The drug that should be routinely evaluated for possible toxicity is digoxin.
<h3>What is toxicity?</h3>
The term toxicity refers to the point that a drug could lead to harm in a patient. This often stems from the use of the drug.
Given that the drug digoxin has been traditionally used to treat heart conditions an could lead to toxicity, it ought to be evaluated for possible toxicity.
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Answer:
The correct option is: e. all of the above
Explanation:
A diarthrotic joint, also known as synovial joint, is the most movable and commonly found joint in the mammals. The diarthrotic joint or diarthrosis joins the fibrous joint capsule with the bone and contains the synovial membrane which secures the synovial fluid present in the cavity of the synovial joint. Some additional structures present in this joint are intracapsular ligaments, Articular fat pads, Articular discs (menisci), tendons, bursae, etc.
Answer:
Hello!
Explanation:
It's concerned with the quality of car over time. There are two important perspectives on this: Traditionally, continuity of care is idealized in the patient's experience.
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Answer:
a. parasympathetic stimulation to smooth muscle in the urinary bladder and reproductive organs.
Explanation:
Pelvic Splancnic nerves are referred to as Nervi erigentes and are meant to provide the parasympathetic innervation to the hindgut . They arise from the anterior rami of the sarcal nerves S2, S3, S4. Pathway is such that they innervate the pelvic and genital organs. ( therefore plays role in bladder emptying and erection of sexual organs) The parasympathtic nervous system is also called as the craniosarcal out flow , such that the pelvic splanchnic nerves are the sarcal component .
Answer:
True
Explanation:
The amount of blood that the heart pumps per minute through the circulatory system is called the cardiac output.
Stroke volume is the amount of blood that pushed out of the ventricle in one contraction or one beat.
The cardiac output is calculated by multiplying the number of heartbeats per minute (heart rate) and the stroke volume.
Thus, cardiac output = Heart rate × Stroke volume. The value of cardiac output is expressed as litre/minute.