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A medial sound or letter is one that is found in the middle of a larger unit (like a word) Syllable medial, a segment located between the onset and the rime of a syllable; In the older literature, a term for the voiced stops (like b, d, g) Medial or second person demonstrative, a demonstrative indicating things near the addressee
Urethral sounds are designed to be inserted into the male or female urethra, for the purpose of stretching or unblocking a stricture. There are a number of different types of urethral sounds: Bakes sounds, also known as rosebud or bullet sounds, have a long thin metal rod with a bulbous bud on the end. Dittel sounds have a flat end and a ...
The medial superior olive (MSO) is a specialized nucleus that is believed to measure the time difference of arrival of sounds between the ears (the interaural time difference or ITD). The ITD is a major cue for determining the azimuth of sounds, i.e., localising them on the azimuthal plane – their degree to the left or the right.
The long s, ſ , also known as the medial s or initial s, is an archaic form of the lowercase letter s , found mostly in works from the late 8th to early 19th centuries. It replaced one or both [ a ] of the letters s in a double- s sequence (e.g., "ſinfulneſs" for "sinfulness" and "poſſeſs" or "poſseſs" for "possess", but never ...
The medial geniculate nucleus (MGN) or medial geniculate body (MGB) ... The monaural cells are primarily responsive to sound in the contralateral hemifield. Binaural ...
Facing the inner ear, the medial wall (or labyrinthic wall, labyrinthine wall) is vertical, and has the oval window and round window, the promontory, and the prominence of the facial canal. Facing the outer ear , the lateral wall (or membranous wall ), is formed mainly by the tympanic membrane , partly by the ring of bone into which this ...
The medial geniculate body (MGB) is the output connection from inferior colliculus and the last subcortical way station. The MGB is composed of ventral, dorsal, and medial divisions, which are relatively similar in humans and other mammals. The ventral division receives auditory signals from the central nucleus of the IC. [4]
The inferior colliculus in turn projects to the medial geniculate nucleus, a part of the thalamus where sound information is relayed to the primary auditory cortex in the temporal lobe. Sound is believed to first become consciously experienced at the primary auditory cortex .