The ampulla of the ear is superficial and located on the surface of the ear. It is a small swelling or dilatation at the entrance of the ear canal.
It depends on what you are comparing it to. It is deep to the skin and platysma. And it is superficial to the scalenes.
The swollen area of the semicircular canal is known as the ampulla. Each of the three semicircular canals in the inner ear has an ampulla at its base, which contains sensory hair cells and supporting cells. These structures are responsible for detecting rotational movements of the head and help maintain balance and spatial orientation. The ampulla is crucial for the vestibular system's function, contributing to our sense of equilibrium.
The answer would be false. The soleus muscle is superficial to the tibia NOT the gastrocnemius.
The duodenal ampulla is formed by the fusion of the pancreatic duct (duct of Wirsung) with the common bile duct (duct of the liver). This union occurs at a structure called the hepatopancreatic ampulla (ampulla of Vater).
The crista ampullaris contains hair cells which are the sensory receptors responsible for detecting angular acceleration during rotational movements of the head. These hair cells are located within the vestibular system of the inner ear and are essential for maintaining balance and spatial orientation.
The ampulla, and semicircular ducts
What is the opposite of deep
The opposite of deep is superficial. A small paper cut is superficial.
Superficial
Skin is superficial to muscles. Superficial means above, while deep means below. So muscles are deep to skin and dermis is superficial to muscle tissue.
It depends on what you are comparing it to. It is deep to the skin and platysma. And it is superficial to the scalenes.
deep
No, the hypodermis is deep to the dermis. The dermis is superficial to the hypodermis.
deep
The heart is deep to the pectoralis major. The pectoralis major is superficial to the heart.
From superficial to deep the mucsles are: external oblique internal oblique transversus abdominis
superficial to the spinal cord.