"Rhinomanometry" Natural Recordings by Native Speakers
Rhinomanometry is a method for measuring the flow of airflow through the nasal passages using a device inserted into the nostrils. It is used to assess nasal resistance and to diagnose nasal blockage, rhinitis, and other breathing difficulties.
Rhinolithiasis is a medical term that refers to the formation of a calculus or stone within the nasal cavity, typically made of phosphates, calcium, or other minerals. This condition occurs when mucus, bone, and cell debris accumulate and harden in the nasal passages, forming a stone-like mass. Rhinolithiasis can cause symptoms such as nasal obstruction, discharge, and difficulty breathing, and in some cases, it may also lead to facial pain and headaches. Treatment for rhinolithiasis often involves surgical removal of the nasal stone.
Relating to the nose or the study of the nose and nasal passages.<br><br>Etymology: From Greek "rhinos" (nose) + "logos" (study).
A doctor who specializes in the anatomy and diseases of the nose and sinuses, known as the rhinology.
The Rhinolophidae family, also known as horseshoe bats, refers to a group of Old World bats within the order Chiroptera.
A rhinomanometer is an instrument used to measure the resistance to breathing through the nostrils. It is typically used to diagnose nasal congestion or difficulty breathing through the nose.
The rhinopharynx is the upper part of the pharynx (throat) that leads from the nasal passages into the oral cavity. It is a region of the throat where the nasal cavity opens into the pharynx.
A rare or obsolete term that refers to an imaginary or fancied sensation of having a horn or horn-like protrusion on the nose.
A rare or obsolete word!<br><br>A rhinophore is a small tentacle or appendage of an animal, such as a sea slug, that bears sensors or sensory organs, particularly those related to taste and smell.<br><br>It is a compound word made up of "rhino" (meaning nose or snout) and "-phore" (meaning bearer).
Rhinophores are the feathery, sensory appendages found on the heads of cephalopods, including squid and octopuses. They detect chemicals and electromagnetic fields in the water, helping the animal navigate and find prey.