No. Semicircular canals are located in the vestibule of the ear and are membranous that contain receptor cells; semicircular ducts house dynamic equilibrium receptors and contain an enlarged region and a receptor region and that respond to angular motion.
semicircular ducts
The semicircular canals are responsible for dynamic equilibrium and more specifically angular acceleration. The anterior, posterior, and lateral semicircular ducts are the specific canals which detect rotational movements.
The semicircular canals and the vestible are responsible for balance.
semicircular canals and the vestibule
semicircular canals
semicircular ducts
The semicircular ducts are an organ of balance located in the inner ear.
Semicircular Canals
The semicircular canals are responsible for dynamic equilibrium and more specifically angular acceleration. The anterior, posterior, and lateral semicircular ducts are the specific canals which detect rotational movements.
The semicircular canals and the vestible are responsible for balance.
semicircular canals
The semicircular canals are three loops of interconnected canals within the inner ear which are responsible for detecting angular acceleration. The three canals are the superior posterior and lateral canals. These canals meet at the common crus or the ampulla. Superior semicircular canal Posterior semicircular canal Lateral semicircular canalThe three canals meet at the common crus or the ampulla. The ampulla is a small pouch-like structure that contains a fluid known as the endolymph. The ampulla is located at the base of the semicircular canals and serves as a sensory organ for maintaining balance and equilibrium.
Endolymph
perilymph
semicircular canals
It is located in the semicircular canals. Which have a swelling called an ampulla at their base-which contains crista ampullaris.
The anterior and posterior semicircular ducts are oriented vertically at right angles to each other. The lateral semicircular duct is about 30-degree angle from the horizontal plane. The orientations of the ducts cause a different duct to be stimulated by rotation of the head in different planes. Thus, the horizontal canal detects horizontal head movements (such as when you spin in a rotating chair), while the superior and posterior canals detect vertical head movements (such as when you bend forward to pick something up from the floor.