochondria are the structures within cells that produce energy. An example of mitochondria is what regulates metabolism in human cells.
They are able to use imperatives and interrogatives.
They frequently use the auxiliary verb "have" in statements.
Prior to administering medication, the assessment the nurse will need to make is to take blood pressure measurements.
<h3>What is the function of the drug methylergonovine?</h3>
Methylergonovine is a drug which is used to prevent and control bleeding from the uterus that can happen after childbirth.
Methylergonovine belongs to the class of medicines called ergot alkaloids and works by acting directly on the smooth muscles of the uterus and prevents bleeding after giving birth.
Since bleeding results in decrease in blood pressure, prior to administering the medication, the nurse should assess the blood pressure of the patient by taking blood pressure measurements.
In conclusion, the drug methylergonovine is given to prevent bleeding after childbirth.
The patient's blood pressure measurement should be taken prior to administration of medication.
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The pathophysiology of dementia of the Alzheimer type is loss of volume of brain tissue as neurons deteriorate and die.
<h3>What is Alzheimer disease?</h3>
Alzheimer disease is a type of disease that affects the brain cells and it's otherwise called a neurosis.
It is a neurodegenerative disease that is characterized by dementia, that is initial memory impairment and cognitive decline.
Pathophysiology of a disease is the pathway that shows how the disease affects the physiology of the body systems.
The pathophysiology of Alzheimer's disease include:
- The beta-amyloid deposition and neurofibrillary tangles lead to loss of synapses and neurons,
- This results in gross atrophy of the affected areas of the brain leading to death of brain cells.
Therefore, the pathophysiology of dementia of the Alzheimer type occurs due to beta-amyloid deposition which leads to loss of volume of brain tissue.
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