This information is sent to the lateral amygdala and eventually passes it on to the rostral ventrolateral medulla, which is the main site for the regulation of the sympathetic nervous system, directly affecting blood pressure and other cardiovascular responses as well (Watanabe et al. 2015). The medulla contains gray matter that allows it to control involuntary functions of the body, including breathing and blood pressure, and the pons help control breathing with the medulla (Silverthorn et al. 2013). A study observing acoustic tempo on respiratory rate tested these physiological mechanisms and found that with higher music tempos, the heart rate increased in tested subjects, suggesting that the sympathetic nerve is triggered by fast breathing rate caused by fast tempos (Watanabe et al. 2015). A study looking at the effects of different types of music on musicians and non-musicians also found that respiratory rate, heart rate, and blood pressure increased with fast tempo songs (Bernardi et al.
This information is sent to the lateral amygdala and eventually passes it on to the rostral ventrolateral medulla, which is the main site for the regulation of the sympathetic nervous system, directly affecting blood pressure and other cardiovascular responses as well (Watanabe et al. 2015). The medulla contains gray matter that allows it to control involuntary functions of the body, including breathing and blood pressure, and the pons help control breathing with the medulla (Silverthorn et al. 2013). A study observing acoustic tempo on respiratory rate tested these physiological mechanisms and found that with higher music tempos, the heart rate increased in tested subjects, suggesting that the sympathetic nerve is triggered by fast breathing rate caused by fast tempos (Watanabe et al. 2015). A study looking at the effects of different types of music on musicians and non-musicians also found that respiratory rate, heart rate, and blood pressure increased with fast tempo songs (Bernardi et al.