Answer:
Parietal lobe is responsible in discriminating two things by the sense of touch only.
Explanation:
Among the major cerebral cortex lobes in the mammal’s brain, Parietal lobe is situated at the upper level of temporal lobe and is located behind the central sulcus and frontal lobe. It is mainly responsible for the sensory information integration from various parts of our body and connection between them.
It can help in discriminating two objects by sense of touch, and it can localize the touch. Some of its portions are responsible for visuospatial processing.
Answer:
The statement is "False."
Explanation:
Doing cardiovascular exercise is essential as doing strength training. Both have <em>different targets.</em> Strength training targets the <u>muscles of the body.</u> It promotes bone growth and makes you stronger. On the other hand, cardio exercise targets the <u>heart rate</u>. The more the heart pumps, the more oxygen the blood receives in the body.
Strength training gives you an<em> afterburn effect </em>that allows you to keep burning calories even after you workout, while cardio exercise allows you to burn more calories in a shorter span time–especially when you're doing <em>high-intensity exercise</em>.
Clearly, both strength training and cardio exercise are essential.
in a case whereby A healthcare provider asks a nurse to test a client for tinel's sign to diagnose carpal tunnel syndrome. what the nurse should do to perform this assessment is to Have the client hold the palm of the hand up while the nurse percusses over the median nerve.
<h3>What do bring about carpal tunnel syndrome?</h3>
Carpal tunnel syndrome can be described as one that is been seen in the patient which is as a result of pressure on the median nerve.
It should be noted that the median nerve runs from the forearm and can be seen around the carpal tunnel and this help to give sensation to the palm side of the thumb.
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The answer for this problem would be Proteins
Cerebral aneurysms often occur in the circle of Willis.
Cerebral aneurysms often occur in the circle of Willis, not the vertebral arteries.
Cerebral aneurysms often occur in the circle of Willis, not the basilar artery.
<span>Cerebral aneurysms often occur in the circle of Willis, not the carotid arteries.</span>
