Would damage to the frontal lobe or the medulla oblongata be more likely lead to death? Describe the overall functions of these brain regions

What will be an ideal response


Damage to the medulla oblongata would be more likely to lead to death. The medulla oblongata has a crucial role as an autonomic reflex center involved in maintaining homeostasis. For example, the cardiovascular center adjusts the force and rate of heart contraction and maintains blood pressure through adjustments in blood vessel diameter. Respiratory centers generate the respiratory rhythm and help control the rate and depth of breathing. The frontal lobe contains motor areas that control voluntary movement as well as association areas involved in working memory, task management, consciousness, and problem solving.

Anatomy & Physiology

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By the end of the Thirty Years' War, the balance of power in Europe

a. had completely collapsed, leaving nearly every European country in political and economic turmoil b. was moving away from secular monarchs and into the hands of religious organizations such as the Roman Catholic church c. remained in the hands of the Habsburg rulers of Spain and Austria despite challenges from Protestant powers such as France and England d. had shifted away from the Habsburg powers toward France, England, and the Dutch Republic

Anatomy & Physiology

Most joints of the skeletal system are _________

Fill in the blank(s) with correct word

Anatomy & Physiology

Which of the following binds to the active site of an enzyme?

water product substrate any other enzyme None of the choices are correct.

Anatomy & Physiology

The Hering-Breuer inflation reflex is important in regulating the forced ventilations that accompany strenuous exercise. This reflex is initiated by __________.

a. olfactory receptor stimulation along the airway b. stretch receptor stimulation located in the smooth muscle of bronchioles c. chemoreceptor stimulation in the aorta and carotid arteries d. baroreceptor stimulation in the aorta and carotid arteries

Anatomy & Physiology