Peripheral chemoreceptors are located in the aorta and carotid arteries.
2.
In this way, transduction in peripheral chemoreceptor cells is relatively unique.
3.
Several studies suggest peripheral chemoreceptors play a role in ventilation during exercise.
4.
Inputs to this neuron come from the peripheral chemoreceptors, carotid body, aortic body, and central chemoreceptors.
5.
In addition to ventilatory effects, peripheral chemoreceptors may influence neuroendocrine responses to exercise that can influence activities other than ventilation.
6.
Peripheral chemoreceptors ( carotid and aortic bodies ) and central chemoreceptors ( medullary neurons ) primarily function to regulate respiratory activity.
7.
As for their particular function, peripheral chemoreceptors help maintain homeostasis in the cardiorespiratory system by monitoring concentrations of blood borne chemicals.
8.
He used a similar experiment to demonstrate the role of peripheral chemoreceptors in respiratory regulation, for which he received his Nobel Prize.
9.
Under sustained hypoxic stress, regardless of the cause, peripheral chemoreceptors show a great deal of differentiate into type I transducer cells.
10.
Peripheral chemoreceptors are put under stress in a number of situations involving low access to oxygen, including exercise and exposure to high altitude.
