When assessing the distal circulation in a patient's lower extremities, the pulses you should palpate are femoral, popliteal, tibial, and foot.
<h3>What are the palpable pulses in the lower limbs?</h3>
The evaluation of the arteries of the lower limbs includes palpation of the
- femoral
- popliteal
- tibial
- and pedal pulses.
The femoral pulse is palpated at the level of the femoral trigone, at the midpoint between the pubic symphysis and the anterosuperior iliac spine.
With this information, we can conclude that when assessing the distal circulation in a patient's lower extremities, the pulses you should palpate are femoral, popliteal, tibial, and foot.
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Answer:
option d. Hypertrophy and neural facilitation.
Explanation:
Strengthening of muscles or say the capacity to generate force of muscles can be improved by training the muscles with the help of neural facilitation and hypertrophy.
Neural facilitation is the process that transfers the stimuli to the muscles
To overcome the deficiency of oxygen during training of muscles, the muscles grow in size. this phenomena is termed as Hypertrophy.
Answer:
The primary regulatory sites include the cardiovascular centers in the brain that control both cardiac and vascular functions. Neurological regulation of blood pressure and flow depends on the cardiovascular centers located in the medulla oblongata.
Explanation:
Answer:
The correct answer is option A- oligodendrocytes.
Explanation:
The insulation property of the neurons (axons) of the nervous system is provided by the fat-containing cells which wrap around the axons.
This wrapped structure is known as the "myelin sheath" in which fat provides the insulation to the neurons which increases the impulse conduction through neurons. The "oligodendrocytes" present in the CNS forms the myelin sheath which provides insulation to the neurons.
Thus, option A- oligodendrocytes are the correct answer.