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The arytenoids are connected to the cricoid through the cricoarytenoid joint, which permits circular and sliding movements. However, other muscles called extrinsic laryngeal muscles have at least one attachment to structures other than the larynx. The muscles described so far are known as the intrinsic muscles of the larynx because their attachments are within the larynx. When the vocal folds are abducted, a small opening results. The muscle that lengthens and tenses the vocal folds is the cricothyroid. These two muscles act in harmony and in opposition to the major vocal fold abductor called the posterior cricoarytenoid muscle. Two pairs of muscles that bring the vocal folds together are the lateral cricoarytenoid and the interarytenoid muscles. The muscles that achieve these results are either adductors or abductors. Folds that are closed or nearly closed are adducted, and those that are drawn apart are abducted. The muscles that bring the vocal folds together and those that pull them apart work in antagonism. An important point to remember is that the basic structure that vibrates and produces sound is a pair of muscles known as the thyroarytenoid muscles. Because of these muscles, we can make the necessary movements and adjustments needed to phonate. Additional systems involved in speech production include the resonatory system, the central nervous system, and the auditory system. It is linked with the thyroid cartilage and a pair of arytenoid cartilages, which are two small, pyramid-shaped cartilages. Of the laryngeal cartilages, the cricoid is the most important. The relatively large, butterfly-shaped thyroid cartilage forms the frontal and side walls of the larynx. The larynx includes muscles, membranes, and cartilages. The larynx is suspended by the U-shaped hyoid bone, which floats under the jaw but is not an integral part of the larynx. This pressure, described as the subglottal pressure, is essential for such biological functions as excretion and child delivery and for such actions as lifting heavy objects. To phonate is to produce voice. With the lungs providing the necessary air supply for speech, the larynx, popularly known as the voice box, makes it possible to phonate. Besides the diaphragm, several other muscles move during breathing. The auditory system is a related and important system that helps awareness and regulation of speech production.
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1 The arytenoids are connected to the cricoid through the cricoarytenoid joint, which permits circular and sliding movements. 2 However, other muscles called extrinsic laryngeal muscles have at least one attachment to structures other than the larynx. 3 The muscles described so far are known as the intrinsic muscles of the larynx because their attachments are within the larynx. 4 When the vocal folds are abducted, a small opening results. 5 The muscle that lengthens and tenses the vocal folds is the cricothyroid. 6 These two muscles act in harmony and in opposition to the major vocal fold abductor called the posterior cricoarytenoid muscle. 7 Two pairs of muscles that bring the vocal folds together are the lateral cricoarytenoid and the interarytenoid muscles. 8 The muscles that achieve these results are either adductors or abductors. 9 Folds that are closed or nearly closed are adducted, and those that are drawn apart are abducted. 10 The muscles that bring the vocal folds together and those that pull them apart work in antagonism. 11 An important point to remember is that the basic structure that vibrates and produces sound is a pair of muscles known as the thyroarytenoid muscles. 12 Because of these muscles, we can make the necessary movements and adjustments needed to phonate. 13 Additional systems involved in speech production include the resonatory system, the central nervous system, and the auditory system. 14 It is linked with the thyroid cartilage and a pair of arytenoid cartilages, which are two small, pyramid-shaped cartilages. 15 Of the laryngeal cartilages, the cricoid is the most important. 16 The relatively large, butterfly-shaped thyroid cartilage forms the frontal and side walls of the larynx. 17 The larynx includes muscles, membranes, and cartilages. 18 The larynx is suspended by the U-shaped hyoid bone, which floats under the jaw but is not an integral part of the larynx. 19 This pressure, described as the subglottal pressure, is essential for such biological functions as excretion and child delivery and for such actions as lifting heavy objects. 20 To phonate is to produce voice. 21 With the lungs providing the necessary air supply for speech, the larynx, popularly known as the voice box, makes it possible to phonate. 22 Besides the diaphragm, several other muscles move during breathing. 23 The auditory system is a related and important system that helps awareness and regulation of speech production.